@text

EXERCISE 6. MYOGLOBIN AND HEMOGLOBIN

KINEMAGE 1: Deoxymyoglobin.
KINEMAGE 2: Evolutionary Relationship of Deoxymyoglobin and the Alpha and Beta Subunits of Deoxyhemoglobin.
KINEMAGE 3: Conformational Changes in Hemoglobin on Oxygen Binding - An Overview; BPG binding to Deoxyemoglobin.
KINEMAGE 4: Conformational Changes in Hemoglobin's Alpha Subunit on Oxygen Binding.
KINEMAGE 5: Conformational Changes at Hemoglobin's Alpha1-Beta2 Interface on Oxygen Binding.

	This exercise consists of 5 Kinemages designed to examine the structures of Myoglobin (Mb) and Hemoglobin (Hb), focusing on the structural changes in Hb responsible for cooperative O2 binding. Kinemage 1 studies Myoglobin structure, illustrating the folding of its alpha helices and the binding of the Heme. Kinemage 2 compares Myoglobin and the two different polypeptide subunits of Hemoglobin, the alpha and beta chains, showing the evolutionary homology between all three of these polypeptides. Kinemage 3 gives an overview of the binding of oxygen (O2) to Hemoglobin, visualizing the conformational changes that occur in the protein on interaction of O2 with the Heme groups. BPG binding is also presented in this Kinemage. Kinemages 4 and 5 show specific changes in the interactions of Hemoglobin's subunits on binding Oxygen.
	Hemoglobin and myoglobin are oxygen-binding proteins that evolved from a common ancestor through gene duplication. Myoglobin (Mb) is a monomeric muscle protein that functions to facilitate rapid oxygen diffusion and, in aquatic mammals, to store O2. Hemoglobin (Hb), in contrast, is an (alpha)2(beta)2 heterotetramer that functions to transport O2 in the blood.
	Each Mb molecule binds only one molecule of O2 via a simple mass action process and hence has a hyperbolic saturation curve. Hb, whose alpha and beta subunits are homologous in both sequence and structure, binds up to four O2 molecules in a cooperative manner and therefore has a sigmoidal saturation function. This occurs because O2 binding to any of its subunits facilitates a conformational change in that subunit. However, as the symmetry model of allosterism explains, Hb's four subunits are so tightly coupled that all four subunits must simultaneously change their conformations to their high O2-affinity states, whether or not they have bound O2. Thus, the binding of an O2 molecule to one subunit of Hb increases the O2-binding affinity of its other subunits. In this exercise, we examine the structures of Mb and Hb with emphasis on the structural changes in Hb responsible for its cooperative O2 binding.

	If you have not already done so, select EXERCISE 6. Myoglobin and Hemoglobin from among the exercises listed in the appropriate chapter in the "Kinemages" section of the Student Companion site for Fundamentals of Biochemistry, 2nd Edition at www.wiley.com/college/voet. This will open the exercise in the Java-based version of KiNG (Kinemage, New Generation).

KINEMAGE 1: Deoxymyoglobin.

	View1 shows a ribbon diagram, in gray, of the "Globin" (protein) portion of sperm whale deoxymyoglobin in which its eight helical segments, A through H, are displayed with two strands. Toggle the "ANIMATE" button to sequentially color these helices and their preceding nonhelical segments in rainbow order. You can see that the globin consists mostly of alpha helices; it has no beta sheets and its nonhelical segments mostly serve as links that connect the helices. Look down the barrel of some of the longer helices. Are they all straight?
	The heme is shown, in pink, in wireframe form with its N, O, and Fe atoms displayed as blue, red, and orange balls. Note how the heme is almost completely enclosed by the globin. Which few chemical groups of the Heme are exposed to the solvent? (Clicking on atoms displays their identity in the lower left hand corner.) Can you rationalize this exposure? 
	View1 is the standard view of Mb. Rotate the protein around to convince yourself that the globin is approximately disc-shaped with a diameter that is about twice its thickness. Turn on the "Main Chain" button to display the polypeptide backbone in white with its N and O atoms represented by blue and red balls. How closely does the ribbon follow the main chain? 
	Click "Animate" until the Mb ribbon is gray. Turn off the "Mb Ribbon" button. What are the orientations of the main chain carbonyl groups and the amide N atoms relative to each other which allows formation of  the H-bonds of the alpha helices (not drawn)?
	View2 is a closeup of the heme from the same direction as View1. Turn on the "HemeLigand" button to display, in cyan, the sidechain of His 93, the proximal His, liganding the heme's Fe(II) ion (white bond). The Fe(II) is also liganded in a square-planar array by the heme's four pyrrole N atoms and hence has a total of 5 pyramidally arranged ligands. In oxyMb, the reversibly bound O2 molecule ligands the Fe from the opposite side of the heme as does the proximal His so that the Fe(II) becomes octahedrally coordinated. The Fe atom is not oxidized by its O2 ligand; it remains in the Fe(II) oxidation state.
	Rotate the image about the vertical axis until you see heme edge-on. Is the Heme planar? Note that the Fe atom is displaced towards the proximal His by 0.55 � from the best plane though the porphyrin ring atoms. In oxyMb, the Fe is only 0.22 � out of the heme plane and still on the side of the proximal His. We shall see in KINEMAGE 4 that this relatively slight movement of the Fe atom towards the heme plane on oxygenation is an essential element in hemoglobin's mechanism of cooperative oxygen binding.

KINEMAGE 2: Evolutionary Relationship of Deoxymyoglobin and the Alpha and Beta Subunits of Deoxyhemoglobin.

	View1 shows a ribbon diagram of human deoxyHb viewed along its 2-fold axis of symmetry. The beta subunits, which lie closest to the viewer in View1, are skyblue with pink hemes and the alpha subunits are bluetint with pinktint hemes. The Fe atoms in all hemes are represented by orange balls, the sidechains of the proximal His residues are cyan, and the bonds through which they coordinate the Fe atoms are white. 
The table below provides the % sequence identities among Mb and the two subunits of Hb:
Hb-beta - Mb
24%
Hb-beta - Hb-alpha
42%
Hb-alpha - Mb
25%
Hb-beta-Hb - alpha-Mb
18%
	
	Compare the 3-D structures of Mb, Hb-alpha and Hb-beta subunits as follows: Click the "ANIMATE" button to display the ribbon diagram of sperm whale deoxyMb (seagreen with a yellowtint heme) oriented so as to best superimpose on the beta1 subunit of deoxyHb. Now go to View2 for an enlarged view of deoxyMb and turn off the "Hb Tetramer" button. Click the "ANIMATE" button again to replace the deoxyMb with the beta1 subunit of deoxyHb. Given the 24% sequence identity, are you surprised by the close structural resemblance of these two globins?
	Click the "Hb alpha" button to display the alpha subunit of deoxyHb oriented so as to superimpose it on the beta1 subunit. The alpha subunit lacks a D helix. How does the absence of the D ring affect its structure relative to the Hb beta subunit (and Mb)? Click "ANIMATE" once again to return to deoxyMb.
More Advanced Studies: Symmetry of the Hemoglobin Tetramer
	Go back to View1, toggle "ANIMATE" until the beta1 subunit appears, and again turn on the "Hb Tetramer" button, thereby returning to this kinemage's initial display. Now turn on the "Axes" button to display Hb's molecular axis system. The Hb molecule's exact twofold axis (red; seen in View1 as a red dot at the intersection of the two green axes), as we have seen, is perpendicular to the screen and passes through the center of the molecule. This axis relates the two beta subunits, which lie nearest the viewer in View1, as well as the two alpha subunits, which lie farthest from the viewer in View1. Note the large channel that parallels the ~50-� length of the exact twofold axis. It is >10 � across at its narrowest opening so that, even taking into account presence of the side chains with which it is lined, it must be filled with solvent.
	Since the alpha and beta subunits are structurally similar, the Hb molecule also has two axes of twofold pseudosymmetry (green), which are perpendicular to each other and to the tetramer's exact twofold axis. The axis which relates alpha1 to beta1 and alpha2 to beta2 is horizontal and parallel to the plane of the screen in View1; that which relates alpha1 to beta2 and alpha2 to beta1 is vertical. These two axes intersect the exact twofold axis at the center (origin) of the tetramer (red; view3). Hence, although hemoglobin only has exact C2 symmetry (twofold rotational symmetry), the relatively small although functionally essential structural differences between its alpha and beta subunits give it pseudo-D2 symmetry (the symmetry of a rectangular prism).

KINEMAGE 3: Conformational Changes in Hemoglobin on Oxygen Binding - An Overview; BPG binding to Hemoglobin.

	View1 shows human deoxyHb as represented by its Ca chains, viewed down its exact two-fold axis, and with its subunits and hemes colored as in KINEMAGE 2 (Beta subunits skyblue with pink hemes and alpha subunits bluetint with pinktint hemes). Click the "ANIMATE" button to display the similarly oriented human oxyHb with its alpha subunits pinktint, its beta subunits pink, their associated hemes magenta and purple, and all Fe atoms represented by orange balls. Note that each of the hemes is now in complex with an O2 molecule. This is more clearly seen in View2, a closeup of heme beta1, in which an O2 molecule (whose atoms are represented by large red balls) is liganding the heme's Fe(II) ion (white bond). Note that the Fe-O-O bond angle is 159 degrees; that is, the Fe-O-O group is bent rather than linear. What is the Fe-O-O bond angle in the alpha subunits? (Angles can be measured by choosing "measures" from the "Other" menu and then clicking on the Fe, O and O atoms in series). In order to see the alpha heme, use the "Zoom" slider to zoom out, identify the alpha1 heme, center it using the "pickcenter" box and then zoom in again. 

	Return to View1 and turn on the "Axes" button to display the hemoglobin molecule's exact 2-fold axis (red; just a dot in the center of View1), and its two pseudo-twofold axes (green) that relate its alpha and beta subunits. Click the "ANIMATE" button several times to see the conformational change that hemoglobin undergoes on oxygenation. The nature of this conformational shift can be more readily understood by going to View3, which is View1 as seen from the right but turned 90 degrees clockwise. In View3, turn off the "a2-b2 Dimer" button and then toggle the "ANIMATE" button. Note that, on oxygenation, the alpha1-beta1 dimer ("a1-b1 Dimer") undergoes a largely rigid counterclockwise rotation of approximately 15 degrees about an axis perpendicular to the screen that passes through the alpha1 subunit (lower) and intersects the exact twofold axis (red). Repeating the animation with only the "a2-b2 Dimer" displayed shows that, upon oxygenation, this dimer undergoes an identical rotation about the same axis but in the opposite direction from that of the "a1-b1 Dimer". Consequently, the Hb molecule maintains its exact twofold symmetry. Measure the movement of the C_ atoms most distant from the axis of rotation in going from deoxy to oxyHb (click on both oxyHb and deoxyHb buttons to superimpose both structures. Click alternately on one atom and then the next to get the distance between them. Distance is displayed in the lower right-hand corner. It is sometimes necessary to click back and forth several times to get the distance to stabilize). Satisfy yourself that the atoms are displaced by around 3 � in the deoxy to oxy conformational change. We examine the molecular details of this conformational change in KINEMAGES 4 and 5.

BPG Binding to Hemoglobin
	D-2,3-Bisphosphoglycerate (BPG) binds strongly, in 1:1 ratio, to deoxyHb but only weakly to oxyHb. Consequently, BPG heterotropically reduces hemoglobin's oxygen-binding affinity. You can see how BPG binds to deoxyHb by returning to View1 and turning on all four subunits of deoxyHb.  (Be sure both the "a1-b1 Dimer" and "a2-b2 Dimer" buttons are turned on, and the "OxyHb" button is turned off.)  Turn on the "BPG" button to display the bound BPG in ball-and-stick form with its bonds green and its O and P atoms represented by red and yellow balls. Turn on the "BPGinteract" button to display the positively charged protein groups that interact with the highly anionic BPG. They are shown in wireframe form in cyan, with their N atoms represented by blue balls, and with the hydrogen bonds they make with BPG displayed as dashed white lines. View4 is a closeup of this interaction.

	Note how BPG binds in the upper portion of deoxyHb's central channel to its beta side chains. Although BPG is an asymmetric molecule, it binds to deoxyHb in a pseudo-twofold symmetric fashion (the red dot above the C2 atom of BPG is Hb's exact twofold axis seen end-on). Eight basic groups, including the N-terminal amine group of each beta chain, surround the anionic BPG, which has a charge of -4 under physiological conditions. Four of the basic groups form hydrogen bonds with the BPG; the others (His 143 beta) are too far away from the BPG (>3.5 �) to do so. Measure the distance from each His 143 beta N atom to the closest BPG phosphate O atoms. These groups are still sufficiently close to it to form significant electrostatic interactions. This is corroborated by the observation that the gamma subunits of human fetal hemoglobin (HbF), which are 73% identical to the beta subunits that replace them in human adult hemoglobin (HbA), have a Ser residue in place of His 143 beta and bind BPG with reduced affinity. [More recent structural data indicate that the interactions between deoxyHb and BPG are somewhat different from those pictured in Fig. 7-15, most notably in that the N-terminal amino group on Val 1 and the sidechain of His 2 on each beta subunit have exchanged positions and that the BPG carboxylate group is differently oriented such that it interacts with the beta1 as well as the beta2 subunit.]

	Still in View4, turn on the "BPGinteract" button under "OxyHb" and click the "ANIMATE" button. Note that the beta subunits in oxyHb have come together by ~4 � relative to their positions in deoxyHb, thereby making the central channel too narrow to bind BPG. Moreover, some of the basic groups involved in binding BPG in deoxyHb have shifted to new positions in oxyHb (where they are colored seagreen) that are as much as 10-� distant from their positions in deoxyHb while others have moved closer together. To see this best, simultaneously turn on the "DeoxyHb" and "OxyHb" buttons and turn off all the subunit buttons. Note that some of the basic groups that bind BPG in deoxyHb would sterically interfere with it in oxyHb if it occupied the same position in both conformers. Measure the distance between His 143's in the two beta subunits in the deoxy and the oxy states to see how much the site narrows on oxygenation. To see an alternate view of how oxygenation eliminates Hb's BPG binding site, go to View5 (which is View3 rotated by 135 degrees about the vertical axis and tipped slightly towards the viewer), turn off the "Labels" and "BPG" buttons, and click the "ANIMATE" button several times.

KINEMAGE 4: Conformational Changes in Hemoglobin's Alpha Subunit on Oxygen Binding.

	In this kinemage we examine the conformational changes in the vicinity of the heme group induced by oxygenation of the alpha subunit of human hemoglobin. The beta subunit exhibits similar conformational changes. View1 shows the alpha2 subunit of deoxyHb ("DeoxyHb-a"). The subunit is colored as it is in KINEMAGE 3 but with the coordinate bonds to the Fe(II) ion all in greentint, the sidechains of the proximal and distal His residues both cyan, and the other sidechains that are in contact with the heme colored gold if they are nonpolar and purple if they are polar. The carboxylate groups of the heme's two propionate sidechains have been deleted for the sake of clarity; they will reappear in KINEMAGE 5. Click the "ANIMATE" button to display the similarly oriented alpha2 subunit of oxyHb ("OxyHb-a"), also colored as it is in KINEMAGE 3, but with its coordinate bonds to the Fe(II) ion green, and with the sidechains that directly contact the heme colored as they are in deoxyHb. View both states simultaneously by turning on both the "DeoxyHb-a" and the "OxyHb-a" buttons. This is useful when observing changes in conformation and measuring distance changes. 
	Go to View2, a closeup of the heme group. Toggle the "ANIMATE" button to compare the conformations of the heme group and its surrounding protein in the deoxy and oxy states. View3 and View4 are an overview and a closeup from the vantage of the F helix. Note that in the deoxy state the porphyrin ring is slightly domed towards the proximal His while in the oxy state the Fe is in the center of the planar ring. Measure the distance that the Fe atom moves in going from deoxy to oxy state. (To do this, display "DeoxyHb-a" and "OxyHb-a" simultaneously and click alternately on the two Fe atoms several times until the distance (lower right of screen) becomes constant). Measure the Fe-N(porphyrin) bond lengths in the deoxy and oxy states. How does this change in bond length facilitate the change in geometry on O2 binding? How much movement in the proximal His (His 87) is caused by this change in Heme geometry? This movement evidently triggers the T state (deoxy) ( R state (oxy) conformational change. Before we trace how this occurs, note that the O2 in oxyHb is H-bonded to the distal His (His 58), which occupies very nearly the same position as it does in deoxyHb.
	Go to View2 or View4 and turn on the "HemeContac" button. This highlights atom Ce1 of His 87 by a cyan ball as well as the contact between this atom and heme atom N a by a dotted white line. Toggle the "ANIMATE" button in View2 and/or View4 to observe the movement on oxygenation of His 87 and the F-helix to which it is attached. How does the F-helix move on oxygenation? Does any other part of the molecule move as much?
	The beta subunit of Hb exhibits a nearly identical collection of linked movements on oxygenation. It is these movements that, according to the Perutz mode, induce the quaternary conformational shift from the T state conformation of deoxyHb to the R state conformation of oxyHb.
	Finally, note the relative sizes of the O2 molecule and the Hb alpha subunit and consider the magnitude of the conformational changes that the former induces in the latter.

KINEMAGE 5: Conformational Changes at Hemoglobin's Alpha1-Beta2 Interface on Oxygen Binding.

	View1 shows deoxyHb viewed and colored as in KINEMAGES 3 and 4 but, for the sake of clarity, with only its alpha1 and beta2 subunits displayed. Click the "ANIMATE" button for the corresponding view of oxyHb. The sidechains whose interactions we examine in this kinemage are yellowtint on the beta2 subunit and seagreen on the alpha1 subunit. Move the "ZOOM" slider to the left for a closer view.
	Views of the alpha1 and beta2 subunits contacts can be controlled by two buttons: (1) The "Switch" button controls the visibility of the switch region side chains. It has alternative sets of contacts in the T and R states; and (2) The "Salt Bridges" button controls the visibility of the salt bridges and H-bonds formed by the C-terminal side chains that stabilize the T state.
	The switch region, whose side chains are displayed under the control of the "Switch" button, consists of the C helix (residues 38-42) and residue 94 (the first residue of the G helix) of alpha1 and the FG corner (residues 97-102) of beta2. Toggle the "ANIMATE" button in View2 or View3 to observe that the relative motions of opposing groups of the switch region are on the order of 5 � (measure the movement and see if you agree). Hence, as you can see, Hb's T and R states have different sets of intersubunit contacts. In View3, find His 97 beta2. Confirm that in deoxyHb, His 97 beta2 is near Thr 41 alpha1, whereas in oxyHb, it is near Thr 38 alpha1, one turn back along the alpha1 chain's C helix. Note that, in both conformations, knobs on the beta2 subunit are inserted into grooves on the alpha1 subunit. Any intermediate position would be sterically strained because it would bring His 97 beta2 and Thr 41 alpha1 too close together.
	Observe the two alternative intersubunit hydrogen bonds in the switch region: Find the H-bond between Asp 99 beta2 and Tyr 42 alpha1 in the T (deoxy) state Hb. Watch it break in going to the R (oxy) state on animation. Can you find the alternate H-bond that forms in the R state? What amino acid residues does it connect? Predict what would happen to the relative stabilities of the T and R states if the amino acid at 102-beta were mutated to Ala.
	What stabilizes deoxyHb in the T state conformation? In View4, turn off the "Switch" button, turn on the "Salt bridges" master buttton, and display deoxyHb. In deoxy Hemoglobin, what are the H-bonding interactions of C-terminal residue of the alpha1 subunit, Arg 141 (lower left)? How much movement does Arg 141 undergo in changing from the deoxy to the oxy state? What happens to the H-bonding when it goes to the oxy state? (Did you notice in KINEMAGE 4 that in addition to the F helix movement on oxygenation, the C-terminus of the displayed alpha subunit also moved a great deal? Now you see what this movement has done.)

	View5 in deoxyHb shows the C-terminal residue of the beta2 subunit, His 146, participating in H-bonds and salt bridges. Identify the residues participating with it in these interactions. Click the "ANIMATE" button to reveal the beta2 C-terminal residue conformational change on shifting from deoxy to oxy state. Explain from these observations why the T state is more stable than the R state in the absence of O2 and why the first O2 binds Hb with lower affinity than the last O2.
	The Bohr effect (Hb's release of H+ ion on binding O2) results from pK changes in various residues induced by the changes in their electrostatic environments that occur in going from the T state to the R state. Identify sidechains whose pK's might be expected to change on going from deoxy to oxy Hb. Will the change in pK result in absorption or release of H+ on going from deoxy to oxy Hb?

	Once you have investigated the interactions displayed in KINEMAGE 5, you should go back to KINEMAGE 3 to examine the switch region in the context of the entire hemoglobin molecule (when the "Axes" button is on, these regions occur along the vertical green axis in View1 and the horizontal green axis in View3 of KINEMAGE 3). The sidechains involved in these interactions are not included in KINEMAGE 3, but the region is, nevertheless, reasonably apparent, and the overall context of the rearrangements is clearer than in KINEMAGE 5.


The coordinates for sperm whale deoxymyoglobin, human deoxyhemoglobin, and human oxyhemoglobin were obtained from 1MBD, 2HHB, and 1HHO, respectively. The coordinates for BPG and the sidechains with which it interacts in human oxyhemoglobin were obtained from Guy Dodson, University of York, York, U. K.


Exercise in large part by John H. Connor (present address: Department of Microbiology, Boston University School of Medicine, 850 Harrison Ave, Boston, MA, 02118, USA)





@kinemage 1 
@caption 
Sperm whale deoxymyoglobin: A gray ribbon diagram ("Globin") in which 2-stranded ribbons delineate helices. Click the "ANIMATE" button to incrementally display the polypeptide's helix-containing segments from its N- to C-termini. Turn on the "Main Chain" button to display the main chain of the polypeptide. The "Porphyrin" portion of the "Heme Group" is displayed in wireframe form in pink. The "Fe" atom is a large orange ball. N and O atoms are blue and red balls.Turn on the "HemeLigand" button to display, in cyan, the side chain of His 93, the distal His residue. View2 shows a closeup of the heme group and His 93.
@viewid {Standard View}
@zoom 1.15 
@zslab 600 
@center 14.528 19.694 -1.059  
@matrix 
 0.90997  0.33242 -0.24792 -0.25621  0.92078  0.29420  0.32606 -0.20418  0.92302
@2viewid {Heme Closeup}
@2zoom 2.90 
@2zslab 600 
@2center 16.160 29.160 -0.820  
@2matrix 
 0.90997  0.33242 -0.24792 -0.25621  0.92078  0.29420  0.32606 -0.20418  0.92302
@onewidth 
@group {Mb Ribbon}
@subgroup {Globin} dominant 
@vectorlist {A} color= gray 
{R1 val  1 } P  0.770, 15.732, 15.880 
{R1 val  1 } L  0.917, 15.691, 15.877 
{R1 val  1 } L  1.295, 15.567, 15.904 
{R1 val  1 } L  1.807, 15.365, 16.010 
{R1 leu   2 } P  1.807, 15.365, 16.010 
{R1 leu  2 } L  2.356, 15.086, 16.247 
{R1 leu  2 } L  2.866, 14.738, 16.652 
{R1 leu  2 } L  3.325, 14.355, 17.197 
{R1 leu  2 } L  3.743, 13.973, 17.843 
{R1 ser   3 } P  3.743, 13.973, 17.843 
{R1 ser  3 } L  4.128, 13.631, 18.548 
{R1 ser  3 } L  4.491, 13.354, 19.275 
{R1 ser  3 } L  4.854, 13.124, 20.001 
{R1 ser  3 } L  5.242, 12.910, 20.710 
{R1 glu   4 } P  5.242, 12.910, 20.710 
{R1 glu  4 } L  5.681, 12.681, 21.382 
{R1 glu  4 } L  6.182, 12.410, 21.990 
{R1 glu  4 } L  6.706, 12.089, 22.460 
{R1 glu  4 } L  7.202, 11.714, 22.709 
{R2 glu   4 } P  5.542, 12.867, 20.401 
{R2 glu  4 } L  6.066, 12.758, 21.070 
{R2 glu  4 } L  6.673, 12.600, 21.695 
{R2 glu  4 } L  7.314, 12.369, 22.198 
{R2 glu  4 } L  7.925, 12.046, 22.489 
{R1 gly   5 } P  7.202, 11.714, 22.709 
{R1 gly  5 } L  7.617, 11.281, 22.654 
{R1 gly  5 } L  7.913, 10.805, 22.245 
{R1 gly  5 } L  8.106, 10.384, 21.576 
{R1 gly  5 } L  8.226, 10.133, 20.773 
{R2 gly   5 } P  7.925, 12.046, 22.489 
{R2 gly  5 } L  8.440, 11.608, 22.477 
{R2 gly  5 } L  8.811, 11.064, 22.107 
{R2 gly  5 } L  9.052, 10.533, 21.461 
{R2 gly  5 } L  9.195, 10.160, 20.654 
{R1 glu   6 } P  8.226, 10.133, 20.773 
{R1 glu  6 } L  8.304, 10.170, 19.965 
{R1 glu  6 } L  8.372, 10.567, 19.267 
{R1 glu  6 } L  8.472, 11.225, 18.749 
{R1 glu  6 } L  8.651, 11.999, 18.466 
{R2 glu   6 } P  9.195, 10.160, 20.654 
{R2 glu  6 } L  9.271, 10.093, 19.805 
{R2 glu  6 } L  9.315, 10.429, 19.023 
{R2 glu  6 } L  9.376, 11.072, 18.395 
{R2 glu  6 } L  9.509, 11.875, 18.003 
{R1 trp   7 } P  8.651, 11.999, 18.466 
{R1 trp  7 } L  8.952, 12.746, 18.477 
{R1 trp  7 } L  9.405, 13.339, 18.803 
{R1 trp  7 } L  9.975, 13.719, 19.327 
{R1 trp  7 } L  10.611, 13.844, 19.897 
{R2 trp   7 } P  9.509, 11.875, 18.003 
{R2 trp  7 } L  9.766, 12.693, 17.926 
{R2 trp  7 } L  10.184, 13.394, 18.208 
{R2 trp  7 } L  10.732, 13.898, 18.731 
{R2 trp  7 } L  11.362, 14.141, 19.341 
{R1 gln   8 } P  10.611, 13.844, 19.897 
{R1 gln  8 } L  11.261, 13.672, 20.362 
{R1 gln  8 } L  11.878, 13.196, 20.596 
{R1 gln  8 } L  12.427, 12.540, 20.573 
{R1 gln  8 } L  12.879, 11.864, 20.297 
{R2 gln   8 } P  11.362, 14.141, 19.341 
{R2 gln  8 } L  12.027, 14.057, 19.881 
{R2 gln  8 } L  12.679, 13.618, 20.218 
{R2 gln  8 } L  13.276, 12.951, 20.310 
{R2 gln  8 } L  13.778, 12.224, 20.133 
{R1 leu   9 } P  12.879, 11.864, 20.297 
{R1 leu  9 } L  13.203, 11.326, 19.770 
{R1 leu  9 } L  13.384, 11.056, 19.016 
{R1 leu  9 } L  13.464, 11.070, 18.156 
{R1 leu  9 } L  13.500, 11.355, 17.336 
{R2 leu   9 } P  13.778, 12.224, 20.133 
{R2 leu  9 } L  14.144, 11.602, 19.667 
{R2 leu  9 } L  14.350, 11.225, 18.921 
{R2 leu  9 } L  14.438, 11.127, 18.022 
{R2 leu  9 } L  14.467, 11.315, 17.128 
{R1 val   10 } P  13.500, 11.355, 17.336 
{R1 val  10 } L  13.551, 11.897, 16.699 
{R1 val  10 } L  13.667, 12.661, 16.360 
{R1 val  10 } L  13.870, 13.516, 16.307 
{R1 val  10 } L  14.173, 14.309, 16.501 
{R2 val   10 } P  14.467, 11.315, 17.128 
{R2 val  10 } L  14.496, 11.798, 16.399 
{R2 val  10 } L  14.578, 12.554, 15.963 
{R2 val  10 } L  14.739, 13.449, 15.826 
{R2 val  10 } L  15.002, 14.319, 15.967 
{R1 leu   11 } P  14.173, 14.309, 16.501 
{R1 leu  11 } L  14.592, 14.888, 16.899 
{R1 leu  11 } L  15.130, 15.134, 17.446 
{R1 leu  11 } L  15.750, 15.073, 18.029 
{R1 leu  11 } L  16.405, 14.766, 18.519 
{R2 leu   11 } P  15.002, 14.319, 15.967 
{R2 leu  11 } L  15.386, 15.001, 16.363 
{R2 leu  11 } L  15.901, 15.367, 16.971 
{R2 leu  11 } L  16.511, 15.422, 17.660 
{R2 leu  11 } L  17.171, 15.208, 18.281 
{R1 his   12 } P  16.405, 14.766, 18.519 
{R1 his  12 } L  17.047, 14.274, 18.790 
{R1 his  12 } L  17.633, 13.669, 18.746 
{R1 his  12 } L  18.136, 13.068, 18.421 
{R1 his  12 } L  18.534, 12.597, 17.880 
{R2 his   12 } P  17.171, 15.208, 18.281 
{R2 his  12 } L  17.833, 14.767, 18.682 
{R2 his  12 } L  18.454, 14.157, 18.748 
{R2 his  12 } L  19.000, 13.504, 18.501 
{R2 his  12 } L  19.441, 12.955, 17.997 
{R1 val   13 } P  18.534, 12.597, 17.880 
{R1 val  13 } L  18.804, 12.384, 17.190 
{R1 val  13 } L  18.937, 12.520, 16.426 
{R1 val  13 } L  18.982, 12.952, 15.702 
{R1 val  13 } L  19.000, 13.594, 15.141 
{R2 val   13 } P  19.441, 12.955, 17.997 
{R2 val  13 } L  19.746, 12.653, 17.292 
{R2 val  13 } L  19.900, 12.706, 16.457 
{R2 val  13 } L  19.946, 13.077, 15.624 
{R2 val  13 } L  19.947, 13.690, 14.935 
{R1 trp   14 } P  19.000, 13.594, 15.141 
{R1 trp  14 } L  19.055, 14.356, 14.865 
{R1 trp  14 } L  19.199, 15.149, 14.956 
{R1 trp  14 } L  19.456, 15.872, 15.324 
{R1 trp  14 } L  19.838, 16.425, 15.837 
{R2 trp   14 } P  19.947, 13.690, 14.935 
{R2 trp  14 } L  19.961, 14.469, 14.538 
{R2 trp  14 } L  20.045, 15.333, 14.531 
{R2 trp  14 } L  20.232, 16.161, 14.838 
{R2 trp  14 } L  20.553, 16.830, 15.338 
{R1 ala   15 } P  19.838, 16.425, 15.837 
{R1 ala  15 } L  20.361, 16.705, 16.366 
{R1 ala  15 } L  21.020, 16.648, 16.789 
{R1 ala  15 } L  21.743, 16.341, 17.037 
{R1 ala  15 } L  22.441, 15.909, 17.052 
{R2 ala   15 } P  20.553, 16.830, 15.338 
{R2 ala  15 } L  21.037, 17.212, 15.909 
{R2 ala  15 } L  21.692, 17.224, 16.436 
{R2 ala  15 } L  22.440, 16.947, 16.818 
{R2 ala  15 } L  23.184, 16.505, 16.962 
{R1 lys   16 } P  22.441, 15.909, 17.052 
{R1 lys  16 } L  23.025, 15.476, 16.773 
{R1 lys  16 } L  23.426, 15.154, 16.179 
{R1 lys  16 } L  23.655, 15.003, 15.390 
{R1 lys  16 } L  23.741, 15.072, 14.561 
{R2 lys   16 } P  23.184, 16.505, 16.962 
{R2 lys  16 } L  23.824, 16.023, 16.772 
{R2 lys  16 } L  24.281, 15.616, 16.200 
{R2 lys  16 } L  24.558, 15.363, 15.372 
{R2 lys  16 } L  24.676, 15.333, 14.462 
{R1 val   17 } P  23.741, 15.072, 14.561 
{R1 val  17 } L  23.718, 15.407, 13.849 
{R1 val  17 } L  23.624, 16.025, 13.379 
{R1 val  17 } L  23.539, 16.810, 13.163 
{R1 val  17 } L  23.550, 17.615, 13.182 
{R2 val   17 } P  24.676, 15.333, 14.462 
{R2 val  17 } L  24.658, 15.598, 13.641 
{R2 val  17 } L  24.538, 16.189, 13.054 
{R2 val  17 } L  24.400, 16.993, 12.734 
{R2 val  17 } L  24.340, 17.856, 12.687 
{R1 glu   18 } P  23.550, 17.615, 13.182 
{R1 glu  18 } L  23.746, 18.293, 13.419 
{R1 glu  18 } L  24.186, 18.728, 13.837 
{R1 glu  18 } L  24.823, 18.936, 14.318 
{R1 glu  18 } L  25.577, 18.964, 14.728 
{R2 glu   18 } P  24.340, 17.856, 12.687 
{R2 glu  18 } L  24.455, 18.624, 12.918 
{R2 glu  18 } L  24.815, 19.176, 13.405 
{R2 glu  18 } L  25.385, 19.499, 14.009 
{R2 glu  18 } L  26.103, 19.613, 14.562 
@vectorlist {B} color= gray
{R1 ala   19 } P  25.577, 18.964, 14.728 
{R1 ala  19 } L  26.374, 18.859, 14.931 
{R1 ala  19 } L  27.137, 18.673, 14.827 
{R1 ala  19 } L  27.800, 18.477, 14.457 
{R1 ala  19 } L  28.299, 18.349, 13.899 
{R1 asp   20 } P  28.299, 18.349, 13.899 
{R1 asp  20 } L  28.570, 18.366, 13.229 
{R1 asp  20 } L  28.574, 18.583, 12.517 
{R1 asp  20 } L  28.364, 18.977, 11.790 
{R1 asp  20 } L  28.020, 19.504, 11.068 
{R1 val   21 } P  28.020, 19.504, 11.068 
{R1 val  21 } L  27.623, 20.120, 10.372 
{R1 val  21 } L  27.249, 20.773, 9.715 
{R1 val  21 } L  26.972, 21.387, 9.081 
{R1 val  21 } L  26.864, 21.879, 8.451 
{R2 val   21 } P  28.448, 19.795, 11.440 
{R2 val  21 } L  27.976, 20.434, 10.798 
{R2 val  21 } L  27.612, 21.104, 10.191 
{R2 val  21 } L  27.404, 21.719, 9.608 
{R2 val  21 } L  27.381, 22.188, 9.032 
{R1 ala   22 } P  26.864, 21.879, 8.451 
{R1 ala  22 } L  26.995, 22.163, 7.804 
{R1 ala  22 } L  27.400, 22.175, 7.133 
{R1 ala  22 } L  27.952, 21.926, 6.486 
{R1 ala  22 } L  28.487, 21.445, 5.928 
{R2 ala   22 } P  27.381, 22.188, 9.032 
{R2 ala  22 } L  27.577, 22.421, 8.445 
{R2 ala  22 } L  27.990, 22.351, 7.841 
{R2 ala  22 } L  28.502, 22.010, 7.265 
{R2 ala  22 } L  28.964, 21.455, 6.773 
{R1 gly   23 } P  28.487, 21.445, 5.928 
{R1 gly  23 } L  28.842, 20.761, 5.521 
{R1 gly  23 } L  28.886, 19.924, 5.308 
{R1 gly  23 } L  28.632, 19.060, 5.248 
{R1 gly  23 } L  28.127, 18.319, 5.279 
{R2 gly   23 } P  28.964, 21.455, 6.773 
{R2 gly  23 } L  29.224, 20.743, 6.419 
{R2 gly  23 } L  29.170, 19.941, 6.241 
{R2 gly  23 } L  28.830, 19.163, 6.197 
{R2 gly  23 } L  28.267, 18.531, 6.224 
{R1 his   24 } P  28.127, 18.319, 5.279 
{R1 his  24 } L  27.416, 17.848, 5.339 
{R1 his  24 } L  26.563, 17.756, 5.371 
{R1 his  24 } L  25.686, 17.990, 5.326 
{R1 his  24 } L  24.923, 18.462, 5.160 
{R2 his   24 } P  28.267, 18.531, 6.224 
{R2 his  24 } L  27.545, 18.170, 6.260 
{R2 his  24 } L  26.738, 18.166, 6.248 
{R2 his  24 } L  25.950, 18.458, 6.149 
{R2 his  24 } L  25.298, 18.948, 5.929 
{R1 gly   25 } P  24.923, 18.462, 5.160 
{R1 gly  25 } L  24.406, 19.078, 4.829 
{R1 gly  25 } L  24.236, 19.744, 4.308 
{R1 gly  25 } L  24.363, 20.342, 3.649 
{R1 gly  25 } L  24.702, 20.749, 2.925 
{R2 gly   25 } P  25.298, 18.948, 5.929 
{R2 gly  25 } L  24.894, 19.538, 5.551 
{R2 gly  25 } L  24.820, 20.130, 5.000 
{R2 gly  25 } L  25.017, 20.623, 4.330 
{R2 gly  25 } L  25.391, 20.913, 3.615 
{R1 gln   26 } P  24.702, 20.749, 2.925 
{R1 gln  26 } L  25.168, 20.844, 2.209 
{R1 gln  26 } L  25.672, 20.545, 1.565 
{R1 gln  26 } L  26.110, 19.938, 1.032 
{R1 gln  26 } L  26.375, 19.149, 0.641 
{R2 gln   26 } P  25.391, 20.913, 3.615 
{R2 gln  26 } L  25.851, 20.900, 2.928 
{R2 gln  26 } L  26.304, 20.521, 2.332 
{R2 gln  26 } L  26.661, 19.868, 1.856 
{R2 gln  26 } L  26.832, 19.075, 1.520 
{R1 asp   27 } P  26.375, 19.149, 0.641 
{R1 asp  27 } L  26.361, 18.304, 0.424 
{R1 asp  27 } L  25.997, 17.524, 0.391 
{R1 asp  27 } L  25.355, 16.900, 0.476 
{R1 asp  27 } L  24.543, 16.517, 0.594 
{R2 asp   27 } P  26.832, 19.075, 1.520 
{R2 asp  27 } L  26.729, 18.274, 1.342 
{R2 asp  27 } L  26.296, 17.586, 1.325 
{R2 asp  27 } L  25.613, 17.083, 1.403 
{R2 asp  27 } L  24.791, 16.826, 1.495 
{R1 ile   28 } P  24.543, 16.517, 0.594 
{R1 ile  28 } L  23.672, 16.458, 0.658 
{R1 ile  28 } L  22.844, 16.770, 0.595 
{R1 ile  28 } L  22.147, 17.349, 0.385 
{R1 ile  28 } L  21.665, 18.055, 0.022 
{R2 ile   28 } P  24.791, 16.826, 1.495 
{R2 ile  28 } L  23.944, 16.875, 1.517 
{R2 ile  28 } L  23.176, 17.257, 1.403 
{R2 ile  28 } L  22.561, 17.862, 1.140 
{R2 ile  28 } L  22.166, 18.549, 0.731 
{R1 leu   29 } P  21.665, 18.055, 0.022 
{R1 leu  29 } L  21.480, 18.744, -0.504 
{R1 leu  29 } L  21.641, 19.291, -1.182 
{R1 leu  29 } L  22.051, 19.626, -1.940 
{R1 leu  29 } L  22.581, 19.692, -2.690 
{R2 leu   29 } P  22.166, 18.549, 0.731 
{R2 leu  29 } L  22.056, 19.174, 0.181 
{R2 leu  29 } L  22.264, 19.614, -0.496 
{R2 leu  29 } L  22.691, 19.820, -1.230 
{R2 leu  29 } L  23.206, 19.764, -1.939 
{R1 ile   30 } P  22.581, 19.692, -2.690 
{R1 ile  30 } L  23.099, 19.436, -3.343 
{R1 ile  30 } L  23.488, 18.838, -3.830 
{R1 ile  30 } L  23.685, 18.021, -4.151 
{R1 ile  30 } L  23.637, 17.145, -4.325 
{R2 ile   30 } P  23.206, 19.764, -1.939 
{R2 ile  30 } L  23.675, 19.416, -2.542 
{R2 ile  30 } L  23.983, 18.776, -2.973 
{R2 ile  30 } L  24.082, 17.968, -3.243 
{R2 ile  30 } L  23.942, 17.143, -3.380 
{R1 arg   31 } P  23.637, 17.145, -4.325 
{R1 arg  31 } L  23.295, 16.369, -4.370 
{R1 arg  31 } L  22.642, 15.828, -4.316 
{R1 arg  31 } L  21.790, 15.556, -4.231 
{R1 arg  31 } L  20.889, 15.565, -4.195 
{R2 arg   31 } P  23.942, 17.143, -3.380 
{R2 arg  31 } L  23.533, 16.452, -3.411 
{R2 arg  31 } L  22.852, 16.022, -3.371 
{R2 arg  31 } L  22.012, 15.868, -3.324 
{R2 arg  31 } L  21.153, 15.981, -3.338 
{R1 leu   32 } P  20.889, 15.565, -4.195 
{R1 leu  32 } L  20.085, 15.865, -4.287 
{R1 leu  32 } L  19.502, 16.439, -4.566 
{R1 leu  32 } L  19.173, 17.157, -5.016 
{R1 leu  32 } L  19.107, 17.863, -5.598 
{R2 leu   32 } P  21.153, 15.981, -3.338 
{R2 leu  32 } L  20.418, 16.350, -3.483 
{R2 leu  32 } L  19.923, 16.941, -3.811 
{R2 leu  32 } L  19.683, 17.630, -4.298 
{R2 leu  32 } L  19.687, 18.266, -4.900 
{R1 phe   33 } P  19.107, 17.863, -5.598 
{R1 phe  33 } L  19.314, 18.400, -6.278 
{R1 phe  33 } L  19.776, 18.640, -7.011 
{R1 phe  33 } L  20.373, 18.575, -7.735 
{R1 phe  33 } L  20.961, 18.225, -8.378 
{R2 phe   33 } P  19.687, 18.266, -4.900 
{R2 phe  33 } L  19.928, 18.699, -5.574 
{R2 phe  33 } L  20.374, 18.814, -6.276 
{R2 phe  33 } L  20.915, 18.623, -6.949 
{R2 phe  33 } L  21.421, 18.175, -7.533 
{R1 lys   34 } P  20.961, 18.225, -8.378 
{R1 lys  34 } L  21.394, 17.611, -8.872 
{R1 lys  34 } L  21.552, 16.776, -9.164 
{R1 lys  34 } L  21.430, 15.849, -9.285 
{R1 lys  34 } L  21.047, 14.982, -9.281 
{R2 lys   34 } P  21.421, 18.175, -7.533 
{R2 lys  34 } L  21.762, 17.514, -7.972 
{R2 lys  34 } L  21.834, 16.703, -8.224 
{R2 lys  34 } L  21.643, 15.854, -8.324 
{R2 lys  34 } L  21.220, 15.097, -8.326 
{R1 ser   35 } P  21.047, 14.982, -9.281 
{R1 ser  35 } L  20.424, 14.324, -9.201 
{R1 ser  35 } L  19.600, 13.993, -9.093 
{R1 ser  35 } L  18.701, 13.973, -9.008 
{R1 ser  35 } L  17.873, 14.213, -8.997 
{R2 ser   35 } P  21.220, 15.097, -8.326 
{R2 ser  35 } L  20.597, 14.559, -8.283 
{R2 ser  35 } L  19.820, 14.337, -8.245 
{R2 ser  35 } L  18.990, 14.408, -8.253 
{R2 ser  35 } L  18.220, 14.714, -8.342 
@vectorlist {C} color= gray
{R1 his   36 } P  17.873, 14.213, -8.997 
{R1 his  36 } L  17.263, 14.665, -9.110 
{R1 his  36 } L  16.971, 15.276, -9.383 
{R1 his  36 } L  16.924, 15.991, -9.790 
{R1 his  36 } L  17.007, 16.752, -10.289 
{R1 pro   37 } P  17.007, 16.752, -10.289 
{R1 pro  37 } L  17.101, 17.502, -10.837 
{R1 pro  37 } L  17.110, 18.194, -11.387 
{R1 pro  37 } L  17.013, 18.824, -11.863 
{R1 pro  37 } L  16.809, 19.399, -12.181 
{R1 glu   38 } P  16.809, 19.399, -12.181 
{R1 glu  38 } L  16.497, 19.926, -12.259 
{R1 glu  38 } L  16.095, 20.410, -12.044 
{R1 glu  38 } L  15.708, 20.851, -11.596 
{R1 glu  38 } L  15.457, 21.247, -11.007 
{R2 glu   38 } P  17.111, 20.024, -12.087 
{R2 glu  38 } L  16.822, 20.617, -12.239 
{R2 glu  38 } L  16.366, 21.165, -12.096 
{R2 glu  38 } L  15.866, 21.663, -11.705 
{R2 glu  38 } L  15.482, 22.104, -11.138 
{R1 thr   39 } P  15.457, 21.247, -11.007 
{R1 thr  39 } L  15.465, 21.596, -10.366 
{R1 thr  39 } L  15.812, 21.902, -9.764 
{R1 thr  39 } L  16.406, 22.191, -9.283 
{R1 thr  39 } L  17.109, 22.493, -9.009 
{R2 thr   39 } P  15.482, 22.104, -11.138 
{R2 thr  39 } L  15.369, 22.482, -10.467 
{R2 thr  39 } L  15.637, 22.799, -9.774 
{R2 thr  39 } L  16.201, 23.082, -9.165 
{R2 thr  39 } L  16.924, 23.369, -8.757 
{R1 leu   40 } P  17.109, 22.493, -9.009 
{R1 leu  40 } L  17.786, 22.839, -9.025 
{R1 leu  40 } L  18.318, 23.252, -9.373 
{R1 leu  40 } L  18.655, 23.725, -9.933 
{R1 leu  40 } L  18.762, 24.242, -10.542 
{R2 leu   40 } P  16.924, 23.369, -8.757 
{R2 leu  40 } L  17.671, 23.693, -8.664 
{R2 leu  40 } L  18.318, 24.084, -8.954 
{R2 leu  40 } L  18.788, 24.536, -9.512 
{R2 leu  40 } L  19.011, 25.039, -10.174 
{R1 glu   41 } P  18.762, 24.242, -10.542 
{R1 glu  41 } L  18.606, 24.790, -11.038 
{R1 glu  41 } L  18.187, 25.353, -11.292 
{R1 glu  41 } L  17.631, 25.914, -11.312 
{R1 glu  41 } L  17.101, 26.455, -11.137 
{R2 glu   41 } P  19.011, 25.039, -10.174 
{R2 glu  41 } L  18.922, 25.580, -10.776 
{R2 glu  41 } L  18.494, 26.145, -11.182 
{R2 glu  41 } L  17.872, 26.709, -11.366 
{R2 glu  41 } L  17.244, 27.242, -11.327 
{R1 lys   42 } P  17.101, 26.455, -11.137 
{R1 lys  42 } L  16.756, 26.961, -10.808 
{R1 lys  42 } L  16.718, 27.419, -10.370 
{R1 lys  42 } L  16.948, 27.847, -9.891 
{R1 lys  42 } L  17.368, 28.265, -9.445 
{R2 lys   42 } P  17.244, 27.242, -11.327 
{R2 lys  42 } L  16.797, 27.716, -11.065 
{R2 lys  42 } L  16.673, 28.113, -10.600 
{R2 lys  42 } L  16.834, 28.460, -10.025 
{R2 lys  42 } L  17.200, 28.793, -9.455 
{R1 phe   43 } P  17.368, 28.265, -9.445 
{R1 phe  43 } L  17.901, 28.697, -9.103 
{R1 phe  43 } L  18.480, 29.162, -8.920 
{R1 phe  43 } L  19.081, 29.666, -8.865 
{R1 phe  43 } L  19.692, 30.215, -8.890 
{R2 phe   43 } P  17.200, 28.793, -9.455 
{R2 phe  43 } L  17.689, 29.149, -9.002 
{R2 phe  43 } L  18.231, 29.557, -8.749 
{R2 phe  43 } L  18.802, 30.020, -8.662 
{R2 phe  43 } L  19.390, 30.531, -8.673 
@vectorlist {D} color= gray
{R1 asp   44 } P  19.692, 30.215, -8.890 
{R1 asp  44 } L  20.302, 30.812, -8.946 
{R1 asp  44 } L  20.901, 31.443, -8.985 
{R1 asp  44 } L  21.494, 32.015, -8.970 
{R1 asp  44 } L  22.087, 32.418, -8.862 
{R1 arg   45 } P  22.087, 32.418, -8.862 
{R1 arg  45 } L  22.689, 32.541, -8.626 
{R1 arg  45 } L  23.295, 32.310, -8.253 
{R1 arg  45 } L  23.855, 31.799, -7.851 
{R1 arg  45 } L  24.311, 31.120, -7.555 
{R1 phe   46 } P  24.311, 31.120, -7.555 
{R1 phe  46 } L  24.600, 30.383, -7.502 
{R1 phe  46 } L  24.687, 29.688, -7.788 
{R1 phe  46 } L  24.629, 29.076, -8.359 
{R1 phe  46 } L  24.510, 28.577, -9.121 
{R1 lys   47 } P  24.510, 28.577, -9.121 
{R1 lys  47 } L  24.411, 28.222, -9.980 
{R1 lys  47 } L  24.403, 28.022, -10.846 
{R1 lys  47 } L  24.508, 27.918, -11.644 
{R1 lys  47 } L  24.736, 27.833, -12.300 
{R1 his   48 } P  24.736, 27.833, -12.300 
{R1 his  48 } L  25.099, 27.689, -12.741 
{R1 his  48 } L  25.592, 27.424, -12.923 
{R1 his  48 } L  26.156, 27.038, -12.906 
{R1 his  48 } L  26.717, 26.547, -12.782 
{R1 leu   49 } P  26.717, 26.547, -12.782 
{R1 leu  49 } L  27.201, 25.964, -12.638 
{R1 leu  49 } L  27.555, 25.306, -12.549 
{R1 leu  49 } L  27.802, 24.596, -12.516 
{R1 leu  49 } L  27.985, 23.860, -12.527 
{R1 lys   50 } P  27.985, 23.860, -12.527 
{R1 lys  50 } L  28.145, 23.121, -12.568 
{R1 lys  50 } L  28.319, 22.401, -12.619 
{R1 lys  50 } L  28.506, 21.707, -12.637 
{R1 lys  50 } L  28.701, 21.042, -12.571 
{R1 thr   51 } P  28.701, 21.042, -12.571 
{R1 thr  51 } L  28.895, 20.411, -12.372 
{R1 thr  51 } L  29.087, 19.815, -12.004 
{R1 thr  51 } L  29.291, 19.258, -11.486 
{R1 thr  51 } L  29.526, 18.742, -10.854 
{R1 glu   52 } P  29.526, 18.742, -10.854 
{R1 glu  52 } L  29.811, 18.271, -10.141 
{R1 glu  52 } L  30.161, 17.856, -9.390 
{R1 glu  52 } L  30.584, 17.555, -8.680 
{R1 glu  52 } L  31.081, 17.436, -8.099 
{R2 glu   52 } P  29.419, 18.342, -11.052 
{R2 glu  52 } L  29.791, 17.845, -10.435 
{R2 glu  52 } L  30.220, 17.416, -9.809 
{R2 glu  52 } L  30.698, 17.110, -9.236 
{R2 glu  52 } L  31.216, 16.995, -8.786 
{R1 ala   53 } P  31.081, 17.436, -8.099 
{R1 ala  53 } L  31.655, 17.565, -7.735 
{R1 ala  53 } L  32.288, 17.984, -7.642 
{R1 ala  53 } L  32.871, 18.628, -7.751 
{R1 ala  53 } L  33.275, 19.405, -7.958 
{R2 ala   53 } P  31.216, 16.995, -8.786 
{R2 ala  53 } L  31.763, 17.137, -8.526 
{R2 ala  53 } L  32.315, 17.574, -8.498 
{R2 ala  53 } L  32.782, 18.231, -8.632 
{R2 ala  53 } L  33.063, 19.006, -8.829 
{R1 glu   54 } P  33.275, 19.405, -7.958 
{R1 glu  54 } L  33.368, 20.225, -8.159 
{R1 glu  54 } L  33.067, 20.998, -8.262 
{R1 glu  54 } L  32.479, 21.651, -8.223 
{R1 glu  54 } L  31.755, 22.112, -8.005 
{R2 glu   54 } P  33.063, 19.006, -8.829 
{R2 glu  54 } L  33.054, 19.795, -8.991 
{R2 glu  54 } L  32.693, 20.503, -9.033 
{R2 glu  54 } L  32.089, 21.070, -8.922 
{R2 glu  54 } L  31.393, 21.443, -8.639 
{R1 met   55 } P  31.755, 22.112, -8.005 
{R1 met  55 } L  31.049, 22.310, -7.576 
{R1 met  55 } L  30.495, 22.205, -6.924 
{R1 met  55 } L  30.165, 21.886, -6.134 
{R1 met  55 } L  30.109, 21.474, -5.314 
{R2 met   55 } P  31.393, 21.443, -8.639 
{R2 met  55 } L  30.756, 21.569, -8.163 
{R2 met  55 } L  30.308, 21.424, -7.496 
{R2 met  55 } L  30.095, 21.103, -6.720 
{R2 met  55 } L  30.143, 20.726, -5.939 
{R1 lys   56 } P  30.109, 21.474, -5.314 
{R1 lys  56 } L  30.383, 21.090, -4.574 
{R1 lys  56 } L  30.998, 20.838, -4.001 
{R1 lys  56 } L  31.812, 20.760, -3.605 
{R1 lys  56 } L  32.640, 20.883, -3.374 
{R2 lys   56 } P  30.143, 20.726, -5.939 
{R2 lys  56 } L  30.479, 20.416, -5.258 
{R2 lys  56 } L  31.096, 20.274, -4.757 
{R2 lys  56 } L  31.862, 20.322, -4.424 
{R2 lys  56 } L  32.614, 20.562, -4.223 
{R1 ala   57 } P  32.640, 20.883, -3.374 
{R1 ala  57 } L  33.300, 21.233, -3.296 
{R1 ala  57 } L  33.652, 21.816, -3.350 
{R1 ala  57 } L  33.736, 22.566, -3.467 
{R1 ala  57 } L  33.635, 23.395, -3.571 
{R2 ala   57 } P  32.614, 20.562, -4.223 
{R2 ala  57 } L  33.190, 20.997, -4.119 
{R2 ala  57 } L  33.465, 21.617, -4.075 
{R2 ala  57 } L  33.485, 22.362, -4.043 
{R2 ala  57 } L  33.334, 23.164, -3.973 
@vectorlist {E} color= gray
{R1 ser   58 } P  33.635, 23.395, -3.571 
{R1 ser  58 } L  33.434, 24.219, -3.583 
{R1 ser  58 } L  33.202, 24.969, -3.444 
{R1 ser  58 } L  32.960, 25.660, -3.174 
{R1 ser  58 } L  32.715, 26.323, -2.812 
{R1 glu   59 } P  32.715, 26.323, -2.812 
{R1 glu  59 } L  32.474, 26.990, -2.398 
{R1 glu  59 } L  32.233, 27.677, -1.974 
{R1 glu  59 } L  31.953, 28.326, -1.601 
{R1 glu  59 } L  31.583, 28.861, -1.346 
{R2 glu   59 } P  32.343, 26.003, -2.655 
{R2 glu  59 } L  32.103, 26.670, -2.112 
{R2 glu  59 } L  31.864, 27.365, -1.544 
{R2 glu  59 } L  31.578, 28.037, -1.027 
{R2 glu  59 } L  31.190, 28.617, -0.649 
{R1 asp   60 } P  31.583, 28.861, -1.346 
{R1 asp  60 } L  31.072, 29.207, -1.273 
{R1 asp  60 } L  30.398, 29.303, -1.416 
{R1 asp  60 } L  29.649, 29.155, -1.681 
{R1 asp  60 } L  28.940, 28.782, -1.941 
{R2 asp   60 } P  31.190, 28.617, -0.649 
{R2 asp  60 } L  30.644, 29.036, -0.497 
{R2 asp  60 } L  29.911, 29.235, -0.620 
{R2 asp  60 } L  29.088, 29.199, -0.912 
{R2 asp  60 } L  28.296, 28.920, -1.233 
{R1 leu   61 } P  28.940, 28.782, -1.941 
{R1 leu  61 } L  28.387, 28.204, -2.071 
{R1 leu  61 } L  28.076, 27.464, -1.972 
{R1 leu  61 } L  27.981, 26.688, -1.653 
{R1 leu  61 } L  28.043, 26.024, -1.152 
{R2 leu   61 } P  28.296, 28.920, -1.233 
{R2 leu  61 } L  27.661, 28.392, -1.440 
{R2 leu  61 } L  27.278, 27.637, -1.418 
{R2 leu  61 } L  27.128, 26.795, -1.164 
{R2 leu  61 } L  27.164, 26.033, -0.703 
{R1 lys   62 } P  28.043, 26.024, -1.152 
{R1 lys  62 } L  28.205, 25.622, -0.504 
{R1 lys  62 } L  28.408, 25.588, 0.241 
{R1 lys  62 } L  28.569, 25.870, 0.996 
{R1 lys  62 } L  28.604, 26.373, 1.660 
{R2 lys   62 } P  27.164, 26.033, -0.703 
{R2 lys  62 } L  27.339, 25.519, -0.059 
{R2 lys  62 } L  27.598, 25.380, 0.728 
{R2 lys  62 } L  27.845, 25.578, 1.557 
{R2 lys  62 } L  27.977, 26.033, 2.311 
{R1 lys   63 } P  28.604, 26.373, 1.660 
{R1 lys  63 } L  28.429, 27.004, 2.134 
{R1 lys  63 } L  27.989, 27.665, 2.346 
{R1 lys  63 } L  27.347, 28.246, 2.341 
{R1 lys  63 } L  26.596, 28.632, 2.194 
{R2 lys   63 } P  27.977, 26.033, 2.311 
{R2 lys  63 } L  27.891, 26.666, 2.874 
{R2 lys  63 } L  27.515, 27.389, 3.158 
{R2 lys  63 } L  26.907, 28.070, 3.201 
{R2 lys  63 } L  26.156, 28.572, 3.071 
{R1 his   64 } P  26.596, 28.632, 2.194 
{R1 his  64 } L  25.831, 28.711, 1.976 
{R1 his  64 } L  25.137, 28.410, 1.764 
{R1 his  64 } L  24.565, 27.826, 1.629 
{R1 his  64 } L  24.161, 27.099, 1.647 
{R2 his   64 } P  26.156, 28.572, 3.071 
{R2 his  64 } L  25.354, 28.754, 2.835 
{R2 his  64 } L  24.587, 28.524, 2.563 
{R2 his  64 } L  23.922, 27.970, 2.345 
{R2 his  64 } L  23.424, 27.229, 2.270 
{R1 gly   65 } P  24.161, 27.099, 1.647 
{R1 gly  65 } L  23.968, 26.366, 1.892 
{R1 gly  65 } L  24.006, 25.754, 2.407 
{R1 gly  65 } L  24.192, 25.334, 3.114 
{R1 gly  65 } L  24.419, 25.165, 3.903 
{R2 gly   65 } P  23.424, 27.229, 2.270 
{R2 gly  65 } L  23.157, 26.437, 2.430 
{R2 gly  65 } L  23.157, 25.721, 2.883 
{R2 gly  65 } L  23.340, 25.176, 3.558 
{R2 gly  65 } L  23.591, 24.888, 4.347 
{R1 val   66 } P  24.419, 25.165, 3.903 
{R1 val  66 } L  24.579, 25.305, 4.666 
{R1 val  66 } L  24.580, 25.775, 5.307 
{R1 val  66 } L  24.404, 26.452, 5.782 
{R1 val  66 } L  24.047, 27.178, 6.064 
{R2 val   66 } P  23.591, 24.888, 4.347 
{R2 val  66 } L  23.799, 24.942, 5.145 
{R2 val  66 } L  23.866, 25.382, 5.857 
{R2 val  66 } L  23.761, 26.081, 6.424 
{R2 val  66 } L  23.467, 26.868, 6.796 
{R1 thr   67 } P  24.047, 27.178, 6.064 
{R1 thr  67 } L  23.508, 27.791, 6.122 
{R1 thr  67 } L  22.800, 28.160, 5.953 
{R1 thr  67 } L  22.008, 28.253, 5.646 
{R1 thr  67 } L  21.235, 28.066, 5.319 
{R2 thr   67 } P  23.467, 26.868, 6.796 
{R2 thr  67 } L  22.970, 27.575, 6.925 
{R2 thr  67 } L  22.274, 28.055, 6.789 
{R2 thr  67 } L  21.467, 28.263, 6.482 
{R2 thr  67 } L  20.655, 28.178, 6.126 
{R1 val   68 } P  21.235, 28.066, 5.319 
{R1 val  68 } L  20.583, 27.595, 5.088 
{R1 val  68 } L  20.133, 26.863, 5.047 
{R1 val  68 } L  19.886, 26.004, 5.211 
{R1 val  68 } L  19.825, 25.177, 5.576 
{R2 val   68 } P  20.655, 28.178, 6.126 
{R2 val  68 } L  19.945, 27.777, 5.842 
{R2 val  68 } L  19.428, 27.070, 5.733 
{R2 val  68 } L  19.116, 26.191, 5.826 
{R2 val  68 } L  19.006, 25.305, 6.129 
{R1 leu   69 } P  19.825, 25.177, 5.576 
{R1 leu  69 } L  19.931, 24.544, 6.135 
{R1 leu  69 } L  20.169, 24.230, 6.868 
{R1 leu  69 } L  20.448, 24.228, 7.686 
{R1 leu  69 } L  20.661, 24.495, 8.486 
{R2 leu   69 } P  19.006, 25.305, 6.129 
{R2 leu  69 } L  19.094, 24.575, 6.652 
{R2 leu  69 } L  19.355, 24.138, 7.383 
{R2 leu  69 } L  19.690, 24.005, 8.230 
{R2 leu  69 } L  19.980, 24.162, 9.082 
{R1 thr   70 } P  20.661, 24.495, 8.486 
{R1 thr  70 } L  20.700, 24.989, 9.164 
{R1 thr  70 } L  20.485, 25.651, 9.637 
{R1 thr  70 } L  20.044, 26.355, 9.903 
{R1 thr  70 } L  19.431, 26.956, 9.981 
{R2 thr   70 } P  19.980, 24.162, 9.082 
{R2 thr  70 } L  20.103, 24.592, 9.828 
{R2 thr  70 } L  19.969, 25.254, 10.377 
{R2 thr  70 } L  19.594, 26.010, 10.715 
{R2 thr  70 } L  19.022, 26.697, 10.850 
{R1 ala   71 } P  19.431, 26.956, 9.981 
{R1 ala  71 } L  18.701, 27.311, 9.890 
{R1 ala  71 } L  17.915, 27.313, 9.663 
{R1 ala  71 } L  17.161, 27.002, 9.390 
{R1 ala  71 } L  16.532, 26.454, 9.175 
{R2 ala   71 } P  19.022, 26.697, 10.850 
{R2 ala  71 } L  18.298, 27.151, 10.789 
{R2 ala  71 } L  17.475, 27.248, 10.556 
{R2 ala  71 } L  16.652, 27.013, 10.245 
{R2 ala  71 } L  15.939, 26.511, 9.970 
{R1 leu   72 } P  16.532, 26.454, 9.175 
{R1 leu  72 } L  16.124, 25.746, 9.122 
{R1 leu  72 } L  15.999, 24.962, 9.310 
{R1 leu  72 } L  16.097, 24.218, 9.718 
{R1 leu  72 } L  16.327, 23.638, 10.300 
{R2 leu   72 } P  15.939, 26.511, 9.970 
{R2 leu  72 } L  15.445, 25.805, 9.839 
{R2 leu  72 } L  15.246, 24.972, 9.943 
{R2 leu  72 } L  15.293, 24.142, 10.274 
{R2 leu  72 } L  15.504, 23.457, 10.800 
{R1 gly   73 } P  16.327, 23.638, 10.300 
{R1 gly  73 } L  16.599, 23.346, 11.009 
{R1 gly  73 } L  16.826, 23.426, 11.793 
{R1 gly  73 } L  16.944, 23.798, 12.567 
{R1 gly  73 } L  16.893, 24.340, 13.237 
{R2 gly   73 } P  15.504, 23.457, 10.800 
{R2 gly  73 } L  15.796, 23.058, 11.491 
{R2 gly  73 } L  16.089, 23.047, 12.303 
{R2 gly  73 } L  16.300, 23.355, 13.139 
{R2 gly  73 } L  16.346, 23.876, 13.889 
{R1 ala   74 } P  16.893, 24.340, 13.237 
{R1 ala  74 } L  16.612, 24.932, 13.712 
{R1 ala  74 } L  16.069, 25.461, 13.927 
{R1 ala  74 } L  15.345, 25.844, 13.925 
{R1 ala  74 } L  14.546, 26.002, 13.778 
{R2 ala   74 } P  16.346, 23.876, 13.889 
{R2 ala  74 } L  16.145, 24.500, 14.445 
{R2 ala  74 } L  15.647, 25.119, 14.726 
{R2 ala  74 } L  14.931, 25.627, 14.771 
{R2 ala  74 } L  14.110, 25.919, 14.646 
{R1 ile   75 } P  14.546, 26.002, 13.778 
{R1 ile  75 } L  13.780, 25.862, 13.556 
{R1 ile  75 } L  13.142, 25.380, 13.333 
{R1 ile  75 } L  12.675, 24.660, 13.181 
{R1 ile  75 } L  12.411, 23.840, 13.177 
{R2 ile   75 } P  14.110, 25.919, 14.646 
{R2 ile  75 } L  13.296, 25.889, 14.419 
{R2 ile  75 } L  12.589, 25.472, 14.161 
{R2 ile  75 } L  12.046, 24.766, 13.954 
{R2 ile  75 } L  11.712, 23.910, 13.882 
{R1 leu   76 } P  12.411, 23.840, 13.177 
{R1 leu  76 } L  12.379, 23.055, 13.396 
{R1 leu  76 } L  12.584, 22.427, 13.884 
{R1 leu  76 } L  12.918, 22.004, 14.569 
{R1 leu  76 } L  13.246, 21.816, 15.352 
{R2 leu   76 } P  11.712, 23.910, 13.882 
{R2 leu  76 } L  11.632, 23.042, 14.030 
{R2 leu  76 } L  11.822, 22.290, 14.454 
{R2 leu  76 } L  12.177, 21.729, 15.094 
{R2 leu  76 } L  12.563, 21.426, 15.861 
@vectorlist {F} color= gray
{R1 lys   77 } P  13.246, 21.816, 15.352 
{R1 lys  77 } L  13.433, 21.893, 16.132 
{R1 lys  77 } L  13.377, 22.235, 16.824 
{R1 lys  77 } L  13.099, 22.717, 17.401 
{R1 lys  77 } L  12.653, 23.183, 17.850 
{R1 lys   78 } P  12.653, 23.183, 17.850 
{R1 lys  78 } L  12.093, 23.476, 18.157 
{R1 lys  78 } L  11.468, 23.480, 18.316 
{R1 lys  78 } L  10.803, 23.230, 18.340 
{R1 lys  78 } L  10.119, 22.802, 18.247 
{R1 lys   79 } P  10.119, 22.802, 18.247 
{R1 lys  79 } L  9.437, 22.271, 18.057 
{R1 lys  79 } L  8.776, 21.717, 17.792 
{R1 lys  79 } L  8.143, 21.240, 17.492 
{R1 lys  79 } L  7.547, 20.944, 17.200 
{R1 gly   80 } P  7.547, 20.944, 17.200 
{R1 gly  80 } L  6.993, 20.934, 16.962 
{R1 gly  80 } L  6.492, 21.277, 16.807 
{R1 gly  80 } L  6.066, 21.890, 16.714 
{R1 gly  80 } L  5.740, 22.656, 16.648 
{R1 his   81 } P  5.740, 22.656, 16.648 
{R1 his  81 } L  5.540, 23.453, 16.575 
{R1 his  81 } L  5.478, 24.187, 16.463 
{R1 his  81 } L  5.517, 24.854, 16.297 
{R1 his  81 } L  5.608, 25.472, 16.066 
{R1 his   82 } P  5.608, 25.472, 16.066 
{R1 his  82 } L  5.700, 26.062, 15.756 
{R1 his  82 } L  5.751, 26.643, 15.366 
{R1 his  82 } L  5.745, 27.240, 14.932 
{R1 his  82 } L  5.673, 27.878, 14.499 
{R1 glu   83 } P  5.673, 27.878, 14.499 
{R1 glu  83 } L  5.528, 28.580, 14.113 
{R1 glu  83 } L  5.321, 29.357, 13.811 
{R1 glu  83 } L  5.149, 30.157, 13.591 
{R1 glu  83 } L  5.132, 30.914, 13.444 
{R1 ala   84 } P  5.132, 30.914, 13.444 
{R1 ala  84 } L  5.387, 31.562, 13.357 
{R1 ala  84 } L  5.987, 32.041, 13.313 
{R1 ala  84 } L  6.816, 32.318, 13.255 
{R1 ala  84 } L  7.712, 32.365, 13.118 
{R1 glu   85 } P  7.712, 32.365, 13.118 
{R1 glu  85 } L  8.512, 32.155, 12.837 
{R1 glu  85 } L  9.080, 31.691, 12.369 
{R1 glu  85 } L  9.389, 31.095, 11.765 
{R1 glu  85 } L  9.440, 30.519, 11.097 
{R1 leu   86 } P  9.440, 30.519, 11.097 
{R1 leu  86 } L  9.232, 30.116, 10.439 
{R1 leu  86 } L  8.785, 30.007, 9.850 
{R1 leu  86 } L  8.196, 30.181, 9.335 
{R1 leu  86 } L  7.583, 30.600, 8.883 
{R2 leu   86 } P  8.938, 30.040, 11.722 
{R2 leu  86 } L  8.697, 29.751, 11.065 
{R2 leu  86 } L  8.280, 29.754, 10.476 
{R2 leu  86 } L  7.775, 30.030, 9.963 
{R2 leu  86 } L  7.285, 30.529, 9.523 
{R1 lys   87 } P  7.583, 30.600, 8.883 
{R1 lys  87 } L  7.063, 31.222, 8.487 
{R1 lys  87 } L  6.738, 31.992, 8.135 
{R1 lys  87 } L  6.641, 32.803, 7.809 
{R1 lys  87 } L  6.790, 33.532, 7.488 
{R2 lys   87 } P  7.285, 30.529, 9.523 
{R2 lys  87 } L  6.913, 31.202, 9.152 
{R2 lys  87 } L  6.743, 31.987, 8.842 
{R2 lys  87 } L  6.787, 32.780, 8.569 
{R2 lys  87 } L  7.042, 33.463, 8.301 
{R1 pro   88 } P  6.790, 33.532, 7.488 
{R1 pro  88 } L  7.204, 34.055, 7.153 
{R1 pro  88 } L  7.869, 34.276, 6.786 
{R1 pro  88 } L  8.648, 34.202, 6.389 
{R1 pro  88 } L  9.372, 33.864, 5.964 
{R2 pro   88 } P  7.042, 33.463, 8.301 
{R2 pro  88 } L  7.500, 33.919, 8.009 
{R2 pro  88 } L  8.135, 34.059, 7.670 
{R2 pro  88 } L  8.824, 33.905, 7.286 
{R2 pro  88 } L  9.425, 33.509, 6.866 
{R1 leu   89 } P  9.372, 33.864, 5.964 
{R1 leu  89 } L  9.873, 33.294, 5.517 
{R1 leu  89 } L  10.019, 32.544, 5.054 
{R1 leu  89 } L  9.837, 31.749, 4.587 
{R1 leu  89 } L  9.390, 31.064, 4.134 
{R2 leu   89 } P  9.425, 33.509, 6.866 
{R2 leu  89 } L  9.793, 32.921, 6.420 
{R2 leu  89 } L  9.821, 32.207, 5.959 
{R2 leu  89 } L  9.549, 31.488, 5.498 
{R2 leu  89 } L  9.052, 30.903, 5.052 
{R1 ala   90 } P  9.390, 31.064, 4.134 
{R1 ala  90 } L  8.741, 30.644, 3.710 
{R1 ala  90 } L  7.968, 30.604, 3.327 
{R1 ala  90 } L  7.198, 30.902, 2.979 
{R1 ala  90 } L  6.572, 31.456, 2.655 
{R2 ala   90 } P  9.052, 30.903, 5.052 
{R2 ala  90 } L  8.406, 30.587, 4.640 
{R2 ala  90 } L  7.695, 30.639, 4.271 
{R2 ala  90 } L  7.030, 31.006, 3.937 
{R2 ala  90 } L  6.531, 31.595, 3.623 
{R1 gln   91 } P  6.572, 31.456, 2.655 
{R1 gln  91 } L  6.229, 32.185, 2.346 
{R1 gln  91 } L  6.270, 32.999, 2.042 
{R1 gln  91 } L  6.640, 33.771, 1.731 
{R1 gln  91 } L  7.243, 34.367, 1.402 
{R2 gln   91 } P  6.531, 31.595, 3.623 
{R2 gln  91 } L  6.318, 32.314, 3.316 
{R2 gln  91 } L  6.471, 33.068, 3.002 
{R2 gln  91 } L  6.924, 33.748, 2.674 
{R2 gln  91 } L  7.568, 34.240, 2.328 
{R1 ser   92 } P  7.243, 34.367, 1.402 
{R1 ser  92 } L  7.984, 34.655, 1.042 
{R1 ser  92 } L  8.763, 34.540, 0.645 
{R1 ser  92 } L  9.466, 34.094, 0.222 
{R1 ser  92 } L  9.975, 33.427, -0.208 
{R2 ser   92 } P  7.568, 34.240, 2.328 
{R2 ser  92 } L  8.299, 34.433, 1.957 
{R2 ser  92 } L  9.012, 34.251, 1.559 
{R2 ser  92 } L  9.610, 33.774, 1.144 
{R2 ser  92 } L  9.999, 33.120, 0.723 
{R1 his   93 } P  9.975, 33.427, -0.208 
{R1 his  93 } L  10.170, 32.651, -0.630 
{R1 his  93 } L  9.974, 31.876, -1.030 
{R1 his  93 } L  9.467, 31.210, -1.409 
{R1 his  93 } L  8.769, 30.758, -1.773 
{R2 his   93 } P  9.999, 33.120, 0.723 
{R2 his  93 } L  10.085, 32.408, 0.308 
{R2 his  93 } L  9.807, 31.747, -0.092 
{R2 his  93 } L  9.253, 31.222, -0.477 
{R2 his  93 } L  8.543, 30.909, -0.851 
{R1 ala   94 } P  8.769, 30.758, -1.773 
{R1 ala  94 } L  8.001, 30.626, -2.126 
{R1 ala  94 } L  7.276, 30.884, -2.471 
{R1 ala  94 } L  6.678, 31.450, -2.802 
{R1 ala  94 } L  6.286, 32.208, -3.110 
{R2 ala   94 } P  8.543, 30.909, -0.851 
{R2 ala  94 } L  7.801, 30.884, -1.217 
{R2 ala  94 } L  7.136, 31.194, -1.577 
{R2 ala  94 } L  6.620, 31.760, -1.926 
{R2 ala  94 } L  6.313, 32.474, -2.257 
@vectorlist {G} color= gray
{R1 thr   95 } P  6.286, 32.208, -3.110 
{R1 thr  95 } L  6.176, 33.040, -3.386 
{R1 thr  95 } L  6.401, 33.838, -3.624 
{R1 thr  95 } L  6.913, 34.534, -3.829 
{R1 thr  95 } L  7.638, 35.069, -4.010 
{R1 lys   96 } P  7.638, 35.069, -4.010 
{R1 lys  96 } L  8.503, 35.382, -4.175 
{R1 lys  96 } L  9.427, 35.432, -4.332 
{R1 lys  96 } L  10.307, 35.245, -4.487 
{R1 lys  96 } L  11.031, 34.863, -4.646 
{R1 his   97 } P  11.031, 34.863, -4.646 
{R1 his  97 } L  11.491, 34.330, -4.816 
{R1 his  97 } L  11.610, 33.687, -4.998 
{R1 his  97 } L  11.455, 32.972, -5.181 
{R1 his  97 } L  11.130, 32.224, -5.348 
{R1 lys   98 } P  11.130, 32.224, -5.348 
{R1 lys  98 } L  10.736, 31.478, -5.483 
{R1 lys  98 } L  10.359, 30.763, -5.574 
{R1 lys  98 } L  10.012, 30.073, -5.621 
{R1 lys  98 } L  9.692, 29.392, -5.631 
{R1 ile   99 } P  9.692, 29.392, -5.631 
{R1 ile  99 } L  9.395, 28.703, -5.608 
{R1 ile  99 } L  9.115, 27.996, -5.555 
{R1 ile  99 } L  8.838, 27.281, -5.466 
{R1 ile  99 } L  8.546, 26.574, -5.333 
{R1 pro   100 } P  8.546, 26.574, -5.333 
{R1 pro  100 } L  8.221, 25.890, -5.147 
{R1 pro  100 } L  7.854, 25.238, -4.904 
{R1 pro  100 } L  7.460, 24.596, -4.614 
{R1 pro  100 } L  7.065, 23.937, -4.290 
{R1 ile   101 } P  7.065, 23.937, -4.290 
{R1 ile  101 } L  6.692, 23.232, -3.948 
{R1 ile  101 } L  6.372, 22.467, -3.611 
{R1 ile  101 } L  6.164, 21.685, -3.341 
{R1 ile  101 } L  6.132, 20.943, -3.211 
{R2 ile   101 } P  6.676, 24.072, -4.272 
{R2 ile  101 } L  6.264, 23.393, -4.086 
{R2 ile  101 } L  5.922, 22.668, -3.915 
{R2 ile  101 } L  5.705, 21.943, -3.801 
{R2 ile  101 } L  5.677, 21.275, -3.789 
{R1 lys   102 } P  6.132, 20.943, -3.211 
{R1 lys  102 } L  6.339, 20.298, -3.291 
{R1 lys  102 } L  6.824, 19.800, -3.615 
{R1 lys  102 } L  7.517, 19.478, -4.051 
{R1 lys  102 } L  8.323, 19.356, -4.430 
{R2 lys   102 } P  5.677, 21.275, -3.789 
{R2 lys  102 } L  5.897, 20.725, -3.927 
{R2 lys  102 } L  6.400, 20.339, -4.229 
{R2 lys  102 } L  7.104, 20.127, -4.586 
{R2 lys  102 } L  7.899, 20.087, -4.856 
{R1 tyr   103 } P  8.323, 19.356, -4.430 
{R1 tyr  103 } L  9.145, 19.455, -4.580 
{R1 tyr  103 } L  9.892, 19.770, -4.376 
{R1 tyr  103 } L  10.499, 20.182, -3.873 
{R1 tyr  103 } L  10.904, 20.546, -3.170 
{R2 tyr   103 } P  7.899, 20.087, -4.856 
{R2 tyr  103 } L  8.677, 20.216, -4.900 
{R2 tyr  103 } L  9.339, 20.494, -4.618 
{R2 tyr  103 } L  9.840, 20.821, -4.073 
{R2 tyr  103 } L  10.147, 21.076, -3.371 
{R1 leu   104 } P  10.904, 20.546, -3.170 
{R1 leu  104 } L  11.045, 20.713, -2.368 
{R1 leu  104 } L  10.896, 20.573, -1.566 
{R1 leu  104 } L  10.562, 20.160, -0.862 
{R1 leu  104 } L  10.179, 19.542, -0.356 
{R2 leu   104 } P  10.147, 21.076, -3.371 
{R2 leu  104 } L  10.227, 21.138, -2.616 
{R2 leu  104 } L  10.071, 20.921, -1.908 
{R2 leu  104 } L  9.776, 20.463, -1.325 
{R2 leu  104 } L  9.463, 19.835, -0.941 
{R1 glu   105 } P  10.179, 19.542, -0.356 
{R1 glu  105 } L  9.886, 18.789, -0.145 
{R1 glu  105 } L  9.799, 17.976, -0.289 
{R1 glu  105 } L  9.941, 17.201, -0.687 
{R1 glu  105 } L  10.311, 16.569, -1.201 
{R2 glu   105 } P  9.463, 19.835, -0.941 
{R2 glu  105 } L  9.253, 19.107, -0.828 
{R2 glu  105 } L  9.248, 18.354, -1.025 
{R2 glu  105 } L  9.460, 17.662, -1.430 
{R2 glu  105 } L  9.881, 17.123, -1.908 
{R1 phe   106 } P  10.311, 16.569, -1.201 
{R1 phe  106 } L  10.911, 16.183, -1.691 
{R1 phe  106 } L  11.719, 16.115, -2.035 
{R1 phe  106 } L  12.620, 16.296, -2.175 
{R1 phe  106 } L  13.479, 16.626, -2.072 
{R2 phe   106 } P  9.881, 17.123, -1.908 
{R2 phe  106 } L  10.504, 16.826, -2.323 
{R2 phe  106 } L  11.301, 16.830, -2.558 
{R2 phe  106 } L  12.164, 17.058, -2.580 
{R2 phe  106 } L  12.964, 17.401, -2.372 
{R1 ile   107 } P  13.479, 16.626, -2.072 
{R1 ile  107 } L  14.158, 17.005, -1.684 
{R1 ile  107 } L  14.553, 17.335, -1.003 
{R1 ile  107 } L  14.682, 17.539, -0.148 
{R1 ile  107 } L  14.597, 17.547, 0.734 
{R2 ile   107 } P  12.964, 17.401, -2.372 
{R2 ile  107 } L  13.571, 17.751, -1.920 
{R2 ile  107 } L  13.891, 18.009, -1.233 
{R2 ile  107 } L  13.953, 18.115, -0.420 
{R2 ile  107 } L  13.823, 18.020, 0.383 
{R1 ser   108 } P  14.597, 17.547, 0.734 
{R1 ser  108 } L  14.347, 17.285, 1.491 
{R1 ser  108 } L  13.995, 16.715, 2.003 
{R1 ser  108 } L  13.649, 15.935, 2.254 
{R1 ser  108 } L  13.428, 15.074, 2.259 
{R2 ser   108 } P  13.823, 18.020, 0.383 
{R2 ser  108 } L  13.564, 17.672, 1.044 
{R2 ser  108 } L  13.246, 17.053, 1.454 
{R2 ser  108 } L  12.965, 16.262, 1.614 
{R2 ser  108 } L  12.824, 15.426, 1.554 
{R1 glu   109 } P  13.428, 15.074, 2.259 
{R1 glu  109 } L  13.452, 14.263, 2.028 
{R1 glu  109 } L  13.803, 13.616, 1.599 
{R1 glu  109 } L  14.417, 13.176, 1.091 
{R1 glu  109 } L  15.195, 12.972, 0.647 
{R2 glu   109 } P  12.824, 15.426, 1.554 
{R2 glu  109 } L  12.925, 14.676, 1.299 
{R2 glu  109 } L  13.336, 14.118, 0.896 
{R2 glu  109 } L  13.986, 13.778, 0.455 
{R2 glu  109 } L  14.768, 13.662, 0.102 
{R1 ala   110 } P  15.195, 12.972, 0.647 
{R1 ala  110 } L  16.034, 13.030, 0.411 
{R1 ala  110 } L  16.839, 13.349, 0.491 
{R1 ala  110 } L  17.536, 13.812, 0.860 
{R1 ala  110 } L  18.052, 14.272, 1.458 
{R2 ala   110 } P  14.768, 13.662, 0.102 
{R2 ala  110 } L  15.576, 13.774, -0.036 
{R2 ala  110 } L  16.313, 14.096, 0.134 
{R2 ala  110 } L  16.918, 14.518, 0.577 
{R2 ala  110 } L  17.338, 14.907, 1.221 
{R1 ile   111 } P  18.052, 14.272, 1.458 
{R1 ile  111 } L  18.318, 14.582, 2.225 
{R1 ile  111 } L  18.294, 14.627, 3.089 
{R1 ile  111 } L  18.060, 14.404, 3.934 
{R1 ile  111 } L  17.729, 13.944, 4.636 
{R2 ile   111 } P  17.338, 14.907, 1.221 
{R2 ile  111 } L  17.523, 15.131, 1.996 
{R2 ile  111 } L  17.446, 15.084, 2.826 
{R2 ile  111 } L  17.192, 14.781, 3.607 
{R2 ile  111 } L  16.873, 14.263, 4.226 
{R1 ile   112 } P  17.729, 13.944, 4.636 
{R1 ile  112 } L  17.412, 13.274, 5.069 
{R1 ile  112 } L  17.209, 12.442, 5.146 
{R1 ile  112 } L  17.170, 11.558, 4.928 
{R1 ile  112 } L  17.333, 10.751, 4.519 
{R2 ile   112 } P  16.873, 14.263, 4.226 
{R2 ile  112 } L  16.600, 13.573, 4.572 
{R2 ile  112 } L  16.468, 12.764, 4.571 
{R2 ile  112 } L  16.514, 11.941, 4.297 
{R2 ile  112 } L  16.762, 11.218, 3.861 
{R1 his   113 } P  17.333, 10.751, 4.519 
{R1 his  113 } L  17.734, 10.149, 4.020 
{R1 his  113 } L  18.387, 9.850, 3.530 
{R1 his  113 } L  19.199, 9.826, 3.146 
{R1 his  113 } L  20.054, 10.018, 2.964 
{R2 his   113 } P  16.762, 11.218, 3.861 
{R2 his  113 } L  17.232, 10.709, 3.374 
{R2 his  113 } L  17.923, 10.500, 2.940 
{R2 his  113 } L  18.743, 10.549, 2.642 
{R2 his  113 } L  19.574, 10.785, 2.556 
{R1 val   114 } P  20.054, 10.018, 2.964 
{R1 val  114 } L  20.834, 10.366, 3.080 
{R1 val  114 } L  21.440, 10.802, 3.551 
{R1 val  114 } L  21.844, 11.220, 4.287 
{R1 val  114 } L  22.035, 11.503, 5.156 
{R2 val   114 } P  19.574, 10.785, 2.556 
{R2 val  114 } L  20.301, 11.135, 2.756 
{R2 val  114 } L  20.829, 11.523, 3.285 
{R2 val  114 } L  21.146, 11.857, 4.043 
{R2 val  114 } L  21.262, 12.042, 4.899 
{R1 leu   115 } P  22.035, 11.503, 5.156 
{R1 leu  115 } L  22.003, 11.536, 6.030 
{R1 leu  115 } L  21.759, 11.239, 6.791 
{R1 leu  115 } L  21.410, 10.672, 7.371 
{R1 leu  115 } L  21.083, 9.931, 7.715 
{R2 leu   115 } P  21.262, 12.042, 4.899 
{R2 leu  115 } L  21.188, 11.981, 5.720 
{R2 leu  115 } L  20.951, 11.611, 6.390 
{R2 leu  115 } L  20.647, 10.999, 6.860 
{R2 leu  115 } L  20.391, 10.246, 7.098 
{R1 his   116 } P  21.083, 9.931, 7.715 
{R1 his  116 } L  20.907, 9.111, 7.768 
{R1 his  116 } L  20.982, 8.306, 7.505 
{R1 his  116 } L  21.301, 7.601, 7.035 
{R1 his  116 } L  21.827, 7.080, 6.498 
{R2 his   116 } P  20.391, 10.246, 7.098 
{R2 his  116 } L  20.295, 9.453, 7.073 
{R2 his  116 } L  20.447, 8.714, 6.778 
{R2 his  116 } L  20.828, 8.099, 6.321 
{R2 his  116 } L  21.393, 7.671, 5.834 
{R1 ser   117 } P  21.827, 7.080, 6.498 
{R1 ser  117 } L  22.524, 6.825, 6.033 
{R1 ser  117 } L  23.345, 6.888, 5.759 
{R1 ser  117 } L  24.189, 7.191, 5.711 
{R1 ser  117 } L  24.946, 7.620, 5.901 
{R2 ser   117 } P  21.393, 7.671, 5.834 
{R2 ser  117 } L  22.098, 7.494, 5.451 
{R2 ser  117 } L  22.888, 7.603, 5.282 
{R2 ser  117 } L  23.678, 7.913, 5.343 
{R2 ser  117 } L  24.373, 8.312, 5.629 
{R1 arg   118 } P  24.946, 7.620, 5.901 
{R1 arg  118 } L  25.503, 8.066, 6.344 
{R1 arg  118 } L  25.778, 8.430, 7.028 
{R1 arg  118 } L  25.802, 8.663, 7.853 
{R1 arg  118 } L  25.635, 8.728, 8.693 
{R2 arg   118 } P  24.373, 8.312, 5.629 
{R2 arg  118 } L  24.878, 8.684, 6.132 
{R2 arg  118 } L  25.124, 8.934, 6.831 
{R2 arg  118 } L  25.142, 9.033, 7.645 
{R2 arg  118 } L  24.990, 8.967, 8.477 
@vectorlist {H} color= gray
{R1 his   119 } P  25.635, 8.728, 8.693 
{R1 his  119 } L  25.337, 8.589, 9.422 
{R1 his  119 } L  24.965, 8.226, 9.948 
{R1 his  119 } L  24.569, 7.674, 10.310 
{R1 his  119 } L  24.195, 6.986, 10.578 
{R1 pro   120 } P  24.195, 6.986, 10.578 
{R1 pro  120 } L  23.890, 6.213, 10.824 
{R1 pro  120 } L  23.685, 5.415, 11.110 
{R1 pro  120 } L  23.554, 4.682, 11.470 
{R1 pro  120 } L  23.457, 4.114, 11.926 
{R1 gly   121 } P  23.457, 4.114, 11.926 
{R1 gly  121 } L  23.353, 3.811, 12.505 
{R1 gly  121 } L  23.204, 3.839, 13.204 
{R1 gly  121 } L  22.993, 4.127, 13.921 
{R1 gly  121 } L  22.703, 4.574, 14.526 
{R1 asp   122 } P  22.703, 4.574, 14.526 
{R1 asp  122 } L  22.319, 5.077, 14.891 
{R1 asp  122 } L  21.835, 5.542, 14.924 
{R1 asp  122 } L  21.275, 5.915, 14.685 
{R1 asp  122 } L  20.673, 6.149, 14.273 
{R1 phe   123 } P  20.673, 6.149, 14.273 
{R1 phe  123 } L  20.062, 6.199, 13.785 
{R1 phe  123 } L  19.467, 6.036, 13.306 
{R1 phe  123 } L  18.883, 5.701, 12.868 
{R1 phe  123 } L  18.297, 5.251, 12.490 
{R1 gly   124 } P  18.297, 5.251, 12.490 
{R1 gly  124 } L  17.697, 4.743, 12.192 
{R1 gly  124 } L  17.070, 4.230, 11.987 
{R1 gly  124 } L  16.408, 3.745, 11.875 
{R1 gly  124 } L  15.706, 3.315, 11.850 
{R2 gly   124 } P  18.153, 5.486, 13.008 
{R2 gly  124 } L  17.606, 4.951, 12.709 
{R2 gly  124 } L  17.008, 4.458, 12.442 
{R2 gly  124 } L  16.350, 4.032, 12.217 
{R2 gly  124 } L  15.623, 3.682, 12.045 
{R1 ala   125 } P  15.706, 3.315, 11.850 
{R1 ala  125 } L  14.958, 2.968, 11.904 
{R1 ala  125 } L  14.172, 2.734, 12.034 
{R1 ala  125 } L  13.423, 2.642, 12.248 
{R1 ala  125 } L  12.801, 2.725, 12.556 
{R2 ala   125 } P  15.623, 3.682, 12.045 
{R2 ala  125 } L  14.822, 3.415, 11.938 
{R2 ala  125 } L  13.957, 3.244, 11.910 
{R2 ala  125 } L  13.109, 3.199, 11.985 
{R2 ala  125 } L  12.380, 3.312, 12.191 
{R1 asp   126 } P  12.801, 2.725, 12.556 
{R1 asp  126 } L  12.396, 3.014, 12.966 
{R1 asp  126 } L  12.272, 3.522, 13.466 
{R1 asp  126 } L  12.387, 4.183, 13.949 
{R1 asp  126 } L  12.673, 4.910, 14.284 
{R2 asp   126 } P  12.380, 3.312, 12.191 
{R2 asp  126 } L  11.868, 3.615, 12.554 
{R2 asp  126 } L  11.647, 4.124, 13.069 
{R2 asp  126 } L  11.688, 4.783, 13.615 
{R2 asp  126 } L  11.936, 5.520, 14.038 
{R1 ala   127 } P  12.673, 4.910, 14.284 
{R1 ala  127 } L  13.060, 5.619, 14.342 
{R1 ala  127 } L  13.477, 6.233, 14.034 
{R1 ala  127 } L  13.833, 6.719, 13.439 
{R1 ala  127 } L  14.030, 7.052, 12.680 
{R2 ala   127 } P  11.936, 5.520, 14.038 
{R2 ala  127 } L  12.336, 6.260, 14.183 
{R2 ala  127 } L  12.822, 6.937, 13.943 
{R2 ala  127 } L  13.285, 7.503, 13.387 
{R2 ala  127 } L  13.603, 7.914, 12.631 
{R1 gln   128 } P  14.030, 7.052, 12.680 
{R1 gln  128 } L  13.975, 7.209, 11.876 
{R1 gln  128 } L  13.605, 7.185, 11.142 
{R1 gln  128 } L  12.988, 7.058, 10.560 
{R1 gln  128 } L  12.227, 6.921, 10.204 
{R2 gln   128 } P  13.603, 7.914, 12.631 
{R2 gln  128 } L  13.658, 8.127, 11.789 
{R2 gln  128 } L  13.367, 8.125, 10.974 
{R2 gln  128 } L  12.792, 7.985, 10.284 
{R2 gln  128 } L  12.035, 7.813, 9.817 
{R1 gly   129 } P  12.227, 6.921, 10.204 
{R1 gly  129 } L  11.424, 6.872, 10.149 
{R1 gly  129 } L  10.677, 6.987, 10.433 
{R1 gly  129 } L  10.063, 7.274, 10.950 
{R1 gly  129 } L  9.659, 7.718, 11.558 
{R2 gly   129 } P  12.035, 7.813, 9.817 
{R2 gly  129 } L  11.196, 7.712, 9.668 
{R2 gly  129 } L  10.375, 7.768, 9.895 
{R2 gly  129 } L  9.667, 7.995, 10.394 
{R2 gly  129 } L  9.162, 8.393, 11.026 
{R1 ala   130 } P  9.659, 7.718, 11.558 
{R1 ala  130 } L  9.536, 8.308, 12.115 
{R1 ala  130 } L  9.736, 9.017, 12.497 
{R1 ala  130 } L  10.159, 9.771, 12.655 
{R1 ala  130 } L  10.671, 10.482, 12.560 
{R2 ala   130 } P  9.162, 8.393, 11.026 
{R2 ala  130 } L  8.955, 8.959, 11.647 
{R2 ala  130 } L  9.100, 9.674, 12.132 
{R2 ala  130 } L  9.503, 10.458, 12.410 
{R2 ala  130 } L  10.030, 11.216, 12.427 
{R1 met   131 } P  10.671, 10.482, 12.560 
{R1 met  131 } L  11.140, 11.060, 12.181 
{R1 met  131 } L  11.449, 11.440, 11.518 
{R1 met  131 } L  11.551, 11.641, 10.693 
{R1 met  131 } L  11.415, 11.705, 9.859 
{R2 met   131 } P  10.030, 11.216, 12.427 
{R2 met  131 } L  10.549, 11.851, 12.129 
{R2 met  131 } L  10.942, 12.289, 11.496 
{R2 met  131 } L  11.145, 12.542, 10.654 
{R2 met  131 } L  11.106, 12.640, 9.763 
{R1 asn   132 } P  11.415, 11.705, 9.859 
{R1 asn  132 } L  11.011, 11.672, 9.168 
{R1 asn  132 } L  10.338, 11.590, 8.742 
{R1 asn  132 } L  9.509, 11.526, 8.592 
{R1 asn  132 } L  8.667, 11.553, 8.699 
{R2 asn   132 } P  11.106, 12.640, 9.763 
{R2 asn  132 } L  10.775, 12.618, 8.984 
{R2 asn  132 } L  10.135, 12.516, 8.453 
{R2 asn  132 } L  9.299, 12.408, 8.195 
{R2 asn  132 } L  8.413, 12.378, 8.214 
{R1 lys   133 } P  8.667, 11.553, 8.699 
{R1 lys  133 } L  7.953, 11.745, 9.043 
{R1 lys  133 } L  7.483, 12.151, 9.585 
{R1 lys  133 } L  7.268, 12.729, 10.199 
{R1 lys  133 } L  7.293, 13.411, 10.740 
{R2 lys   133 } P  8.413, 12.378, 8.214 
{R2 lys  133 } L  7.625, 12.509, 8.508 
{R2 lys  133 } L  7.055, 12.859, 9.054 
{R2 lys  133 } L  6.737, 13.395, 9.717 
{R2 lys  133 } L  6.677, 14.058, 10.340 
{R1 ala   134 } P  7.293, 13.411, 10.740 
{R1 ala  134 } L  7.542, 14.131, 11.061 
{R1 ala  134 } L  7.979, 14.826, 11.052 
{R1 ala  134 } L  8.489, 15.442, 10.743 
{R1 ala  134 } L  8.939, 15.930, 10.201 
{R2 ala   134 } P  6.677, 14.058, 10.340 
{R2 ala  134 } L  6.883, 14.788, 10.761 
{R2 ala  134 } L  7.336, 15.528, 10.857 
{R2 ala  134 } L  7.910, 16.209, 10.639 
{R2 ala  134 } L  8.452, 16.765, 10.154 
{R1 leu   135 } P  8.939, 15.930, 10.201 
{R1 leu  135 } L  9.193, 16.238, 9.492 
{R1 leu  135 } L  9.149, 16.340, 8.691 
{R1 leu  135 } L  8.830, 16.295, 7.912 
{R1 leu  135 } L  8.292, 16.187, 7.275 
{R2 leu   135 } P  8.452, 16.765, 10.154 
{R2 leu  135 } L  8.811, 17.129, 9.449 
{R2 leu  135 } L  8.865, 17.258, 8.587 
{R2 leu  135 } L  8.626, 17.212, 7.700 
{R2 leu  135 } L  8.134, 17.080, 6.936 
{R1 glu   136 } P  8.292, 16.187, 7.275 
{R1 glu  136 } L  7.588, 16.100, 6.903 
{R1 glu  136 } L  6.784, 16.107, 6.880 
{R1 glu  136 } L  5.991, 16.242, 7.139 
{R1 glu  136 } L  5.329, 16.530, 7.575 
{R2 glu   136 } P  8.134, 17.080, 6.936 
{R2 glu  136 } L  7.432, 16.946, 6.443 
{R2 glu  136 } L  6.579, 16.890, 6.329 
{R2 glu  136 } L  5.697, 16.957, 6.534 
{R2 glu  136 } L  4.928, 17.183, 6.958 
{R1 leu   137 } P  5.329, 16.530, 7.575 
{R1 leu  137 } L  4.918, 16.997, 8.084 
{R1 leu  137 } L  4.842, 17.645, 8.564 
{R1 leu  137 } L  5.039, 18.399, 8.925 
{R1 leu  137 } L  5.408, 19.159, 9.079 
{R2 leu   137 } P  4.928, 17.183, 6.958 
{R2 leu  137 } L  4.410, 17.607, 7.500 
{R2 leu  137 } L  4.244, 18.242, 8.058 
{R2 leu  137 } L  4.378, 19.009, 8.524 
{R2 leu  137 } L  4.717, 19.806, 8.791 
{R1 phe   138 } P  5.408, 19.159, 9.079 
{R1 phe  138 } L  5.850, 19.829, 8.938 
{R1 phe  138 } L  6.268, 20.329, 8.453 
{R1 phe  138 } L  6.576, 20.648, 7.724 
{R1 phe  138 } L  6.690, 20.796, 6.890 
{R2 phe   138 } P  4.717, 19.806, 8.791 
{R2 phe  138 } L  5.168, 20.528, 8.748 
{R2 phe  138 } L  5.638, 21.092, 8.330 
{R2 phe  138 } L  6.026, 21.475, 7.630 
{R2 phe  138 } L  6.232, 21.675, 6.785 
{R1 arg   139 } P  6.690, 20.796, 6.890 
{R1 arg  139 } L  6.529, 20.782, 6.088 
{R1 arg  139 } L  6.042, 20.628, 5.442 
{R1 arg  139 } L  5.316, 20.418, 5.002 
{R1 arg  139 } L  4.475, 20.253, 4.805 
{R2 arg   139 } P  6.232, 21.675, 6.785 
{R2 arg  139 } L  6.153, 21.689, 5.932 
{R2 arg  139 } L  5.725, 21.530, 5.193 
{R2 arg  139 } L  5.029, 21.288, 4.641 
{R2 arg  139 } L  4.183, 21.067, 4.334 
{R1 lys   140 } P  4.475, 20.253, 4.805 
{R1 lys  140 } L  3.637, 20.232, 4.886 
{R1 lys  140 } L  2.914, 20.430, 5.251 
{R1 lys  140 } L  2.364, 20.832, 5.787 
{R1 lys  140 } L  2.034, 21.399, 6.350 
{R2 lys   140 } P  4.183, 21.067, 4.334 
{R2 lys  140 } L  3.305, 20.975, 4.330 
{R2 lys  140 } L  2.504, 21.096, 4.654 
{R2 lys  140 } L  1.857, 21.428, 5.192 
{R2 lys  140 } L  1.432, 21.946, 5.798 
{R1 asp   141 } P  2.034, 21.399, 6.350 
{R1 asp  141 } L  1.971, 22.094, 6.797 
{R1 asp  141 } L  2.193, 22.868, 7.009 
{R1 asp  141 } L  2.603, 23.636, 6.969 
{R1 asp  141 } L  3.075, 24.306, 6.681 
{R2 asp   141 } P  1.432, 21.946, 5.798 
{R2 asp  141 } L  1.297, 22.626, 6.324 
{R2 asp  141 } L  1.487, 23.429, 6.644 
{R2 asp  141 } L  1.905, 24.259, 6.717 
{R2 asp  141 } L  2.417, 25.006, 6.526 
{R1 ile   142 } P  3.075, 24.306, 6.681 
{R1 ile  142 } L  3.481, 24.781, 6.153 
{R1 ile  142 } L  3.715, 24.998, 5.413 
{R1 ile  142 } L  3.737, 25.003, 4.576 
{R1 ile  142 } L  3.526, 24.873, 3.780 
{R2 ile   142 } P  2.417, 25.006, 6.526 
{R2 ile  142 } L  2.892, 25.558, 6.051 
{R2 ile  142 } L  3.213, 25.836, 5.303 
{R2 ile  142 } L  3.328, 25.880, 4.406 
{R2 ile  142 } L  3.201, 25.761, 3.515 
{R1 ala   143 } P  3.526, 24.873, 3.780 
{R1 ala  143 } L  3.063, 24.683, 3.162 
{R1 ala  143 } L  2.351, 24.507, 2.827 
{R1 ala  143 } L  1.506, 24.417, 2.757 
{R1 ala  143 } L  0.667, 24.479, 2.902 
{R2 ala   143 } P  3.201, 25.761, 3.515 
{R2 ala  143 } L  2.794, 25.548, 2.782 
{R2 ala  143 } L  2.100, 25.314, 2.331 
{R2 ala  143 } L  1.236, 25.143, 2.159 
{R2 ala  143 } L  0.346, 25.119, 2.230 
{R1 ala   144 } P  0.667, 24.479, 2.902 
{R1 ala  144 } L  -0.025, 24.764, 3.210 
{R1 ala  144 } L  -0.458, 25.310, 3.622 
{R1 ala  144 } L  -0.631, 26.037, 4.029 
{R1 ala  144 } L  -0.570, 26.836, 4.315 
{R2 ala   144 } P  0.346, 25.119, 2.230 
{R2 ala  144 } L  -0.424, 25.328, 2.511 
{R2 ala  144 } L  -0.954, 25.823, 2.949 
{R2 ala  144 } L  -1.223, 26.528, 3.425 
{R2 ala  144 } L  -1.235, 27.338, 3.802 
{R1 lys   145 } P  -0.570, 26.836, 4.315 
{R1 lys  145 } L  -0.301, 27.598, 4.362 
{R1 lys  145 } L  0.132, 28.229, 4.086 
{R1 lys  145 } L  0.616, 28.692, 3.546 
{R1 lys  145 } L  1.019, 28.967, 2.833 
{R2 lys   145 } P  -1.235, 27.338, 3.802 
{R2 lys  145 } L  -0.993, 28.144, 3.943 
{R2 lys  145 } L  -0.528, 28.851, 3.748 
{R2 lys  145 } L  0.034, 29.406, 3.263 
{R2 lys  145 } L  0.541, 29.768, 2.573 
{R1 tyr   146 } P  1.019, 28.967, 2.833 
{R1 tyr  146 } L  1.211, 29.033, 2.042 
{R1 tyr  146 } L  1.093, 28.891, 1.261 
{R1 tyr  146 } L  0.699, 28.634, 0.575 
{R1 tyr  146 } L  0.099, 28.377, 0.065 
{R2 tyr   146 } P  0.541, 29.768, 2.573 
{R2 tyr  146 } L  0.841, 29.894, 1.763 
{R2 tyr  146 } L  0.817, 29.769, 0.918 
{R2 tyr  146 } L  0.493, 29.491, 0.137 
{R2 tyr  146 } L  -0.071, 29.182, -0.479 
{R1 lys   147 } P  0.099, 28.377, 0.065 
{R1 lys  147 } L  -0.643, 28.234, -0.188 
{R1 lys  147 } L  -1.449, 28.299, -0.134 
{R1 lys  147 } L  -2.216, 28.573, 0.143 
{R1 lys  147 } L  -2.829, 29.037, 0.526 
{R2 lys   147 } P  -0.071, 29.182, -0.479 
{R2 lys  147 } L  -0.815, 28.966, -0.828 
{R2 lys  147 } L  -1.670, 28.944, -0.847 
{R2 lys  147 } L  -2.516, 29.134, -0.612 
{R2 lys  147 } L  -3.227, 29.529, -0.235 
{R1 glu   148 } P  -2.829, 29.037, 0.526 
{R1 glu  148 } P  -2.829, 29.037, 0.526 
{R1 glu  148 } L  -3.175, 29.671, 0.900 
{R1 glu  148 } L  -3.182, 30.441, 1.163 
{R1 glu  148 } L  -2.941, 31.251, 1.265 
{R1 glu  148 } L  -2.580, 31.992, 1.172 
{R2 glu  148 } P  -3.227, 29.529, -0.235 
{R2 glu  148 } L  -3.671, 30.124, 0.170 
{R2 glu  148 } L  -3.762, 30.894, 0.501 
{R2 glu  148 } L  -3.576, 31.725, 0.698 
{R2 glu  148 } L  -3.229, 32.484, 0.712 
{R1 leu  149 } P  -2.580, 31.992, 1.172 
{R1 leu  149 } L  -2.232, 32.554, 0.849 
{R1 leu  149 } L  -1.997, 32.855, 0.281 
{R1 leu  149 } L  -1.855, 32.921, -0.457 
{R1 leu  149 } L  -1.754, 32.807, -1.271 
{R2 leu  149 } P  -3.229, 32.484, 0.712 
{R2 leu  149 } L  -2.841, 33.036, 0.492 
{R2 leu  149 } L  -2.505, 33.284, 0.013 
{R2 leu  149 } L  -2.224, 33.265, -0.654 
{R2 leu  149 } L  -1.980, 33.055, -1.415 
{R1 gly  150 } P  -1.754, 32.807, -1.271 
{R1 gly  150 } L  -1.646, 32.566, -2.067 
{R1 gly  150 } L  -1.489, 32.245, -2.767 
{R1 gly  150 } L  -1.281, 31.856, -3.370 
{R1 gly  150 } L  -1.029, 31.401, -3.894 
{R1 tyr  151 } P  -1.029, 31.401, -3.894 
{R1 tyr  151 } L  -0.739, 30.886, -4.355 
{R1 tyr  151 } L  -0.427, 30.314, -4.766 
{R1 tyr  151 } L  -0.141, 29.700, -5.125 
{R1 tyr  151 } L  0.066, 29.058, -5.425 
{R1 gln  152 } P  0.066, 29.058, -5.425 
{R1 gln  152 } L  0.136, 28.405, -5.659 
{R1 gln  152 } L  0.031, 27.756, -5.821 
{R1 gln  152 } L  -0.229, 27.130, -5.909 
{R1 gln  152 } L  -0.605, 26.547, -5.922 
{R1 gly  153 } P  -0.605, 26.547, -5.922 
{R1 gly  153 } L  -1.062, 26.025, -5.857 
{R1 gly  153 } L  -1.554, 25.584, -5.722 
{R1 gly  153 } L  -2.007, 25.244, -5.560 
{R1 gly  153 } L  -2.339, 25.026, -5.425 
{R1 gly  153 } P  -2.339, 25.026, -5.425 
{R1 gly  153 } L  -2.467, 24.948, -5.368 
@labellist {a-label} color= white off master= {Labels}
{   A}   13.203, 11.326, 19.770 
@labellist {b-label} color= white off master= {Labels}
{ B}   23.983, 18.776, -2.973 
@labellist {c-label} color= white off master= {Labels}
{C}   17.013, 18.824, -11.863 
@labellist {d-label} color= white off master= {Labels} 
{   D }   32.640, 20.883, -3.374 
@labellist {e-label} color= white off master= {Labels} 
{ E}   20.044, 26.355, 9.903 
@labellist {f-label} color= white off master= {Labels}
{ F}   9.610, 33.774, 1.144 
@labellist {g-label} color= white off master= {Labels}
{  G}   18.052, 14.272, 1.458 
@labellist {h-label} color= white off master= {Labels}
{  H}   8.489, 15.442, 10.743 
@subgroup {Helix A} dominant off
@vectorlist {a ribbon} instance= {A} color= red
@labellist {A-label} color= red off master= {Labels}  
{   A}   13.203, 11.326, 19.770 
@subgroup {Helix B} dominant off
@vectorlist {b ribbon} instance= {B} color= orange
@labellist {B-label} color= orange off master= {Labels}  
{ B}   23.983, 18.776, -2.973 
@subgroup {Helix C} dominant off
@vectorlist {c ribbon} instance= {C} color= yellow
@labellist {C-label} color= yellow off master= {Labels}  
{C}   17.013, 18.824, -11.863 
@subgroup {Helix D} dominant off
@vectorlist {d ribbon} instance= {D} color= green
@labellist {D-label} color= seagreen off master= {Labels}  
{   D }   32.640, 20.883, -3.374 
@subgroup {Helix E} dominant off
@vectorlist {e ribbon} instance= {E} color= cyan
@labellist {E-label} color= cyan off master= {Labels}  
{ E}   20.044, 26.355, 9.903 
@subgroup {Helix F} dominant off
@vectorlist {f ribbon} instance= {F} color= skyblue
@labellist {F-label} color= skyblue off master= {Labels}  
{ F}   9.610, 33.774, 1.144 
@subgroup {Helix G} dominant off
@vectorlist {g ribbon} instance= {G} color= blue
@labellist {G-label} color= blue off master= {Labels}  
{  G}   18.052, 14.272, 1.458 
@subgroup {Helix H} dominant off
@vectorlist {h ribbon} instance= {H} color= purple
@labellist {H-label} color= purple off master= {Labels}  
{  H}   8.489, 15.442, 10.743 
@group {Main Chain} dominant off
@balllist {N-mc} radius=0.2 color= blue
{ n   ala   15 } L 20.920, 16.520, 16.700
{ n   ala   19 } L 26.800, 18.480, 14.720
{ n   ala   22 } L 27.940, 22.080, 8.080
{ n   ala   53 } L 32.020, 17.520, -8.640
{ n   ala   57 } L 33.400, 21.860, -4.500
{ n   ala   71 } L 18.120, 27.160, 9.700
{ n   ala   74 } L 16.160, 25.240, 13.800
{ n   ala   84 } L 5.940, 31.260, 14.020
{ n   ala   90 } L 7.820, 30.860, 4.420
{ n   ala   94 } L 7.240, 31.460, -1.360
{ n   ala   110 } L 16.100, 14.160, 0.220
{ n   ala   125 } L 14.620, 2.520, 11.700
{ n   ala   127 } L 13.340, 6.120, 13.920
{ n   ala   130 } L 9.800, 8.980, 12.260
{ n   ala   134 } L 7.980, 14.660, 10.840
{ n   ala   143 } L 2.400, 24.580, 3.020
{ n   ala   144 } L -0.160, 25.420, 3.520
{ n   arg   31 } L 22.920, 16.220, -3.320
{ n   arg   45 } L 22.440, 31.980, -7.940
{ n   arg   118 } L 24.900, 8.960, 6.940
{ n   arg   139 } L 6.000, 20.620, 5.660
{ n   asn   132 } L 10.440, 11.620, 8.920
{ n   asp   20 } L 28.340, 18.680, 12.460
{ n   asp   27 } L 26.180, 17.820, 1.360
{ n   asp   44 } L 20.020, 31.460, -9.060
{ n   asp   60 } L 30.620, 28.980, -1.460
{ n   asp   122 } L 21.820, 5.580, 14.720
{ n   asp   126 } L 12.460, 3.520, 13.120
{ n   asp   141 } L 2.260, 22.720, 6.800
{ n   gln   8 } L 11.700, 13.140, 20.360
{ n   gln   26 } L 26.120, 20.440, 2.480
{ n   gln   91 } L 6.620, 32.900, 3.080
{ n   gln   128 } L 13.620, 7.140, 11.340
{ n   gln   152 } L 0.860, 28.160, -6.340
{ n   glu   4 } L 5.760, 13.020, 21.900
{ n   glu   6 } L 8.420, 10.620, 19.500
{ n   glu   18 } L 24.200, 18.560, 13.900
{ n   glu   38 } L 16.180, 20.180, -12.220
{ n   glu   41 } L 18.080, 25.220, -11.220
{ n   glu   52 } L 29.560, 17.340, -10.080
{ n   glu   54 } L 32.680, 20.260, -9.040
{ n   glu   59 } L 32.580, 27.140, -2.060
{ n   glu   83 } L 5.100, 28.620, 14.280
{ n   glu   85 } L 8.500, 31.140, 12.980
{ n   glu   105 } L 9.300, 18.500, -1.020
{ n   glu   109 } L 13.340, 14.300, 1.020
{ n   glu   136 } L 6.980, 16.160, 7.020
{ n   glu   148 } L -3.100, 30.300, 1.020
{ n   gly   5 } L 7.740, 11.020, 22.200
{ n   gly   23 } L 29.060, 20.080, 6.360
{ n   gly   25 } L 25.020, 19.900, 5.080
{ n   gly   65 } L 24.140, 25.880, 2.340
{ n   gly   73 } L 16.740, 23.520, 11.680
{ n   gly   80 } L 6.860, 21.580, 16.620
{ n   gly   121 } L 23.260, 4.020, 12.880
{ n   gly   124 } L 17.600, 4.400, 12.700
{ n   gly   129 } L 10.940, 7.060, 10.520
{ n   gly   150 } L -2.140, 32.260, -2.660
{ n   gly   153 } L -1.600, 25.860, -6.160
{ n   his   12 } L 17.340, 13.820, 18.620
{ n   his   24 } L 26.960, 18.240, 6.260
{ n   his   36 } L 17.480, 15.880, -8.960
{ n   his   48 } L 25.740, 28.100, -12.380
{ n   his   64 } L 25.340, 28.300, 1.840
{ n   his   81 } L 5.560, 23.960, 17.360
{ n   his   82 } L 5.900, 26.340, 15.560
{ n   his   93 } L 9.540, 32.020, 0.020
{ n   his   97 } L 11.240, 33.480, -4.180
{ n   his   113 } L 17.860, 10.680, 3.140
{ n   his   116 } L 20.600, 8.920, 6.760
{ n   his   119 } L 24.440, 8.360, 9.720
{ n   ile   28 } L 23.460, 17.360, 1.300
{ n   ile   30 } L 23.780, 18.840, -2.820
{ n   ile   75 } L 13.400, 25.320, 13.440
{ n   ile   99 } L 9.300, 28.540, -5.120
{ n   ile   101 } L 5.880, 23.280, -3.720
{ n   ile   107 } L 13.740, 17.880, -1.340
{ n   ile   111 } L 17.360, 14.980, 2.660
{ n   ile   112 } L 16.640, 12.920, 4.400
{ n   ile   142 } L 3.580, 24.840, 5.520
{ n   leu   2 } L 3.180, 14.980, 16.220
{ n   leu   9 } L 13.320, 11.200, 19.100
{ n   leu   11 } L 15.140, 14.900, 17.400
{ n   leu   29 } L 22.320, 19.340, -0.380
{ n   leu   32 } L 20.160, 16.820, -3.860
{ n   leu   40 } L 18.200, 23.100, -9.420
{ n   leu   49 } L 27.280, 25.820, -11.800
{ n   leu   61 } L 28.300, 27.560, -1.920
{ n   leu   69 } L 20.140, 24.560, 6.840
{ n   leu   72 } L 16.140, 25.100, 9.420
{ n   leu   76 } L 12.600, 22.600, 13.900
{ n   leu   86 } L 7.960, 29.860, 10.500
{ n   leu   89 } L 9.560, 32.420, 6.040
{ n   leu   104 } L 10.020, 21.000, -2.000
{ n   leu   115 } L 21.000, 11.620, 6.220
{ n   leu   135 } L 9.060, 16.300, 8.780
{ n   leu   137 } L 5.060, 17.560, 8.460
{ n   leu   149 } L -1.720, 32.740, 0.100
{ n   lys   16 } L 23.260, 15.200, 16.180
{ n   lys   34 } L 21.580, 16.840, -8.080
{ n   lys   42 } L 16.500, 27.180, -9.980
{ n   lys   47 } L 23.660, 28.280, -10.460
{ n   lys   50 } L 28.260, 22.660, -12.740
{ n   lys   56 } L 31.060, 20.400, -4.900
{ n   lys   62 } L 28.400, 25.700, 0.140
{ n   lys   63 } L 28.100, 27.560, 2.240
{ n   lys   77 } L 13.300, 22.340, 16.680
{ n   lys   78 } L 11.360, 23.700, 17.900
{ n   lys   79 } L 9.260, 21.860, 18.080
{ n   lys   87 } L 6.560, 31.520, 9.040
{ n   lys   96 } L 9.100, 35.240, -3.600
{ n   lys   98 } L 9.960, 31.400, -5.440
{ n   lys   102 } L 6.440, 20.600, -4.140
{ n   lys   133 } L 7.720, 12.220, 9.460
{ n   lys   140 } L 3.180, 20.520, 5.300
{ n   lys   145 } L 0.080, 28.120, 3.980
{ n   lys   147 } L -1.280, 28.360, 0.040
{ n   met   55 } L 30.440, 21.320, -7.640
{ n   met   131 } L 11.260, 11.340, 11.640
{ n   phe   33 } L 20.420, 18.580, -6.160
{ n   phe   43 } L 18.300, 28.700, -8.580
{ n   phe   46 } L 24.000, 29.600, -8.040
{ n   phe   106 } L 11.140, 16.980, -2.440
{ n   phe   123 } L 19.680, 6.160, 13.240
{ n   phe   138 } L 6.160, 20.220, 8.500
{ n   pro   37 } L 17.540, 17.960, -11.260
{ n   pro   88 } L 8.000, 33.820, 7.700
{ n   pro   100 } L 8.140, 25.400, -5.600
{ n   pro   120 } L 23.600, 5.820, 10.560
{ n   ser   3 } L 4.200, 12.640, 18.600
{ n   ser   35 } L 19.860, 14.720, -8.160
{ n   ser   58 } L 32.600, 24.500, -4.160
{ n   ser   92 } L 8.880, 34.160, 1.600
{ n   ser   108 } L 13.260, 17.100, 1.340
{ n   ser   117 } L 22.820, 7.780, 5.540
{ n   thr   39 } L 15.780, 21.740, -9.820
{ n   thr   51 } L 29.280, 20.020, -12.500
{ n   thr   67 } L 22.900, 27.920, 5.920
{ n   thr   70 } L 20.420, 25.520, 9.400
{ n   thr   95 } L 6.760, 33.840, -2.740
{ n   trp   7 } L 9.380, 13.120, 18.820
{ n   trp   14 } L 19.220, 15.040, 15.100
{ n   tyr   103 } L 9.080, 20.580, -4.620
{ n   tyr   146 } L 1.080, 28.960, 1.460
{ n   tyr   151 } L -0.320, 30.700, -4.200
{ n   val   1 } L -0.580, 14.760, 15.940
{ n   val   10 } L 13.780, 12.540, 16.580
{ n   val   13 } L 18.820, 12.600, 16.560
{ n   val   17 } L 23.620, 15.900, 13.460
{ n   val   21 } L 27.460, 20.800, 10.560
{ n   val   66 } L 24.520, 25.680, 5.140
{ n   val   68 } L 20.360, 27.000, 5.280
{ n   val   114 } L 20.640, 11.440, 3.380
@balllist {O-mc} radius= 0.2 color= red
{ o   ala   15 } L 24.380, 17.040, 17.000
{ o   ala   19 } L 30.300, 18.900, 13.600
{ o   ala   22 } L 28.080, 21.140, 4.720
{ o   ala   53 } L 33.660, 20.160, -7.000
{ o   ala   57 } L 34.680, 25.120, -3.640
{ o   ala   71 } L 14.940, 26.320, 10.960
{ o   ala   74 } L 13.180, 25.880, 15.620
{ o   ala   84 } L 8.280, 33.120, 12.040
{ o   ala   90 } L 6.440, 31.740, 1.260
{ o   ala   94 } L 6.000, 32.520, -4.540
{ o   ala   110 } L 19.060, 13.700, 2.100
{ o   ala   125 } L 11.700, 4.460, 11.380
{ o   ala   127 } L 13.180, 9.120, 12.100
{ o   ala   130 } L 9.380, 12.440, 12.240
{ o   ala   134 } L 8.080, 18.060, 9.820
{ o   ala   143 } L -0.360, 25.960, 1.400
{ o   ala   144 } L -1.960, 28.440, 3.280
{ o   arg   31 } L 20.160, 15.180, -5.320
{ o   arg   45 } L 25.860, 30.640, -7.480
{ o   arg   118 } L 26.560, 8.780, 10.240
{ o   arg   139 } L 3.500, 22.100, 3.640
{ o   asn   132 } L 7.820, 13.460, 7.660
{ o   asp   20 } L 27.480, 18.940, 9.160
{ o   asp   27 } L 23.820, 16.080, -0.540
{ o   asp   44 } L 23.340, 32.220, -10.060
{ o   asp   60 } L 27.160, 28.920, -0.520
{ o   asp   122 } L 19.060, 7.800, 14.760
{ o   asp   126 } L 11.100, 6.620, 13.780
{ o   asp   141 } L 1.940, 26.240, 6.100
{ o   gln   8 } L 15.040, 12.360, 19.760
{ o   gln   26 } L 25.780, 18.820, -0.580
{ o   gln   91 } L 7.360, 34.680, 0.060
{ o   gln   128 } L 11.460, 8.880, 9.200
{ o   gln   152 } L 0.280, 24.980, -5.200
{ o   glu   4 } L 9.220, 12.780, 22.000
{ o   glu   6 } L 10.700, 12.120, 17.320
{ o   glu   18 } L 26.960, 20.820, 14.760
{ o   glu   38 } L 15.280, 23.520, -11.200
{ o   glu   41 } L 16.940, 28.680, -11.600
{ o   glu   52 } L 30.800, 18.320, -6.880
{ o   glu   54 } L 31.840, 23.020, -7.040
{ o   glu   59 } L 30.420, 28.160, 0.540
{ o   glu   83 } L 5.280, 31.260, 11.960
{ o   glu   85 } L 9.960, 30.800, 9.800
{ o   glu   105 } L 11.180, 15.700, -0.620
{ o   glu   109 } L 16.040, 12.040, 1.180
{ o   glu   136 } L 4.140, 18.140, 6.480
{ o   glu   148 } L -3.840, 33.500, -0.060
{ o   gly   5 } L 10.520, 10.040, 20.180
{ o   gly   23 } L 27.620, 17.760, 4.100
{ o   gly   25 } L 24.060, 20.600, 1.660
{ o   gly   65 } L 22.680, 24.460, 5.260
{ o   gly   73 } L 15.640, 23.460, 15.020
{ o   gly   80 } L 4.140, 23.720, 15.520
{ o   gly   121 } L 21.400, 3.940, 16.080
{ o   gly   124 } L 15.140, 4.720, 11.920
{ o   gly   129 } L 8.440, 9.560, 10.720
{ o   gly   150 } L -1.360, 31.480, -6.100
{ o   gly   153 } L -3.840, 23.100, -6.120
{ o   his   12 } L 20.640, 13.240, 17.760
{ o   his   24 } L 24.160, 18.080, 4.020
{ o   his   36 } L 16.900, 19.200, -9.500
{ o   his   48 } L 28.580, 26.140, -13.500
{ o   his   64 } L 22.360, 27.040, 3.060
{ o   his   81 } L 6.640, 27.160, 17.540
{ o   his   82 } L 6.740, 28.540, 12.760
{ o   his   93 } L 8.620, 30.440, -3.040
{ o   his   97 } L 11.660, 30.760, -6.620
{ o   his   113 } L 21.060, 9.220, 3.560
{ o   his   116 } L 22.720, 6.180, 7.140
{ o   his   119 } L 22.320, 6.840, 12.040
{ o   ile   28 } L 20.960, 17.740, -1.120
{ o   ile   30 } L 23.100, 16.780, -5.560
{ o   ile   75 } L 10.780, 23.420, 14.960
{ o   ile   99 } L 7.700, 26.340, -3.580
{ o   ile   101 } L 7.080, 20.400, -2.160
{ o   ile   107 } L 15.520, 16.920, 1.540
{ o   ile   111 } L 18.640, 13.160, 5.380
{ o   ile   112 } L 18.260, 9.860, 5.240
{ o   ile   142 } L 2.640, 26.840, 2.820
{ o   leu   2 } L 3.800, 14.820, 18.880
{ o   leu   9 } L 15.640, 11.460, 16.520
{ o   leu   11 } L 18.520, 15.740, 18.320
{ o   leu   29 } L 22.040, 19.520, -3.960
{ o   leu   32 } L 18.540, 17.600, -6.800
{ o   leu   40 } L 19.520, 26.360, -9.940
{ o   leu   49 } L 26.160, 23.300, -12.280
{ o   leu   61 } L 26.160, 25.720, 0.240
{ o   leu   69 } L 19.180, 23.820, 10.160
{ o   leu   72 } L 14.640, 23.020, 11.780
{ o   leu   76 } L 11.700, 20.700, 16.760
{ o   leu   86 } L 7.240, 30.720, 7.200
{ o   leu   89 } L 9.300, 31.000, 2.800
{ o   leu   104 } L 10.860, 18.760, 0.620
{ o   leu   115 } L 21.880, 9.280, 8.640
{ o   leu   135 } L 7.580, 18.100, 6.140
{ o   leu   137 } L 4.020, 21.000, 8.460
{ o   leu   149 } L -1.080, 34.120, -3.080
{ o   lys   16 } L 25.860, 15.740, 13.800
{ o   lys   34 } L 20.460, 14.480, -10.400
{ o   lys   42 } L 16.720, 30.100, -7.740
{ o   lys   47 } L 24.420, 26.700, -13.700
{ o   lys   50 } L 27.260, 19.280, -12.980
{ o   lys   56 } L 33.180, 21.420, -2.220
{ o   lys   62 } L 27.220, 25.920, 3.460
{ o   lys   63 } L 25.260, 28.680, 4.120
{ o   lys   77 } L 12.100, 23.100, 19.900
{ o   lys   78 } L 7.900, 23.340, 19.060
{ o   lys   79 } L 6.000, 20.700, 18.660
{ o   lys   87 } L 6.500, 33.640, 6.180
{ o   lys   96 } L 11.340, 34.620, -6.140
{ o   lys   98 } L 9.580, 28.380, -7.200
{ o   lys   102 } L 9.160, 18.360, -4.120
{ o   lys   133 } L 6.020, 15.280, 10.100
{ o   lys   140 } L 0.580, 22.920, 5.340
{ o   lys   145 } L 0.160, 30.960, 1.800
{ o   lys   147 } L -3.940, 30.340, -1.060
{ o   met   55 } L 30.120, 22.300, -4.120
{ o   met   131 } L 10.600, 13.900, 9.280
{ o   phe   33 } L 20.660, 18.060, -9.680
{ o   phe   43 } L 21.300, 29.540, -9.480
{ o   phe   46 } L 24.940, 26.640, -9.860
{ o   phe   106 } L 14.360, 15.820, -1.660
{ o   phe   123 } L 17.980, 4.940, 10.500
{ o   phe   138 } L 5.660, 22.740, 6.320
{ o   pro   37 } L 18.100, 21.420, -11.980
{ o   pro   88 } L 9.640, 34.020, 4.480
{ o   pro   100 } L 8.120, 23.160, -3.800
{ o   pro   120 } L 21.300, 3.640, 12.260
{ o   ser   3 } L 6.660, 13.140, 19.940
{ o   ser   35 } L 16.660, 13.940, -9.780
{ o   ser   58 } L 31.040, 25.540, -1.700
{ o   ser   92 } L 10.040, 33.420, -1.640
{ o   ser   108 } L 14.160, 14.240, 3.080
{ o   ser   117 } L 26.040, 7.080, 6.480
{ o   thr   39 } L 17.020, 24.660, -8.220
{ o   thr   51 } L 29.620, 19.580, -9.880
{ o   thr   67 } L 19.580, 28.120, 7.020
{ o   thr   70 } L 18.180, 26.620, 11.940
{ o   thr   95 } L 7.780, 36.100, -5.360
{ o   trp   7 } L 12.580, 14.600, 18.820
{ o   trp   14 } L 21.600, 17.600, 14.900
{ o   tyr   103 } L 12.000, 20.140, -2.580
{ o   tyr   146 } L -0.660, 30.060, -1.340
{ o   tyr   151 } L 0.220, 27.980, -4.140
{ o   val   1 } L 1.640, 13.340, 16.100
{ o   val   10 } L 16.280, 14.680, 15.500
{ o   val   13 } L 21.180, 14.300, 14.400
{ o   val   17 } L 25.400, 18.480, 11.960
{ o   val   21 } L 25.960, 21.240, 7.420
{ o   val   66 } L 22.540, 26.760, 7.900
{ o   val   68 } L 18.080, 25.160, 7.060
{ o   val   114 } L 23.040, 10.900, 5.860
{ oxt gly   153 } L -3.620, 24.840, -7.560
@vectorlist {mc} color= white 
{ n   val   1 } P -0.580, 14.760, 15.940 { n   val   1 } L -0.580, 14.760, 15.940
{ ca  val   1 } L 0.680, 15.500, 15.860
{ c   val   1 } L 1.900, 14.540, 16.100
{ o   val   1 } L 1.640, 13.340, 16.100
{ c   val   1 } P 1.900, 14.540, 16.100 { n   leu   2 } L 3.180, 14.980, 16.220
{ ca  leu   2 } L 4.200, 14.060, 16.700
{ c   leu   2 } L 4.020, 13.820, 18.200
{ o   leu   2 } L 3.800, 14.820, 18.880
{ c   leu   2 } P 4.020, 13.820, 18.200 { n   ser   3 } L 4.200, 12.640, 18.600
{ ca  ser   3 } L 4.320, 12.360, 20.080
{ c   ser   3 } L 5.700, 12.780, 20.620
{ o   ser   3 } L 6.660, 13.140, 19.940
{ c   ser   3 } P 5.700, 12.780, 20.620 { n   glu   4 } L 5.760, 13.020, 21.900
{ ca  glu   4 } L 6.960, 13.340, 22.600
{ c   glu   4 } L 8.020, 12.340, 22.200
{ o   glu   4 } L 9.220, 12.780, 22.000
{ c   glu   4 } P 8.020, 12.340, 22.200 { n   gly   5 } L 7.740, 11.020, 22.200
{ ca  gly   5 } L 8.740, 10.020, 21.840
{ c   gly   5 } L 9.320, 10.160, 20.440
{ o   gly   5 } L 10.520, 10.040, 20.180
{ c   gly   5 } P 9.320, 10.160, 20.440 { n   glu   6 } L 8.420, 10.620, 19.500
{ ca  glu   6 } L 8.800, 10.880, 18.080
{ c   glu   6 } L 9.760, 12.060, 18.100
{ o   glu   6 } L 10.700, 12.120, 17.320
{ c   glu   6 } P 9.760, 12.060, 18.100 { n   trp   7 } L 9.380, 13.120, 18.820
{ ca  trp   7 } L 10.200, 14.340, 18.880
{ c   trp   7 } L 11.600, 14.080, 19.400
{ o   trp   7 } L 12.580, 14.600, 18.820
{ c   trp   7 } P 11.600, 14.080, 19.400 { n   gln   8 } L 11.700, 13.140, 20.360
{ ca  gln   8 } L 13.040, 12.840, 21.000
{ c   gln   8 } L 13.820, 12.140, 19.920
{ o   gln   8 } L 15.040, 12.360, 19.760
{ c   gln   8 } P 13.820, 12.140, 19.920 { n   leu   9 } L 13.320, 11.200, 19.100
{ ca  leu   9 } L 14.020, 10.540, 18.000
{ c   leu   9 } L 14.540, 11.580, 17.060
{ o   leu   9 } L 15.640, 11.460, 16.520
{ c   leu   9 } P 14.540, 11.580, 17.060 { n   val   10 } L 13.780, 12.540, 16.580
{ ca  val   10 } L 14.120, 13.600, 15.640
{ c   val   10 } L 15.240, 14.440, 16.200
{ o   val   10 } L 16.280, 14.680, 15.500
{ c   val   10 } P 15.240, 14.440, 16.200 { n   leu   11 } L 15.140, 14.900, 17.400
{ ca  leu   11 } L 16.140, 15.760, 17.980
{ c   leu   11 } L 17.420, 15.120, 18.420
{ o   leu   11 } L 18.520, 15.740, 18.320
{ c   leu   11 } P 17.420, 15.120, 18.420 { n   his   12 } L 17.340, 13.820, 18.620
{ ca  his   12 } L 18.620, 13.040, 18.960
{ c   his   12 } L 19.420, 13.000, 17.680
{ o   his   12 } L 20.640, 13.240, 17.760
{ c   his   12 } P 19.420, 13.000, 17.680 { n   val   13 } L 18.820, 12.600, 16.560
{ ca  val   13 } L 19.680, 12.620, 15.400
{ c   val   13 } L 20.040, 14.060, 14.940
{ o   val   13 } L 21.180, 14.300, 14.400
{ c   val   13 } P 20.040, 14.060, 14.940 { n   trp   14 } L 19.220, 15.040, 15.100
{ ca  trp   14 } L 19.540, 16.340, 14.640
{ c   trp   14 } L 20.740, 16.940, 15.440
{ o   trp   14 } L 21.600, 17.600, 14.900
{ c   trp   14 } P 20.740, 16.940, 15.440 { n   ala   15 } L 20.920, 16.520, 16.700
{ ca  ala   15 } L 22.080, 16.960, 17.520
{ c   ala   15 } L 23.340, 16.320, 16.900
{ o   ala   15 } L 24.380, 17.040, 17.000
{ c   ala   15 } P 23.340, 16.320, 16.900 { n   lys   16 } L 23.260, 15.200, 16.180
{ ca  lys   16 } L 24.480, 14.660, 15.520
{ c   lys   16 } L 24.740, 15.460, 14.240
{ o   lys   16 } L 25.860, 15.740, 13.800
{ c   lys   16 } P 24.740, 15.460, 14.240 { n   val   17 } L 23.620, 15.900, 13.460
{ ca  val   17 } L 23.800, 16.860, 12.340
{ c   val   17 } L 24.540, 18.080, 12.760
{ o   val   17 } L 25.400, 18.480, 11.960
{ c   val   17 } P 24.540, 18.080, 12.760 { n   glu   18 } L 24.200, 18.560, 13.900
{ ca  glu   18 } L 24.820, 19.800, 14.380
{ c   glu   18 } L 26.420, 19.700, 14.600
{ o   glu   18 } L 26.960, 20.820, 14.760
{ c   glu   18 } P 26.420, 19.700, 14.600 { n   ala   19 } L 26.800, 18.480, 14.720
{ ca  ala   19 } L 28.320, 18.320, 14.940
{ c   ala   19 } L 29.040, 18.640, 13.640
{ o   ala   19 } L 30.300, 18.900, 13.600
{ c   ala   19 } P 29.040, 18.640, 13.640 { n   asp   20 } L 28.340, 18.680, 12.460
{ ca  asp   20 } L 28.940, 18.960, 11.140
{ c   asp   20 } L 27.820, 19.580, 10.160
{ o   asp   20 } L 27.480, 18.940, 9.160
{ c   asp   20 } P 27.820, 19.580, 10.160 { n   val   21 } L 27.460, 20.800, 10.560
{ ca  val   21 } L 26.260, 21.380, 9.800
{ c   val   21 } L 26.700, 21.560, 8.380
{ o   val   21 } L 25.960, 21.240, 7.420
{ c   val   21 } P 26.700, 21.560, 8.380 { n   ala   22 } L 27.940, 22.080, 8.080
{ ca  ala   22 } L 28.320, 22.360, 6.720
{ c   ala   22 } L 28.420, 21.200, 5.880
{ o   ala   22 } L 28.080, 21.140, 4.720
{ c   ala   22 } P 28.420, 21.200, 5.880 { n   gly   23 } L 29.060, 20.080, 6.360
{ ca  gly   23 } L 29.160, 18.940, 5.600
{ c   gly   23 } L 27.800, 18.300, 5.200
{ o   gly   23 } L 27.620, 17.760, 4.100
{ c   gly   23 } P 27.800, 18.300, 5.200 { n   his   24 } L 26.960, 18.240, 6.260
{ ca  his   24 } L 25.580, 17.760, 5.920
{ c   his   24 } L 24.800, 18.680, 4.940
{ o   his   24 } L 24.160, 18.080, 4.020
{ c   his   24 } P 24.800, 18.680, 4.940 { n   gly   25 } L 25.020, 19.900, 5.080
{ ca  gly   25 } L 24.360, 20.900, 4.100
{ c   gly   25 } L 24.780, 20.660, 2.660
{ o   gly   25 } L 24.060, 20.600, 1.660
{ c   gly   25 } P 24.780, 20.660, 2.660 { n   gln   26 } L 26.120, 20.440, 2.480
{ ca  gln   26 } L 26.700, 20.160, 1.200
{ c   gln   26 } L 26.180, 18.880, 0.620
{ o   gln   26 } L 25.780, 18.820, -0.580
{ c   gln   26 } P 26.180, 18.880, 0.620 { n   asp   27 } L 26.180, 17.820, 1.360
{ ca  asp   27 } L 25.780, 16.580, 0.860
{ c   asp   27 } L 24.220, 16.660, 0.440
{ o   asp   27 } L 23.820, 16.080, -0.540
{ c   asp   27 } P 24.220, 16.660, 0.440 { n   ile   28 } L 23.460, 17.360, 1.300
{ ca  ile   28 } L 21.960, 17.460, 1.060
{ c   ile   28 } L 21.640, 18.200, -0.260
{ o   ile   28 } L 20.960, 17.740, -1.120
{ c   ile   28 } P 21.640, 18.200, -0.260 { n   leu   29 } L 22.320, 19.340, -0.380
{ ca  leu   29 } L 22.140, 20.180, -1.620
{ c   leu   29 } L 22.660, 19.540, -2.920
{ o   leu   29 } L 22.040, 19.520, -3.960
{ c   leu   29 } P 22.660, 19.540, -2.920 { n   ile   30 } L 23.780, 18.840, -2.820
{ ca  ile   30 } L 24.360, 18.080, -3.960
{ c   ile   30 } L 23.320, 16.940, -4.360
{ o   ile   30 } L 23.100, 16.780, -5.560
{ c   ile   30 } P 23.320, 16.940, -4.360 { n   arg   31 } L 22.920, 16.220, -3.320
{ ca  arg   31 } L 21.960, 15.180, -3.660
{ c   arg   31 } L 20.740, 15.780, -4.360
{ o   arg   31 } L 20.160, 15.180, -5.320
{ c   arg   31 } P 20.740, 15.780, -4.360 { n   leu   32 } L 20.160, 16.820, -3.860
{ ca  leu   32 } L 18.980, 17.500, -4.460
{ c   leu   32 } L 19.320, 17.860, -5.880
{ o   leu   32 } L 18.540, 17.600, -6.800
{ c   leu   32 } P 19.320, 17.860, -5.880 { n   phe   33 } L 20.420, 18.580, -6.160
{ ca  phe   33 } L 20.700, 19.020, -7.460
{ c   phe   33 } L 20.960, 17.880, -8.500
{ o   phe   33 } L 20.660, 18.060, -9.680
{ c   phe   33 } P 20.960, 17.880, -8.500 { n   lys   34 } L 21.580, 16.840, -8.080
{ ca  lys   34 } L 21.920, 15.740, -8.980
{ c   lys   34 } L 20.660, 14.860, -9.200
{ o   lys   34 } L 20.460, 14.480, -10.400
{ c   lys   34 } P 20.660, 14.860, -9.200 { n   ser   35 } L 19.860, 14.720, -8.160
{ ca  ser   35 } L 18.660, 13.860, -8.380
{ c   ser   35 } L 17.540, 14.540, -9.120
{ o   ser   35 } L 16.660, 13.940, -9.780
{ c   ser   35 } P 17.540, 14.540, -9.120 { n   his   36 } L 17.480, 15.880, -8.960
{ ca  his   36 } L 16.380, 16.760, -9.480
{ c   his   36 } L 17.060, 18.060, -10.000
{ o   his   36 } L 16.900, 19.200, -9.500
{ c   his   36 } P 17.060, 18.060, -10.000 { n   pro   37 } L 17.540, 17.960, -11.260
{ ca  pro   37 } L 18.280, 19.020, -11.840
{ c   pro   37 } L 17.520, 20.320, -11.980
{ o   pro   37 } L 18.100, 21.420, -11.980
{ c   pro   37 } P 17.520, 20.320, -11.980 { n   glu   38 } L 16.180, 20.180, -12.220
{ ca  glu   38 } L 15.400, 21.380, -12.260
{ c   glu   38 } L 15.560, 22.280, -11.040
{ o   glu   38 } L 15.280, 23.520, -11.200
{ c   glu   38 } P 15.560, 22.280, -11.040 { n   thr   39 } L 15.780, 21.740, -9.820
{ ca  thr   39 } L 16.000, 22.600, -8.720
{ c   thr   39 } L 17.160, 23.520, -8.720
{ o   thr   39 } L 17.020, 24.660, -8.220
{ c   thr   39 } P 17.160, 23.520, -8.720 { n   leu   40 } L 18.200, 23.100, -9.420
{ ca  leu   40 } L 19.260, 24.040, -9.520
{ c   leu   40 } L 19.040, 25.260, -10.300
{ o   leu   40 } L 19.520, 26.360, -9.940
{ c   leu   40 } P 19.040, 25.260, -10.300 { n   glu   41 } L 18.080, 25.220, -11.220
{ ca  glu   41 } L 17.800, 26.380, -11.980
{ c   glu   41 } L 17.080, 27.480, -11.260
{ o   glu   41 } L 16.940, 28.680, -11.600
{ c   glu   41 } P 17.080, 27.480, -11.260 { n   lys   42 } L 16.500, 27.180, -9.980
{ ca  lys   42 } L 16.020, 28.180, -9.140
{ c   lys   42 } L 16.980, 29.240, -8.520
{ o   lys   42 } L 16.720, 30.100, -7.740
{ c   lys   42 } P 16.980, 29.240, -8.520 { n   phe   43 } L 18.300, 28.700, -8.580
{ ca  phe   43 } L 19.400, 29.420, -7.920
{ c   phe   43 } L 20.300, 30.140, -8.960
{ o   phe   43 } L 21.300, 29.540, -9.480
{ c   phe   43 } P 20.300, 30.140, -8.960 { n   asp   44 } L 20.020, 31.460, -9.060
{ ca  asp   44 } L 20.940, 32.240, -9.880
{ c   asp   44 } L 22.360, 32.160, -9.240
{ o   asp   44 } L 23.340, 32.220, -10.060
{ c   asp   44 } P 22.360, 32.160, -9.240 { n   arg   45 } L 22.440, 31.980, -7.940
{ ca  arg   45 } L 23.720, 31.960, -7.360
{ c   arg   45 } L 24.620, 30.760, -7.700
{ o   arg   45 } L 25.860, 30.640, -7.480
{ c   arg   45 } P 24.620, 30.760, -7.700 { n   phe   46 } L 24.000, 29.600, -8.040
{ ca  phe   46 } L 24.600, 28.280, -8.160
{ c   phe   46 } L 24.460, 27.740, -9.560
{ o   phe   46 } L 24.940, 26.640, -9.860
{ c   phe   46 } P 24.460, 27.740, -9.560 { n   lys   47 } L 23.660, 28.280, -10.460
{ ca  lys   47 } L 23.400, 27.660, -11.760
{ c   lys   47 } L 24.620, 27.500, -12.700
{ o   lys   47 } L 24.420, 26.700, -13.700
{ c   lys   47 } P 24.620, 27.500, -12.700 { n   his   48 } L 25.740, 28.100, -12.380
{ ca  his   48 } L 26.880, 27.880, -13.180
{ c   his   48 } L 27.560, 26.520, -12.940
{ o   his   48 } L 28.580, 26.140, -13.500
{ c   his   48 } P 27.560, 26.520, -12.940 { n   leu   49 } L 27.280, 25.820, -11.800
{ ca  leu   49 } L 27.960, 24.520, -11.380
{ c   leu   49 } L 27.360, 23.420, -12.220
{ o   leu   49 } L 26.160, 23.300, -12.280
{ c   leu   49 } P 27.360, 23.420, -12.220 { n   lys   50 } L 28.260, 22.660, -12.740
{ ca  lys   50 } L 27.720, 21.620, -13.640
{ c   lys   50 } L 28.100, 20.220, -13.020
{ o   lys   50 } L 27.260, 19.280, -12.980
{ c   lys   50 } P 28.100, 20.220, -13.020 { n   thr   51 } L 29.280, 20.020, -12.500
{ ca  thr   51 } L 29.700, 18.720, -12.100
{ c   thr   51 } L 29.620, 18.580, -10.600
{ o   thr   51 } L 29.620, 19.580, -9.880
{ c   thr   51 } P 29.620, 18.580, -10.600 { n   glu   52 } L 29.560, 17.340, -10.080
{ ca  glu   52 } L 29.560, 17.120, -8.640
{ c   glu   52 } L 30.840, 17.700, -7.960
{ o   glu   52 } L 30.800, 18.320, -6.880
{ c   glu   52 } P 30.840, 17.700, -7.960 { n   ala   53 } L 32.020, 17.520, -8.640
{ ca  ala   53 } L 33.300, 18.160, -8.040
{ c   ala   53 } L 33.220, 19.600, -8.000
{ o   ala   53 } L 33.660, 20.160, -7.000
{ c   ala   53 } P 33.220, 19.600, -8.000 { n   glu   54 } L 32.680, 20.260, -9.040
{ ca  glu   54 } L 32.500, 21.740, -8.940
{ c   glu   54 } L 31.580, 22.080, -7.780
{ o   glu   54 } L 31.840, 23.020, -7.040
{ c   glu   54 } P 31.580, 22.080, -7.780 { n   met   55 } L 30.440, 21.320, -7.640
{ ca  met   55 } L 29.600, 21.640, -6.440
{ c   met   55 } L 30.300, 21.520, -5.080
{ o   met   55 } L 30.120, 22.300, -4.120
{ c   met   55 } P 30.300, 21.520, -5.080 { n   lys   56 } L 31.060, 20.400, -4.900
{ ca  lys   56 } L 31.820, 20.160, -3.680
{ c   lys   56 } L 32.880, 21.280, -3.420
{ o   lys   56 } L 33.180, 21.420, -2.220
{ c   lys   56 } P 32.880, 21.280, -3.420 { n   ala   57 } L 33.400, 21.860, -4.500
{ ca  ala   57 } L 34.500, 22.820, -4.260
{ c   ala   57 } L 33.880, 24.200, -4.020
{ o   ala   57 } L 34.680, 25.120, -3.640
{ c   ala   57 } P 33.880, 24.200, -4.020 { n   ser   58 } L 32.600, 24.500, -4.160
{ ca  ser   58 } L 32.080, 25.820, -3.960
{ c   ser   58 } L 31.800, 26.120, -2.460
{ o   ser   58 } L 31.040, 25.540, -1.700
{ c   ser   58 } P 31.800, 26.120, -2.460 { n   glu   59 } L 32.580, 27.140, -2.060
{ ca  glu   59 } L 32.440, 27.620, -0.680
{ c   glu   59 } L 31.020, 28.260, -0.500
{ o   glu   59 } L 30.420, 28.160, 0.540
{ c   glu   59 } P 31.020, 28.260, -0.500 { n   asp   60 } L 30.620, 28.980, -1.460
{ ca  asp   60 } L 29.280, 29.720, -1.300
{ c   asp   60 } L 28.200, 28.600, -1.160
{ o   asp   60 } L 27.160, 28.920, -0.520
{ c   asp   60 } P 28.200, 28.600, -1.160 { n   leu   61 } L 28.300, 27.560, -1.920
{ ca  leu   61 } L 27.220, 26.540, -1.840
{ c   leu   61 } L 27.180, 25.980, -0.400
{ o   leu   61 } L 26.160, 25.720, 0.240
{ c   leu   61 } P 27.180, 25.980, -0.400 { n   lys   62 } L 28.400, 25.700, 0.140
{ ca  lys   62 } L 28.420, 25.220, 1.480
{ c   lys   62 } L 27.880, 26.240, 2.460
{ o   lys   62 } L 27.220, 25.920, 3.460
{ c   lys   62 } P 27.880, 26.240, 2.460 { n   lys   63 } L 28.100, 27.560, 2.240
{ ca  lys   63 } L 27.420, 28.560, 3.060
{ c   lys   63 } L 25.880, 28.500, 3.020
{ o   lys   63 } L 25.260, 28.680, 4.120
{ c   lys   63 } P 25.880, 28.500, 3.020 { n   his   64 } L 25.340, 28.300, 1.840
{ ca  his   64 } L 23.840, 28.280, 1.740
{ c   his   64 } L 23.380, 27.000, 2.380
{ o   his   64 } L 22.360, 27.040, 3.060
{ c   his   64 } P 23.380, 27.000, 2.380 { n   gly   65 } L 24.140, 25.880, 2.340
{ ca  gly   65 } L 23.740, 24.700, 3.080
{ c   gly   65 } L 23.580, 24.960, 4.560
{ o   gly   65 } L 22.680, 24.460, 5.260
{ c   gly   65 } P 23.580, 24.960, 4.560 { n   val   66 } L 24.520, 25.680, 5.140
{ ca  val   66 } L 24.420, 26.100, 6.560
{ c   val   66 } L 23.180, 26.980, 6.800
{ o   val   66 } L 22.540, 26.760, 7.900
{ c   val   66 } P 23.180, 26.980, 6.800 { n   thr   67 } L 22.900, 27.920, 5.920
{ ca  thr   67 } L 21.720, 28.820, 6.040
{ c   thr   67 } L 20.520, 27.800, 6.260
{ o   thr   67 } L 19.580, 28.120, 7.020
{ c   thr   67 } P 20.520, 27.800, 6.260 { n   val   68 } L 20.360, 27.000, 5.280
{ ca  val   68 } L 19.180, 26.040, 5.200
{ c   val   68 } L 19.080, 25.280, 6.360
{ o   val   68 } L 18.080, 25.160, 7.060
{ c   val   68 } P 19.080, 25.280, 6.360 { n   leu   69 } L 20.140, 24.560, 6.840
{ ca  leu   69 } L 20.080, 23.620, 7.960
{ c   leu   69 } L 19.800, 24.380, 9.260
{ o   leu   69 } L 19.180, 23.820, 10.160
{ c   leu   69 } P 19.800, 24.380, 9.260 { n   thr   70 } L 20.420, 25.520, 9.400
{ ca  thr   70 } L 20.240, 26.360, 10.620
{ c   thr   70 } L 18.760, 26.820, 10.820
{ o   thr   70 } L 18.180, 26.620, 11.940
{ c   thr   70 } P 18.760, 26.820, 10.820 { n   ala   71 } L 18.120, 27.160, 9.700
{ ca  ala   71 } L 16.640, 27.500, 9.780
{ c   ala   71 } L 15.840, 26.280, 10.060
{ o   ala   71 } L 14.940, 26.320, 10.960
{ c   ala   71 } P 15.840, 26.280, 10.060 { n   leu   72 } L 16.140, 25.100, 9.420
{ ca  leu   72 } L 15.440, 23.860, 9.640
{ c   leu   72 } L 15.600, 23.480, 11.080
{ o   leu   72 } L 14.640, 23.020, 11.780
{ c   leu   72 } P 15.600, 23.480, 11.080 { n   gly   73 } L 16.740, 23.520, 11.680
{ ca  gly   73 } L 16.920, 23.200, 13.040
{ c   gly   73 } L 16.100, 23.960, 14.020
{ o   gly   73 } L 15.640, 23.460, 15.020
{ c   gly   73 } P 16.100, 23.960, 14.020 { n   ala   74 } L 16.160, 25.240, 13.800
{ ca  ala   74 } L 15.340, 26.160, 14.620
{ c   ala   74 } L 13.840, 25.760, 14.600
{ o   ala   74 } L 13.180, 25.880, 15.620
{ c   ala   74 } P 13.840, 25.760, 14.600 { n   ile   75 } L 13.400, 25.320, 13.440
{ ca  ile   75 } L 11.960, 24.880, 13.320
{ c   ile   75 } L 11.700, 23.580, 14.140
{ o   ile   75 } L 10.780, 23.420, 14.960
{ c   ile   75 } P 11.700, 23.580, 14.140 { n   leu   76 } L 12.600, 22.600, 13.900
{ ca  leu   76 } L 12.440, 21.420, 14.600
{ c   leu   76 } L 12.440, 21.420, 16.120
{ o   leu   76 } L 11.700, 20.700, 16.760
{ c   leu   76 } P 12.440, 21.420, 16.120 { n   lys   77 } L 13.300, 22.340, 16.680
{ ca  lys   77 } L 13.420, 22.460, 18.140
{ c   lys   77 } L 12.240, 23.100, 18.720
{ o   lys   77 } L 12.100, 23.100, 19.900
{ c   lys   77 } P 12.240, 23.100, 18.720 { n   lys   78 } L 11.360, 23.700, 17.900
{ ca  lys   78 } L 9.980, 24.180, 18.400
{ c   lys   78 } L 9.020, 23.060, 18.640
{ o   lys   78 } L 7.900, 23.340, 19.060
{ c   lys   78 } P 9.020, 23.060, 18.640 { n   lys   79 } L 9.260, 21.860, 18.080
{ ca  lys   79 } L 8.360, 20.700, 18.340
{ c   lys   79 } L 6.900, 21.060, 17.880
{ o   lys   79 } L 6.000, 20.700, 18.660
{ c   lys   79 } P 6.900, 21.060, 17.880 { n   gly   80 } L 6.860, 21.580, 16.620
{ ca  gly   80 } L 5.520, 21.840, 16.080
{ c   gly   80 } L 4.980, 23.240, 16.360
{ o   gly   80 } L 4.140, 23.720, 15.520
{ c   gly   80 } P 4.980, 23.240, 16.360 { n   his   81 } L 5.560, 23.960, 17.360
{ ca  his   81 } L 5.100, 25.420, 17.640
{ c   his   81 } L 5.960, 26.420, 16.880
{ o   his   81 } L 6.640, 27.160, 17.540
{ c   his   81 } P 5.960, 26.420, 16.880 { n   his   82 } L 5.900, 26.340, 15.560
{ ca  his   82 } L 6.800, 27.060, 14.660
{ c   his   82 } L 6.200, 28.040, 13.760
{ o   his   82 } L 6.740, 28.540, 12.760
{ c   his   82 } P 6.200, 28.040, 13.760 { n   glu   83 } L 5.100, 28.620, 14.280
{ ca  glu   83 } L 4.400, 29.520, 13.460
{ c   glu   83 } L 5.260, 30.760, 13.120
{ o   glu   83 } L 5.280, 31.260, 11.960
{ c   glu   83 } P 5.260, 30.760, 13.120 { n   ala   84 } L 5.940, 31.260, 14.020
{ ca  ala   84 } L 6.760, 32.440, 13.800
{ c   ala   84 } L 7.880, 32.260, 12.800
{ o   ala   84 } L 8.280, 33.120, 12.040
{ c   ala   84 } P 7.880, 32.260, 12.800 { n   glu   85 } L 8.500, 31.140, 12.980
{ ca  glu   85 } L 9.580, 30.720, 12.160
{ c   glu   85 } L 9.180, 30.500, 10.700
{ o   glu   85 } L 9.960, 30.800, 9.800
{ c   glu   85 } P 9.180, 30.500, 10.700 { n   leu   86 } L 7.960, 29.860, 10.500
{ ca  leu   86 } L 7.600, 29.480, 9.220
{ c   leu   86 } L 7.160, 30.500, 8.420
{ o   leu   86 } L 7.240, 30.720, 7.200
{ c   leu   86 } P 7.160, 30.500, 8.420 { n   lys   87 } L 6.560, 31.520, 9.040
{ ca  lys   87 } L 5.860, 32.580, 8.300
{ c   lys   87 } L 6.720, 33.420, 7.400
{ o   lys   87 } L 6.500, 33.640, 6.180
{ c   lys   87 } P 6.720, 33.420, 7.400 { n   pro   88 } L 8.000, 33.820, 7.700
{ ca  pro   88 } L 8.860, 34.500, 6.780
{ c   pro   88 } L 9.360, 33.640, 5.620
{ o   pro   88 } L 9.640, 34.020, 4.480
{ c   pro   88 } P 9.360, 33.640, 5.620 { n   leu   89 } L 9.560, 32.420, 6.040
{ ca  leu   89 } L 10.120, 31.400, 5.120
{ c   leu   89 } L 9.020, 31.120, 4.020
{ o   leu   89 } L 9.300, 31.000, 2.800
{ c   leu   89 } P 9.020, 31.120, 4.020 { n   ala   90 } L 7.820, 30.860, 4.420
{ ca  ala   90 } L 6.860, 30.520, 3.300
{ c   ala   90 } L 6.560, 31.720, 2.480
{ o   ala   90 } L 6.440, 31.740, 1.260
{ c   ala   90 } P 6.560, 31.720, 2.480 { n   gln   91 } L 6.620, 32.900, 3.080
{ ca  gln   91 } L 6.440, 34.100, 2.380
{ c   gln   91 } L 7.440, 34.360, 1.240
{ o   gln   91 } L 7.360, 34.680, 0.060
{ c   gln   91 } P 7.440, 34.360, 1.240 { n   ser   92 } L 8.880, 34.160, 1.600
{ ca  ser   92 } L 9.860, 34.280, 0.580
{ c   ser   92 } L 9.920, 33.240, -0.440
{ o   ser   92 } L 10.040, 33.420, -1.640
{ c   ser   92 } P 9.920, 33.240, -0.440 { n   his   93 } L 9.540, 32.020, 0.020
{ ca  his   93 } L 9.620, 30.840, -0.880
{ c   his   93 } L 8.380, 30.800, -1.900
{ o   his   93 } L 8.620, 30.440, -3.040
{ c   his   93 } P 8.380, 30.800, -1.900 { n   ala   94 } L 7.240, 31.460, -1.360
{ ca  ala   94 } L 6.140, 31.540, -2.360
{ c   ala   94 } L 6.320, 32.720, -3.340
{ o   ala   94 } L 6.000, 32.520, -4.540
{ c   ala   94 } P 6.320, 32.720, -3.340 { n   thr   95 } L 6.760, 33.840, -2.740
{ ca  thr   95 } L 6.660, 35.020, -3.520
{ c   thr   95 } L 7.900, 35.480, -4.260
{ o   thr   95 } L 7.780, 36.100, -5.360
{ c   thr   95 } P 7.900, 35.480, -4.260 { n   lys   96 } L 9.100, 35.240, -3.600
{ ca  lys   96 } L 10.360, 35.700, -4.140
{ c   lys   96 } L 11.040, 34.660, -4.900
{ o   lys   96 } L 11.340, 34.620, -6.140
{ c   lys   96 } P 11.040, 34.660, -4.900 { n   his   97 } L 11.240, 33.480, -4.180
{ ca  his   97 } L 12.000, 32.380, -4.740
{ c   his   97 } L 11.240, 31.480, -5.740
{ o   his   97 } L 11.660, 30.760, -6.620
{ c   his   97 } P 11.240, 31.480, -5.740 { n   lys   98 } L 9.960, 31.400, -5.440
{ ca  lys   98 } L 9.000, 30.580, -6.140
{ c   lys   98 } L 9.360, 29.080, -6.220
{ o   lys   98 } L 9.580, 28.380, -7.200
{ c   lys   98 } P 9.360, 29.080, -6.220 { n   ile   99 } L 9.300, 28.540, -5.120
{ ca  ile   99 } L 9.600, 27.120, -4.760
{ c   ile   99 } L 8.400, 26.260, -4.620
{ o   ile   99 } L 7.700, 26.340, -3.580
{ c   ile   99 } P 8.400, 26.260, -4.620 { n   pro   100 } L 8.140, 25.400, -5.600
{ ca  pro   100 } L 6.900, 24.560, -5.420
{ c   pro   100 } L 7.080, 23.740, -4.220
{ o   pro   100 } L 8.120, 23.160, -3.800
{ c   pro   100 } P 7.080, 23.740, -4.220 { n   ile   101 } L 5.880, 23.280, -3.720
{ ca  ile   101 } L 5.760, 22.420, -2.600
{ c   ile   101 } L 6.500, 21.100, -2.920
{ o   ile   101 } L 7.080, 20.400, -2.160
{ c   ile   101 } P 6.500, 21.100, -2.920 { n   lys   102 } L 6.440, 20.600, -4.140
{ ca  lys   102 } L 7.040, 19.340, -4.580
{ c   lys   102 } L 8.560, 19.360, -4.380
{ o   lys   102 } L 9.160, 18.360, -4.120
{ c   lys   102 } P 8.560, 19.360, -4.380 { n   tyr   103 } L 9.080, 20.580, -4.620
{ ca  tyr   103 } L 10.600, 20.640, -4.400
{ c   tyr   103 } L 10.880, 20.600, -2.900
{ o   tyr   103 } L 12.000, 20.140, -2.580
{ c   tyr   103 } P 10.880, 20.600, -2.900 { n   leu   104 } L 10.020, 21.000, -2.000
{ ca  leu   104 } L 10.220, 20.740, -0.640
{ c   leu   104 } L 10.080, 19.260, -0.240
{ o   leu   104 } L 10.860, 18.760, 0.620
{ c   leu   104 } P 10.080, 19.260, -0.240 { n   glu   105 } L 9.300, 18.500, -1.020
{ ca  glu   105 } L 9.280, 17.080, -0.900
{ c   glu   105 } L 10.660, 16.540, -1.340
{ o   glu   105 } L 11.180, 15.700, -0.620
{ c   glu   105 } P 10.660, 16.540, -1.340 { n   phe   106 } L 11.140, 16.980, -2.440
{ ca  phe   106 } L 12.440, 16.440, -2.860
{ c   phe   106 } L 13.620, 16.720, -1.920
{ o   phe   106 } L 14.360, 15.820, -1.660
{ c   phe   106 } P 13.620, 16.720, -1.920 { n   ile   107 } L 13.740, 17.880, -1.340
{ ca  ile   107 } L 14.820, 18.180, -0.300
{ c   ile   107 } L 14.520, 17.400, 0.920
{ o   ile   107 } L 15.520, 16.920, 1.540
{ c   ile   107 } P 14.520, 17.400, 0.920 { n   ser   108 } L 13.260, 17.100, 1.340
{ ca  ser   108 } L 12.940, 16.260, 2.400
{ c   ser   108 } L 13.520, 14.840, 2.260
{ o   ser   108 } L 14.160, 14.240, 3.080
{ c   ser   108 } P 13.520, 14.840, 2.260 { n   glu   109 } L 13.340, 14.300, 1.020
{ ca  glu   109 } L 13.900, 12.960, 0.660
{ c   glu   109 } L 15.480, 13.100, 0.780
{ o   glu   109 } L 16.040, 12.040, 1.180
{ c   glu   109 } P 15.480, 13.100, 0.780 { n   ala   110 } L 16.100, 14.160, 0.220
{ ca  ala   110 } L 17.640, 14.220, 0.260
{ c   ala   110 } L 18.040, 14.260, 1.740
{ o   ala   110 } L 19.060, 13.700, 2.100
{ c   ala   110 } P 18.040, 14.260, 1.740 { n   ile   111 } L 17.360, 14.980, 2.660
{ ca  ile   111 } L 17.700, 15.040, 4.080
{ c   ile   111 } L 17.720, 13.680, 4.620
{ o   ile   111 } L 18.640, 13.160, 5.380
{ c   ile   111 } P 17.720, 13.680, 4.620 { n   ile   112 } L 16.640, 12.920, 4.400
{ ca  ile   112 } L 16.520, 11.580, 5.000
{ c   ile   112 } L 17.580, 10.640, 4.460
{ o   ile   112 } L 18.260, 9.860, 5.240
{ c   ile   112 } P 17.580, 10.640, 4.460 { n   his   113 } L 17.860, 10.680, 3.140
{ ca  his   113 } L 18.900, 9.860, 2.460
{ c   his   113 } L 20.260, 10.140, 3.220
{ o   his   113 } L 21.060, 9.220, 3.560
{ c   his   113 } P 20.260, 10.140, 3.220 { n   val   114 } L 20.640, 11.440, 3.380
{ ca  val   114 } L 21.920, 11.760, 3.960
{ c   val   114 } L 21.940, 11.340, 5.360
{ o   val   114 } L 23.040, 10.900, 5.860
{ c   val   114 } P 21.940, 11.340, 5.360 { n   leu   115 } L 21.000, 11.620, 6.220
{ ca  leu   115 } L 20.960, 11.200, 7.560
{ c   leu   115 } L 21.120, 9.700, 7.720
{ o   leu   115 } L 21.880, 9.280, 8.640
{ c   leu   115 } P 21.120, 9.700, 7.720 { n   his   116 } L 20.600, 8.920, 6.760
{ ca  his   116 } L 20.700, 7.440, 6.720
{ c   his   116 } L 22.200, 7.140, 6.480
{ o   his   116 } L 22.720, 6.180, 7.140
{ c   his   116 } P 22.200, 7.140, 6.480 { n   ser   117 } L 22.820, 7.780, 5.540
{ ca  ser   117 } L 24.140, 7.520, 5.140
{ c   ser   117 } L 25.020, 7.800, 6.340
{ o   ser   117 } L 26.040, 7.080, 6.480
{ c   ser   117 } P 25.020, 7.800, 6.340 { n   arg   118 } L 24.900, 8.960, 6.940
{ ca  arg   118 } L 25.800, 9.340, 7.940
{ c   arg   118 } L 25.740, 8.740, 9.300
{ o   arg   118 } L 26.560, 8.780, 10.240
{ c   arg   118 } P 25.740, 8.740, 9.300 { n   his   119 } L 24.440, 8.360, 9.720
{ ca  his   119 } L 24.040, 8.100, 11.160
{ c   his   119 } L 23.280, 6.840, 11.240
{ o   his   119 } L 22.320, 6.840, 12.040
{ c   his   119 } P 23.280, 6.840, 11.240 { n   pro   120 } L 23.600, 5.820, 10.560
{ ca  pro   120 } L 22.760, 4.580, 10.580
{ c   pro   120 } L 22.460, 3.980, 11.940
{ o   pro   120 } L 21.300, 3.640, 12.260
{ c   pro   120 } P 22.460, 3.980, 11.940 { n   gly   121 } L 23.260, 4.020, 12.880
{ ca  gly   121 } L 22.900, 3.660, 14.340
{ c   gly   121 } L 22.020, 4.480, 15.160
{ o   gly   121 } L 21.400, 3.940, 16.080
{ c   gly   121 } P 22.020, 4.480, 15.160 { n   asp   122 } L 21.820, 5.580, 14.720
{ ca  asp   122 } L 20.940, 6.520, 15.380
{ c   asp   122 } L 19.720, 6.780, 14.460
{ o   asp   122 } L 19.060, 7.800, 14.760
{ c   asp   122 } P 19.720, 6.780, 14.460 { n   phe   123 } L 19.680, 6.160, 13.240
{ ca  phe   123 } L 18.680, 6.440, 12.180
{ c   phe   123 } L 18.100, 5.120, 11.720
{ o   phe   123 } L 17.980, 4.940, 10.500
{ c   phe   123 } P 18.100, 5.120, 11.720 { n   gly   124 } L 17.600, 4.400, 12.700
{ ca  gly   124 } L 16.840, 3.100, 12.380
{ c   gly   124 } L 15.440, 3.500, 11.840
{ o   gly   124 } L 15.140, 4.720, 11.920
{ c   gly   124 } P 15.440, 3.500, 11.840 { n   ala   125 } L 14.620, 2.520, 11.700
{ ca  ala   125 } L 13.300, 2.740, 11.060
{ c   ala   125 } L 12.440, 3.600, 11.880
{ o   ala   125 } L 11.700, 4.460, 11.380
{ c   ala   125 } P 12.440, 3.600, 11.880 { n   asp   126 } L 12.460, 3.520, 13.120
{ ca  asp   126 } L 11.740, 4.240, 14.100
{ c   asp   126 } L 12.000, 5.740, 13.860
{ o   asp   126 } L 11.100, 6.620, 13.780
{ c   asp   126 } P 12.000, 5.740, 13.860 { n   ala   127 } L 13.340, 6.120, 13.920
{ ca  ala   127 } L 13.760, 7.480, 13.760
{ c   ala   127 } L 13.500, 7.960, 12.340
{ o   ala   127 } L 13.180, 9.120, 12.100
{ c   ala   127 } P 13.500, 7.960, 12.340 { n   gln   128 } L 13.620, 7.140, 11.340
{ ca  gln   128 } L 13.260, 7.520, 9.980
{ c   gln   128 } L 11.760, 7.840, 9.820
{ o   gln   128 } L 11.460, 8.880, 9.200
{ c   gln   128 } P 11.760, 7.840, 9.820 { n   gly   129 } L 10.940, 7.060, 10.520
{ ca  gly   129 } L 9.440, 7.320, 10.460
{ c   gly   129 } L 9.300, 8.720, 11.120
{ o   gly   129 } L 8.440, 9.560, 10.720
{ c   gly   129 } P 9.300, 8.720, 11.120 { n   ala   130 } L 9.800, 8.980, 12.260
{ ca  ala   130 } L 9.620, 10.180, 13.040
{ c   ala   130 } L 10.060, 11.440, 12.280
{ o   ala   130 } L 9.380, 12.440, 12.240
{ c   ala   130 } P 10.060, 11.440, 12.280 { n   met   131 } L 11.260, 11.340, 11.640
{ ca  met   131 } L 11.820, 12.400, 10.740
{ c   met   131 } L 10.900, 12.740, 9.500
{ o   met   131 } L 10.600, 13.900, 9.280
{ c   met   131 } P 10.900, 12.740, 9.500 { n   asn   132 } L 10.440, 11.620, 8.920
{ ca  asn   132 } L 9.460, 11.780, 7.860
{ c   asn   132 } L 8.220, 12.480, 8.320
{ o   asn   132 } L 7.820, 13.460, 7.660
{ c   asn   132 } P 8.220, 12.480, 8.320 { n   lys   133 } L 7.720, 12.220, 9.460
{ ca  lys   133 } L 6.540, 12.860, 10.100
{ c   lys   133 } L 6.840, 14.300, 10.320
{ o   lys   133 } L 6.020, 15.280, 10.100
{ c   lys   133 } P 6.840, 14.300, 10.320 { n   ala   134 } L 7.980, 14.660, 10.840
{ ca  ala   134 } L 8.260, 16.040, 11.160
{ c   ala   134 } L 8.500, 16.840, 9.880
{ o   ala   134 } L 8.080, 18.060, 9.820
{ c   ala   134 } P 8.500, 16.840, 9.880 { n   leu   135 } L 9.060, 16.300, 8.780
{ ca  leu   135 } L 9.220, 16.960, 7.560
{ c   leu   135 } L 7.800, 17.140, 6.900
{ o   leu   135 } L 7.580, 18.100, 6.140
{ c   leu   135 } P 7.800, 17.140, 6.900 { n   glu   136 } L 6.980, 16.160, 7.020
{ ca  glu   136 } L 5.580, 16.240, 6.400
{ c   glu   136 } L 4.900, 17.340, 7.180
{ o   glu   136 } L 4.140, 18.140, 6.480
{ c   glu   136 } P 4.900, 17.340, 7.180 { n   leu   137 } L 5.060, 17.560, 8.460
{ ca  leu   137 } L 4.320, 18.680, 9.180
{ c   leu   137 } L 4.800, 20.060, 8.700
{ o   leu   137 } L 4.020, 21.000, 8.460
{ c   leu   137 } P 4.800, 20.060, 8.700 { n   phe   138 } L 6.160, 20.220, 8.500
{ ca  phe   138 } L 6.700, 21.380, 7.920
{ c   phe   138 } L 6.040, 21.600, 6.560
{ o   phe   138 } L 5.660, 22.740, 6.320
{ c   phe   138 } P 6.040, 21.600, 6.560 { n   arg   139 } L 6.000, 20.620, 5.660
{ ca  arg   139 } L 5.400, 20.840, 4.320
{ c   arg   139 } L 3.900, 21.180, 4.420
{ o   arg   139 } L 3.500, 22.100, 3.640
{ c   arg   139 } P 3.900, 21.180, 4.420 { n   lys   140 } L 3.180, 20.520, 5.300
{ ca  lys   140 } L 1.720, 20.780, 5.460
{ c   lys   140 } L 1.540, 22.220, 5.820
{ o   lys   140 } L 0.580, 22.920, 5.340
{ c   lys   140 } P 1.540, 22.220, 5.820 { n   asp   141 } L 2.260, 22.720, 6.800
{ ca  asp   141 } L 2.120, 24.100, 7.280
{ c   asp   141 } L 2.500, 25.100, 6.220
{ o   asp   141 } L 1.940, 26.240, 6.100
{ c   asp   141 } P 2.500, 25.100, 6.220 { n   ile   142 } L 3.580, 24.840, 5.520
{ ca  ile   142 } L 3.960, 25.820, 4.500
{ c   ile   142 } L 2.880, 25.760, 3.380
{ o   ile   142 } L 2.640, 26.840, 2.820
{ c   ile   142 } P 2.880, 25.760, 3.380 { n   ala   143 } L 2.400, 24.580, 3.020
{ ca  ala   143 } L 1.400, 24.420, 1.940
{ c   ala   143 } L 0.160, 25.280, 2.280
{ o   ala   143 } L -0.360, 25.960, 1.400
{ c   ala   143 } P 0.160, 25.280, 2.280 { n   ala   144 } L -0.160, 25.420, 3.520
{ ca  ala   144 } L -1.400, 26.120, 4.020
{ c   ala   144 } L -1.140, 27.560, 3.740
{ o   ala   144 } L -1.960, 28.440, 3.280
{ c   ala   144 } P -1.140, 27.560, 3.740 { n   lys   145 } L 0.080, 28.120, 3.980
{ ca  lys   145 } L 0.420, 29.440, 3.760
{ c   lys   145 } L 0.540, 29.800, 2.280
{ o   lys   145 } L 0.160, 30.960, 1.800
{ c   lys   145 } P 0.540, 29.800, 2.280 { n   tyr   146 } L 1.080, 28.960, 1.460
{ ca  tyr   146 } L 1.060, 29.100, 0.020
{ c   tyr   146 } L -0.420, 29.260, -0.420
{ o   tyr   146 } L -0.660, 30.060, -1.340
{ c   tyr   146 } P -0.420, 29.260, -0.420 { n   lys   147 } L -1.280, 28.360, 0.040
{ ca  lys   147 } L -2.680, 28.460, -0.440
{ c   lys   147 } L -3.220, 29.800, -0.140
{ o   lys   147 } L -3.940, 30.340, -1.060
{ c   lys   147 } P -3.220, 29.800, -0.140 { n   glu   148 } L -3.100, 30.300, 1.020
{ ca  glu   148 } L -3.560, 31.580, 1.360
{ c   glu   148 } L -3.040, 32.620, 0.400
{ o   glu   148 } L -3.840, 33.500, -0.060
{ c   glu   148 } P -3.040, 32.620, 0.400 { n   leu   149 } L -1.720, 32.740, 0.100
{ ca  leu   149 } L -1.120, 33.640, -0.740
{ c   leu   149 } L -1.520, 33.380, -2.200
{ o   leu   149 } L -1.080, 34.120, -3.080
{ c   leu   149 } P -1.520, 33.380, -2.200 { n   gly   150 } L -2.140, 32.260, -2.660
{ ca  gly   150 } L -2.440, 31.960, -4.060
{ c   gly   150 } L -1.340, 31.500, -4.860
{ o   gly   150 } L -1.360, 31.480, -6.100
{ c   gly   150 } P -1.340, 31.500, -4.860 { n   tyr   151 } L -0.320, 30.700, -4.200
{ ca  tyr   151 } L 0.780, 30.140, -5.000
{ c   tyr   151 } L 0.580, 28.660, -5.100
{ o   tyr   151 } L 0.220, 27.980, -4.140
{ c   tyr   151 } P 0.580, 28.660, -5.100 { n   gln   152 } L 0.860, 28.160, -6.340
{ ca  gln   152 } L 0.540, 26.700, -6.800
{ c   gln   152 } L -0.280, 25.760, -5.960
{ o   gln   152 } L 0.280, 24.980, -5.200
{ c   gln   152 } P -0.280, 25.760, -5.960 { n   gly   153 } L -1.600, 25.860, -6.160
{ ca  gly   153 } L -2.500, 24.980, -5.400
{ c   gly   153 } L -3.400, 24.240, -6.420
{ o   gly   153 } L -3.840, 23.100, -6.120
{ c   gly   153 } P -3.400, 24.240, -6.420 { oxt gly   153 } L -3.620, 24.840, -7.560
@group {Heme} 
@subgroup {Porphyrin} dominant
@balllist {heme N} color=blue radius=0.3
{ n a hem  } L 16.200, 29.120, 1.920
{ n b hem  } L 14.900, 26.600, 2.000
{ n c hem  } L 14.920, 26.540, -0.780
{ n d hem } L 16.160, 29.160, -0.820
@balllist {heme O} color=red radius=0.3
{ o1a hem } L 15.280, 34.140, 1.460
{ o2a hem } L 14.060, 33.140, 3.060
{ o1d hem } L 20.020, 33.700, -3.840
{ o2d hem } L 20.600, 33.800, -1.800
@vectorlist {heme bonds} color= pink 
{ fe  hem } P 15.260, 27.960, 0.620 
{ n a hem } L 16.200, 29.120, 1.920
{ cha hem } P 16.860, 31.020, 0.420 
{ c1a hem } L 16.700, 30.480, 1.660
{ c1a hem } P 16.700, 30.480, 1.660 
{ c2a hem } L 16.880, 31.080, 2.960
{ c2a hem } P 16.880, 31.080, 2.960
{ c3a hem } L 16.540, 30.220, 4.000
{ chb hem } P 15.620, 27.840, 4.020
{ c4a hem } L 16.060, 28.940, 3.360
{ c3a hem } P 16.540, 30.220, 4.000 
{ cma hem } L 16.560, 30.460, 5.540
{ c2a hem } P 16.880, 31.080, 2.960 
{ caa hem } L 17.340, 32.480, 3.120
{ caa hem } P 17.340, 32.480, 3.120 
{ cba hem } L 16.220, 33.460, 3.620
{ cba hem } P 16.220, 33.460, 3.620 
{ cga hem } L 15.120, 33.600, 2.540
{ cga hem } P 15.120, 33.600, 2.540 
{ o1a hem } L 15.280, 34.140, 1.460
{ cga hem } P 15.120, 33.600, 2.540 
{ o2a hem } L 14.060, 33.140, 3.060
{ fe  hem } P 15.260, 27.960, 0.620 
{ n b hem } L 14.900, 26.600, 2.000
{ chb hem } P 15.620, 27.840, 4.020 
{ c1b hem } L 15.100, 26.740, 3.360
{ c1b hem } P 15.100, 26.740, 3.360 
{ c2b hem } L 14.640, 25.560, 4.100
{ c2b hem } P 14.640, 25.560, 4.100 
{ c3b hem } L 14.320, 24.620, 3.100
{ chc hem } P 14.200, 24.680, 0.660 
{ c4b hem } L 14.480, 25.320, 1.840
{ c2b hem } P 14.640, 25.560, 4.100 
{ cmb hem } L 14.620, 25.480, 5.660
{ c3b hem } P 14.320, 24.620, 3.100 
{ cab hem } L 13.880, 23.200, 3.380
{ cab hem } P 13.880, 23.200, 3.380
{ cbb hem } L 14.400, 22.440, 4.380
{ fe  hem } P 15.260, 27.960, 0.620 
{ n c hem } L 14.920, 26.540, -0.780
{ chc hem } P 14.200, 24.680, 0.660 
{ c1c hem } L 14.480, 25.240, -0.580
{ c1c hem } P 14.480, 25.240, -0.580 
{ c2c hem } L 14.360, 24.540, -1.800
{ c2c hem } P 14.360, 24.540, -1.800 
{ c3c hem } L 14.800, 25.380, -2.860
{ chd hem } P 15.580, 27.800, -2.760 
{ c4c hem } L 15.080, 26.640, -2.140
{ c2c hem } P 14.360, 24.540, -1.800 
{ cmc hem } L 13.900, 23.080, -1.860
{ c3c hem } P 14.800, 25.380, -2.860 
{ cac hem } L 14.920, 25.100, -4.360
{ cac hem } P 14.920, 25.100, -4.360 
{ cbc hem } L 14.620, 23.940, -5.000
{ fe  hem } P 15.260, 27.960, 0.620 
{ n d hem } L 16.160, 29.160, -0.820
{ chd hem } P 15.580, 27.800, -2.760 
{ c1d hem } L 16.060, 29.000, -2.120
{ c1d hem } P 16.060, 29.000, -2.120 
{ c2d hem } L 16.580, 30.120, -2.940
{ c2d hem } P 16.580, 30.120, -2.940
 { c3d hem } L 16.980, 30.980, -1.980
{ cha hem } P 16.860, 31.020, 0.420 
{ c4d hem } L 16.680, 30.400, -0.700
{ c2d hem } P 16.580, 30.120, -2.940 
{ cmd hem } L 16.600, 30.220, -4.440
{ c3d hem } P 16.980, 30.980, -1.980 
{ cad hem } L 17.680, 32.300, -2.200
{ cad hem } P 17.680, 32.300, -2.200 
{ cbd hem } L 19.220, 32.060, -2.300
{ cbd hem } P 19.220, 32.060, -2.300 
{ cgd hem } L 20.060, 33.280, -2.720
{ cgd hem } P 20.060, 33.280, -2.720 
{ o1d hem } L 20.020, 33.700, -3.840
{ cgd hem } P 20.060, 33.280, -2.720 
{ o2d hem } L 20.600, 33.800, -1.800
{ n a hem } P 16.200, 29.120, 1.920 
{ c1a hem } L 16.700, 30.480, 1.660
{ n a hem } P 16.200, 29.120, 1.920 
{ c4a hem } L 16.060, 28.940, 3.360
{ c3a hem } P 16.540, 30.220, 4.000 
{ c4a hem } L 16.060, 28.940, 3.360
{ n b hem } P 14.900, 26.600, 2.000 
{ c1b hem } L 15.100, 26.740, 3.360
{ n b hem } P 14.900, 26.600, 2.000 
{ c4b hem } L 14.480, 25.320, 1.840
{ c3b hem } P 14.320, 24.620, 3.100 
{ c4b hem } L 14.480, 25.320, 1.840
{ n c hem } P 14.920, 26.540, -0.780
{ c1c hem } L 14.480, 25.240, -0.580
{ n c hem } P 14.920, 26.540, -0.780 
{ c4c hem } L 15.080, 26.640, -2.140
{ c3c hem } P 14.800, 25.380, -2.860 
{ c4c hem } L 15.080, 26.640, -2.140
{ n d hem } P 16.160, 29.160, -0.820 
{ c1d hem } L 16.060, 29.000, -2.120
{ n d hem } P 16.160, 29.160, -0.820 
{ c4d hem } L 16.680, 30.400, -0.700
{ c3d hem } P 16.980, 30.980, -1.980 
{ c4d hem } L 16.680, 30.400, -0.700
@subgroup {Fe} dominant
@balllist {heme Fe} color=orange radius=0.5
{ fe  hem } P 15.260, 27.960, 0.620 
@subgroup {HemeLigand} dominant off
@balllist {N} color=blue radius=0.3
{ nd1 his   93 } L 11.700, 30.300, 1.320
{ ne2 his   93 } L 13.360, 28.840, 0.640
@vectorlist {his93} color= cyan 
{R1 his  93 } P  9.467, 31.210, -1.409 
{ ca  his   93 } L 9.620, 30.840, -0.880
{ cb  his   93 } L 9.760, 29.540, -0.140
{ cg  his   93 } L 11.240, 29.420, 0.380
{ nd1 his   93 } L 11.700, 30.300, 1.320
{ ce1 his   93 } L 13.120, 29.860, 1.460
{ ne2 his   93 } L 13.360, 28.840, 0.640
{ ne2 his   93 } P 13.360, 28.840, 0.640 
{ ce1 his   93 } L 13.120, 29.860, 1.460
{ cg  his   93 } P 11.240, 29.420, 0.380 
{ cd2 his   93 } L 12.180, 28.500, -0.040
{ ne2 his   93 } L 13.360, 28.840, 0.640
{ ce1 his   93 } L 13.120, 29.860, 1.460
@labellist {his93} color= cyan off master= {Labels}    
{  His93}   9.974, 31.876, -1.030 
@vectorlist {Fe-N ligand} color= white 
{ fe  hem } P 15.260, 27.960, 0.620 
{ ne2 his   93 } L 13.360, 28.840, 0.640
@group {Void} nobutton dominant animate
@vectorlist {void}
@group {Helix A} dominant nobutton    animate
@vectorlist {a-ribbon} instance= {A} color= red
@labellist {A-label} color= red off master= {Labels}  
{   A}   13.203, 11.326, 19.770 
@group {Helix B} dominant nobutton    animate
@vectorlist {a-ribbon} instance= {A} color= red
@vectorlist {b-ribbon} instance= {B} color= orange
@labellist {A-label} color= red off master= {Labels}  
{   A}   13.203, 11.326, 19.770 
@labellist {B-label} color= orange off master= {Labels}  
{ B}   23.983, 18.776, -2.973 
@group {Helix C} dominant nobutton    animate
@vectorlist {a-ribbon} instance= {A} color= red
@vectorlist {b-ribbon} instance= {B} color= orange
@vectorlist {c-ribbon} instance= {C} color= yellow
@labellist {A-label} color= red off master= {Labels}  
{   A}   13.203, 11.326, 19.770 
@labellist {B-label} color= orange off master= {Labels}  
{ B}   23.983, 18.776, -2.973 
@labellist {C-label} color= yellow off master= {Labels}  
{C}   17.013, 18.824, -11.863 
@group {Helices D} dominant nobutton    animate
@vectorlist {a-ribbon} instance= {A} color= red
@vectorlist {b-ribbon} instance= {B} color= orange
@vectorlist {c-ribbon} instance= {C} color= yellow
@vectorlist {d-ribbon} instance= {D} color= seagreen
@labellist {A-label} color= red off master= {Labels}  
{   A}   13.203, 11.326, 19.770 
@labellist {B-label} color= orange off master= {Labels}  
{ B}   23.983, 18.776, -2.973 
@labellist {C-label} color= yellow off master= {Labels}  
{C}   17.013, 18.824, -11.863 
@labellist {D-label} color= seagreen off master= {Labels}  
{   D }   32.640, 20.883, -3.374 
@group {Helices E} dominant nobutton    animate
@vectorlist {a-ribbon} instance= {A} color= red
@vectorlist {b-ribbon} instance= {B} color= orange
@vectorlist {c-ribbon} instance= {C} color= yellow
@vectorlist {d-ribbon} instance= {D} color= green
@vectorlist {e-ribbon} instance= {E} color= cyan
@labellist {A-label} color= red off master= {Labels}  
{   A}   13.203, 11.326, 19.770 
@labellist {B-label} color= orange off master= {Labels}  
{ B}   23.983, 18.776, -2.973 
@labellist {C-label} color= yellow off master= {Labels}  
{C}   17.013, 18.824, -11.863 
@labellist {D-label} color= seagreen off master= {Labels}  
{   D }   32.640, 20.883, -3.374 
@labellist {E-label} color= cyan off master= {Labels}  
{ E}   20.044, 26.355, 9.903 
@group {Helix F} dominant nobutton    animate
@vectorlist {a-ribbon} instance= {A} color= red
@vectorlist {b-ribbon} instance= {B} color= orange
@vectorlist {c-ribbon} instance= {C} color= yellow
@vectorlist {d-ribbon} instance= {D} color= green
@vectorlist {e-ribbon} instance= {E} color= cyan
@vectorlist {f-ribbon} instance= {F} color= skyblue
@labellist {A-label} color= red off master= {Labels}  
{   A}   13.203, 11.326, 19.770 
@labellist {B-label} color= orange off master= {Labels}  
{ B}   23.983, 18.776, -2.973 
@labellist {C-label} color= yellow off master= {Labels}  
{C}   17.013, 18.824, -11.863 
@labellist {D-label} color= seagreen off master= {Labels}  
{   D }   32.640, 20.883, -3.374 
@labellist {E-label} color= cyan off master= {Labels}  
{ E}   20.044, 26.355, 9.903 
@labellist {F-label} color= skyblue off master= {Labels}  
{ F}   9.610, 33.774, 1.144 
@group {Helix G} dominant nobutton    animate
@vectorlist {a-ribbon} instance= {A} color= red
@vectorlist {b-ribbon} instance= {B} color= orange
@vectorlist {c-ribbon} instance= {C} color= yellow
@vectorlist {d-ribbon} instance= {D} color= green
@vectorlist {e-ribbon} instance= {E} color= cyan
@vectorlist {f-ribbon} instance= {F} color= skyblue
@vectorlist {g-ribbon} instance= {G} color= blue
@labellist {A-label} color= red off master= {Labels}  
{   A}   13.203, 11.326, 19.770 
@labellist {B-label} color= orange off master= {Labels}  
{ B}   23.983, 18.776, -2.973 
@labellist {C-label} color= yellow off master= {Labels}  
{C}   17.013, 18.824, -11.863 
@labellist {D-label} color= seagreen off master= {Labels}  
{   D }   32.640, 20.883, -3.374 
@labellist {E-label} color= cyan off master= {Labels}  
{ E}   20.044, 26.355, 9.903 
@labellist {F-label} color= skyblue off master= {Labels}  
{ F}   9.610, 33.774, 1.144 
@labellist {G-label} color= blue off master= {Labels}  
{  G}   18.052, 14.272, 1.458 
@group {Helix H} dominant nobutton    animate
@vectorlist {a-ribbon} instance= {A} color= red
@vectorlist {b-ribbon} instance= {B} color= orange
@vectorlist {c-ribbon} instance= {C} color= yellow
@vectorlist {d-ribbon} instance= {D} color= green
@vectorlist {e-ribbon} instance= {E} color= cyan
@vectorlist {f-ribbon} instance= {F} color= skyblue
@vectorlist {g-ribbon} instance= {G} color= blue
@vectorlist {h-ribbon} instance= {H} color= purple
@labellist {A-label} color= red off master= {Labels}  
{   A}   13.203, 11.326, 19.770 
@labellist {B-label} color= orange off master= {Labels}  
{ B}   23.983, 18.776, -2.973 
@labellist {C-label} color= yellow off master= {Labels}  
{C}   17.013, 18.824, -11.863 
@labellist {D-label} color= seagreen off master= {Labels}  
{   D }   32.640, 20.883, -3.374 
@labellist {E-label} color= cyan off master= {Labels}  
{ E}   20.044, 26.355, 9.903 
@labellist {F-label} color= skyblue off master= {Labels}  
{ F}   9.610, 33.774, 1.144 
@labellist {G-label} color= blue off master= {Labels}  
{  G}   18.052, 14.272, 1.458 
@labellist {H-label} color= purple off master= {Labels}  
{  H}   8.489, 15.442, 10.743 




@labellist {B-label} color= orange off master= {Labels}  
{ B}   23.983, 18.776, -2.973 
@labellist {C-label} color= yellow off master= {Labels}  
{C}   17.013, 18.824, -11.863 
@labellist {D-label} color= seagreen off master= {Labels}  
{   D }   32.640, 20.883, -3.374 
@labellist {E-label} color= cyan off master= {Labels}  
{ E}   20.044, 26.355, 9.903 
@labellist {F-label} color= skyblue off master= {Labels}  
{ F}   9.610, 33.774, 1.144 
@labellist {G-label} color= blue off master= {Labels}  
{  G}   18.052, 14.272, 1.458 
@labellist {H-label} color= purple off master= {Labels}  
{  H}   8.489, 15.442, 10.743 
@kinemage 2 
@caption 
The structure of human deoxyhemoglobin and the structural comparison of its beta subunit to its alpha subunit and to sperm whale deoxymyoglobin. Turn off the "Hb Tetramer" button and toggle "ANIMATE" sequentially to display the analogously oriented deoxyMb, the beta1 subunit of deoxyHb, and the alpha subunit of deoxyHb. The animation is seen in closeup in View2. The proteins are represented by ribbon diagrams in which the alpha and beta subunits of Hb are bluetint and skyblue and Mb is seagreen. The heme groups are shown in wireframe form with those of the Hb alpha and beta subunits pinktint and pink and that of Mb yellowtint, and with their N, O, and Fe atoms represented by blue, red, and orange balls, respectively. The sidechains of the proximal His residues (those liganding the Fe; residues 93 for Mb, 87 for Hb alpha, and 92 Hb beta) are shown in wireframe form in cyan and the bond they form to the Fe is white. View1 is along hemoglobin's two-fold axis of symmetry with its beta1 and beta2 subunits on the upper right and lower left and its alpha1 and alpha2 subunits on the lower right and upper left. Turning on the "Axes" master button displays the Hb molecule's exact twofold (C2) axis of rotational symmetry in red and its two pseudo-twofold axes of rotational symmetry in green.
@viewid {DeoxyHB tetramer Overview}
@zoom 1.20 
@zslab 200 
@center 19.490 29.405 14.774 
@matrix 
 0.01766 -0.08254  0.99643 -0.99985  0.00185  0.01788 -0.00331 -0.99659 -0.08250
@2viewid {Animate}
@2zoom 1.75 
@2zslab 200 
@2center 26.095 19.886 4.661  
@2matrix 
-0.55597 -0.21907  0.80181 -0.82952  0.08487 -0.55200  0.05287 -0.97201 -0.22891
@3viewid {Compare}
@3zoom 0.90 
@3zslab 200 
@3center 23.930 22.109 8.167 
@3matrix 
-0.55597 -0.21907  0.80181 -0.82952  0.08487 -0.55200  0.05287 -0.97201 -0.22891
@onewidth 
@group {Axes} nobutton off master= {Axes}
@vectorlist {exact 2-fold} nobutton color= red
{exact 2-fold} P -8.921, 29.192, 17.292
{origin} 20.960, 29.716, 14.677
{exact 2-fold} 50.841, 30.240, 12.062
@vectorlist {pseudo 2fold} nobutton color= green
{pseudo 2fold} P 20.436, 59.711, 14.707
{origin} 20.960, 29.716, 14.677
{pseudo 2fold} 21.484, -0.279, 14.647
@vectorlist {pseudo 2fold} nobutton color= green
{pseudo 2fold} P 23.575, 29.716, 44.563
{origin} 20.960, 29.716, 14.677
{pseudo 2fold} 18.345, 29.716, -15.209
@group {Myoglobin} animate off
@subgroup {Ribbon} dominant
@vectorlist {Mb ribbon} color= seagreen
{R1 val  1 } P  41.252, 22.735, 16.658 
{R1 val  1 } L  41.187, 22.598, 16.636 
{R1 val  1 } L  41.044, 22.226, 16.598 
{R1 val  1 } L  40.898, 21.678, 16.589 
{R1 leu   2 } P  40.898, 21.678, 16.589 
{R1 leu  2 } L  40.825, 21.016, 16.653 
{R1 leu  2 } L  40.885, 20.292, 16.818 
{R1 leu  2 } L  41.070, 19.537, 17.053 
{R1 leu  2 } L  41.359, 18.776, 17.312 
{R1 ser   3 } P  41.359, 18.776, 17.312 
{R1 ser  3 } L  41.726, 18.035, 17.548 
{R1 ser  3 } L  42.148, 17.328, 17.727 
{R1 ser  3 } L  42.591, 16.637, 17.856 
{R1 ser  3 } L  43.020, 15.932, 17.950 
{R1 glu   4 } P  43.020, 15.932, 17.950 
{R1 glu  4 } L  43.402, 15.185, 18.029 
{R1 glu  4 } L  43.697, 14.386, 18.109 
{R1 glu  4 } L  43.848, 13.598, 18.210 
{R1 glu  4 } L  43.792, 12.907, 18.350 
{R1 gly   5 } P  43.792, 12.907, 18.350 
{R1 gly  5 } L  43.468, 12.394, 18.549 
{R1 gly  5 } L  42.848, 12.124, 18.804 
{R1 gly  5 } L  42.039, 12.077, 19.028 
{R1 gly  5 } L  41.181, 12.215, 19.112 
{R1 glu   6 } P  41.181, 12.215, 19.112 
{R1 glu  6 } L  40.416, 12.498, 18.947 
{R1 glu  6 } L  39.859, 12.874, 18.463 
{R1 glu  6 } L  39.534, 13.242, 17.745 
{R1 glu  6 } L  39.438, 13.487, 16.914 
{R1 trp   7 } P  39.438, 13.487, 16.914 
{R1 trp  7 } L  39.569, 13.495, 16.093 
{R1 trp  7 } L  39.904, 13.185, 15.391 
{R1 trp  7 } L  40.327, 12.616, 14.862 
{R1 trp  7 } L  40.701, 11.878, 14.548 
{R1 gln   8 } P  40.701, 11.878, 14.548 
{R1 gln  8 } L  40.888, 11.064, 14.489 
{R1 gln  8 } L  40.784, 10.265, 14.697 
{R1 gln  8 } L  40.412, 9.564, 15.067 
{R1 gln  8 } L  39.828, 9.044, 15.466 
{R1 leu   9 } P  39.828, 9.044, 15.466 
{R1 leu  9 } L  39.086, 8.788, 15.760 
{R1 leu  9 } L  38.252, 8.847, 15.840 
{R1 leu  9 } L  37.431, 9.137, 15.688 
{R1 leu  9 } L  36.737, 9.544, 15.310 
{R1 val   10 } P  36.737, 9.544, 15.310 
{R1 val  10 } L  36.283, 9.953, 14.712 
{R1 val  10 } L  36.152, 10.260, 13.920 
{R1 val  10 } L  36.290, 10.404, 13.044 
{R1 val  10 } L  36.614, 10.338, 12.213 
{R1 leu   11 } P  36.614, 10.338, 12.213 
{R1 leu  11 } L  37.037, 10.013, 11.557 
{R1 leu  11 } L  37.474, 9.408, 11.173 
{R1 leu  11 } L  37.835, 8.610, 11.042 
{R1 leu  11 } L  38.027, 7.735, 11.111 
{R1 his   12 } P  38.027, 7.735, 11.111 
{R1 his  12 } L  37.960, 6.896, 11.329 
{R1 his  12 } L  37.574, 6.195, 11.635 
{R1 his  12 } L  36.945, 5.682, 11.937 
{R1 his  12 } L  36.178, 5.395, 12.134 
{R1 val   13 } P  36.178, 5.395, 12.134 
{R1 val  13 } L  35.381, 5.370, 12.126 
{R1 val  13 } L  34.656, 5.616, 11.842 
{R1 val  13 } L  34.079, 6.028, 11.324 
{R1 val  13 } L  33.724, 6.472, 10.645 
{R1 trp   14 } P  33.724, 6.472, 10.645 
{R1 trp  14 } L  33.663, 6.815, 9.879 
{R1 trp  14 } L  33.929, 6.946, 9.096 
{R1 trp  14 } L  34.406, 6.843, 8.370 
{R1 trp  14 } L  34.937, 6.508, 7.770 
{R1 ala   15 } P  34.937, 6.508, 7.770 
{R1 ala  15 } L  35.366, 5.942, 7.369 
{R1 ala  15 } L  35.563, 5.171, 7.211 
{R1 ala  15 } L  35.506, 4.321, 7.234 
{R1 ala  15 } L  35.197, 3.542, 7.351 
{R1 lys   16 } P  35.197, 3.542, 7.351 
{R1 lys  16 } L  34.640, 2.982, 7.475 
{R1 lys  16 } L  33.864, 2.756, 7.527 
{R1 lys  16 } L  32.998, 2.824, 7.463 
{R1 lys  16 } L  32.199, 3.112, 7.250 
{R1 val   17 } P  32.199, 3.112, 7.250 
{R1 val  17 } L  31.623, 3.546, 6.852 
{R1 val  17 } L  31.384, 4.042, 6.258 
{R1 val  17 } L  31.440, 4.488, 5.541 
{R1 val  17 } L  31.705, 4.762, 4.799 
{R1 glu   18 } P  31.705, 4.762, 4.799 
{R1 glu  18 } L  32.095, 4.744, 4.129 
{R1 glu  18 } L  32.523, 4.356, 3.605 
{R1 glu  18 } L  32.892, 3.689, 3.221 
{R1 glu  18 } L  33.098, 2.875, 2.947 
{R1 ala   19 } P  33.098, 2.875, 2.947 
{R1 ala  19 } L  33.043, 2.049, 2.755 
{R1 ala  19 } L  32.663, 1.333, 2.615 
{R1 ala  19 } L  32.053, 0.801, 2.492 
{R1 ala  19 } L  31.343, 0.519, 2.350 
{R1 asp   20 } P  31.343, 0.519, 2.350 
{R1 asp  20 } L  30.668, 0.551, 2.151 
{R1 asp  20 } L  30.132, 0.932, 1.868 
{R1 asp  20 } L  29.726, 1.579, 1.502 
{R1 asp  20 } L  29.417, 2.380, 1.060 
{R1 val   21 } P  29.417, 2.380, 1.060 
{R1 val  21 } L  29.170, 3.223, 0.551 
{R1 val  21 } L  28.944, 4.004, -0.008 
{R1 val  21 } L  28.683, 4.653, -0.571 
{R1 val  21 } L  28.324, 5.109, -1.084 
{R1 ala   22 } P  28.324, 5.109, -1.084 
{R1 ala  22 } L  27.806, 5.309, -1.491 
{R1 ala  22 } L  27.096, 5.222, -1.743 
{R1 ala  22 } L  26.283, 4.940, -1.800 
{R1 ala  22 } L  25.486, 4.584, -1.627 
{R1 gly   23 } P  25.486, 4.584, -1.627 
{R1 gly  23 } L  24.822, 4.276, -1.191 
{R1 gly  23 } L  24.386, 4.120, -0.487 
{R1 gly  23 } L  24.172, 4.153, 0.361 
{R1 gly  23 } L  24.153, 4.393, 1.197 
{R1 his   24 } P  24.153, 4.393, 1.197 
{R1 his  24 } L  24.298, 4.860, 1.866 
{R1 his  24 } L  24.565, 5.551, 2.245 
{R1 his  24 } L  24.860, 6.371, 2.329 
{R1 his  24 } L  25.078, 7.201, 2.146 
{R1 gly   25 } P  25.078, 7.201, 2.146 
{R1 gly  25 } L  25.110, 7.924, 1.725 
{R1 gly  25 } L  24.877, 8.444, 1.114 
{R1 gly  25 } L  24.411, 8.751, 0.441 
{R1 gly  25 } L  23.767, 8.856, -0.144 
{R1 gln   26 } P  23.767, 8.856, -0.144 
{R1 gln  26 } L  23.005, 8.771, -0.491 
{R1 gln  26 } L  22.188, 8.526, -0.488 
{R1 gln  26 } L  21.406, 8.214, -0.171 
{R1 gln  26 } L  20.756, 7.947, 0.388 
{R1 asp   27 } P  20.756, 7.947, 0.388 
{R1 asp  27 } L  20.335, 7.837, 1.115 
{R1 asp  27 } L  20.207, 7.970, 1.930 
{R1 asp  27 } L  20.316, 8.335, 2.717 
{R1 asp  27 } L  20.575, 8.893, 3.351 
{R1 ile   28 } P  20.575, 8.893, 3.351 
{R1 ile  28 } L  20.895, 9.607, 3.708 
{R1 ile  28 } L  21.191, 10.430, 3.700 
{R1 ile  28 } L  21.389, 11.267, 3.388 
{R1 ile  28 } L  21.416, 12.013, 2.870 
{R1 leu   29 } P  21.416, 12.013, 2.870 
{R1 leu  29 } L  21.200, 12.564, 2.243 
{R1 leu  29 } L  20.698, 12.841, 1.605 
{R1 leu  29 } L  19.985, 12.881, 1.061 
{R1 leu  29 } L  19.167, 12.747, 0.717 
{R1 ile   30 } P  19.167, 12.747, 0.717 
{R1 ile  30 } L  18.350, 12.503, 0.679 
{R1 ile  30 } L  17.628, 12.217, 1.014 
{R1 ile  30 } L  17.055, 11.975, 1.632 
{R1 ile  30 } L  16.673, 11.868, 2.407 
{R1 arg   31 } P  16.673, 11.868, 2.407 
{R1 arg  31 } L  16.526, 11.987, 3.209 
{R1 arg  31 } L  16.631, 12.393, 3.922 
{R1 arg  31 } L  16.900, 13.025, 4.464 
{R1 arg  31 } L  17.220, 13.790, 4.764 
{R1 leu   32 } P  17.220, 13.790, 4.764 
{R1 leu  32 } L  17.476, 14.598, 4.751 
{R1 leu  32 } L  17.573, 15.361, 4.389 
{R1 leu  32 } L  17.478, 16.012, 3.788 
{R1 leu  32 } L  17.180, 16.490, 3.092 
{R1 phe   33 } P  17.180, 16.490, 3.092 
{R1 phe  33 } L  16.662, 16.731, 2.446 
{R1 phe  33 } L  15.933, 16.702, 1.977 
{R1 phe  33 } L  15.085, 16.474, 1.740 
{R1 phe  33 } L  14.230, 16.150, 1.770 
{R1 lys   34 } P  14.230, 16.150, 1.770 
{R1 lys  34 } L  13.484, 15.829, 2.105 
{R1 lys  34 } L  12.939, 15.601, 2.750 
{R1 lys  34 } L  12.606, 15.519, 3.590 
{R1 lys  34 } L  12.477, 15.622, 4.482 
{R1 ser   35 } P  12.477, 15.622, 4.482 
{R1 ser  35 } L  12.545, 15.951, 5.281 
{R1 ser  35 } L  12.784, 16.521, 5.863 
{R1 ser  35 } L  13.112, 17.251, 6.194 
{R1 ser  35 } L  13.429, 18.032, 6.261 
{R1 his   36 } P  13.429, 18.032, 6.261 
{R1 his  36 } L  13.636, 18.755, 6.053 
{R1 his  36 } L  13.661, 19.340, 5.574 
{R1 his  36 } L  13.527, 19.812, 4.896 
{R1 his  36 } L  13.287, 20.223, 4.110 
{R1 pro   37 } P  13.287, 20.223, 4.110 
{R1 pro  37 } L  12.990, 20.624, 3.304 
{R1 pro  37 } L  12.692, 21.058, 2.558 
{R1 pro  37 } L  12.471, 21.520, 1.904 
{R1 pro  37 } L  12.408, 21.995, 1.365 
{R1 glu   38 } P  12.408, 21.995, 1.365 
{R1 glu  38 } L  12.586, 22.467, 0.962 
{R1 glu  38 } L  13.053, 22.910, 0.702 
{R1 glu  38 } L  13.722, 23.250, 0.533 
{R1 glu  38 } L  14.475, 23.400, 0.387 
{R1 thr   39 } P  14.475, 23.400, 0.387 
{R1 thr  39 } L  15.191, 23.274, 0.198 
{R1 thr  39 } L  15.765, 22.827, -0.091 
{R1 thr  39 } L  16.149, 22.186, -0.483 
{R1 thr  39 } L  16.312, 21.518, -0.973 
{R1 leu   40 } P  16.312, 21.518, -0.973 
{R1 leu  40 } L  16.220, 20.993, -1.553 
{R1 leu  40 } L  15.871, 20.744, -2.207 
{R1 leu  40 } L  15.392, 20.775, -2.883 
{R1 leu  40 } L  14.939, 21.056, -3.521 
{R1 glu   41 } P  14.939, 21.056, -3.521 
{R1 glu  41 } L  14.668, 21.556, -4.059 
{R1 glu  41 } L  14.697, 22.226, -4.454 
{R1 glu  41 } L  14.983, 22.940, -4.742 
{R1 glu  41 } L  15.442, 23.549, -4.974 
{R1 lys   42 } P  15.442, 23.549, -4.974 
{R1 lys  42 } L  15.993, 23.907, -5.203 
{R1 lys  42 } L  16.558, 23.911, -5.474 
{R1 lys  42 } L  17.086, 23.634, -5.807 
{R1 lys  42 } L  17.528, 23.193, -6.212 
{R1 phe   43 } P  17.528, 23.193, -6.212 
{R1 phe  43 } L  17.839, 22.705, -6.700 
{R1 phe  43 } L  17.989, 22.263, -7.278 
{R1 phe  43 } L  18.015, 21.876, -7.935 
{R1 phe  43 } L  17.972, 21.528, -8.654 
{R1 asp   44 } P  17.972, 21.528, -8.654 
{R1 asp  44 } L  17.915, 21.206, -9.421 
{R1 asp  44 } L  17.887, 20.890, -10.204 
{R1 asp  44 } L  17.891, 20.535, -10.919 
{R1 asp  44 } L  17.915, 20.094, -11.467 
{R1 arg   45 } P  17.915, 20.094, -11.467 
{R1 arg  45 } L  17.952, 19.516, -11.749 
{R1 arg  45 } L  17.984, 18.784, -11.699 
{R1 arg  45 } L  17.960, 18.004, -11.385 
{R1 arg  45 } L  17.825, 17.310, -10.911 
{R1 phe   46 } P  17.825, 17.310, -10.911 
{R1 phe  46 } L  17.520, 16.840, -10.377 
{R1 phe  46 } L  17.009, 16.690, -9.876 
{R1 phe  46 } L  16.332, 16.797, -9.452 
{R1 phe  46 } L  15.551, 17.059, -9.140 
{R1 lys   47 } P  15.551, 17.059, -9.140 
{R1 lys  47 } L  14.727, 17.373, -8.974 
{R1 lys  47 } L  13.916, 17.647, -8.970 
{R1 lys  47 } L  13.158, 17.819, -9.070 
{R1 lys  47 } L  12.489, 17.837, -9.196 
{R1 his   48 } P  12.489, 17.837, -9.196 
{R1 his  48 } L  11.945, 17.650, -9.271 
{R1 his  48 } L  11.547, 17.230, -9.232 
{R1 his  48 } L  11.258, 16.649, -9.071 
{R1 his  48 } L  11.025, 16.005, -8.794 
{R1 leu   49 } P  11.025, 16.005, -8.794 
{R1 leu  49 } L  10.797, 15.395, -8.407 
{R1 leu  49 } L  10.531, 14.894, -7.919 
{R1 leu  49 } L  10.227, 14.488, -7.358 
{R1 leu  49 } L  9.893, 14.139, -6.758 
{R1 lys   50 } P  9.893, 14.139, -6.758 
{R1 lys  50 } L  9.538, 13.811, -6.151 
{R1 lys  50 } L  9.178, 13.470, -5.564 
{R1 lys  50 } L  8.852, 13.100, -4.997 
{R1 lys  50 } L  8.605, 12.689, -4.446 
{R1 thr   51 } P  8.605, 12.689, -4.446 
{R1 thr  51 } L  8.483, 12.224, -3.906 
{R1 thr  51 } L  8.517, 11.695, -3.375 
{R1 thr  51 } L  8.686, 11.103, -2.865 
{R1 thr  51 } L  8.951, 10.451, -2.392 
{R1 glu   52 } P  8.951, 10.451, -2.392 
{R1 glu  52 } L  9.276, 9.743, -1.970 
{R1 glu  52 } L  9.622, 8.991, -1.625 
{R1 glu  52 } L  9.945, 8.243, -1.419 
{R1 glu  52 } L  10.197, 7.555, -1.425 
{R1 ala   53 } P  10.197, 7.555, -1.425 
{R1 ala  53 } L  10.333, 6.983, -1.716 
{R1 ala  53 } L  10.329, 6.578, -2.328 
{R1 ala  53 } L  10.258, 6.374, -3.145 
{R1 ala  53 } L  10.216, 6.398, -4.015 
{R1 glu   54 } P  10.216, 6.398, -4.015 
{R1 glu  54 } L  10.301, 6.679, -4.787 
{R1 glu  54 } L  10.585, 7.213, -5.333 
{R1 glu  54 } L  11.045, 7.871, -5.629 
{R1 glu  54 } L  11.635, 8.495, -5.674 
{R1 met   55 } P  11.635, 8.495, -5.674 
{R1 met  55 } L  12.311, 8.924, -5.470 
{R1 met  55 } L  13.021, 9.035, -5.040 
{R1 met  55 } L  13.702, 8.838, -4.503 
{R1 met  55 } L  14.286, 8.384, -4.005 
{R1 lys   56 } P  14.286, 8.384, -4.005 
{R1 lys  56 } L  14.704, 7.718, -3.689 
{R1 lys  56 } L  14.913, 6.904, -3.663 
{R1 lys  56 } L  14.972, 6.069, -3.902 
{R1 lys  56 } L  14.961, 5.355, -4.344 
{R1 ala   57 } P  14.961, 5.355, -4.344 
{R1 ala  57 } L  14.965, 4.906, -4.928 
{R1 ala  57 } L  15.051, 4.818, -5.595 
{R1 ala  57 } L  15.237, 5.014, -6.295 
{R1 ala  57 } L  15.527, 5.371, -6.981 
{R1 ser   58 } P  15.527, 5.371, -6.981 
{R1 ser  58 } L  15.925, 5.767, -7.604 
{R1 ser  58 } L  16.430, 6.103, -8.132 
{R1 ser  58 } L  17.026, 6.375, -8.586 
{R1 ser  58 } L  17.695, 6.602, -9.004 
{R1 glu   59 } P  17.695, 6.602, -9.004 
{R1 glu  59 } L  18.414, 6.802, -9.422 
{R1 glu  59 } L  19.156, 7.001, -9.858 
{R1 glu  59 } L  19.857, 7.249, -10.259 
{R1 glu  59 } L  20.443, 7.604, -10.552 
{R1 asp   60 } P  20.443, 7.604, -10.552 
{R1 asp  60 } L  20.840, 8.122, -10.663 
{R1 asp  60 } L  21.002, 8.823, -10.538 
{R1 asp  60 } L  20.985, 9.587, -10.189 
{R1 asp  60 } L  20.869, 10.255, -9.647 
{R1 leu   61 } P  20.869, 10.255, -9.647 
{R1 leu  61 } L  20.737, 10.670, -8.942 
{R1 leu  61 } L  20.664, 10.719, -8.120 
{R1 leu  61 } L  20.697, 10.462, -7.293 
{R1 leu  61 } L  20.878, 10.003, -6.587 
{R1 lys   62 } P  20.878, 10.003, -6.587 
{R1 lys  62 } L  21.247, 9.447, -6.128 
{R1 lys  62 } L  21.823, 8.898, -6.006 
{R1 lys  62 } L  22.536, 8.458, -6.163 
{R1 lys  62 } L  23.292, 8.226, -6.501 
{R1 lys   63 } P  23.292, 8.226, -6.501 
{R1 lys  63 } L  23.998, 8.305, -6.924 
{R1 lys  63 } L  24.577, 8.754, -7.337 
{R1 lys  63 } L  25.004, 9.467, -7.650 
{R1 lys  63 } L  25.271, 10.300, -7.773 
{R1 his   64 } P  25.271, 10.300, -7.773 
{R1 his  64 } L  25.371, 11.105, -7.617 
{R1 his  64 } L  25.311, 11.754, -7.128 
{R1 his  64 } L  25.175, 12.189, -6.400 
{R1 his  64 } L  25.061, 12.368, -5.565 
{R1 gly   65 } P  25.061, 12.368, -5.565 
{R1 gly  65 } L  25.070, 12.252, -4.752 
{R1 gly  65 } L  25.279, 11.832, -4.077 
{R1 gly  65 } L  25.675, 11.237, -3.594 
{R1 gly  65 } L  26.223, 10.628, -3.344 
{R1 val   66 } P  26.223, 10.628, -3.344 
{R1 val  66 } L  26.886, 10.168, -3.366 
{R1 val  66 } L  27.622, 9.986, -3.668 
{R1 val  66 } L  28.353, 10.089, -4.137 
{R1 val  66 } L  28.995, 10.452, -4.629 
{R1 thr   67 } P  28.995, 10.452, -4.629 
{R1 thr  67 } L  29.462, 11.051, -4.997 
{R1 thr  67 } L  29.695, 11.842, -5.125 
{R1 thr  67 } L  29.735, 12.701, -4.994 
{R1 thr  67 } L  29.650, 13.483, -4.614 
{R1 val   68 } P  29.650, 13.483, -4.614 
{R1 val  68 } L  29.505, 14.045, -3.995 
{R1 val  68 } L  29.365, 14.277, -3.168 
{R1 val  68 } L  29.291, 14.202, -2.253 
{R1 val  68 } L  29.339, 13.878, -1.389 
{R1 leu   69 } P  29.339, 13.878, -1.389 
{R1 leu  69 } L  29.567, 13.363, -0.719 
{R1 leu  69 } L  30.013, 12.726, -0.352 
{R1 leu  69 } L  30.628, 12.089, -0.266 
{R1 leu  69 } L  31.347, 11.586, -0.410 
{R1 thr   70 } P  31.347, 11.586, -0.410 
{R1 thr  70 } L  32.101, 11.350, -0.732 
{R1 thr  70 } L  32.825, 11.479, -1.166 
{R1 thr  70 } L  33.464, 11.916, -1.604 
{R1 thr  70 } L  33.961, 12.568, -1.926 
{R1 ala   71 } P  33.961, 12.568, -1.926 
{R1 ala  71 } L  34.264, 13.342, -2.012 
{R1 ala  71 } L  34.342, 14.142, -1.774 
{R1 ala  71 } L  34.255, 14.859, -1.265 
{R1 ala  71 } L  34.088, 15.381, -0.568 
{R1 leu   72 } P  34.088, 15.381, -0.568 
{R1 leu  72 } L  33.928, 15.596, 0.232 
{R1 leu  72 } L  33.849, 15.432, 1.050 
{R1 leu  72 } L  33.899, 14.979, 1.793 
{R1 leu  72 } L  34.113, 14.366, 2.372 
{R1 gly   73 } P  34.113, 14.366, 2.372 
{R1 gly  73 } L  34.530, 13.724, 2.693 
{R1 gly  73 } L  35.163, 13.172, 2.700 
{R1 gly  73 } L  35.933, 12.790, 2.472 
{R1 gly  73 } L  36.736, 12.648, 2.122 
{R1 ala   74 } P  36.736, 12.648, 2.122 
{R1 ala  74 } L  37.469, 12.815, 1.764 
{R1 ala  74 } L  38.046, 13.325, 1.501 
{R1 ala  74 } L  38.446, 14.063, 1.393 
{R1 ala  74 } L  38.665, 14.881, 1.491 
{R1 ile   75 } P  38.665, 14.881, 1.491 
{R1 ile  75 } L  38.699, 15.626, 1.845 
{R1 ile  75 } L  38.562, 16.170, 2.476 
{R1 ile  75 } L  38.340, 16.466, 3.287 
{R1 ile  75 } L  38.134, 16.489, 4.154 
{R1 leu   76 } P  38.134, 16.489, 4.154 
{R1 leu  76 } L  38.049, 16.213, 4.951 
{R1 leu  76 } L  38.165, 15.645, 5.573 
{R1 leu  76 } L  38.480, 14.922, 5.995 
{R1 leu  76 } L  38.970, 14.214, 6.210 
{R1 lys   77 } P  38.970, 14.214, 6.210 
{R1 lys  77 } L  39.612, 13.690, 6.214 
{R1 lys  77 } L  40.369, 13.480, 6.024 
{R1 lys  77 } L  41.158, 13.551, 5.749 
{R1 lys  77 } L  41.884, 13.833, 5.520 
{R1 lys   78 } P  41.884, 13.833, 5.520 
{R1 lys  78 } L  42.451, 14.253, 5.470 
{R1 lys  78 } L  42.788, 14.748, 5.697 
{R1 lys  78 } L  42.916, 15.287, 6.161 
{R1 lys  78 } L  42.881, 15.846, 6.788 
{R1 lys   79 } P  42.881, 15.846, 6.788 
{R1 lys  79 } L  42.729, 16.401, 7.505 
{R1 lys  79 } L  42.509, 16.937, 8.234 
{R1 lys  79 } L  42.283, 17.458, 8.882 
{R1 lys  79 } L  42.116, 17.976, 9.352 
{R1 gly   80 } P  42.116, 17.976, 9.352 
{R1 gly  80 } L  42.072, 18.504, 9.548 
{R1 gly  80 } L  42.194, 19.047, 9.405 
{R1 gly  80 } L  42.431, 19.577, 8.985 
{R1 gly  80 } L  42.711, 20.063, 8.384 
{R1 his   81 } P  42.711, 20.063, 8.384 
{R1 his  81 } L  42.959, 20.469, 7.696 
{R1 his  81 } L  43.117, 20.778, 7.003 
{R1 his  81 } L  43.181, 21.022, 6.326 
{R1 his  81 } L  43.158, 21.250, 5.673 
{R1 his   82 } P  43.158, 21.250, 5.673 
{R1 his  82 } L  43.059, 21.510, 5.054 
{R1 his  82 } L  42.900, 21.838, 4.471 
{R1 his  82 } L  42.726, 22.233, 3.906 
{R1 his  82 } L  42.593, 22.681, 3.337 
{R1 glu   83 } P  42.593, 22.681, 3.337 
{R1 glu  83 } L  42.552, 23.169, 2.743 
{R1 glu  83 } L  42.637, 23.670, 2.108 
{R1 glu  83 } L  42.789, 24.096, 1.444 
{R1 glu  83 } L  42.932, 24.346, 0.769 
{R1 ala   84 } P  42.932, 24.346, 0.769 
{R1 ala  84 } L  42.986, 24.318, 0.102 
{R1 ala  84 } L  42.887, 23.953, -0.530 
{R1 ala  84 } L  42.622, 23.363, -1.067 
{R1 ala  84 } L  42.190, 22.701, -1.443 
{R1 glu   85 } P  42.190, 22.701, -1.443 
{R1 glu  85 } L  41.592, 22.122, -1.589 
{R1 glu  85 } L  40.845, 21.755, -1.471 
{R1 glu  85 } L  40.036, 21.629, -1.177 
{R1 glu  85 } L  39.268, 21.749, -0.827 
{R1 leu   86 } P  39.268, 21.749, -0.827 
{R1 leu  86 } L  38.647, 22.118, -0.544 
{R1 leu  86 } L  38.250, 22.722, -0.427 
{R1 leu  86 } L  38.047, 23.476, -0.502 
{R1 leu  86 } L  37.982, 24.273, -0.772 
{R1 lys   87 } P  37.982, 24.273, -0.772 
{R1 lys  87 } L  37.998, 25.010, -1.243 
{R1 lys  87 } L  38.037, 25.594, -1.902 
{R1 lys  87 } L  38.039, 25.982, -2.666 
{R1 lys  87 } L  37.939, 26.144, -3.433 
{R1 pro   88 } P  37.939, 26.144, -3.433 
{R1 pro  88 } L  37.675, 26.050, -4.104 
{R1 pro  88 } L  37.205, 25.699, -4.589 
{R1 pro  88 } L  36.579, 25.204, -4.851 
{R1 pro  88 } L  35.868, 24.709, -4.862 
{R1 leu   89 } P  35.868, 24.709, -4.862 
{R1 leu  89 } L  35.142, 24.356, -4.595 
{R1 leu  89 } L  34.466, 24.261, -4.054 
{R1 leu  89 } L  33.886, 24.428, -3.366 
{R1 leu  89 } L  33.438, 24.834, -2.685 
{R1 ala   90 } P  33.438, 24.834, -2.685 
{R1 ala  90 } L  33.162, 25.456, -2.169 
{R1 ala  90 } L  33.075, 26.252, -1.944 
{R1 ala  90 } L  33.116, 27.109, -2.016 
{R1 ala  90 } L  33.204, 27.895, -2.361 
{R1 gln   91 } P  33.204, 27.895, -2.361 
{R1 gln  91 } L  33.256, 28.479, -2.955 
{R1 gln  91 } L  33.203, 28.760, -3.753 
{R1 gln  91 } L  33.018, 28.761, -4.627 
{R1 gln  91 } L  32.688, 28.533, -5.427 
{R1 ser   92 } P  32.688, 28.533, -5.427 
{R1 ser  92 } L  32.199, 28.132, -6.003 
{R1 ser  92 } L  31.552, 27.619, -6.239 
{R1 ser  92 } L  30.817, 27.104, -6.160 
{R1 ser  92 } L  30.078, 26.706, -5.822 
{R1 his   93 } P  30.078, 26.706, -5.822 
{R1 his  93 } L  29.420, 26.543, -5.284 
{R1 his  93 } L  28.912, 26.702, -4.615 
{R1 his  93 } L  28.556, 27.142, -3.935 
{R1 his  93 } L  28.338, 27.786, -3.375 
{R1 ala   94 } P  28.338, 27.786, -3.375 
{R1 ala  94 } L  28.243, 28.562, -3.065 
{R1 ala  94 } L  28.251, 29.390, -3.104 
{R1 ala  94 } L  28.315, 30.179, -3.450 
{R1 ala  94 } L  28.385, 30.833, -4.028 
{R1 thr   95 } P  28.385, 30.833, -4.028 
{R1 thr  95 } L  28.407, 31.255, -4.763 
{R1 thr  95 } L  28.339, 31.376, -5.579 
{R1 thr  95 } L  28.176, 31.217, -6.402 
{R1 thr  95 } L  27.922, 30.827, -7.159 
{R1 lys   96 } P  27.922, 30.827, -7.159 
{R1 lys  96 } L  27.583, 30.252, -7.775 
{R1 lys  96 } L  27.168, 29.552, -8.188 
{R1 lys  96 } L  26.705, 28.827, -8.383 
{R1 lys  96 } L  26.227, 28.187, -8.357 
{R1 his   97 } P  26.227, 28.187, -8.357 
{R1 his  97 } L  25.767, 27.745, -8.105 
{R1 his  97 } L  25.352, 27.577, -7.637 
{R1 his  97 } L  24.990, 27.624, -7.005 
{R1 his  97 } L  24.680, 27.794, -6.272 
{R1 lys   98 } P  24.680, 27.794, -6.272 
{R1 lys  98 } L  24.425, 27.996, -5.503 
{R1 lys  98 } L  24.224, 28.152, -4.749 
{R1 lys  98 } L  24.067, 28.256, -4.010 
{R1 lys  98 } L  23.943, 28.316, -3.274 
{R1 ile   99 } P  23.943, 28.316, -3.274 
{R1 ile  99 } L  23.840, 28.343, -2.529 
{R1 ile  99 } L  23.751, 28.345, -1.765 
{R1 ile  99 } L  23.688, 28.339, -0.987 
{R1 ile  99 } L  23.665, 28.340, -0.201 
{R1 pro   100 } P  23.665, 28.340, -0.201 
{R1 pro  100 } L  23.698, 28.365, 0.584 
{R1 pro  100 } L  23.794, 28.422, 1.365 
{R1 pro  100 } L  23.934, 28.492, 2.150 
{R1 pro  100 } L  24.088, 28.549, 2.950 
{R1 ile   101 } P  24.088, 28.549, 2.950 
{R1 ile  101 } L  24.228, 28.566, 3.776 
{R1 ile  101 } L  24.322, 28.519, 4.623 
{R1 ile  101 } L  24.319, 28.395, 5.420 
{R1 ile  101 } L  24.165, 28.182, 6.078 
{R1 lys   102 } P  24.165, 28.182, 6.078 
{R1 lys  102 } L  23.805, 27.868, 6.510 
{R1 lys  102 } L  23.222, 27.448, 6.653 
{R1 lys  102 } L  22.553, 26.940, 6.542 
{R1 lys  102 } L  21.975, 26.370, 6.237 
{R1 tyr   103 } P  21.975, 26.370, 6.237 
{R1 tyr  103 } L  21.662, 25.762, 5.796 
{R1 tyr  103 } L  21.741, 25.144, 5.291 
{R1 tyr  103 } L  22.142, 24.557, 4.830 
{R1 tyr  103 } L  22.748, 24.045, 4.534 
{R1 leu   104 } P  22.748, 24.045, 4.534 
{R1 leu  104 } L  23.439, 23.653, 4.525 
{R1 leu  104 } L  24.101, 23.409, 4.881 
{R1 leu  104 } L  24.635, 23.275, 5.513 
{R1 leu  104 } L  24.944, 23.197, 6.292 
{R1 glu   105 } P  24.944, 23.197, 6.292 
{R1 glu  105 } L  24.931, 23.123, 7.087 
{R1 glu  105 } L  24.543, 23.003, 7.779 
{R1 glu  105 } L  23.891, 22.805, 8.295 
{R1 glu  105 } L  23.132, 22.504, 8.575 
{R1 phe   106 } P  23.132, 22.504, 8.575 
{R1 phe  106 } L  22.419, 22.072, 8.555 
{R1 phe  106 } L  21.887, 21.500, 8.211 
{R1 phe  106 } L  21.590, 20.842, 7.659 
{R1 phe  106 } L  21.563, 20.167, 7.051 
{R1 ile   107 } P  21.563, 20.167, 7.051 
{R1 ile  107 } L  21.841, 19.547, 6.541 
{R1 ile  107 } L  22.425, 19.038, 6.255 
{R1 ile  107 } L  23.183, 18.647, 6.225 
{R1 ile  107 } L  23.952, 18.367, 6.458 
{R1 ser   108 } P  23.952, 18.367, 6.458 
{R1 ser  108 } L  24.567, 18.192, 6.960 
{R1 ser  108 } L  24.894, 18.105, 7.710 
{R1 ser  108 } L  24.926, 18.052, 8.579 
{R1 ser  108 } L  24.687, 17.967, 9.409 
{R1 glu   109 } P  24.687, 17.967, 9.409 
{R1 glu  109 } L  24.200, 17.785, 10.043 
{R1 glu  109 } L  23.510, 17.457, 10.357 
{R1 glu  109 } L  22.755, 17.004, 10.370 
{R1 glu  109 } L  22.093, 16.459, 10.130 
{R1 ala   110 } P  22.093, 16.459, 10.130 
{R1 ala  110 } L  21.682, 15.860, 9.690 
{R1 ala  110 } L  21.643, 15.243, 9.115 
{R1 ala  110 } L  21.931, 14.646, 8.529 
{R1 ala  110 } L  22.464, 14.107, 8.070 
{R1 ile   111 } P  22.464, 14.107, 8.070 
{R1 ile  111 } L  23.160, 13.665, 7.876 
{R1 ile  111 } L  23.928, 13.347, 8.048 
{R1 ile  111 } L  24.645, 13.131, 8.527 
{R1 ile  111 } L  25.180, 12.982, 9.215 
{R1 ile   112 } P  25.180, 12.982, 9.215 
{R1 ile  112 } L  25.404, 12.866, 10.013 
{R1 ile  112 } L  25.227, 12.750, 10.824 
{R1 ile  112 } L  24.733, 12.597, 11.546 
{R1 ile  112 } L  24.043, 12.375, 12.077 
{R1 his   113 } P  24.043, 12.375, 12.077 
{R1 his  113 } L  23.283, 12.048, 12.313 
{R1 his  113 } L  22.569, 11.595, 12.189 
{R1 his  113 } L  22.002, 11.047, 11.790 
{R1 his  113 } L  21.674, 10.447, 11.236 
{R1 val   114 } P  21.674, 10.447, 11.236 
{R1 val  114 } L  21.678, 9.840, 10.648 
{R1 val  114 } L  22.068, 9.265, 10.140 
{R1 val  114 } L  22.733, 8.750, 9.790 
{R1 val  114 } L  23.523, 8.321, 9.672 
{R1 leu   115 } P  23.523, 8.321, 9.672 
{R1 leu  115 } L  24.288, 8.002, 9.856 
{R1 leu  115 } L  24.894, 7.803, 10.380 
{R1 leu  115 } L  25.277, 7.683, 11.134 
{R1 leu  115 } L  25.391, 7.587, 11.974 
{R1 his   116 } P  25.391, 7.587, 11.974 
{R1 his  116 } L  25.187, 7.458, 12.756 
{R1 his  116 } L  24.653, 7.250, 13.355 
{R1 his  116 } L  23.914, 6.952, 13.725 
{R1 his  116 } L  23.126, 6.563, 13.842 
{R1 ser   117 } P  23.126, 6.563, 13.842 
{R1 ser  117 } L  22.449, 6.080, 13.679 
{R1 ser  117 } L  22.015, 5.512, 13.239 
{R1 ser  117 } L  21.850, 4.901, 12.637 
{R1 ser  117 } L  21.956, 4.303, 12.016 
{R1 arg   118 } P  21.956, 4.303, 12.016 
{R1 arg  118 } L  22.332, 3.769, 11.520 
{R1 arg  118 } L  22.959, 3.343, 11.262 
{R1 arg  118 } L  23.732, 3.025, 11.251 
{R1 arg  118 } L  24.526, 2.805, 11.464 
{R1 his   119 } P  24.526, 2.805, 11.464 
{R1 his  119 } L  25.216, 2.673, 11.880 
{R1 his  119 } L  25.705, 2.614, 12.474 
{R1 his  119 } L  26.014, 2.589, 13.207 
{R1 his  119 } L  26.193, 2.555, 14.037 
{R1 pro   120 } P  26.193, 2.555, 14.037 
{R1 pro  120 } L  26.290, 2.470, 14.921 
{R1 pro  120 } L  26.360, 2.304, 15.811 
{R1 pro  120 } L  26.479, 2.077, 16.635 
{R1 pro  120 } L  26.724, 1.822, 17.318 
{R1 gly   121 } P  26.724, 1.822, 17.318 
{R1 gly  121 } L  27.177, 1.574, 17.782 
{R1 gly  121 } L  27.877, 1.370, 17.976 
{R1 gly  121 } L  28.710, 1.266, 17.944 
{R1 gly  121 } L  29.525, 1.324, 17.755 
{R1 asp   122 } P  29.525, 1.324, 17.755 
{R1 asp  122 } L  30.167, 1.602, 17.479 
{R1 asp  122 } L  30.521, 2.136, 17.186 
{R1 asp  122 } L  30.617, 2.847, 16.940 
{R1 asp  122 } L  30.523, 3.632, 16.809 
{R1 phe   123 } P  30.523, 3.632, 16.809 
{R1 phe  123 } L  30.306, 4.385, 16.858 
{R1 phe  123 } L  30.026, 5.027, 17.132 
{R1 phe  123 } L  29.725, 5.571, 17.591 
{R1 phe  123 } L  29.435, 6.056, 18.174 
{R1 gly   124 } P  29.435, 6.056, 18.174 
{R1 gly  124 } L  29.191, 6.519, 18.819 
{R1 gly  124 } L  29.022, 6.993, 19.475 
{R1 gly  124 } L  28.943, 7.493, 20.119 
{R1 gly  124 } L  28.964, 8.030, 20.738 
{R1 ala   125 } P  28.964, 8.030, 20.738 
{R1 ala  125 } L  29.097, 8.612, 21.320 
{R1 ala  125 } L  29.350, 9.236, 21.842 
{R1 ala  125 } L  29.719, 9.836, 22.249 
{R1 ala  125 } L  30.201, 10.333, 22.478 
{R1 asp   126 } P  30.201, 10.333, 22.478 
{R1 asp  126 } L  30.791, 10.649, 22.464 
{R1 asp  126 } L  31.463, 10.731, 22.167 
{R1 asp  126 } L  32.106, 10.641, 21.634 
{R1 asp  126 } L  32.590, 10.469, 20.937 
{R1 ala   127 } P  32.590, 10.469, 20.937 
{R1 ala  127 } L  32.785, 10.304, 20.145 
{R1 ala  127 } L  32.601, 10.227, 19.335 
{R1 ala  127 } L  32.125, 10.278, 18.597 
{R1 ala  127 } L  31.488, 10.491, 18.024 
{R1 gln   128 } P  31.488, 10.491, 18.024 
{R1 gln  128 } L  30.818, 10.896, 17.711 
{R1 gln  128 } L  30.236, 11.505, 17.718 
{R1 gln  128 } L  29.825, 12.246, 17.964 
{R1 gln  128 } L  29.660, 13.024, 18.334 
{R1 gly   129 } P  29.660, 13.024, 18.334 
{R1 gly  129 } L  29.817, 13.746, 18.712 
{R1 gly  129 } L  30.329, 14.333, 18.995 
{R1 gly  129 } L  31.081, 14.758, 19.120 
{R1 gly  129 } L  31.917, 15.007, 19.034 
{R1 ala   130 } P  31.917, 15.007, 19.034 
{R1 ala  130 } L  32.680, 15.069, 18.686 
{R1 ala  130 } L  33.238, 14.949, 18.054 
{R1 ala  130 } L  33.544, 14.732, 17.236 
{R1 ala  130 } L  33.575, 14.522, 16.361 
{R1 met   131 } P  33.575, 14.522, 16.361 
{R1 met  131 } L  33.307, 14.424, 15.557 
{R1 met  131 } L  32.748, 14.522, 14.934 
{R1 met  131 } L  32.032, 14.814, 14.521 
{R1 met  131 } L  31.322, 15.280, 14.329 
{R1 asn   132 } P  31.322, 15.280, 14.329 
{R1 asn  132 } L  30.782, 15.899, 14.370 
{R1 asn  132 } L  30.544, 16.636, 14.631 
{R1 asn  132 } L  30.610, 17.409, 15.006 
{R1 asn  132 } L  30.950, 18.121, 15.365 
{R1 lys   133 } P  30.950, 18.121, 15.365 
{R1 lys  133 } L  31.534, 18.675, 15.578 
{R1 lys  133 } L  32.309, 19.000, 15.543 
{R1 lys  133 } L  33.144, 19.121, 15.264 
{R1 lys  133 } L  33.883, 19.088, 14.770 
{R1 ala   134 } P  33.883, 19.088, 14.770 
{R1 ala  134 } L  34.371, 18.951, 14.093 
{R1 ala  134 } L  34.494, 18.765, 13.278 
{R1 ala  134 } L  34.291, 18.607, 12.430 
{R1 ala  134 } L  33.841, 18.557, 11.671 
{R1 leu   135 } P  33.841, 18.557, 11.671 
{R1 leu  135 } L  33.221, 18.696, 11.121 
{R1 leu  135 } L  32.519, 19.079, 10.867 
{R1 leu  135 } L  31.857, 19.659, 10.871 
{R1 leu  135 } L  31.367, 20.362, 11.061 
{R1 glu   136 } P  31.367, 20.362, 11.061 
{R1 glu  136 } L  31.180, 21.114, 11.365 
{R1 glu  136 } L  31.384, 21.844, 11.708 
{R1 glu  136 } L  31.899, 22.491, 11.994 
{R1 glu  136 } L  32.600, 22.996, 12.126 
{R1 leu   137 } P  32.600, 22.996, 12.126 
{R1 leu  137 } L  33.363, 23.302, 12.006 
{R1 leu  137 } L  34.070, 23.374, 11.569 
{R1 leu  137 } L  34.628, 23.283, 10.894 
{R1 leu  137 } L  34.949, 23.122, 10.089 
{R1 phe   138 } P  34.949, 23.122, 10.089 
{R1 phe  138 } L  34.945, 22.986, 9.268 
{R1 phe  138 } L  34.569, 22.957, 8.532 
{R1 phe  138 } L  33.934, 23.068, 7.950 
{R1 phe  138 } L  33.193, 23.341, 7.580 
{R1 arg   139 } P  33.193, 23.341, 7.580 
{R1 arg  139 } L  32.499, 23.796, 7.481 
{R1 arg  139 } L  31.985, 24.435, 7.682 
{R1 arg  139 } L  31.706, 25.187, 8.082 
{R1 arg  139 } L  31.698, 25.958, 8.549 
{R1 lys   140 } P  31.698, 25.958, 8.549 
{R1 lys  140 } L  31.997, 26.658, 8.950 
{R1 lys  140 } L  32.605, 27.210, 9.174 
{R1 lys  140 } L  33.398, 27.602, 9.180 
{R1 lys  140 } L  34.216, 27.837, 8.948 
{R1 asp   141 } P  34.216, 27.837, 8.948 
{R1 asp  141 } L  34.902, 27.918, 8.456 
{R1 asp  141 } L  35.325, 27.863, 7.713 
{R1 asp  141 } L  35.461, 27.740, 6.831 
{R1 asp  141 } L  35.315, 27.632, 5.956 
{R1 ile   142 } P  35.315, 27.632, 5.956 
{R1 ile  142 } L  34.891, 27.621, 5.228 
{R1 ile  142 } L  34.219, 27.775, 4.761 
{R1 ile  142 } L  33.435, 28.092, 4.558 
{R1 ile  142 } L  32.702, 28.559, 4.588 
{R1 ala   143 } P  32.702, 28.559, 4.588 
{R1 ala  143 } L  32.181, 29.159, 4.823 
{R1 ala  143 } L  31.998, 29.866, 5.219 
{R1 ala  143 } L  32.130, 30.609, 5.657 
{R1 ala  143 } L  32.517, 31.308, 6.006 
{R1 ala   144 } P  32.517, 31.308, 6.006 
{R1 ala  144 } L  33.100, 31.880, 6.130 
{R1 ala  144 } L  33.804, 32.266, 5.931 
{R1 ala  144 } L  34.500, 32.479, 5.454 
{R1 ala  144 } L  35.045, 32.555, 4.781 
{R1 lys   145 } P  35.045, 32.555, 4.781 
{R1 lys  145 } L  35.297, 32.530, 3.990 
{R1 lys  145 } L  35.156, 32.445, 3.167 
{R1 lys  145 } L  34.694, 32.368, 2.409 
{R1 lys  145 } L  34.024, 32.372, 1.816 
{R1 tyr   146 } P  34.024, 32.372, 1.816 
{R1 tyr  146 } L  33.263, 32.531, 1.489 
{R1 tyr  146 } L  32.523, 32.899, 1.492 
{R1 tyr  146 } L  31.904, 33.438, 1.745 
{R1 tyr  146 } L  31.505, 34.091, 2.133 
{R1 lys   147 } P  31.505, 34.091, 2.133 
{R1 lys  147 } L  31.425, 34.801, 2.539 
{R1 lys  147 } L  31.722, 35.510, 2.856 
{R1 lys  147 } L  32.289, 36.159, 3.016 
{R1 lys  147 } L  32.983, 36.690, 2.963 
{R1 glu   148 } P  32.983, 36.690, 2.963 
{R1 glu  148 } L  33.658, 37.045, 2.639 
{R1 glu  148 } L  34.186, 37.189, 2.020 
{R1 glu  148 } L  34.513, 37.187, 1.223 
{R1 glu  148 } L  34.604, 37.125, 0.400 
@labellist {Mb} color= seagreen off master= {Labels}
{ Mb } P   15.051, 4.818, -5.595 
@subgroup {Heme} dominant
@balllist {Fe-Mb} color=orange radius=0.5
{ fe  hem } P 26.946, 20.466, -3.097 
@balllist {N-Mb} color=blue radius=0.3
{ n a hem } L 28.163, 19.454, -4.285
 { n b hem } L 27.849, 19.782, -1.485
{ n c hem } L 25.357, 20.931, -1.934
{ n d hem } L 25.759, 20.667, -4.792
 @balllist {O-Mb} color=red radius=0.3
{ o1a hem } L 29.679, 21.927, -8.509
 { o2a hem } L 31.178, 21.992, -6.837
{ o1d hem } L 23.272, 20.003, -10.957
{ o2d hem } L 24.923, 18.668, -10.917
@vectorlist {heme Mb} color= yellowtint 
{ fe  hem } P 26.946, 20.466, -3.097 
{ n a hem } L 28.163, 19.454, -4.285
{ cha hem } P 27.228, 20.093, -6.524 
{ c1a hem } L 28.207, 19.541, -5.754
{ c1a hem } P 28.207, 19.541, -5.754 
{ c2a hem } L 29.494, 19.012, -6.134
{ c2a hem } P 29.494, 19.012, -6.134 
{ c3a hem } L 30.251, 18.604, -5.040
{ chb hem } P 29.804, 18.675, -2.529 
{ c4a hem } L 29.429, 18.907, -3.811
{ c3a hem } P 30.251, 18.604, -5.040 
{ cma hem } L 31.688, 18.003, -4.990
{ c2a hem } P 29.494, 19.012, -6.134 
{ caa hem } L 29.936, 18.967, -7.548
{ caa hem } P 29.936, 18.967, -7.548 
{ cba hem } L 31.066, 20.002, -7.891
{ cba hem } P 31.066, 20.002, -7.891 
{ cga hem } L 30.516, 21.444, -7.768
{ cga hem } P 30.516, 21.444, -7.768 
{ o1a hem } L 29.679, 21.927, -8.509
{ cga hem } P 30.516, 21.444, -7.768 
{ o2a hem } L 31.178, 21.992, -6.837
{ fe  hem } P 26.946, 20.466, -3.097 
{ n b hem } L 27.849, 19.782, -1.485
{ chb hem } P 29.804, 18.675, -2.529 
{ c1b hem } L 29.035, 19.074, -1.449
{ c1b hem } P 29.035, 19.074, -1.449 
{ c2b hem } L 29.462, 18.801, -0.073
{ c2b hem } P 29.462, 18.801, -0.073 
{ c3b hem } L 28.377, 19.221, 0.723
{ chc hem } P 26.272, 20.381, 0.283 
{ c4b hem } L 27.433, 19.829, -0.195
{ c2b hem } P 29.462, 18.801, -0.073 
{ cmb hem } L 30.827, 18.130, 0.285
{ c3b hem } P 28.377, 19.221, 0.723 
{ cab hem } L 28.313, 19.056, 2.225
{ cab hem } P 28.313, 19.056, 2.225 
{ cbb hem } L 28.783, 17.960, 2.877
{ fe  hem } P 26.946, 20.466, -3.097 
{ n c hem } L 25.357, 20.931, -1.934
{ chc hem } P 26.272, 20.381, 0.283 
{ c1c hem } L 25.260, 20.836, -0.553
{ c1c hem } P 25.260, 20.836, -0.553 
{ c2c hem } L 23.992, 21.250, -0.093
{ c2c hem } P 23.992, 21.250, -0.093 
{ c3c hem } L 23.177, 21.575, -1.213
{ chd hem } P 23.790, 21.585, -3.683 
{ c4c hem } L 24.130, 21.403, -2.330
{ c2c hem } P 23.992, 21.250, -0.093 
{ cmc hem } L 23.619, 21.235, 1.393
{ c3c hem } P 23.177, 21.575, -1.213 
{ cac hem } L 21.717, 22.028, -1.276
{ cac hem } P 21.717, 22.028, -1.276 
{ cbc hem } L 20.873, 22.212, -0.228
{ fe  hem } P 26.946, 20.466, -3.097 
{ n d hem } L 25.759, 20.667, -4.792
{ chd hem } P 23.790, 21.585, -3.683 
{ c1d hem } L 24.587, 21.258, -4.840
{ c1d hem } P 24.587, 21.258, -4.840 
{ c2d hem } L 24.049, 21.496, -6.201
{ c2d hem } P 24.049, 21.496, -6.201 
{ c3d hem } L 25.047, 21.001, -6.963
{ cha hem } P 27.228, 20.093, -6.524
 { c4d hem } L 26.094, 20.540, -6.094
{ c2d hem } P 24.049, 21.496, -6.201 
{ cmd hem } L 22.744, 22.147, -6.565
{ c3d hem } P 25.047, 21.001, -6.963 
{ cad hem } L 25.047, 20.888, -8.469
{ cad hem } P 25.047, 20.888, -8.469 
{ cbd hem } L 24.372, 19.543, -8.889
{ cbd hem } P 24.372, 19.543, -8.889 
{ cgd hem } L 24.117, 19.367, -10.397
{ cgd hem } P 24.117, 19.367, -10.397 
{ o1d hem } L 23.272, 20.003, -10.957
{ cgd hem } P 24.117, 19.367, -10.397 
{ o2d hem } L 24.923, 18.668, -10.917
{ n a hem } P 28.163, 19.454, -4.285 
{ c1a hem } L 28.207, 19.541, -5.754
{ n a hem } P 28.163, 19.454, -4.285 
{ c4a hem } L 29.429, 18.907, -3.811
{ c3a hem } P 30.251, 18.604, -5.040 
{ c4a hem } L 29.429, 18.907, -3.811
{ n b hem } P 27.849, 19.782, -1.485 
{ c1b hem } L 29.035, 19.074, -1.449
{ n b hem } P 27.849, 19.782, -1.485 
{ c4b hem } L 27.433, 19.829, -0.195
{ c3b hem } P 28.377, 19.221, 0.723 
{ c4b hem } L 27.433, 19.829, -0.195
{ n c hem } P 25.357, 20.931, -1.934 
{ c1c hem } L 25.260, 20.836, -0.553
{ n c hem } P 25.357, 20.931, -1.934 
{ c4c hem } L 24.130, 21.403, -2.330
{ c3c hem } P 23.177, 21.575, -1.213 
{ c4c hem } L 24.130, 21.403, -2.330
{ n d hem } P 25.759, 20.667, -4.792 
{ c1d hem } L 24.587, 21.258, -4.840
{ n d hem } P 25.759, 20.667, -4.792 
{ c4d hem } L 26.094, 20.540, -6.094
{ c3d hem } P 25.047, 21.001, -6.963 
{ c4d hem } L 26.094, 20.540, -6.094
@subgroup {HemeLigand} dominant
@balllist {N his93-Mb} color=blue radius=0.3
{ nd1 his   93 } L 29.496, 23.906, -3.648
{ ne2 his   93 } L 27.874, 22.343, -3.122
@vectorlist {his93-Mb} color= cyan 
{R1 his  93 } P U 28.556, 27.142, -3.935 
{ cb  his   93 } L 28.595, 25.960, -2.446
{ cg  his   93 } L 28.530, 24.438, -2.840
{ nd1 his   93 } L 29.496, 23.906, -3.648
{ ce1 his   93 } L 29.010, 22.502, -3.797
{ ne2 his   93 } L 27.874, 22.343, -3.122
{ ne2 his   93 } P 27.874, 22.343, -3.122 
{ ce1 his   93 } L 29.010, 22.502, -3.797
{ cg  his   93 } P 28.530, 24.438, -2.840 
{ cd2 his   93 } L 27.550, 23.540, -2.465
{ ne2 his   93 } L 27.874, 22.343, -3.122
{ ce1 his   93 } L 29.010, 22.502, -3.797
@vectorlist {Fe-N Mb} color= white 
{ fe  hem } P 26.946, 20.466, -3.097 
{ ne2 his   93 } L 27.874, 22.343, -3.122
@group {Hb beta1} animate 
@subgroup {Ribbon} dominant
@vectorlist {Hb-b1 ribbon} color= sky 
{R1 val  1 } P  40.105, 21.430, 13.059 
{R1 val  1 } L  40.165, 21.417, 13.188 
{R1 val  1 } L  40.313, 21.348, 13.527 
{R1 val  1 } L  40.500, 21.180, 14.003 
{R1 his b 2 } P  40.500, 21.180, 14.003 
{R1 his  2 } L  40.676, 20.871, 14.544 
{R1 his  2 } L  40.803, 20.392, 15.089 
{R1 his  2 } L  40.891, 19.778, 15.620 
{R1 his  2 } L  40.962, 19.082, 16.134 
{R1 leu b 3 } P  40.962, 19.082, 16.134 
{R1 leu  3 } L  41.039, 18.352, 16.624 
{R1 leu  3 } L  41.139, 17.631, 17.085 
{R1 leu  3 } L  41.280, 16.928, 17.508 
{R1 leu  3 } L  41.472, 16.242, 17.883 
{R1 thr b 4 } P  41.472, 16.242, 17.883 
{R1 thr  4 } L  41.730, 15.573, 18.199 
{R1 thr  4 } L  42.057, 14.916, 18.450 
{R1 thr  4 } L  42.424, 14.252, 18.644 
{R1 thr  4 } L  42.791, 13.558, 18.791 
{R1 pro b 5 } P  42.791, 13.558, 18.791 
{R1 pro  5 } L  43.118, 12.813, 18.903 
{R1 pro  5 } L  43.364, 12.010, 18.991 
{R1 pro  5 } L  43.471, 11.219, 19.072 
{R1 pro  5 } L  43.378, 10.528, 19.166 
{R1 glu b 6 } P  43.378, 10.528, 19.166 
{R1 glu  6 } L  43.024, 10.024, 19.292 
{R1 glu  6 } L  42.385, 9.773, 19.449 
{R1 glu  6 } L  41.572, 9.758, 19.565 
{R1 glu  6 } L  40.737, 9.939, 19.548 
{R1 glu b 7 } P  40.737, 9.939, 19.548 
{R1 glu  7 } L  40.027, 10.277, 19.306 
{R1 glu  7 } L  39.563, 10.720, 18.781 
{R1 glu  7 } L  39.354, 11.161, 18.051 
{R1 glu  7 } L  39.380, 11.481, 17.228 
{R1 lys b 8 } P  39.380, 11.481, 17.228 
{R1 lys  8 } L  39.622, 11.560, 16.424 
{R1 lys  8 } L  40.041, 11.313, 15.736 
{R1 lys  8 } L  40.523, 10.792, 15.212 
{R1 lys  8 } L  40.935, 10.086, 14.887 
{R1 ser b 9 } P  40.935, 10.086, 14.887 
{R1 ser  9 } L  41.143, 9.280, 14.796 
{R1 ser  9 } L  41.047, 8.464, 14.946 
{R1 ser  9 } L  40.673, 7.729, 15.245 
{R1 ser  9 } L  40.080, 7.167, 15.570 
{R1 ala b 10 } P  40.080, 7.167, 15.570 
{R1 ala  10 } L  39.328, 6.871, 15.801 
{R1 ala  10 } L  38.484, 6.899, 15.838 
{R1 ala  10 } L  37.658, 7.172, 15.665 
{R1 ala  10 } L  36.965, 7.578, 15.284 
{R1 val b 11 } P  36.965, 7.578, 15.284 
{R1 val  11 } L  36.523, 8.002, 14.699 
{R1 val  11 } L  36.417, 8.342, 13.932 
{R1 val  11 } L  36.590, 8.532, 13.086 
{R1 val  11 } L  36.953, 8.515, 12.281 
{R1 thr b 12 } P  36.953, 8.515, 12.281 
{R1 thr  12 } L  37.416, 8.236, 11.637 
{R1 thr  12 } L  37.891, 7.666, 11.248 
{R1 thr  12 } L  38.281, 6.890, 11.096 
{R1 thr  12 } L  38.494, 6.024, 11.138 
{R1 ala b 13 } P  38.494, 6.024, 11.138 
{R1 ala  13 } L  38.433, 5.179, 11.328 
{R1 ala  13 } L  38.039, 4.458, 11.614 
{R1 ala  13 } L  37.387, 3.915, 11.906 
{R1 ala  13 } L  36.589, 3.594, 12.104 
{R1 leu b 14 } P  36.589, 3.594, 12.104 
{R1 leu  14 } L  35.753, 3.537, 12.109 
{R1 leu  14 } L  34.986, 3.757, 11.850 
{R1 leu  14 } L  34.368, 4.153, 11.363 
{R1 leu  14 } L  33.973, 4.590, 10.714 
{R1 trp b 15 } P  33.973, 4.590, 10.714 
{R1 trp  15 } L  33.879, 4.939, 9.968 
{R1 trp  15 } L  34.120, 5.087, 9.189 
{R1 trp  15 } L  34.578, 5.011, 8.449 
{R1 trp  15 } L  35.098, 4.708, 7.820 
{R1 gly b 16 } P  35.098, 4.708, 7.820 
{R1 gly  16 } L  35.521, 4.175, 7.372 
{R1 gly  16 } L  35.721, 3.435, 7.151 
{R1 gly  16 } L  35.687, 2.615, 7.093 
{R1 gly  16 } L  35.440, 1.866, 7.106 
{R1 lys b 17 } P  35.440, 1.866, 7.106 
{R1 lys  17 } L  34.999, 1.341, 7.101 
{R1 lys  17 } L  34.394, 1.148, 7.001 
{R1 lys  17 } L  33.687, 1.226, 6.790 
{R1 lys  17 } L  32.951, 1.470, 6.470 
{R1 val b 18 } P  32.951, 1.470, 6.470 
{R1 val  18 } L  32.258, 1.776, 6.041 
{R1 val  18 } L  31.665, 2.060, 5.508 
{R1 val  18 } L  31.180, 2.321, 4.899 
{R1 val  18 } L  30.792, 2.577, 4.249 
{R1 asn b 19 } P  30.792, 2.577, 4.249 
{R1 asn  19 } L  30.493, 2.846, 3.592 
{R1 asn  19 } L  30.275, 3.147, 2.953 
{R1 asn  19 } L  30.121, 3.492, 2.328 
{R1 asn  19 } L  30.015, 3.894, 1.703 
{R1 val b 20 } P  30.015, 3.894, 1.703 
{R1 val  20 } L  29.939, 4.363, 1.064 
{R1 val  20 } L  29.870, 4.893, 0.405 
{R1 val  20 } L  29.752, 5.403, -0.245 
{R1 val  20 } L  29.521, 5.792, -0.851 
{R1 asp b 21 } P  29.521, 5.792, -0.851 
{R1 asp  21 } L  29.113, 5.961, -1.376 
{R1 asp  21 } L  28.492, 5.845, -1.783 
{R1 asp  21 } L  27.732, 5.531, -2.013 
{R1 asp  21 } L  26.934, 5.139, -2.007 
{R1 glu b 22 } P  26.934, 5.139, -2.007 
{R1 glu  22 } L  26.201, 4.792, -1.704 
{R1 glu  22 } L  25.619, 4.594, -1.082 
{R1 glu  22 } L  25.213, 4.583, -0.261 
{R1 glu  22 } L  24.993, 4.781, 0.598 
{R1 val b 23 } P  24.993, 4.781, 0.598 
{R1 val  23 } L  24.968, 5.209, 1.338 
{R1 val  23 } L  25.129, 5.866, 1.826 
{R1 val  23 } L  25.385, 6.661, 2.033 
{R1 val  23 } L  25.624, 7.483, 1.955 
{R1 gly b 24 } P  25.624, 7.483, 1.955 
{R1 gly  24 } L  25.736, 8.217, 1.590 
{R1 gly  24 } L  25.633, 8.771, 0.962 
{R1 gly  24 } L  25.318, 9.124, 0.206 
{R1 gly  24 } L  24.817, 9.278, -0.516 
{R1 gly b 25 } P  24.817, 9.278, -0.516 
{R1 gly  25 } L  24.158, 9.231, -1.040 
{R1 gly  25 } L  23.379, 9.004, -1.237 
{R1 gly  25 } L  22.571, 8.687, -1.116 
{R1 gly  25 } L  21.839, 8.393, -0.718 
{R1 glu b 26 } P  21.839, 8.393, -0.718 
{R1 glu  26 } L  21.288, 8.232, -0.083 
{R1 glu  26 } L  20.994, 8.292, 0.729 
{R1 glu  26 } L  20.927, 8.576, 1.589 
{R1 glu  26 } L  21.032, 9.062, 2.352 
{R1 ala b 27 } P  21.032, 9.062, 2.352 
{R1 ala  27 } L  21.249, 9.728, 2.870 
{R1 ala  27 } L  21.519, 10.540, 3.033 
{R1 ala  27 } L  21.760, 11.400, 2.875 
{R1 ala  27 } L  21.887, 12.199, 2.464 
{R1 leu b 28 } P  21.887, 12.199, 2.464 
{R1 leu  28 } L  21.815, 12.823, 1.871 
{R1 leu  28 } L  21.485, 13.189, 1.174 
{R1 leu  28 } L  20.938, 13.313, 0.495 
{R1 leu  28 } L  20.246, 13.239, -0.035 
{R1 gly b 29 } P  20.246, 13.239, -0.035 
{R1 gly  29 } L  19.477, 13.011, -0.282 
{R1 gly  29 } L  18.702, 12.682, -0.154 
{R1 gly  29 } L  17.995, 12.350, 0.286 
{R1 gly  29 } L  17.435, 12.121, 0.937 
{R1 arg b 30 } P  17.435, 12.121, 0.937 
{R1 arg  30 } L  17.097, 12.102, 1.696 
{R1 arg  30 } L  17.029, 12.370, 2.463 
{R1 arg  30 } L  17.158, 12.879, 3.134 
{R1 arg  30 } L  17.383, 13.556, 3.604 
{R1 leu b 31 } P  17.383, 13.556, 3.604 
{R1 leu  31 } L  17.602, 14.325, 3.769 
{R1 leu  31 } L  17.723, 15.110, 3.565 
{R1 leu  31 } L  17.702, 15.827, 3.088 
{R1 leu  31 } L  17.502, 16.391, 2.471 
{R1 leu b 32 } P  17.502, 16.391, 2.471 
{R1 leu  32 } L  17.089, 16.715, 1.850 
{R1 leu  32 } L  16.450, 16.746, 1.348 
{R1 leu  32 } L  15.669, 16.545, 1.035 
{R1 leu  32 } L  14.849, 16.205, 0.971 
{R1 val b 33 } P  14.849, 16.205, 0.971 
{R1 val  33 } L  14.097, 15.820, 1.216 
{R1 val  33 } L  13.501, 15.478, 1.795 
{R1 val  33 } L  13.085, 15.249, 2.608 
{R1 val  33 } L  12.856, 15.198, 3.520 
{R1 val b 34 } P  12.856, 15.198, 3.520 
{R1 val  34 } L  12.821, 15.391, 4.398 
{R1 val  34 } L  12.971, 15.865, 5.124 
{R1 val  34 } L  13.227, 16.538, 5.637 
{R1 val  34 } L  13.493, 17.300, 5.892 
{R1 tyr b 35 } P  13.493, 17.300, 5.892 
{R1 tyr  35 } L  13.674, 18.039, 5.844 
{R1 tyr  35 } L  13.697, 18.670, 5.474 
{R1 tyr  35 } L  13.582, 19.209, 4.862 
{R1 tyr  35 } L  13.370, 19.698, 4.116 
{R1 pro b 36 } P  13.370, 19.698, 4.116 
{R1 pro  36 } L  13.104, 20.176, 3.342 
{R1 pro  36 } L  12.831, 20.677, 2.632 
{R1 pro  36 } L  12.628, 21.197, 2.020 
{R1 pro  36 } L  12.576, 21.724, 1.525 
{R1 trp b 37 } P  12.576, 21.724, 1.525 
{R1 trp  37 } L  12.757, 22.245, 1.167 
{R1 trp  37 } L  13.217, 22.737, 0.948 
{R1 trp  37 } L  13.865, 23.131, 0.806 
{R1 trp  37 } L  14.572, 23.344, 0.663 
{R1 thr b 38 } P  14.572, 23.344, 0.663 
{R1 thr  38 } L  15.210, 23.297, 0.439 
{R1 thr  38 } L  15.676, 22.950, 0.076 
{R1 thr  38 } L  15.960, 22.432, -0.408 
{R1 thr  38 } L  16.076, 21.918, -0.973 
{R1 gln b 39 } P  16.076, 21.918, -0.973 
{R1 gln  39 } L  16.038, 21.579, -1.581 
{R1 gln  39 } L  15.874, 21.546, -2.196 
{R1 gln  39 } L  15.669, 21.786, -2.799 
{R1 gln  39 } L  15.522, 22.224, -3.372 
{R1 arg b 40 } P  15.522, 22.224, -3.372 
{R1 arg  40 } L  15.534, 22.787, -3.899 
{R1 arg  40 } L  15.771, 23.392, -4.370 
{R1 arg  40 } L  16.180, 23.935, -4.794 
{R1 arg  40 } L  16.673, 24.301, -5.189 
{R1 phe b 41 } P  16.673, 24.301, -5.189 
{R1 phe  41 } L  17.166, 24.378, -5.570 
{R1 phe  41 } L  17.579, 24.094, -5.951 
{R1 phe  41 } L  17.870, 23.545, -6.341 
{R1 phe  41 } L  18.003, 22.868, -6.743 
{R1 phe b 42 } P  18.003, 22.868, -6.743 
{R1 phe  42 } L  17.942, 22.199, -7.163 
{R1 phe  42 } L  17.672, 21.652, -7.608 
{R1 phe  42 } L  17.251, 21.243, -8.097 
{R1 phe  42 } L  16.759, 20.965, -8.649 
{R1 glu b 43 } P  16.759, 20.965, -8.649 
{R1 glu  43 } L  16.274, 20.811, -9.285 
{R1 glu  43 } L  15.867, 20.760, -10.009 
{R1 glu  43 } L  15.580, 20.739, -10.754 
{R1 glu  43 } L  15.447, 20.658, -11.436 
{R1 ser b 44 } P  15.447, 20.658, -11.436 
{R1 ser  44 } L  15.501, 20.429, -11.972 
{R1 ser  44 } L  15.749, 19.991, -12.299 
{R1 ser  44 } L  16.084, 19.392, -12.443 
{R1 ser  44 } L  16.373, 18.707, -12.450 
{R1 phe b 45 } P  16.373, 18.707, -12.450 
{R1 phe  45 } L  16.480, 18.010, -12.367 
{R1 phe  45 } L  16.306, 17.364, -12.235 
{R1 phe  45 } L  15.889, 16.779, -12.071 
{R1 phe  45 } L  15.302, 16.256, -11.884 
{R1 gly b 46 } P  15.302, 16.256, -11.884 
{R1 gly  46 } L  14.616, 15.794, -11.684 
{R1 gly  46 } L  13.897, 15.393, -11.475 
{R1 gly  46 } L  13.191, 15.055, -11.231 
{R1 gly  46 } L  12.536, 14.782, -10.917 
{R1 asp b 47 } P  12.536, 14.782, -10.917 
{R1 asp  47 } L  11.971, 14.578, -10.500 
{R1 asp  47 } L  11.522, 14.442, -9.960 
{R1 asp  47 } L  11.159, 14.371, -9.330 
{R1 asp  47 } L  10.841, 14.355, -8.655 
{R1 leu b 48 } P  10.841, 14.355, -8.655 
{R1 leu  48 } L  10.528, 14.389, -7.980 
{R1 leu  48 } L  10.184, 14.459, -7.344 
{R1 leu  48 } L  9.808, 14.530, -6.751 
{R1 leu  48 } L  9.406, 14.562, -6.195 
{R1 ser b 49 } P  9.406, 14.562, -6.195 
{R1 ser  49 } L  8.982, 14.514, -5.672 
{R1 ser  49 } L  8.550, 14.355, -5.175 
{R1 ser  49 } L  8.156, 14.094, -4.688 
{R1 ser  49 } L  7.851, 13.750, -4.192 
{R1 thr b 50 } P  7.851, 13.750, -4.192 
{R1 thr  50 } L  7.688, 13.341, -3.670 
{R1 thr  50 } L  7.705, 12.881, -3.110 
{R1 thr  50 } L  7.874, 12.369, -2.533 
{R1 thr  50 } L  8.156, 11.803, -1.969 
{R1 pro b 51 } P  8.156, 11.803, -1.969 
{R1 pro  51 } L  8.507, 11.177, -1.448 
{R1 pro  51 } L  8.887, 10.497, -1.005 
{R1 pro  51 } L  9.250, 9.804, -0.711 
{R1 pro  51 } L  9.553, 9.147, -0.642 
{R1 asp b 52 } P  9.553, 9.147, -0.642 
{R1 asp  52 } L  9.751, 8.577, -0.874 
{R1 asp  52 } L  9.820, 8.143, -1.446 
{R1 asp  52 } L  9.820, 7.890, -2.246 
{R1 asp  52 } L  9.833, 7.864, -3.123 
{R1 ala b 53 } P  9.833, 7.864, -3.123 
{R1 ala  53 } L  9.939, 8.110, -3.925 
{R1 ala  53 } L  10.202, 8.639, -4.525 
{R1 ala  53 } L  10.612, 9.330, -4.883 
{R1 ala  53 } L  11.141, 10.026, -4.981 
{R1 val b 54 } P  11.141, 10.026, -4.981 
{R1 val  54 } L  11.764, 10.572, -4.803 
{R1 val  54 } L  12.445, 10.841, -4.357 
{R1 val  54 } L  13.129, 10.822, -3.764 
{R1 val  54 } L  13.752, 10.533, -3.170 
{R1 met b 55 } P  13.752, 10.533, -3.170 
{R1 met  55 } L  14.250, 9.991, -2.723 
{R1 met  55 } L  14.580, 9.238, -2.540 
{R1 met  55 } L  14.770, 8.405, -2.619 
{R1 met  55 } L  14.870, 7.648, -2.926 
{R1 gly b 56 } P  14.870, 7.648, -2.926 
{R1 gly  56 } L  14.929, 7.122, -3.429 
{R1 gly  56 } L  14.992, 6.937, -4.091 
{R1 gly  56 } L  15.089, 7.031, -4.849 
{R1 gly  56 } L  15.247, 7.294, -5.639 
{R1 asn b 57 } P  15.247, 7.294, -5.639 
{R1 asn  57 } L  15.494, 7.620, -6.394 
{R1 asn  57 } L  15.850, 7.922, -7.063 
{R1 asn  57 } L  16.305, 8.191, -7.660 
{R1 asn  57 } L  16.845, 8.440, -8.214 
{R1 pro b 58 } P  16.845, 8.440, -8.214 
{R1 pro  58 } L  17.453, 8.682, -8.753 
{R1 pro  58 } L  18.105, 8.935, -9.289 
{R1 pro  58 } L  18.742, 9.236, -9.759 
{R1 pro  58 } L  19.294, 9.629, -10.082 
{R1 lys b 59 } P  19.294, 9.629, -10.082 
{R1 lys  59 } L  19.692, 10.157, -10.178 
{R1 lys  59 } L  19.892, 10.831, -9.991 
{R1 lys  59 } L  19.941, 11.531, -9.555 
{R1 lys  59 } L  19.907, 12.109, -8.932 
{R1 val b 60 } P  19.907, 12.109, -8.932 
{R1 val  60 } L  19.862, 12.412, -8.182 
{R1 val  60 } L  19.870, 12.335, -7.373 
{R1 val  60 } L  19.969, 11.949, -6.610 
{R1 val  60 } L  20.191, 11.369, -6.006 
{R1 lys b 61 } P  20.191, 11.369, -6.006 
{R1 lys  61 } L  20.570, 10.712, -5.675 
{R1 lys  61 } L  21.120, 10.089, -5.692 
{R1 lys  61 } L  21.784, 9.598, -5.983 
{R1 lys  61 } L  22.490, 9.334, -6.437 
{R1 ala b 62 } P  22.490, 9.334, -6.437 
{R1 ala  62 } L  23.161, 9.391, -6.942 
{R1 ala  62 } L  23.735, 9.823, -7.394 
{R1 ala  62 } L  24.188, 10.524, -7.709 
{R1 ala  62 } L  24.508, 11.347, -7.811 
{R1 his b 63 } P  24.508, 11.347, -7.811 
{R1 his  63 } L  24.681, 12.147, -7.623 
{R1 his  63 } L  24.712, 12.794, -7.103 
{R1 his  63 } L  24.663, 13.225, -6.351 
{R1 his  63 } L  24.616, 13.393, -5.501 
{R1 gly b 64 } P  24.616, 13.393, -5.501 
{R1 gly  64 } L  24.650, 13.253, -4.687 
{R1 gly  64 } L  24.830, 12.793, -4.026 
{R1 gly  64 } L  25.159, 12.138, -3.568 
{R1 gly  64 } L  25.626, 11.447, -3.347 
{R1 lys b 65 } P  25.626, 11.447, -3.347 
{R1 lys  65 } L  26.218, 10.879, -3.394 
{R1 lys  65 } L  26.914, 10.565, -3.715 
{R1 lys  65 } L  27.642, 10.529, -4.198 
{R1 lys  65 } L  28.321, 10.766, -4.700 
{R1 lys b 66 } P  28.321, 10.766, -4.700 
{R1 lys  66 } L  28.870, 11.270, -5.083 
{R1 lys  66 } L  29.228, 12.013, -5.229 
{R1 lys  66 } L  29.412, 12.868, -5.121 
{R1 lys  66 } L  29.462, 13.680, -4.768 
{R1 val b 67 } P  29.462, 13.680, -4.768 
{R1 val  67 } L  29.416, 14.299, -4.177 
{R1 val  67 } L  29.317, 14.602, -3.376 
{R1 val  67 } L  29.231, 14.597, -2.484 
{R1 val  67 } L  29.225, 14.320, -1.636 
{R1 leu b 68 } P  29.225, 14.320, -1.636 
{R1 leu  68 } L  29.370, 13.810, -0.971 
{R1 leu  68 } L  29.714, 13.123, -0.596 
{R1 leu  68 } L  30.229, 12.391, -0.493 
{R1 leu  68 } L  30.866, 11.765, -0.613 
{R1 gly b 69 } P  30.866, 11.765, -0.613 
{R1 gly  69 } L  31.577, 11.396, -0.907 
{R1 gly  69 } L  32.310, 11.395, -1.315 
{R1 gly  69 } L  33.001, 11.712, -1.728 
{R1 gly  69 } L  33.583, 12.261, -2.024 
{R1 ala b 70 } P  33.583, 12.261, -2.024 
{R1 ala  70 } L  33.989, 12.951, -2.083 
{R1 ala  70 } L  34.175, 13.689, -1.819 
{R1 ala  70 } L  34.188, 14.358, -1.288 
{R1 ala  70 } L  34.095, 14.837, -0.584 
{R1 phe b 71 } P  34.095, 14.837, -0.584 
{R1 phe  71 } L  33.966, 15.003, 0.202 
{R1 phe  71 } L  33.867, 14.776, 0.979 
{R1 phe  71 } L  33.856, 14.249, 1.663 
{R1 phe  71 } L  33.988, 13.557, 2.172 
{R1 ser b 72 } P  33.988, 13.557, 2.172 
{R1 ser  72 } L  34.317, 12.834, 2.423 
{R1 ser  72 } L  34.873, 12.204, 2.367 
{R1 ser  72 } L  35.585, 11.752, 2.091 
{R1 ser  72 } L  36.356, 11.549, 1.714 
{R1 asp b 73 } P  36.356, 11.549, 1.714 
{R1 asp  73 } L  37.087, 11.668, 1.356 
{R1 asp  73 } L  37.697, 12.142, 1.123 
{R1 asp  73 } L  38.157, 12.846, 1.067 
{R1 asp  73 } L  38.456, 13.614, 1.226 
{R1 gly b 74 } P  38.456, 13.614, 1.226 
{R1 gly  74 } L  38.579, 14.279, 1.637 
{R1 gly  74 } L  38.535, 14.706, 2.310 
{R1 gly  74 } L  38.412, 14.873, 3.140 
{R1 gly  74 } L  38.320, 14.789, 3.995 
{R1 leu b 75 } P  38.320, 14.789, 3.995 
{R1 leu  75 } L  38.366, 14.461, 4.744 
{R1 leu  75 } L  38.634, 13.924, 5.279 
{R1 leu  75 } L  39.101, 13.311, 5.595 
{R1 leu  75 } L  39.718, 12.778, 5.715 
{R1 ala b 76 } P  39.718, 12.778, 5.715 
{R1 ala  76 } L  40.435, 12.485, 5.660 
{R1 ala  76 } L  41.196, 12.545, 5.466 
{R1 ala  76 } L  41.918, 12.900, 5.229 
{R1 ala  76 } L  42.510, 13.448, 5.059 
{R1 his b 77 } P  42.510, 13.448, 5.059 
{R1 his  77 } L  42.882, 14.088, 5.069 
{R1 his  77 } L  42.976, 14.732, 5.339 
{R1 his  77 } L  42.870, 15.344, 5.836 
{R1 his  77 } L  42.674, 15.906, 6.497 
{R1 leu b 78 } P  42.674, 15.906, 6.497 
{R1 leu  78 } L  42.499, 16.395, 7.259 
{R1 leu  78 } L  42.437, 16.805, 8.054 
{R1 leu  78 } L  42.505, 17.178, 8.792 
{R1 leu  78 } L  42.700, 17.568, 9.374 
{R1 asp b 79 } P  42.700, 17.568, 9.374 
{R1 asp  79 } L  43.022, 18.029, 9.705 
{R1 asp  79 } L  43.448, 18.597, 9.718 
{R1 asp  79 } L  43.873, 19.222, 9.467 
{R1 asp  79 } L  44.172, 19.837, 9.033 
{R1 asn b 80 } P  44.172, 19.837, 9.033 
{R1 asn  80 } L  44.219, 20.373, 8.500 
{R1 asn  80 } L  43.926, 20.781, 7.941 
{R1 asn  80 } L  43.356, 21.096, 7.395 
{R1 asn  80 } L  42.609, 21.373, 6.889 
{R1 leu b 81 } P  42.609, 21.373, 6.889 
{R1 leu  81 } L  41.784, 21.667, 6.452 
{R1 leu  81 } L  40.980, 22.023, 6.102 
{R1 leu  81 } L  40.290, 22.450, 5.805 
{R1 leu  81 } L  39.806, 22.947, 5.521 
{R1 lys b 82 } P  39.806, 22.947, 5.521 
{R1 lys  82 } L  39.618, 23.512, 5.205 
{R1 lys  82 } L  39.782, 24.125, 4.823 
{R1 lys  82 } L  40.215, 24.683, 4.381 
{R1 lys  82 } L  40.798, 25.064, 3.890 
{R1 gly b 83 } P  40.798, 25.064, 3.890 
{R1 gly  83 } L  41.410, 25.144, 3.365 
{R1 gly  83 } L  41.940, 24.845, 2.822 
{R1 gly  83 } L  42.310, 24.260, 2.292 
{R1 gly  83 } L  42.448, 23.529, 1.808 
{R1 thr b 84 } P  42.448, 23.529, 1.808 
{R1 thr  84 } L  42.282, 22.788, 1.404 
{R1 thr  84 } L  41.778, 22.163, 1.103 
{R1 thr  84 } L  41.051, 21.724, 0.883 
{R1 thr  84 } L  40.252, 21.528, 0.709 
{R1 phe b 85 } P  40.252, 21.528, 0.709 
{R1 phe  85 } L  39.532, 21.632, 0.547 
{R1 phe  85 } L  39.011, 22.067, 0.364 
{R1 phe  85 } L  38.689, 22.749, 0.134 
{R1 phe  85 } L  38.536, 23.569, -0.168 
{R1 ala b 86 } P  38.536, 23.569, -0.168 
{R1 ala  86 } L  38.519, 24.418, -0.567 
{R1 ala  86 } L  38.598, 25.191, -1.079 
{R1 ala  86 } L  38.696, 25.814, -1.675 
{R1 ala  86 } L  38.726, 26.220, -2.320 
{R1 thr b 87 } P  38.726, 26.220, -2.320 
{R1 thr  87 } L  38.601, 26.340, -2.974 
{R1 thr  87 } L  38.257, 26.141, -3.593 
{R1 thr  87 } L  37.731, 25.728, -4.098 
{R1 thr  87 } L  37.080, 25.243, -4.403 
{R1 leu b 88 } P  37.080, 25.243, -4.403 
{R1 leu  88 } L  36.364, 24.823, -4.419 
{R1 leu  88 } L  35.642, 24.590, -4.101 
{R1 leu  88 } L  34.976, 24.581, -3.558 
{R1 leu  88 } L  34.426, 24.815, -2.941 
{R1 ser b 89 } P  34.426, 24.815, -2.941 
{R1 ser  89 } L  34.054, 25.309, -2.402 
{R1 ser  89 } L  33.897, 26.055, -2.067 
{R1 ser  89 } L  33.903, 26.932, -1.977 
{R1 ser  89 } L  33.997, 27.794, -2.146 
{R1 glu b 90 } P  33.997, 27.794, -2.146 
{R1 glu  90 } L  34.101, 28.494, -2.592 
{R1 glu  90 } L  34.146, 28.915, -3.303 
{R1 glu  90 } L  34.088, 29.057, -4.154 
{R1 glu  90 } L  33.890, 28.951, -4.992 
{R1 leu b 91 } P  33.890, 28.951, -4.992 
{R1 leu  91 } L  33.514, 28.627, -5.664 
{R1 leu  91 } L  32.941, 28.131, -6.048 
{R1 leu  91 } L  32.234, 27.584, -6.147 
{R1 leu  91 } L  31.471, 27.119, -5.993 
{R1 his b 92 } P  31.471, 27.119, -5.993 
{R1 his  92 } L  30.735, 26.874, -5.621 
{R1 his  92 } L  30.097, 26.949, -5.081 
{R1 his  92 } L  29.589, 27.316, -4.486 
{R1 his  92 } L  29.235, 27.910, -3.970 
{R1 cys b 93 } P  29.235, 27.910, -3.970 
{R1 cys  93 } L  29.058, 28.668, -3.662 
{R1 cys  93 } L  29.067, 29.519, -3.663 
{R1 cys  93 } L  29.205, 30.368, -3.951 
{R1 cys  93 } L  29.397, 31.115, -4.473 
{R1 asp b 94 } P  29.397, 31.115, -4.473 
{R1 asp  94 } L  29.572, 31.657, -5.174 
{R1 asp  94 } L  29.667, 31.917, -5.995 
{R1 asp  94 } L  29.657, 31.905, -6.848 
{R1 asp  94 } L  29.531, 31.655, -7.638 
{R1 lys b 95 } P  29.531, 31.655, -7.638 
{R1 lys  95 } L  29.275, 31.202, -8.271 
{R1 lys  95 } L  28.885, 30.591, -8.671 
{R1 lys  95 } L  28.396, 29.920, -8.839 
{R1 lys  95 } L  27.852, 29.297, -8.792 
{R1 leu b 96 } P  27.852, 29.297, -8.792 
{R1 leu  96 } L  27.297, 28.832, -8.549 
{R1 leu  96 } L  26.768, 28.604, -8.134 
{R1 leu  96 } L  26.279, 28.565, -7.588 
{R1 leu  96 } L  25.836, 28.638, -6.956 
{R1 his b 97 } P  25.836, 28.638, -6.956 
{R1 his  97 } L  25.447, 28.743, -6.286 
{R1 his  97 } L  25.116, 28.817, -5.613 
{R1 his  97 } L  24.836, 28.850, -4.939 
{R1 his  97 } L  24.596, 28.847, -4.253 
{R1 val b 98 } P  24.596, 28.847, -4.253 
{R1 val  98 } L  24.388, 28.812, -3.548 
{R1 val  98 } L  24.206, 28.750, -2.817 
{R1 val  98 } L  24.064, 28.675, -2.068 
{R1 val  98 } L  23.980, 28.600, -1.312 
{R1 asp b 99 } P  23.980, 28.600, -1.312 
{R1 asp  99 } L  23.973, 28.539, -0.559 
{R1 asp  99 } L  24.053, 28.501, 0.182 
{R1 asp  99 } L  24.197, 28.467, 0.917 
{R1 asp  99 } L  24.373, 28.416, 1.653 
{R1 pro b 100 } P  24.373, 28.416, 1.653 
{R1 pro  100 } L  24.550, 28.323, 2.398 
{R1 pro  100 } L  24.692, 28.169, 3.151 
{R1 pro  100 } L  24.747, 27.952, 3.863 
{R1 pro  100 } L  24.659, 27.670, 4.476 
{R1 glu b 101 } P  24.659, 27.670, 4.476 
{R1 glu  101 } L  24.371, 27.326, 4.932 
{R1 glu  101 } L  23.864, 26.918, 5.187 
{R1 glu  101 } L  23.268, 26.448, 5.247 
{R1 glu  101 } L  22.749, 25.915, 5.133 
{R1 asn b 102 } P  22.749, 25.915, 5.133 
{R1 asn  102 } L  22.476, 25.319, 4.867 
{R1 asn  102 } L  22.569, 24.671, 4.486 
{R1 asn  102 } L  22.966, 24.024, 4.106 
{R1 asn  102 } L  23.559, 23.441, 3.858 
{R1 phe b 103 } P  23.559, 23.441, 3.858 
{R1 phe  103 } L  24.242, 22.985, 3.877 
{R1 phe  103 } L  24.907, 22.702, 4.251 
{R1 phe  103 } L  25.452, 22.556, 4.899 
{R1 phe  103 } L  25.774, 22.495, 5.697 
{R1 arg b 104 } P  25.774, 22.495, 5.697 
{R1 arg  104 } L  25.772, 22.465, 6.521 
{R1 arg  104 } L  25.384, 22.416, 7.255 
{R1 arg  104 } L  24.720, 22.310, 7.826 
{R1 arg  104 } L  23.930, 22.109, 8.167 
{R1 leu b 105 } P  23.930, 22.109, 8.167 
{R1 leu  105 } L  23.163, 21.777, 8.214 
{R1 leu  105 } L  22.554, 21.293, 7.937 
{R1 leu  105 } L  22.168, 20.701, 7.444 
{R1 leu  105 } L  22.053, 20.061, 6.881 
{R1 leu b 106 } P  22.053, 20.061, 6.881 
{R1 leu  106 } L  22.258, 19.431, 6.391 
{R1 leu  106 } L  22.795, 18.863, 6.098 
{R1 leu  106 } L  23.535, 18.381, 6.041 
{R1 leu  106 } L  24.312, 18.000, 6.238 
{R1 gly b 107 } P  24.312, 18.000, 6.238 
{R1 gly  107 } L  24.961, 17.736, 6.705 
{R1 gly  107 } L  25.344, 17.592, 7.435 
{R1 gly  107 } L  25.439, 17.519, 8.302 
{R1 gly  107 } L  25.251, 17.452, 9.155 
{R1 asn b 108 } P  25.251, 17.452, 9.155 
{R1 asn  108 } L  24.787, 17.331, 9.843 
{R1 asn  108 } L  24.078, 17.103, 10.244 
{R1 asn  108 } L  23.261, 16.769, 10.358 
{R1 asn  108 } L  22.501, 16.340, 10.214 
{R1 val b 109 } P  22.501, 16.340, 10.214 
{R1 val  109 } L  21.960, 15.828, 9.841 
{R1 val  109 } L  21.765, 15.250, 9.289 
{R1 val  109 } L  21.892, 14.649, 8.683 
{R1 val  109 } L  22.283, 14.074, 8.173 
{R1 leu b 110 } P  22.283, 14.074, 8.173 
{R1 leu  110 } L  22.876, 13.574, 7.905 
{R1 leu  110 } L  23.597, 13.185, 7.987 
{R1 leu  110 } L  24.315, 12.892, 8.376 
{R1 leu  110 } L  24.886, 12.670, 8.986 
{R1 val b 111 } P  24.886, 12.670, 8.986 
{R1 val  111 } L  25.163, 12.492, 9.735 
{R1 val  111 } L  25.046, 12.330, 10.533 
{R1 val  111 } L  24.607, 12.153, 11.268 
{R1 val  111 } L  23.963, 11.930, 11.822 
{R1 cys b 112 } P  23.963, 11.930, 11.822 
{R1 cys  112 } L  23.230, 11.630, 12.077 
{R1 cys  112 } L  22.523, 11.230, 11.956 
{R1 cys  112 } L  21.943, 10.751, 11.544 
{R1 cys  112 } L  21.589, 10.220, 10.969 
{R1 val b 113 } P  21.589, 10.220, 10.969 
{R1 val  113 } L  21.562, 9.669, 10.357 
{R1 val  113 } L  21.918, 9.125, 9.826 
{R1 val  113 } L  22.548, 8.614, 9.459 
{R1 val  113 } L  23.304, 8.162, 9.327 
{R1 leu b 114 } P  23.304, 8.162, 9.327 
{R1 leu  114 } L  24.033, 7.794, 9.503 
{R1 leu  114 } L  24.602, 7.525, 10.023 
{R1 leu  114 } L  24.948, 7.327, 10.774 
{R1 leu  114 } L  25.024, 7.161, 11.607 
{R1 ala b 115 } P  25.024, 7.161, 11.607 
{R1 ala  115 } L  24.783, 6.989, 12.371 
{R1 ala  115 } L  24.212, 6.777, 12.939 
{R1 ala  115 } L  23.438, 6.508, 13.266 
{R1 ala  115 } L  22.622, 6.170, 13.331 
{R1 his b 116 } P  22.622, 6.170, 13.331 
{R1 his  116 } L  21.924, 5.751, 13.109 
{R1 his  116 } L  21.479, 5.249, 12.607 
{R1 his  116 } L  21.318, 4.693, 11.944 
{R1 his  116 } L  21.442, 4.125, 11.270 
{R1 his b 117 } P  21.442, 4.125, 11.270 
{R1 his  117 } L  21.856, 3.585, 10.731 
{R1 his  117 } L  22.535, 3.106, 10.449 
{R1 his  117 } L  23.344, 2.700, 10.432 
{R1 his  117 } L  24.119, 2.372, 10.660 
{R1 phe b 118 } P  24.119, 2.372, 10.660 
{R1 phe  118 } L  24.697, 2.126, 11.114 
{R1 phe  118 } L  24.956, 1.963, 11.768 
{R1 phe  118 } L  24.939, 1.859, 12.578 
{R1 phe  118 } L  24.727, 1.789, 13.493 
{R1 gly b 119 } P  24.727, 1.789, 13.493 
{R1 gly  119 } L  24.406, 1.725, 14.463 
{R1 gly  119 } L  24.061, 1.644, 15.436 
{R1 gly  119 } L  23.788, 1.542, 16.362 
{R1 gly  119 } L  23.687, 1.419, 17.192 
{R1 lys b 120 } P  23.687, 1.419, 17.192 
{R1 lys  120 } L  23.859, 1.274, 17.874 
{R1 lys  120 } L  24.361, 1.118, 18.366 
{R1 lys  120 } L  25.095, 1.001, 18.658 
{R1 lys  120 } L  25.919, 0.984, 18.746 
{R1 glu b 121 } P  25.919, 0.984, 18.746 
{R1 glu  121 } L  26.692, 1.127, 18.629 
{R1 glu  121 } L  27.301, 1.469, 18.325 
{R1 glu  121 } L  27.739, 1.971, 17.940 
{R1 glu  121 } L  28.026, 2.571, 17.602 
{R1 phe b 122 } P  28.026, 2.571, 17.602 
{R1 phe  122 } L  28.182, 3.208, 17.440 
{R1 phe  122 } L  28.232, 3.830, 17.547 
{R1 phe  122 } L  28.209, 4.432, 17.886 
{R1 phe  122 } L  28.154, 5.016, 18.386 
{R1 thr b 123 } P  28.154, 5.016, 18.386 
{R1 thr  123 } L  28.103, 5.585, 18.977 
{R1 thr  123 } L  28.090, 6.145, 19.597 
{R1 thr  123 } L  28.133, 6.710, 20.218 
{R1 thr  123 } L  28.244, 7.296, 20.825 
{R1 pro b 124 } P  28.244, 7.296, 20.825 
{R1 pro  124 } L  28.436, 7.919, 21.398 
{R1 pro  124 } L  28.720, 8.578, 21.914 
{R1 pro  124 } L  29.101, 9.205, 22.318 
{R1 pro  124 } L  29.583, 9.713, 22.548 
{R1 pro b 125 } P  29.583, 9.713, 22.548 
{R1 pro  125 } L  30.171, 10.018, 22.542 
{R1 pro  125 } L  30.846, 10.065, 22.260 
{R1 pro  125 } L  31.498, 9.921, 21.748 
{R1 pro  125 } L  31.993, 9.687, 21.071 
{R1 val b 126 } P  31.993, 9.687, 21.071 
{R1 val  126 } L  32.197, 9.461, 20.296 
{R1 val  126 } L  32.023, 9.332, 19.495 
{R1 val  126 } L  31.560, 9.345, 18.755 
{R1 val  126 } L  30.944, 9.536, 18.167 
{R1 gln b 127 } P  30.944, 9.536, 18.167 
{R1 gln  127 } L  30.309, 9.939, 17.823 
{R1 gln  127 } L  29.778, 10.566, 17.782 
{R1 gln  127 } L  29.430, 11.334, 17.971 
{R1 gln  127 } L  29.331, 12.135, 18.280 
{R1 ala b 128 } P  29.331, 12.135, 18.280 
{R1 ala  128 } L  29.549, 12.861, 18.602 
{R1 ala  128 } L  30.113, 13.424, 18.840 
{R1 ala  128 } L  30.900, 13.805, 18.931 
{R1 ala  128 } L  31.754, 14.003, 18.823 
{R1 ala b 129 } P  31.754, 14.003, 18.823 
{R1 ala  129 } L  32.514, 14.017, 18.465 
{R1 ala  129 } L  33.047, 13.864, 17.833 
{R1 ala  129 } L  33.315, 13.631, 17.027 
{R1 ala  129 } L  33.304, 13.422, 16.175 
{R1 tyr b 130 } P  33.304, 13.422, 16.175 
{R1 tyr  130 } L  33.002, 13.341, 15.408 
{R1 tyr  130 } L  32.425, 13.470, 14.831 
{R1 tyr  130 } L  31.709, 13.805, 14.466 
{R1 tyr  130 } L  31.018, 14.316, 14.310 
{R1 gln b 131 } P  31.018, 14.316, 14.310 
{R1 gln  131 } L  30.518, 14.976, 14.361 
{R1 gln  131 } L  30.338, 15.746, 14.599 
{R1 gln  131 } L  30.466, 16.536, 14.918 
{R1 gln  131 } L  30.855, 17.248, 15.196 
{R1 lys b 132 } P  30.855, 17.248, 15.196 
{R1 lys  132 } L  31.456, 17.779, 15.310 
{R1 lys  132 } L  32.206, 18.056, 15.164 
{R1 lys  132 } L  32.978, 18.110, 14.778 
{R1 lys  132 } L  33.627, 17.997, 14.200 
{R1 val b 133 } P  33.627, 17.997, 14.200 
{R1 val  133 } L  34.008, 17.776, 13.478 
{R1 val  133 } L  34.017, 17.508, 12.668 
{R1 val  133 } L  33.706, 17.278, 11.861 
{R1 val  133 } L  33.166, 17.173, 11.158 
{R1 val b 134 } P  33.166, 17.173, 11.158 
{R1 val  134 } L  32.489, 17.282, 10.658 
{R1 val  134 } L  31.770, 17.666, 10.432 
{R1 val  134 } L  31.122, 18.268, 10.438 
{R1 val  134 } L  30.665, 19.002, 10.604 
{R1 ala b 135 } P  30.665, 19.002, 10.604 
{R1 ala  135 } L  30.516, 19.784, 10.859 
{R1 ala  135 } L  30.754, 20.531, 11.129 
{R1 ala  135 } L  31.294, 21.178, 11.334 
{R1 ala  135 } L  32.014, 21.662, 11.393 
{R1 gly b 136 } P  32.014, 21.662, 11.393 
{R1 gly  136 } L  32.789, 21.921, 11.223 
{R1 gly  136 } L  33.503, 21.920, 10.772 
{R1 gly  136 } L  34.062, 21.735, 10.106 
{R1 gly  136 } L  34.382, 21.473, 9.322 
{R1 val b 137 } P  34.382, 21.473, 9.322 
{R1 val  137 } L  34.376, 21.237, 8.516 
{R1 val  137 } L  33.998, 21.118, 7.776 
{R1 val  137 } L  33.362, 21.158, 7.164 
{R1 val  137 } L  32.620, 21.384, 6.737 
{R1 ala b 138 } P  32.620, 21.384, 6.737 
{R1 ala  138 } L  31.927, 21.823, 6.550 
{R1 ala  138 } L  31.415, 22.480, 6.629 
{R1 ala  138 } L  31.140, 23.267, 6.889 
{R1 ala  138 } L  31.140, 24.072, 7.218 
{R1 asn b 139 } P  31.140, 24.072, 7.218 
{R1 asn  139 } L  31.450, 24.786, 7.502 
{R1 asn  139 } L  32.075, 25.316, 7.644 
{R1 asn  139 } L  32.885, 25.651, 7.604 
{R1 asn  139 } L  33.718, 25.796, 7.359 
{R1 ala b 140 } P  33.718, 25.796, 7.359 
{R1 ala  140 } L  34.411, 25.758, 6.887 
{R1 ala  140 } L  34.831, 25.561, 6.188 
{R1 ala  140 } L  34.963, 25.296, 5.359 
{R1 ala  140 } L  34.818, 25.072, 4.521 
{R1 leu  141 } P  34.818, 25.072, 4.521 
{R1 leu  141 } L  34.411, 24.997, 3.795 
{R1 leu  141 } L  33.780, 25.152, 3.279 
{R1 leu  141 } L  33.062, 25.511, 2.971 
{R1 leu  141 } L  32.420, 26.018, 2.846 
{R1 ala  142 } P  32.420, 26.018, 2.846 
{R1 ala  142 } L  32.017, 26.621, 2.880 
{R1 ala  142 } L  31.973, 27.268, 3.039 
{R1 ala  142 } L  32.246, 27.928, 3.253 
{R1 ala  142 } L  32.750, 28.572, 3.444 
{R1 his  143 } P  32.750, 28.572, 3.444 
{R1 his  143 } L  33.398, 29.173, 3.534 
{R1 his  143 } L  34.103, 29.709, 3.464 
{R1 his  143 } L  34.755, 30.187, 3.253 
{R1 his  143 } L  35.242, 30.621, 2.936 
{R1 lys  144 } P  35.242, 30.621, 2.936 
{R1 lys  144 } L  35.451, 31.026, 2.552 
{R1 lys  144 } L  35.308, 31.416, 2.136 
{R1 lys  144 } L  34.890, 31.812, 1.719 
{R1 lys  144 } L  34.311, 32.236, 1.332 
{R1 tyr  145 } P  34.311, 32.236, 1.332 
{R1 tyr  145 } L  33.685, 32.709, 1.006 
{R1 tyr  145 } L  33.111, 33.248, 0.761 
{R1 tyr  145 } L  32.615, 33.844, 0.582 
{R1 tyr  145 } L  32.208, 34.484, 0.445 
{R1 his  146 } P  32.208, 34.484, 0.445 
{R1 his  146 } L  31.901, 35.154, 0.326 
{R1 his  146 } L  31.698, 35.827, 0.208 
{R1 his  146 } L  31.582, 36.423, 0.102 
{R1 his  146 } L  31.529, 36.848, 0.025 
{R1 his  146 } P  31.529, 36.848, 0.025 
{R1 his  146 } L  31.517, 37.011, -0.005 
@labellist {hb-b1} color= skyblue off master= {Labels}
{ beta1 } P   11.159, 14.371, -9.330 
@subgroup {Heme} dominant
@balllist {Fe-b1} color=orange radius=0.5
{ fe  hem b 1 } P 27.767, 20.622, -3.393
@balllist {N-b1} color=blue radius=0.3
{ n a hem b 1 } L 29.232, 19.827, -4.567
{ n b hem b 1 } L 28.650, 19.758, -1.826
{ n c hem b 1 } L 26.083, 20.853, -2.362
{ n d hem b 1 } L 26.589, 20.879, -5.076
@balllist {O-b1} color=red radius=0.3
{ o1a hem b 1 } L 31.289, 20.210, -10.56
{ o2a hem b 1 } L 33.366, 20.383, -9.965
{ o1d hem b 1 } L 25.483, 18.580, -11.330
{ o2d hem b 1 } L 25.930, 20.753, -11.524
@vectorlist {heme-b1} color= pink
{ fe  hem b 1 } P 27.767, 20.622, -3.393 
{ fe  hem b 1 } L 27.767, 20.622, -3.393
{ fe  hem b 1 } P 27.767, 20.622, -3.393 
{ n a hem b 1 } L 29.232, 19.827, -4.567 
{ cha hem b 1 } P 28.296, 20.353, -6.853 
{ c1a hem b 1 } L 29.271, 19.794, -5.976
{ c1a hem b 1 } P 29.271, 19.794, -5.976 
{ c2a hem b 1 } L 30.416, 19.047, -6.439
{ c2a hem b 1 } P 30.416, 19.047, -6.439 
{ c3a hem b 1 } L 31.107, 18.619, -5.316
{ chb hem b 1 } P 30.713, 18.877, -2.851 
{ c4a hem b 1 } L 30.349, 19.114, -4.184
{ c3a hem b 1 } P 31.107, 18.619, -5.316 
{ cma hem b 1 } L 32.395, 17.873, -5.289
{ c2a hem b 1 } P 30.416, 19.047, -6.439 
{ caa hem b 1 } L 30.915, 18.987, -7.868
{ caa hem b 1 } P 30.915, 18.987, -7.868 
{ cba hem b 1 } L 31.795, 20.152, -8.243
{ cba hem b 1 } P 31.795, 20.152, -8.243 
{ cga hem b 1 } L 32.188, 20.230, -9.702
{ cga hem b 1 } P 32.188, 20.230, -9.702 
{ o1a hem b 1 } L 31.289, 20.210, -10.567
{ cga hem b 1 } P 32.188, 20.230, -9.702 
{ o2a hem b 1 } L 33.366, 20.383, -9.965
{ fe  hem b 1 } P 27.767, 20.622, -3.393 
{ n b hem b 1 } L 28.650, 19.758, -1.826
{ chb hem b 1 } P 30.713, 18.877, -2.851 
{ c1b hem b 1 } L 29.875, 19.170, -1.774
{ c1b hem b 1 } P 29.875, 19.170, -1.774 
{ c2b hem b 1 } L 30.284, 18.874, -0.405
{ c2b hem b 1 } P 30.284, 18.874, -0.405 
{ c3b hem b 1 } L 29.238, 19.243, 0.390
{ chc hem b 1 } P 26.962, 20.185, -0.092 
{ c4b hem b 1 } L 28.202, 19.740, -0.522
{ c2b hem b 1 } P 30.284, 18.874, -0.405 
{ cmb hem b 1 } L 31.576, 18.246, -0.058
{ c3b hem b 1 } P 29.238, 19.243, 0.390 
{ cab hem b 1 } L 28.993, 18.929, 1.856
{ cab hem b 1 } P 28.993, 18.929, 1.856 
{ cbb hem b 1 } L 29.501, 17.799, 2.491
{ fe  hem b 1 } P 27.767, 20.622, -3.393 
{ n c hem b 1 } L 26.083, 20.853, -2.362
{ chc hem b 1 } P 26.962, 20.185, -0.092 
{ c1c hem b 1 } L 25.951, 20.642, -0.946
{ c1c hem b 1 } P 25.951, 20.642, -0.946 
{ c2c hem b 1 } L 24.598, 20.924, -0.486
{ c2c hem b 1 } P 24.598, 20.924, -0.486 
{ c3c hem b 1 } L 23.907, 21.332, -1.609
{ chd hem b 1 } P 24.511, 21.640, -4.030 
{ c4c hem b 1 } L 24.836, 21.302, -2.714
{ c2c hem b 1 } P 24.598, 20.924, -0.486 
{ cmc hem b 1 } L 24.122, 20.785, 0.921
{ c3c hem b 1 } P 23.907, 21.332, -1.609 
{ cac hem b 1 } L 22.519, 21.895, -1.687
{ cac hem b 1 } P 22.519, 21.895, -1.687 
{ cbc hem b 1 } L 21.427, 21.403, -1.011
{ fe  hem b 1 } P 27.767, 20.622, -3.393 
{ n d hem b 1 } L 26.589, 20.879, -5.076
{ chd hem b 1 } P 24.511, 21.640, -4.030 
{ c1d hem b 1 } L 25.345, 21.427, -5.127
{ c1d hem b 1 } P 25.345, 21.427, -5.127 
{ c2d hem b 1 } L 24.956, 21.723, -6.498
{ c2d hem b 1 } P 24.956, 21.723, -6.498 
{ c3d hem b 1 } L 26.021, 21.375, -7.294
{ cha hem b 1 } P 28.296, 20.353, -6.853 
{ c4d hem b 1 } L 27.035, 20.838, -6.420
{ c2d hem b 1 } P 24.956, 21.723, -6.498 
{ cmd hem b 1 } L 23.541, 22.088, -6.955
{ c3d hem b 1 } P 26.021, 21.375, -7.294 
{ cad hem b 1 } L 25.932, 21.260, -8.812
{ cad hem b 1 } P 25.932, 21.260, -8.812 
{ cbd hem b 1 } L 25.645, 19.855, -9.313
{ cbd hem b 1 } P 25.645, 19.855, -9.313 
{ cgd hem b 1 } L 25.756, 19.705, -10.849
{ cgd hem b 1 } P 25.756, 19.705, -10.849 
{ o1d hem b 1 } L 25.483, 18.580, -11.330
{ cgd hem b 1 } P 25.756, 19.705, -10.849 
{ o2d hem b 1 } L 25.930, 20.753, -11.524
{ n a hem b 1 } P 29.232, 19.827, -4.567 
{ c1a hem b 1 } L 29.271, 19.794, -5.976
{ n a hem b 1 } P 29.232, 19.827, -4.567 
{ c4a hem b 1 } L 30.349, 19.114, -4.184
{ c3a hem b 1 } P 31.107, 18.619, -5.316 
{ c4a hem b 1 } L 30.349, 19.114, -4.184
{ n b hem b 1 } P 28.650, 19.758, -1.826 
{ c1b hem b 1 } L 29.875, 19.170, -1.774
{ n b hem b 1 } P 28.650, 19.758, -1.826 
{ c4b hem b 1 } L 28.202, 19.740, -0.522
{ c3b hem b 1 } P 29.238, 19.243, 0.390 
{ c4b hem b 1 } L 28.202, 19.740, -0.522
{ n c hem b 1 } P 26.083, 20.853, -2.362 
{ c1c hem b 1 } L 25.951, 20.642, -0.946
{ n c hem b 1 } P 26.083, 20.853, -2.362 
{ c4c hem b 1 } L 24.836, 21.302, -2.714
{ c3c hem b 1 } P 23.907, 21.332, -1.609 
{ c4c hem b 1 } L 24.836, 21.302, -2.714
{ n d hem b 1 } P 26.589, 20.879, -5.076
{ c1d hem b 1 } L 25.345, 21.427, -5.127
{ n d hem b 1 } P 26.589, 20.879, -5.076 
{ c4d hem b 1 } L 27.035, 20.838, -6.420
{ c3d hem b 1 } P 26.021, 21.375, -7.294 
{ c4d hem b 1 } L 27.035, 20.838, -6.420
@subgroup {HemeLigand} dominant
@balllist {N his92-b1} color=blue radius=0.3
{ nd1 his b 92 } L 30.423, 23.954, -3.456
{ ne2 his b 92 } L 28.647, 22.586, -3.284
@vectorlist {his92-b1} color= cyan 
{R1 his  92 } L  30.097, 26.949, -5.081 
{ cb  his b 92 } L 29.379, 26.225, -2.977
{ cg  his b 92 } L 29.304, 24.703, -3.155
{ nd1 his b 92 } L 30.423, 23.954, -3.456
{ ce1 his b 92 } L 29.949, 22.642, -3.538
{ ne2 his b 92 } L 28.647, 22.586, -3.284
{ ne2 his b 92 } P 28.647, 22.586, -3.284 
{ ce1 his b 92 } L 29.949, 22.642, -3.538
{ cg  his b 92 } P 29.304, 24.703, -3.155 
{ cd2 his b 92 } L 28.232, 23.854, -3.044
{ ne2 his b 92 } L 28.647, 22.586, -3.284
{ ce1 his b 92 } L 29.949, 22.642, -3.538
@vectorlist {fe-n-b1} color= white 
{ fe  hem b 1 } P 27.767, 20.622, -3.393
{ ne2 his b 92 } L 28.647, 22.586, -3.284
@group {Hb alpha}    animate   off
@subgroup {Ribbon} dominant
@vectorlist {ribbon} color= bluetint
{R1 val  1 } P 38.583, 22.009, 16.024
{R1 val  1 } 38.596, 21.781, 15.912
{R1 val  1 } 38.678, 21.192, 15.712
{R1 leu  2 } 38.893, 20.387, 15.625
{R1 leu  2 } 39.286, 19.493, 15.797
{R1 leu  2 } 39.828, 18.579, 16.154
{R1 ser  3 } 40.474, 17.698, 16.568
{R1 ser  3 } 41.176, 16.880, 16.934
{R1 ser  3 } 41.875, 16.068, 17.235
{R1 pro  4 } 42.511, 15.184, 17.481
{R1 pro  4 } 43.005, 14.190, 17.679
{R1 pro  4 } 43.196, 13.220, 17.836
{R1 ala  5 } 42.900, 12.451, 17.958
{R1 ala  5 } 42.034, 12.023, 18.027
{R1 ala  5 } 40.905, 11.929, 17.913
{R1 asp  6 } 39.916, 12.130, 17.459
{R1 asp  6 } 39.397, 12.544, 16.583
{R1 asp  6 } 39.373, 12.938, 15.495
{R1 lys  7 } 39.793, 13.039, 14.477
{R1 lys  7 } 40.556, 12.649, 13.768
{R1 lys  7 } 41.357, 11.865, 13.416
{R1 thr  8 } 41.840, 10.860, 13.426
{R1 thr  8 } 41.735, 9.812, 13.755
{R1 thr  8 } 41.121, 8.923, 14.171
{R1 asn  9 } 40.162, 8.399, 14.398
{R1 asn  9 } 39.044, 8.376, 14.216
{R1 asn  9 } 38.046, 8.699, 13.644
{R1 val  10 } 37.469, 9.138, 12.761
{R1 val  10 } 37.523, 9.480, 11.673
{R1 val  10 } 38.052, 9.569, 10.605
{R1 lys  11 } 38.809, 9.262, 9.814
{R1 lys  11 } 39.551, 8.485, 9.487
{R1 lys  11 } 40.043, 7.426, 9.547
{R1 ala  12 } 40.057, 6.340, 9.850
{R1 ala  12 } 39.450, 5.455, 10.239
{R1 ala  12 } 38.428, 4.890, 10.513
{R1 ala  13 } 37.284, 4.736, 10.458
{R1 ala  13 } 36.290, 5.025, 9.931
{R1 ala  13 } 35.641, 5.541, 9.059
{R1 trp  14 } 35.511, 6.009, 8.039
{R1 trp  14 } 35.986, 6.190, 7.061
{R1 trp  14 } 36.795, 6.001, 6.271
{R1 gly  15 } 37.579, 5.394, 5.806
{R1 gly  15 } 38.031, 4.385, 5.743
{R1 gly  15 } 38.044, 3.241, 5.916
{R1 lys  16 } 37.561, 2.293, 6.097
{R1 lys  16 } 36.604, 1.793, 6.094
{R1 lys  16 } 35.511, 1.683, 5.850
{R1 val  17 } 34.695, 1.828, 5.345
{R1 val  17 } 34.467, 2.094, 4.574
{R1 val  17 } 34.713, 2.361, 3.600
{R1 gly  18 } 35.216, 2.515, 2.503
{R1 gly  18 } 35.753, 2.469, 1.365
{R1 gly  18 } 36.100, 2.273, 0.283
{R1 ala  19 } 36.027, 2.006, -0.643
{R1 ala  19 } 35.397, 1.756, -1.327
{R1 ala  19 } 34.436, 1.648, -1.745
{R1 his  20 } 33.462, 1.814, -1.887
{R1 his  20 } 32.730, 2.345, -1.778
{R1 his  20 } 32.253, 3.173, -1.578
{R1 ala  21 } 31.979, 4.190, -1.485
{R1 ala  21 } 31.835, 5.265, -1.654
{R1 ala  21 } 31.661, 6.183, -2.070
{R1 gly  22 } 31.274, 6.704, -2.676
{R1 gly  22 } 30.551, 6.669, -3.378
{R1 gly  22 } 29.617, 6.235, -3.921
{R1 glu  23 } 28.658, 5.636, -4.013
{R1 glu  23 } 27.839, 5.100, -3.465
{R1 glu  23 } 27.246, 4.824, -2.505
{R1 tyr  24 } 26.946, 4.995, -1.460
{R1 tyr  24 } 26.956, 5.723, -0.630
{R1 tyr  24 } 27.105, 6.792, -0.183
{R1 gly  25 } 27.174, 7.907, -0.253
{R1 gly  25 } 26.981, 8.805, -0.893
{R1 gly  25 } 26.504, 9.350, -1.810
{R1 ala  26 } 25.761, 9.442, -2.627
{R1 ala  26 } 24.801, 9.047, -3.029
{R1 ala  26 } 23.810, 8.421, -2.947
{R1 glu  27 } 23.007, 7.887, -2.371
{R1 glu  27 } 22.558, 7.716, -1.359
{R1 glu  27 } 22.406, 7.966, -0.223
{R1 ala  28 } 22.445, 8.642, 0.659
{R1 ala  28 } 22.555, 9.690, 0.992
{R1 ala  28 } 22.578, 10.834, 0.805
{R1 leu  29 } 22.346, 11.741, 0.211
{R1 leu  29 } 21.747, 12.152, -0.643
{R1 leu  29 } 20.890, 12.100, -1.451
{R1 glu  30 } 19.939, 11.692, -1.871
{R1 glu  30 } 19.050, 11.070, -1.654
{R1 glu  30 } 18.339, 10.499, -0.933
{R1 arg  31 } 17.914, 10.280, 0.062
{R1 arg  31 } 17.834, 10.628, 1.098
{R1 arg  31 } 17.950, 11.427, 1.918
{R1 met  32 } 18.066, 12.476, 2.259
{R1 met  32 } 18.008, 13.571, 1.952
{R1 met  32 } 17.704, 14.484, 1.214
{R1 phe  33 } 17.107, 14.987, 0.354
{R1 phe  33 } 16.214, 14.925, -0.342
{R1 phe  33 } 15.189, 14.462, -0.686
{R1 leu  34 } 14.241, 13.838, -0.512
{R1 leu  34 } 13.545, 13.281, 0.261
{R1 leu  34 } 13.144, 12.972, 1.397
{R1 ser  35 } 13.047, 13.081, 2.576
{R1 ser  35 } 13.228, 13.704, 3.516
{R1 ser  35 } 13.523, 14.657, 4.075
{R1 phe  36 } 13.733, 15.686, 4.150
{R1 phe  36 } 13.709, 16.590, 3.696
{R1 phe  36 } 13.487, 17.388, 2.897
{R1 pro  37 } 13.153, 18.155, 1.997
{R1 pro  37 } 12.810, 18.948, 1.208
{R1 pro  37 } 12.631, 19.748, 0.611
{R1 thr  38 } 12.807, 20.523, 0.258
{R1 thr  38 } 13.449, 21.216, 0.149
{R1 thr  38 } 14.361, 21.682, 0.100
{R1 thr  39 } 15.269, 21.752, -0.124
{R1 thr  39 } 15.937, 21.351, -0.693
{R1 thr  39 } 16.289, 20.766, -1.516
{R1 lys  40 } 16.291, 20.372, -2.444
{R1 lys  40 } 15.963, 20.462, -3.335
{R1 lys  40 } 15.557, 20.981, -4.105
{R1 thr  41 } 15.379, 21.790, -4.682
{R1 thr  41 } 15.657, 22.723, -5.030
{R1 thr  41 } 16.295, 23.514, -5.259
{R1 tyr  42 } 17.117, 23.872, -5.512
{R1 tyr  42 } 17.943, 23.609, -5.907
{R1 tyr  42 } 18.583, 22.949, -6.448
{R1 phe  43 } 18.843, 22.217, -7.115
{R1 phe  43 } 18.604, 21.682, -7.889
{R1 phe  43 } 18.036, 21.380, -8.765
{R1 pro  44 } 17.386, 21.287, -9.739
{R1 pro  44 } 16.867, 21.349, -10.784
{R1 pro  44 } 16.571, 21.378, -11.760
{R1 his  45 } 16.557, 21.155, -12.503
{R1 his  45 } 16.838, 20.525, -12.892
{R1 his  45 } 17.244, 19.583, -12.998
{R1 phe  46 } 17.554, 18.489, -12.936
{R1 phe  46 } 17.601, 17.384, -12.798
{R1 phe  46 } 17.426, 16.338, -12.582
{R1 asp  47 } 17.120, 15.401, -12.262
{R1 asp  47 } 16.760, 14.607, -11.824
{R1 asp  47 } 16.378, 13.917, -11.301
{R1 leu  48 } 15.993, 13.273, -10.738
{R1 leu  48 } 15.623, 12.620, -10.178
{R1 leu  48 } 15.297, 11.917, -9.657
{R1 ser  49 } 15.041, 11.124, -9.207
{R1 ser  49 } 14.890, 10.215, -8.850
{R1 ser  49 } 14.901, 9.215, -8.559
{R1 his  50 } 15.138, 8.164, -8.293
{R1 his  50 } 15.632, 7.125, -8.043
{R1 his  50 } 16.290, 6.265, -7.917
{R1 gly  51 } 16.988, 5.773, -8.055
{R1 gly  51 } 17.629, 5.774, -8.545
{R1 gly  51 } 18.226, 6.139, -9.274
{R1 ser  52 } 18.820, 6.669, -10.079
{R1 ser  52 } 19.448, 7.207, -10.828
{R1 ser  52 } 20.126, 7.747, -11.506
{R1 ala  53 } 20.868, 8.321, -12.129
{R1 ala  53 } 21.653, 8.957, -12.680
{R1 ala  53 } 22.336, 9.663, -13.013
{R1 gln  54 } 22.737, 10.446, -12.945
{R1 gln  54 } 22.747, 11.264, -12.363
{R1 gln  54 } 22.537, 11.893, -11.419
{R1 val  55 } 22.346, 12.062, -10.329
{R1 val  55 } 22.376, 11.603, -9.305
{R1 val  55 } 22.684, 10.754, -8.538
{R1 lys  56 } 23.289, 9.856, -8.212
{R1 lys  56 } 24.173, 9.211, -8.431
{R1 lys  56 } 25.166, 8.977, -8.981
{R1 gly  57 } 26.063, 9.271, -9.566
{R1 gly  57 } 26.693, 10.131, -9.925
{R1 gly  57 } 27.032, 11.260, -9.931
{R1 his  58 } 27.093, 12.281, -9.486
{R1 his  58 } 26.925, 12.877, -8.567
{R1 his  58 } 26.721, 12.990, -7.421
{R1 gly  59 } 26.708, 12.620, -6.368
{R1 gly  59 } 27.062, 11.834, -5.672
{R1 gly  59 } 27.738, 10.950, -5.377
{R1 lys  60 } 28.642, 10.345, -5.473
{R1 lys  60 } 29.657, 10.313, -5.901
{R1 lys  60 } 30.593, 10.802, -6.407
{R1 lys  61 } 31.242, 11.674, -6.685
{R1 lys  61 } 31.457, 12.759, -6.499
{R1 lys  61 } 31.351, 13.761, -5.893
{R1 val  62 } 31.099, 14.354, -4.978
{R1 val  62 } 30.874, 14.304, -3.890
{R1 val  62 } 30.831, 13.751, -2.868
{R1 ala  63 } 31.122, 12.927, -2.176
{R1 ala  63 } 31.837, 12.070, -2.001
{R1 ala  63 } 32.823, 11.438, -2.222
{R1 asp  64 } 33.864, 11.294, -2.641
{R1 asp  64 } 34.765, 11.804, -3.060
{R1 asp  64 } 35.418, 12.741, -3.278
{R1 ala  65 } 35.734, 13.782, -3.095
{R1 ala  65 } 35.677, 14.632, -2.390
{R1 ala  65 } 35.432, 15.105, -1.360
{R1 leu  66 } 35.235, 15.044, -0.284
{R1 leu  66 } 35.285, 14.384, 0.591
{R1 leu  66 } 35.632, 13.425, 1.139
{R1 thr  67 } 36.287, 12.557, 1.265
{R1 thr  67 } 37.221, 12.108, 0.945
{R1 thr  67 } 38.234, 12.148, 0.424
{R1 asn  68 } 39.085, 12.683, 0.021
{R1 asn  68 } 39.584, 13.652, -0.005
{R1 asn  68 } 39.756, 14.732, 0.377
{R1 ala  69 } 39.677, 15.536, 1.144
{R1 ala  69 } 39.448, 15.761, 2.224
{R1 ala  69 } 39.263, 15.459, 3.360
{R1 val  70 } 39.340, 14.767, 4.248
{R1 val  70 } 39.836, 13.855, 4.656
{R1 val  70 } 40.658, 13.018, 4.646
{R1 ala  71 } 41.651, 12.584, 4.349
{R1 ala  71 } 42.656, 12.780, 3.916
{R1 ala  71 } 43.498, 13.438, 3.562
{R1 his  72 } 43.995, 14.289, 3.520
{R1 his  72 } 44.039, 15.106, 3.955
{R1 his  72 } 43.799, 15.825, 4.777
{R1 val  73 } 43.517, 16.421, 5.830
{R1 val  73 } 43.398, 16.897, 6.945
{R1 val  73 } 43.513, 17.357, 7.908
{R1 asp  74 } 43.895, 17.929, 8.491
{R1 asp  74 } 44.520, 18.693, 8.534
{R1 asp  74 } 45.115, 19.529, 8.145
{R1 asp  75 } 45.345, 20.265, 7.498
{R1 asp  75 } 44.974, 20.783, 6.755
{R1 asp  75 } 44.147, 21.169, 6.022
{R1 met  76 } 43.106, 21.561, 5.393
{R1 met  76 } 42.084, 22.071, 4.925
{R1 met  76 } 41.285, 22.714, 4.538
{R1 pro  77 } 40.905, 23.480, 4.116
{R1 pro  77 } 41.069, 24.312, 3.569
{R1 pro  77 } 41.620, 24.966, 2.912
{R1 asn  78 } 42.335, 25.152, 2.188
{R1 asn  78 } 42.990, 24.682, 1.445
{R1 asn  78 } 43.382, 23.768, 0.759
{R1 ala  79 } 43.307, 22.723, 0.216
{R1 ala  79 } 42.657, 21.837, -0.132
{R1 ala  79 } 41.680, 21.293, -0.353
{R1 leu  80 } 40.717, 21.251, -0.547
{R1 leu  80 } 40.041, 21.799, -0.805
{R1 leu  80 } 39.656, 22.743, -1.186
{R1 ser  81 } 39.500, 23.817, -1.740
{R1 ser  81 } 39.489, 24.774, -2.490
{R1 ser  81 } 39.441, 25.442, -3.342
{R1 ala  82 } 39.155, 25.667, -4.171
{R1 ala  82 } 38.492, 25.376, -4.846
{R1 ala  82 } 37.572, 24.817, -5.207
{R1 leu  83 } 36.579, 24.317, -5.086
{R1 leu  83 } 35.683, 24.151, -4.408
{R1 leu  83 } 34.993, 24.388, -3.462
{R1 ser  84 } 34.605, 25.044, -2.632
{R1 ser  84 } 34.563, 26.078, -2.235
{R1 ser  84 } 34.711, 27.220, -2.330
{R1 asp  85 } 34.840, 28.141, -2.911
{R1 asp  85 } 34.772, 28.583, -3.912
{R1 asp  85 } 34.441, 28.571, -5.025
{R1 leu  86 } 33.809, 28.200, -5.882
{R1 leu  86 } 32.883, 27.598, -6.193
{R1 leu  86 } 31.843, 27.020, -5.988
{R1 his  87 } 30.915, 26.754, -5.376
{R1 his  87 } 30.280, 27.015, -4.497
{R1 his  87 } 29.947, 27.728, -3.625
{R1 ala  88 } 29.885, 28.743, -3.063
{R1 ala  88 } 30.036, 29.897, -3.042
{R1 ala  88 } 30.249, 30.959, -3.500
{R1 his  89 } 30.353, 31.684, -4.298
{R1 his  89 } 30.210, 31.887, -5.294
{R1 his  89 } 29.838, 31.627, -6.313
{R1 lys  90 } 29.290, 31.023, -7.176
{R1 lys  90 } 28.627, 30.209, -7.728
{R1 lys  90 } 27.922, 29.382, -7.920
{R1 leu  91 } 27.251, 28.754, -7.729
{R1 leu  91 } 26.675, 28.476, -7.159
{R1 leu  91 } 26.179, 28.448, -6.335
{R1 arg  92 } 25.728, 28.509, -5.411
{R1 arg  92 } 25.294, 28.528, -4.510
{R1 arg  92 } 24.856, 28.484, -3.640
{R1 val  93 } 24.399, 28.387, -2.780
{R1 val  93 } 23.924, 28.252, -1.908
{R1 val  93 } 23.501, 28.114, -1.013
{R1 asp  94 } 23.215, 28.018, -0.083
{R1 asp  94 } 23.123, 27.985, 0.890
{R1 asp  94 } 23.166, 27.960, 1.901
{R1 pro  95 } 23.254, 27.867, 2.941
{R1 pro  95 } 23.296, 27.642, 3.977
{R1 pro  95 } 23.189, 27.268, 4.870
{R1 val  96 } 22.828, 26.737, 5.457
{R1 val  96 } 22.183, 26.055, 5.620
{R1 val  96 } 21.537, 25.276, 5.424
{R1 asn  97 } 21.246, 24.465, 4.983
{R1 asn  97 } 21.564, 23.685, 4.435
{R1 asn  97 } 22.321, 22.987, 4.021
{R1 phe  98 } 23.239, 22.420, 4.010
{R1 phe  98 } 24.056, 22.006, 4.571
{R1 phe  98 } 24.559, 21.679, 5.492
{R1 lys  99 } 24.546, 21.345, 6.465
{R1 lys  99 } 23.915, 20.929, 7.209
{R1 lys  99 } 22.946, 20.415, 7.570
{R1 leu  100 } 22.019, 19.805, 7.422
{R1 leu  100 } 21.458, 19.114, 6.725
{R1 leu  100 } 21.364, 18.411, 5.772
{R1 leu  101 } 21.786, 17.781, 4.943
{R1 leu  101 } 22.700, 17.288, 4.552
{R1 leu  101 } 23.797, 16.913, 4.656
{R1 ser  102 } 24.694, 16.615, 5.250
{R1 ser  102 } 25.086, 16.347, 6.265
{R1 ser  102 } 24.965, 16.038, 7.387
{R1 his  103 } 24.399, 15.610, 8.238
{R1 his  103 } 23.504, 15.013, 8.525
{R1 his  103 } 22.596, 14.306, 8.286
{R1 cys  104 } 22.039, 13.579, 7.641
{R1 cys  104 } 22.104, 12.909, 6.747
{R1 cys  104 } 22.690, 12.335, 5.909
{R1 leu  105 } 23.605, 11.886, 5.472
{R1 leu  105 } 24.637, 11.571, 5.681
{R1 leu  105 } 25.504, 11.319, 6.395
{R1 leu  106 } 25.906, 11.038, 7.374
{R1 leu  106 } 25.643, 10.654, 8.376
{R1 leu  106 } 24.914, 10.158, 9.143
{R1 val  107 } 24.018, 9.559, 9.415
{R1 val  107 } 23.234, 8.875, 9.027
{R1 val  107 } 22.778, 8.171, 8.214
{R1 thr  108 } 22.846, 7.526, 7.305
{R1 thr  108 } 23.540, 6.998, 6.602
{R1 thr  108 } 24.591, 6.580, 6.282
{R1 leu  109 } 25.634, 6.249, 6.492
{R1 leu  109 } 26.354, 5.973, 7.291
{R1 leu  109 } 26.626, 5.688, 8.390
{R1 ala  110 } 26.377, 5.321, 9.415
{R1 ala  110 } 25.607, 4.816, 10.049
{R1 ala  110 } 24.619, 4.191, 10.216
{R1 ala  111 } 23.795, 3.480, 9.898
{R1 ala  111 } 23.441, 2.726, 9.142
{R1 ala  111 } 23.579, 2.016, 8.247
{R1 his  112 } 24.158, 1.444, 7.576
{R1 his  112 } 25.088, 1.074, 7.409
{R1 his  112 } 26.133, 0.837, 7.697
{R1 leu  113 } 27.018, 0.632, 8.311
{R1 leu  113 } 27.536, 0.371, 9.130
{R1 leu  113 } 27.759, 0.013, 10.079
{R1 pro  114 } 27.824, -0.470, 11.095
{R1 pro  114 } 27.874, -1.068, 12.105
{R1 pro  114 } 28.069, -1.616, 12.998
{R1 ala  115 } 28.571, -1.909, 13.658
{R1 ala  115 } 29.456, -1.790, 14.003
{R1 ala  115 } 30.450, -1.304, 14.114
{R1 glu  116 } 31.194, -0.543, 14.109
{R1 glu  116 } 31.424, 0.393, 14.101
{R1 glu  116 } 31.257, 1.374, 14.183
{R1 phe  117 } 30.909, 2.267, 14.440
{R1 phe  117 } 30.562, 2.973, 14.935
{R1 phe  117 } 30.265, 3.539, 15.625
{R1 thr  118 } 30.038, 4.049, 16.445
{R1 thr  118 } 29.897, 4.582, 17.333
{R1 thr  118 } 29.856, 5.184, 18.238
{R1 pro  119 } 29.926, 5.896, 19.112
{R1 pro  119 } 30.129, 6.722, 19.887
{R1 pro  119 } 30.515, 7.520, 20.413
{R1 ala  120 } 31.145, 8.115, 20.518
{R1 ala  120 } 32.010, 8.380, 20.092
{R1 ala  120 } 32.819, 8.396, 19.261
{R1 val  121 } 33.214, 8.294, 18.211
{R1 val  121 } 32.942, 8.207, 17.133
{R1 val  121 } 32.188, 8.265, 16.243
{R1 his  122 } 31.244, 8.602, 15.764
{R1 his  122 } 30.391, 9.297, 15.836
{R1 his  122 } 29.853, 10.218, 16.271
{R1 ala  123 } 29.841, 11.180, 16.802
{R1 ala  123 } 30.472, 12.016, 17.184
{R1 ala  123 } 31.484, 12.625, 17.263
{R1 ser  124 } 32.520, 12.925, 16.907
{R1 ser  124 } 33.264, 12.883, 16.054
{R1 ser  124 } 33.573, 12.672, 14.931
{R1 leu  125 } 33.346, 12.516, 13.831
{R1 leu  125 } 32.561, 12.601, 13.011
{R1 leu  125 } 31.526, 12.974, 12.558
{R1 asp  126 } 30.625, 13.647, 12.522
{R1 asp  126 } 30.179, 14.590, 12.890
{R1 asp  126 } 30.240, 15.609, 13.420
{R1 lys  127 } 30.796, 16.469, 13.807
{R1 lys  127 } 31.771, 16.987, 13.806
{R1 lys  127 } 32.845, 17.179, 13.394
{R1 phe  128 } 33.638, 17.115, 12.605
{R1 phe  128 } 33.855, 16.888, 11.517
{R1 phe  128 } 33.543, 16.690, 10.385
{R1 leu  129 } 32.836, 16.739, 9.509
{R1 leu  129 } 31.900, 17.191, 9.117
{R1 leu  129 } 31.038, 17.965, 9.149
{R1 ala  130 } 30.587, 18.915, 9.472
{R1 ala  130 } 30.788, 19.895, 9.933
{R1 ala  130 } 31.491, 20.740, 10.295
{R1 ser  131 } 32.454, 21.280, 10.300
{R1 ser  131 } 33.430, 21.407, 9.771
{R1 ser  131 } 34.162, 21.258, 8.858
{R1 val  132 } 34.391, 21.032, 7.791
{R1 val  132 } 33.957, 20.911, 6.790
{R1 val  132 } 33.098, 21.014, 6.035
{R1 ser  133 } 32.148, 21.446, 5.698
{R1 ser  133 } 31.412, 22.255, 5.872
{R1 ser  133 } 31.064, 23.271, 6.344
{R1 thr  134 } 31.246, 24.268, 6.826
{R1 thr  134 } 32.011, 25.051, 7.062
{R1 thr  134 } 33.068, 25.550, 6.947
{R1 val  135 } 34.037, 25.726, 6.409
{R1 val  135 } 34.597, 25.585, 5.440
{R1 val  135 } 34.673, 25.322, 4.278
{R1 leu  136 } 34.247, 25.180, 3.227
{R1 leu  136 } 33.372, 25.347, 2.532
{R1 leu  136 } 32.381, 25.807, 2.210
{R1 thr  137 } 31.673, 26.492, 2.224
{R1 thr  137 } 31.552, 27.332, 2.507
{R1 thr  137 } 31.930, 28.253, 2.890
{R1 ser  138 } 32.620, 29.179, 3.177
{R1 ser  138 } 33.421, 30.045, 3.214
{R1 ser  138 } 34.080, 30.823, 3.016
{R1 lys  139 } 34.329, 31.495, 2.640
{R1 lys  139 } 33.993, 32.060, 2.158
{R1 lys  139 } 33.265, 32.577, 1.681
{R1 tyr  140 } 32.432, 33.118, 1.333
{R1 tyr  140 } 31.737, 33.745, 1.208
{R1 tyr  140 } 31.237, 34.457, 1.268
{R1 arg  141 } 30.946, 35.242, 1.446
{R1 arg  141 } 30.857, 36.051, 1.670
{R1 arg  141 } 30.883, 36.697, 1.864
{R1 arg  141 } 30.915, 36.962, 1.946
@labellist {hb-a1} color= blutint    master= {Labels} off
{alpha } 17.120, 15.401, -12.262
@subgroup {Heme} dominant
@balllist {N-a1} color= blue     radius= 0.300
{ n a hem a 1 } 29.198, 19.754, -4.733
{ n b hem a 1 } 28.679, 19.674, -1.924
{ n c hem a 1 } 26.071, 20.941, -2.407
{ n d hem a 1 } 26.607, 21.000, -5.182
@balllist {O-a1} color= red     radius= 0.300
{ o1a hem a 1 } 31.472, 19.749, -10.829
{ o2a hem a 1 } 33.447, 20.208, -10.132
{ o1d hem a 1 } 25.920, 18.881, -11.541
{ o2d hem a 1 } 25.056, 20.845, -11.637
@balllist {Fe-a1} color= orange     radius= 0.500
{fe   hem a 1 } 27.808, 20.707, -3.553
@vectorlist {heme-b1} color= pinktint
{fe   hem a 1 } P 27.808, 20.707, -3.553
{fe   hem a 1 } 27.808, 20.707, -3.553
{fe   hem a 1 } P 27.808, 20.707, -3.553
{ n a hem a 1 } 29.198, 19.754, -4.733
{ cha hem a 1 } P 28.275, 20.447, -6.923
{ c1a hem a 1 } 29.261, 19.854, -6.104
{ c2a hem a 1 } 30.463, 19.208, -6.586
{ c3a hem a 1 } 31.142, 18.744, -5.506
{ chb hem a 1 } P 30.702, 18.772, -3.026
{ c4a hem a 1 } 30.352, 19.082, -4.349
{ c3a hem a 1 } P 31.142, 18.744, -5.506
{ cma hem a 1 } 32.414, 17.926, -5.524
{ c2a hem a 1 } P 30.463, 19.208, -6.586
{ caa hem a 1 } 30.896, 19.023, -8.021
{ cba hem a 1 } 31.759, 20.185, -8.490
{ cga hem a 1 } 32.253, 20.010, -9.911
{ o1a hem a 1 } 31.472, 19.749, -10.829
{ cga hem a 1 } P 32.253, 20.010, -9.911
{ o2a hem a 1 } 33.447, 20.208, -10.132
{fe   hem a 1 } P 27.808, 20.707, -3.553
{ n b hem a 1 } 28.679, 19.674, -1.924
{ chb hem a 1 } P 30.702, 18.772, -3.026
{ c1b hem a 1 } 29.897, 19.031, -1.903
{ c2b hem a 1 } 30.210, 18.638, -0.558
{ c3b hem a 1 } 29.179, 19.053, 0.240
{ chc hem a 1 } P 27.014, 20.255, -0.194
{ c4b hem a 1 } 28.226, 19.699, -0.629
{ c2b hem a 1 } P 30.210, 18.638, -0.558
{ cmb hem a 1 } 31.517, 18.001, -0.135
{ c3b hem a 1 } P 29.179, 19.053, 0.240
{ cab hem a 1 } 29.146, 19.109, 1.723
{ cbb hem a 1 } 29.496, 18.001, 2.467
{fe   hem a 1 } P 27.808, 20.707, -3.553
{ n c hem a 1 } 26.071, 20.941, -2.407
{ chc hem a 1 } P 27.014, 20.255, -0.194
{ c1c hem a 1 } 25.986, 20.719, -1.036
{ c2c hem a 1 } 24.647, 21.032, -0.571
{ c3c hem a 1 } 23.924, 21.399, -1.674
{ chd hem a 1 } P 24.446, 21.552, -4.120
{ c4c hem a 1 } 24.807, 21.292, -2.806
{ c2c hem a 1 } P 24.647, 21.032, -0.571
{ cmc hem a 1 } 24.196, 21.037, 0.871
{ c3c hem a 1 } P 23.924, 21.399, -1.674
{ cac hem a 1 } 22.465, 21.717, -1.799
{ cbc hem a 1 } 21.472, 21.204, -0.967
{fe   hem a 1 } P 27.808, 20.707, -3.553
{ n d hem a 1 } 26.607, 21.000, -5.182
{ chd hem a 1 } P 24.446, 21.552, -4.120
{ c1d hem a 1 } 25.286, 21.378, -5.226
{ c2d hem a 1 } 24.879, 21.594, -6.593
{ c3d hem a 1 } 25.941, 21.310, -7.382
{ cha hem a 1 } P 28.275, 20.447, -6.923
{ c4d hem a 1 } 27.025, 20.925, -6.494
{ c2d hem a 1 } P 24.879, 21.594, -6.593
{ cmd hem a 1 } 23.578, 22.207, -7.059
{ c3d hem a 1 } P 25.941, 21.310, -7.382
{ cad hem a 1 } 25.934, 21.284, -8.890
{ cbd hem a 1 } 25.525, 19.927, -9.462
{ cgd hem a 1 } 25.506, 19.904, -10.979
{ o1d hem a 1 } 25.920, 18.881, -11.541
{ cgd hem a 1 } P 25.506, 19.904, -10.979
{ o2d hem a 1 } 25.056, 20.845, -11.637
{ n a hem a 1 } P 29.198, 19.754, -4.733
{ c1a hem a 1 } 29.261, 19.854, -6.104
{ n a hem a 1 } P 29.198, 19.754, -4.733
{ c4a hem a 1 } 30.352, 19.082, -4.349
{ c3a hem a 1 } P 31.142, 18.744, -5.506
{ c4a hem a 1 } 30.352, 19.082, -4.349
{ n b hem a 1 } P 28.679, 19.674, -1.924
{ c1b hem a 1 } 29.897, 19.031, -1.903
{ n b hem a 1 } P 28.679, 19.674, -1.924
{ c4b hem a 1 } 28.226, 19.699, -0.629
{ c3b hem a 1 } P 29.179, 19.053, 0.240
{ c4b hem a 1 } 28.226, 19.699, -0.629
{ n c hem a 1 } P 26.071, 20.941, -2.407
{ c1c hem a 1 } 25.986, 20.719, -1.036
{ n c hem a 1 } P 26.071, 20.941, -2.407
{ c4c hem a 1 } 24.807, 21.292, -2.806
{ c3c hem a 1 } P 23.924, 21.399, -1.674
{ c4c hem a 1 } 24.807, 21.292, -2.806
{ n d hem a 1 } P 26.607, 21.000, -5.182
{ c1d hem a 1 } 25.286, 21.378, -5.226
{ n d hem a 1 } P 26.607, 21.000, -5.182
{ c4d hem a 1 } 27.025, 20.925, -6.494
{ c3d hem a 1 } P 25.941, 21.310, -7.382
{ c4d hem a 1 } 27.025, 20.925, -6.494
@subgroup {HemeLigand} dominant
@balllist {N his87-a1} color= blue     radius= 0.300
{ nd1 his a 87 } 30.695, 23.882, -3.369
{ ne2 his a 87 } 28.861, 22.520, -3.299
@vectorlist {his87-a1} color= cyan
{ cb  his a 87 } P 29.735, 26.152, -2.598
{R1 his  87 } 30.280, 27.015, -4.497
{ cb  his a 87 } P 29.735, 26.152, -2.598
{ cg  his a 87 } 29.608, 24.648, -2.938
{ nd1 his a 87 } 30.695, 23.882, -3.369
{ ce1 his a 87 } 30.238, 22.575, -3.593
{ ne2 his a 87 } 28.861, 22.520, -3.299
{ ne2 his a 87 } P 28.861, 22.520, -3.299
{ ce1 his a 87 } 30.238, 22.575, -3.593
{ cg  his a 87 } P 29.608, 24.648, -2.938
{ cd2 his a 87 } 28.486, 23.827, -2.889
{ ne2 his a 87 } 28.861, 22.520, -3.299
{ ce1 his a 87 } 30.238, 22.575, -3.593
@vectorlist {Fe-his-a1} color= white
{ ne2 his a 87 } P 28.861, 22.520, -3.299
{fe   hem a 1 } 27.808, 20.707, -3.553





@group {Hb Tetramer} dominant
@subgroup {Hb beta1}
@vectorlist {hb-b1 ribbon} instance= {Hb-b1 ribbon} color= sky 
@labellist {hb-b1} color= skyblue off master= {Labels}
{ beta1 } P   11.159, 14.371, -9.330 
@subgroup {Heme beta1} 
@balllist {Fe} instance= {Fe-b1} color=orange radius=0.5
@balllist {N} instance= {N-b1} color=blue radius=0.3
@balllist {O} instance= {O-b1} color=red radius=0.3
@vectorlist {Heme-b1} instance= {heme-b1} color= pink 
@subgroup {HemeLigand} 
@balllist {N} instance= {N his92-b1}color=blue radius=0.3
@vectorlist {his92} instance= {his92-b1} color= cyan 
@vectorlist {fe-n} instance= {fe-n-b1} color= white    
@subgroup {Hb beta2} 
@vectorlist {hb-b2 ribbon} color= sky 
{R1 val  1 } P  39.399, 39.078, 12.944 
{R1 val  1 } L  39.435, 39.095, 12.807 
{R1 val  1 } L  39.518, 39.172, 12.447 
{R1 val  1 } L  39.612, 39.345, 11.941 
{R1 his d 2 } P  39.612, 39.345, 11.941 
{R1 his  2 } L  39.679, 39.651, 11.366 
{R1 his  2 } L  39.691, 40.114, 10.786 
{R1 his  2 } L  39.660, 40.702, 10.216 
{R1 his  2 } L  39.606, 41.369, 9.658 
{R1 leu d 3 } P  39.606, 41.369, 9.658 
{R1 leu  3 } L  39.548, 42.071, 9.115 
{R1 leu  3 } L  39.508, 42.770, 8.592 
{R1 leu  3 } L  39.503, 43.458, 8.096 
{R1 leu  3 } L  39.550, 44.136, 7.638 
{R1 thr d 4 } P  39.550, 44.136, 7.638 
{R1 thr  4 } L  39.666, 44.805, 7.229 
{R1 thr  4 } L  39.860, 45.467, 6.876 
{R1 thr  4 } L  40.102, 46.142, 6.579 
{R1 thr  4 } L  40.352, 46.848, 6.336 
{R1 pro d 5 } P  40.352, 46.848, 6.336 
{R1 pro  5 } L  40.570, 47.608, 6.147 
{R1 pro  5 } L  40.715, 48.423, 6.008 
{R1 pro  5 } L  40.730, 49.219, 5.915 
{R1 pro  5 } L  40.555, 49.902, 5.861 
{R1 glu d 6 } P  40.555, 49.902, 5.861 
{R1 glu  6 } L  40.133, 50.380, 5.842 
{R1 glu  6 } L  39.441, 50.584, 5.860 
{R1 glu  6 } L  38.609, 50.542, 5.957 
{R1 glu  6 } L  37.804, 50.306, 6.183 
{R1 glu d 7 } P  37.804, 50.306, 6.183 
{R1 glu  7 } L  37.194, 49.929, 6.589 
{R1 glu  7 } L  36.907, 49.472, 7.199 
{R1 glu  7 } L  36.925, 49.040, 7.939 
{R1 glu  7 } L  37.189, 48.747, 8.710 
{R1 lys d 8 } P  37.189, 48.747, 8.710 
{R1 lys  8 } L  37.641, 48.708, 9.412 
{R1 lys  8 } L  38.211, 49.001, 9.962 
{R1 lys  8 } L  38.779, 49.563, 10.343 
{R1 lys  8 } L  39.210, 50.296, 10.553 
{R1 ser d 9 } P  39.210, 50.296, 10.553 
{R1 ser  9 } L  39.372, 51.102, 10.588 
{R1 ser  9 } L  39.171, 51.885, 10.466 
{R1 ser  9 } L  38.666, 52.560, 10.270 
{R1 ser  9 } L  37.958, 53.047, 10.100 
{R1 ala d 10 } P  37.958, 53.047, 10.100 
{R1 ala  10 } L  37.146, 53.263, 10.060 
{R1 ala  10 } L  36.330, 53.161, 10.227 
{R1 ala  10 } L  35.610, 52.824, 10.593 
{R1 ala  10 } L  35.087, 52.374, 11.127 
{R1 val d 11 } P  35.087, 52.374, 11.127 
{R1 val  11 } L  34.861, 51.927, 11.796 
{R1 val  11 } L  34.995, 51.592, 12.560 
{R1 val  11 } L  35.407, 51.428, 13.337 
{R1 val  11 } L  35.973, 51.484, 14.034 
{R1 thr d 12 } P  35.973, 51.484, 14.034 
{R1 thr  12 } L  36.574, 51.809, 14.557 
{R1 thr  12 } L  37.096, 52.423, 14.842 
{R1 thr  12 } L  37.459, 53.234, 14.922 
{R1 thr  12 } L  37.591, 54.122, 14.859 
{R1 ala d 13 } P  37.591, 54.122, 14.859 
{R1 ala  13 } L  37.422, 54.967, 14.714 
{R1 ala  13 } L  36.914, 55.662, 14.548 
{R1 ala  13 } L  36.168, 56.159, 14.429 
{R1 ala  13 } L  35.317, 56.423, 14.424 
{R1 leu d 14 } P  35.317, 56.423, 14.424 
{R1 leu  14 } L  34.498, 56.419, 14.603 
{R1 leu  14 } L  33.829, 56.143, 15.010 
{R1 leu  14 } L  33.372, 55.702, 15.597 
{R1 leu  14 } L  33.170, 55.237, 16.292 
{R1 trp d 15 } P  33.170, 55.237, 16.292 
{R1 trp  15 } L  33.270, 54.884, 17.026 
{R1 trp  15 } L  33.683, 54.758, 17.731 
{R1 trp  15 } L  34.279, 54.874, 18.365 
{R1 trp  15 } L  34.897, 55.222, 18.890 
{R1 gly d 16 } P  34.897, 55.222, 18.890 
{R1 gly  16 } L  35.373, 55.794, 19.267 
{R1 gly  16 } L  35.579, 56.556, 19.478 
{R1 gly  16 } L  35.521, 57.382, 19.578 
{R1 gly  16 } L  35.242, 58.122, 19.644 
{R1 lys d 17 } P  35.242, 58.122, 19.644 
{R1 lys  17 } L  34.781, 58.625, 19.752 
{R1 lys  17 } L  34.186, 58.786, 19.962 
{R1 lys  17 } L  33.521, 58.669, 20.281 
{R1 lys  17 } L  32.853, 58.385, 20.703 
{R1 val d 18 } P  32.853, 58.385, 20.703 
{R1 val  18 } L  32.252, 58.043, 21.220 
{R1 val  18 } L  31.773, 57.730, 21.821 
{R1 val  18 } L  31.414, 57.449, 22.481 
{R1 val  18 } L  31.159, 57.182, 23.168 
{R1 asn d 19 } P  31.159, 57.182, 23.168 
{R1 asn  19 } L  30.992, 56.909, 23.855 
{R1 asn  19 } L  30.897, 56.613, 24.517 
{R1 asn  19 } L  30.861, 56.279, 25.162 
{R1 asn  19 } L  30.869, 55.894, 25.803 
{R1 val d 20 } P  30.869, 55.894, 25.803 
{R1 val  20 } L  30.906, 55.445, 26.457 
{R1 val  20 } L  30.948, 54.935, 27.129 
{R1 val  20 } L  30.938, 54.445, 27.799 
{R1 val  20 } L  30.808, 54.073, 28.441 
{R1 asp d 21 } P  30.808, 54.073, 28.441 
{R1 asp  21 } L  30.490, 53.914, 29.027 
{R1 asp  21 } L  29.944, 54.031, 29.523 
{R1 asp  21 } L  29.232, 54.340, 29.863 
{R1 asp  21 } L  28.444, 54.721, 29.974 
{R1 glu d 22 } P  28.444, 54.721, 29.974 
{R1 glu  22 } L  27.670, 55.052, 29.784 
{R1 glu  22 } L  26.990, 55.230, 29.256 
{R1 glu  22 } L  26.451, 55.221, 28.507 
{R1 glu  22 } L  26.094, 55.005, 27.686 
{R1 val d 23 } P  26.094, 55.005, 27.686 
{R1 val  23 } L  25.958, 54.563, 26.947 
{R1 val  23 } L  26.055, 53.898, 26.420 
{R1 val  23 } L  26.302, 53.097, 26.151 
{R1 val  23 } L  26.585, 52.267, 26.166 
{R1 gly d 24 } P  26.585, 52.267, 26.166 
{R1 gly  24 } L  26.794, 51.518, 26.491 
{R1 gly  24 } L  26.835, 50.940, 27.118 
{R1 gly  24 } L  26.685, 50.552, 27.915 
{R1 gly  24 } L  26.339, 50.359, 28.718 
{R1 gly d 25 } P  26.339, 50.359, 28.718 
{R1 gly  25 } L  25.792, 50.361, 29.363 
{R1 gly  25 } L  25.057, 50.544, 29.714 
{R1 gly  25 } L  24.232, 50.819, 29.761 
{R1 gly  25 } L  23.433, 51.078, 29.521 
{R1 glu d 26 } P  23.433, 51.078, 29.521 
{R1 glu  26 } L  22.776, 51.214, 29.014 
{R1 glu  26 } L  22.353, 51.140, 28.281 
{R1 glu  26 } L  22.157, 50.855, 27.455 
{R1 glu  26 } L  22.154, 50.376, 26.692 
{R1 ala d 27 } P  22.154, 50.376, 26.692 
{R1 ala  27 } L  22.313, 49.721, 26.148 
{R1 ala  27 } L  22.589, 48.924, 25.945 
{R1 ala  27 } L  22.892, 48.079, 26.062 
{R1 ala  27 } L  23.121, 47.297, 26.447 
{R1 leu d 28 } P  23.121, 47.297, 26.447 
{R1 leu  28 } L  23.174, 46.687, 27.045 
{R1 leu  28 } L  22.976, 46.334, 27.787 
{R1 leu  28 } L  22.551, 46.217, 28.547 
{R1 leu  28 } L  21.951, 46.288, 29.183 
{R1 gly d 29 } P  21.951, 46.288, 29.183 
{R1 gly  29 } L  21.226, 46.501, 29.552 
{R1 gly  29 } L  20.433, 46.799, 29.553 
{R1 gly  29 } L  19.659, 47.089, 29.235 
{R1 gly  29 } L  18.994, 47.268, 28.687 
{R1 arg d 30 } P  18.994, 47.268, 28.687 
{R1 arg  30 } L  18.531, 47.235, 27.997 
{R1 arg  30 } L  18.333, 46.917, 27.260 
{R1 arg  30 } L  18.349, 46.362, 26.589 
{R1 arg  30 } L  18.497, 45.650, 26.104 
{R1 leu d 31 } P  18.497, 45.650, 26.104 
{R1 leu  31 } L  18.697, 44.860, 25.923 
{R1 leu  31 } L  18.872, 44.071, 26.124 
{R1 leu  31 } L  18.955, 43.360, 26.621 
{R1 leu  31 } L  18.886, 42.806, 27.287 
{R1 leu d 32 } P  18.886, 42.806, 27.287 
{R1 leu  32 } L  18.604, 42.486, 27.994 
{R1 leu  32 } L  18.073, 42.450, 28.623 
{R1 leu  32 } L  17.361, 42.636, 29.087 
{R1 leu  32 } L  16.561, 42.953, 29.309 
{R1 val d 33 } P  16.561, 42.953, 29.309 
{R1 val  33 } L  15.769, 43.311, 29.210 
{R1 val  33 } L  15.067, 43.624, 28.748 
{R1 val  33 } L  14.502, 43.826, 28.019 
{R1 val  33 } L  14.109, 43.854, 27.156 
{R1 val d 34 } P  14.109, 43.854, 27.156 
{R1 val  34 } L  13.926, 43.646, 26.292 
{R1 val  34 } L  13.965, 43.169, 25.548 
{R1 val  34 } L  14.159, 42.501, 24.996 
{R1 val  34 } L  14.416, 41.750, 24.696 
{R1 tyr d 35 } P  14.416, 41.750, 24.696 
{R1 tyr  35 } L  14.644, 41.023, 24.710 
{R1 tyr  35 } L  14.773, 40.402, 25.068 
{R1 tyr  35 } L  14.804, 39.870, 25.689 
{R1 tyr  35 } L  14.759, 39.385, 26.462 
{R1 pro d 36 } P  14.759, 39.385, 26.462 
{R1 pro  36 } L  14.660, 38.906, 27.277 
{R1 pro  36 } L  14.535, 38.399, 28.034 
{R1 pro  36 } L  14.455, 37.872, 28.685 
{R1 pro  36 } L  14.497, 37.338, 29.190 
{R1 trp d 37 } P  14.497, 37.338, 29.190 
{R1 trp  37 } L  14.738, 36.816, 29.512 
{R1 trp  37 } L  15.225, 36.330, 29.637 
{R1 trp  37 } L  15.881, 35.951, 29.645 
{R1 trp  37 } L  16.596, 35.759, 29.642 
{R1 thr d 38 } P  16.596, 35.759, 29.642 
{R1 thr  38 } L  17.263, 35.835, 29.731 
{R1 thr  38 } L  17.792, 36.217, 29.992 
{R1 thr  38 } L  18.166, 36.769, 30.410 
{R1 thr  38 } L  18.389, 37.312, 30.944 
{R1 gln d 39 } P  18.389, 37.312, 30.944 
{R1 gln  39 } L  18.463, 37.667, 31.554 
{R1 gln  39 } L  18.407, 37.700, 32.199 
{R1 gln  39 } L  18.308, 37.450, 32.836 
{R1 gln  39 } L  18.267, 37.001, 33.420 
{R1 arg d 40 } P  18.267, 37.001, 33.420 
{R1 arg  40 } L  18.386, 36.436, 33.907 
{R1 arg  40 } L  18.736, 35.843, 34.269 
{R1 arg  40 } L  19.258, 35.326, 34.538 
{R1 arg  40 } L  19.859, 34.993, 34.761 
{R1 phe d 41 } P  19.859, 34.993, 34.761 
{R1 phe  41 } L  20.449, 34.951, 34.987 
{R1 phe  41 } L  20.946, 35.266, 35.255 
{R1 phe  41 } L  21.313, 35.839, 35.578 
{R1 phe  41 } L  21.522, 36.527, 35.960 
{R1 phe d 42 } P  21.522, 36.527, 35.960 
{R1 phe  42 } L  21.543, 37.189, 36.406 
{R1 phe  42 } L  21.368, 37.708, 36.921 
{R1 phe  42 } L  21.056, 38.076, 37.506 
{R1 phe  42 } L  20.684, 38.312, 38.166 
{R1 glu d 43 } P  20.684, 38.312, 38.166 
{R1 glu  43 } L  20.331, 38.433, 38.902 
{R1 glu  43 } L  20.061, 38.469, 39.702 
{R1 glu  43 } L  19.897, 38.492, 40.493 
{R1 glu  43 } L  19.845, 38.590, 41.185 
{R1 ser d 44 } P  19.845, 38.590, 41.185 
{R1 ser  44 } L  19.915, 38.847, 41.690 
{R1 ser  44 } L  20.099, 39.320, 41.946 
{R1 ser  44 } L  20.321, 39.959, 41.999 
{R1 ser  44 } L  20.489, 40.684, 41.922 
{R1 phe d 45 } P  20.489, 40.684, 41.922 
{R1 phe  45 } L  20.512, 41.417, 41.789 
{R1 phe  45 } L  20.320, 42.091, 41.661 
{R1 phe  45 } L  19.934, 42.694, 41.548 
{R1 phe  45 } L  19.399, 43.222, 41.450 
{R1 gly d 46 } P  19.399, 43.222, 41.450 
{R1 gly  46 } L  18.758, 43.675, 41.364 
{R1 gly  46 } L  18.056, 44.052, 41.283 
{R1 gly  46 } L  17.332, 44.352, 41.172 
{R1 gly  46 } L  16.626, 44.575, 40.990 
{R1 asp d 47 } P  16.626, 44.575, 40.990 
{R1 asp  47 } L  15.977, 44.721, 40.697 
{R1 asp  47 } L  15.414, 44.793, 40.265 
{R1 asp  47 } L  14.919, 44.799, 39.729 
{R1 asp  47 } L  14.465, 44.750, 39.137 
{R1 leu d 48 } P  14.465, 44.750, 39.137 
{R1 leu  48 } L  14.023, 44.658, 38.538 
{R1 leu  48 } L  13.570, 44.538, 37.972 
{R1 leu  48 } L  13.100, 44.425, 37.447 
{R1 leu  48 } L  12.610, 44.359, 36.963 
{R1 ser d 49 } P  12.610, 44.359, 36.963 
{R1 ser  49 } L  12.099, 44.379, 36.518 
{R1 ser  49 } L  11.574, 44.514, 36.109 
{R1 ser  49 } L  11.076, 44.760, 35.710 
{R1 ser  49 } L  10.656, 45.099, 35.293 
{R1 thr d 50 } P  10.656, 45.099, 35.293 
{R1 thr  50 } L  10.365, 45.515, 34.829 
{R1 thr  50 } L  10.239, 45.995, 34.301 
{R1 thr  50 } L  10.259, 46.536, 33.732 
{R1 thr  50 } L  10.391, 47.136, 33.155 
{R1 pro d 51 } P  10.391, 47.136, 33.155 
{R1 pro  51 } L  10.601, 47.795, 32.606 
{R1 pro  51 } L  10.856, 48.505, 32.126 
{R1 pro  51 } L  11.126, 49.222, 31.790 
{R1 pro  51 } L  11.379, 49.897, 31.682 
{R1 asp d 52 } P  11.379, 49.897, 31.682 
{R1 asp  52 } L  11.585, 50.479, 31.886 
{R1 asp  52 } L  11.729, 50.921, 32.443 
{R1 asp  52 } L  11.852, 51.178, 33.233 
{R1 asp  52 } L  12.011, 51.208, 34.093 
{R1 ala d 53 } P  12.011, 51.208, 34.093 
{R1 ala  53 } L  12.263, 50.969, 34.859 
{R1 ala  53 } L  12.646, 50.451, 35.396 
{R1 ala  53 } L  13.142, 49.776, 35.667 
{R1 ala  53 } L  13.712, 49.101, 35.662 
{R1 val d 54 } P  13.712, 49.101, 35.662 
{R1 val  54 } L  14.319, 48.579, 35.373 
{R1 val  54 } L  14.927, 48.336, 34.816 
{R1 val  54 } L  15.499, 48.385, 34.116 
{R1 val  54 } L  16.001, 48.706, 33.429 
{R1 met d 55 } P  16.001, 48.706, 33.429 
{R1 met  55 } L  16.397, 49.283, 32.907 
{R1 met  55 } L  16.665, 50.073, 32.670 
{R1 met  55 } L  16.837, 50.942, 32.711 
{R1 met  55 } L  16.962, 51.732, 32.989 
{R1 gly d 56 } P  16.962, 51.732, 32.989 
{R1 gly  56 } L  17.086, 52.284, 33.463 
{R1 gly  56 } L  17.251, 52.484, 34.088 
{R1 gly  56 } L  17.473, 52.399, 34.801 
{R1 gly  56 } L  17.765, 52.142, 35.535 
{R1 asn d 57 } P  17.765, 52.142, 35.535 
{R1 asn  57 } L  18.139, 51.823, 36.222 
{R1 asn  57 } L  18.604, 51.534, 36.811 
{R1 asn  57 } L  19.155, 51.283, 37.317 
{R1 asn  57 } L  19.783, 51.059, 37.769 
{R1 pro d 58 } P  19.783, 51.059, 37.769 
{R1 pro  58 } L  20.482, 50.849, 38.200 
{R1 pro  58 } L  21.230, 50.635, 38.621 
{R1 pro  58 } L  21.961, 50.374, 38.981 
{R1 pro  58 } L  22.592, 50.021, 39.208 
{R1 lys d 59 } P  22.592, 50.021, 39.208 
{R1 lys  59 } L  23.044, 49.525, 39.232 
{R1 lys  59 } L  23.261, 48.875, 39.004 
{R1 lys  59 } L  23.287, 48.189, 38.554 
{R1 lys  59 } L  23.192, 47.622, 37.931 
{R1 val d 60 } P  23.192, 47.622, 37.931 
{R1 val  60 } L  23.045, 47.327, 37.186 
{R1 val  60 } L  22.914, 47.414, 36.377 
{R1 val  60 } L  22.859, 47.815, 35.602 
{R1 val  60 } L  22.941, 48.416, 34.967 
{R1 lys d 61 } P  22.941, 48.416, 34.967 
{R1 lys  61 } L  23.217, 49.104, 34.579 
{R1 lys  61 } L  23.723, 49.770, 34.509 
{R1 lys  61 } L  24.398, 50.312, 34.694 
{R1 lys  61 } L  25.159, 50.633, 35.035 
{R1 ala d 62 } P  25.159, 50.633, 35.035 
{R1 ala  62 } L  25.920, 50.635, 35.435 
{R1 ala  62 } L  26.606, 50.258, 35.798 
{R1 ala  62 } L  27.168, 49.604, 36.049 
{R1 ala  62 } L  27.565, 48.809, 36.114 
{R1 his d 63 } P  27.565, 48.809, 36.114 
{R1 his  63 } L  27.758, 48.014, 35.920 
{R1 his  63 } L  27.728, 47.344, 35.425 
{R1 his  63 } L  27.557, 46.869, 34.711 
{R1 his  63 } L  27.345, 46.648, 33.891 
{R1 gly d 64 } P  27.345, 46.648, 33.891 
{R1 gly  64 } L  27.198, 46.738, 33.077 
{R1 gly  64 } L  27.201, 47.161, 32.371 
{R1 gly  64 } L  27.379, 47.796, 31.828 
{R1 gly  64 } L  27.739, 48.484, 31.488 
{R1 lys d 65 } P  27.739, 48.484, 31.488 
{R1 lys  65 } L  28.288, 49.067, 31.396 
{R1 lys  65 } L  29.015, 49.414, 31.565 
{R1 lys  65 } L  29.828, 49.494, 31.900 
{R1 lys  65 } L  30.617, 49.302, 32.276 
{R1 lys d 66 } P  30.617, 49.302, 32.276 
{R1 lys  66 } L  31.272, 48.834, 32.570 
{R1 lys  66 } L  31.706, 48.112, 32.677 
{R1 lys  66 } L  31.928, 47.264, 32.569 
{R1 lys  66 } L  31.970, 46.445, 32.238 
{R1 val d 67 } P  31.970, 46.445, 32.238 
{R1 val  67 } L  31.867, 45.808, 31.675 
{R1 val  67 } L  31.661, 45.479, 30.894 
{R1 val  67 } L  31.433, 45.453, 30.006 
{R1 val  67 } L  31.275, 45.698, 29.142 
{R1 leu d 68 } P  31.275, 45.698, 29.142 
{R1 leu  68 } L  31.277, 46.179, 28.435 
{R1 leu  68 } L  31.508, 46.844, 27.989 
{R1 leu  68 } L  31.947, 47.562, 27.792 
{R1 leu  68 } L  32.548, 48.183, 27.807 
{R1 gly d 69 } P  32.548, 48.183, 27.807 
{R1 gly  69 } L  33.266, 48.557, 27.993 
{R1 gly  69 } L  34.049, 48.573, 28.298 
{R1 gly  69 } L  34.811, 48.275, 28.622 
{R1 gly  69 } L  35.459, 47.746, 28.851 
{R1 ala d 70 } P  35.459, 47.746, 28.851 
{R1 ala  70 } L  35.899, 47.069, 28.873 
{R1 ala  70 } L  36.067, 46.333, 28.605 
{R1 ala  70 } L  36.015, 45.657, 28.097 
{R1 ala  70 } L  35.823, 45.166, 27.429 
{R1 phe d 71 } P  35.823, 45.166, 27.429 
{R1 phe  71 } L  35.572, 44.983, 26.681 
{R1 phe  71 } L  35.341, 45.190, 25.932 
{R1 phe  71 } L  35.204, 45.697, 25.257 
{R1 phe  71 } L  35.234, 46.369, 24.727 
{R1 ser d 72 } P  35.234, 46.369, 24.727 
{R1 ser  72 } L  35.503, 47.072, 24.417 
{R1 ser  72 } L  36.053, 47.682, 24.368 
{R1 ser  72 } L  36.798, 48.117, 24.505 
{R1 ser  72 } L  37.622, 48.306, 24.723 
{R1 asp d 73 } P  37.622, 48.306, 24.723 
{R1 asp  73 } L  38.409, 48.177, 24.916 
{R1 asp  73 } L  39.058, 47.698, 24.992 
{R1 asp  73 } L  39.530, 46.996, 24.909 
{R1 asp  73 } L  39.803, 46.236, 24.638 
{R1 gly d 74 } P  39.803, 46.236, 24.638 
{R1 gly  74 } L  39.852, 45.583, 24.153 
{R1 gly  74 } L  39.682, 45.175, 23.448 
{R1 gly  74 } L  39.397, 45.033, 22.620 
{R1 gly  74 } L  39.128, 45.149, 21.786 
{R1 leu d 75 } P  39.128, 45.149, 21.786 
{R1 leu  75 } L  39.008, 45.517, 21.066 
{R1 leu  75 } L  39.137, 46.103, 20.555 
{R1 leu  75 } L  39.500, 46.773, 20.247 
{R1 leu  75 } L  40.055, 47.366, 20.111 
{R1 ala d 76 } P  40.055, 47.366, 20.111 
{R1 ala  76 } L  40.756, 47.720, 20.118 
{R1 ala  76 } L  41.547, 47.720, 20.228 
{R1 ala  76 } L  42.327, 47.418, 20.361 
{R1 ala  76 } L  42.981, 46.914, 20.431 
{R1 his d 77 } P  42.981, 46.914, 20.431 
{R1 his  77 } L  43.394, 46.303, 20.349 
{R1 his  77 } L  43.489, 45.672, 20.051 
{R1 his  77 } L  43.344, 45.057, 19.561 
{R1 his  77 } L  43.072, 44.482, 18.927 
{R1 leu d 78 } P  43.072, 44.482, 18.927 
{R1 leu  78 } L  42.789, 43.972, 18.198 
{R1 leu  78 } L  42.594, 43.537, 17.427 
{R1 leu  78 } L  42.524, 43.139, 16.697 
{R1 leu  78 } L  42.603, 42.728, 16.096 
{R1 asp d 79 } P  42.603, 42.728, 16.096 
{R1 asp  79 } L  42.852, 42.252, 15.713 
{R1 asp  79 } L  43.268, 41.679, 15.614 
{R1 asp  79 } L  43.738, 41.054, 15.766 
{R1 asp  79 } L  44.124, 40.441, 16.115 
{R1 asn d 80 } P  44.124, 40.441, 16.115 
{R1 asn  80 } L  44.286, 39.904, 16.606 
{R1 asn  80 } L  44.123, 39.488, 17.184 
{R1 asn  80 } L  43.691, 39.160, 17.805 
{R1 asn  80 } L  43.080, 38.864, 18.424 
{R1 leu d 81 } P  43.080, 38.864, 18.424 
{R1 leu  81 } L  42.384, 38.548, 18.996 
{R1 leu  81 } L  41.695, 38.167, 19.489 
{R1 leu  81 } L  41.110, 37.719, 19.918 
{R1 leu  81 } L  40.725, 37.213, 20.308 
{R1 lys d 82 } P  40.725, 37.213, 20.308 
{R1 lys  82 } L  40.638, 36.654, 20.687 
{R1 lys  82 } L  40.907, 36.070, 21.075 
{R1 lys  82 } L  41.447, 35.557, 21.478 
{R1 lys  82 } L  42.132, 35.231, 21.893 
{R1 gly d 83 } P  42.132, 35.231, 21.893 
{R1 gly  83 } L  42.837, 35.207, 22.319 
{R1 gly  83 } L  43.448, 35.558, 22.754 
{R1 gly  83 } L  43.884, 36.187, 23.189 
{R1 gly  83 } L  44.075, 36.950, 23.612 
{R1 thr d 84 } P  44.075, 36.950, 23.612 
{R1 thr  84 } L  43.952, 37.708, 24.013 
{R1 thr  84 } L  43.483, 38.333, 24.382 
{R1 thr  84 } L  42.786, 38.760, 24.725 
{R1 thr  84 } L  42.020, 38.938, 25.047 
{R1 phe d 85 } P  42.020, 38.938, 25.047 
{R1 phe  85 } L  41.343, 38.815, 25.355 
{R1 phe  85 } L  40.882, 38.369, 25.658 
{R1 phe  85 } L  40.636, 37.684, 25.979 
{R1 phe  85 } L  40.576, 36.873, 26.342 
{R1 ala d 86 } P  40.576, 36.873, 26.342 
{R1 ala  86 } L  40.670, 36.047, 26.772 
{R1 ala  86 } L  40.876, 35.310, 27.288 
{R1 ala  86 } L  41.108, 34.730, 27.876 
{R1 ala  86 } L  41.265, 34.367, 28.516 
{R1 thr d 87 } P  41.265, 34.367, 28.516 
{R1 thr  87 } L  41.251, 34.281, 29.188 
{R1 thr  87 } L  40.991, 34.497, 29.859 
{R1 thr  87 } L  40.516, 34.909, 30.446 
{R1 thr  87 } L  39.882, 35.376, 30.854 
{R1 leu d 88 } P  39.882, 35.376, 30.854 
{R1 leu  88 } L  39.144, 35.759, 30.988 
{R1 leu  88 } L  38.363, 35.938, 30.790 
{R1 leu  88 } L  37.618, 35.886, 30.361 
{R1 leu  88 } L  36.994, 35.596, 29.836 
{R1 ser d 89 } P  36.994, 35.596, 29.836 
{R1 ser  89 } L  36.575, 35.062, 29.353 
{R1 ser  89 } L  36.417, 34.302, 29.032 
{R1 ser  89 } L  36.465, 33.431, 28.924 
{R1 ser  89 } L  36.637, 32.588, 29.061 
{R1 glu d 90 } P  36.637, 32.588, 29.061 
{R1 glu  90 } L  36.847, 31.912, 29.478 
{R1 glu  90 } L  37.019, 31.515, 30.175 
{R1 glu  90 } L  37.091, 31.391, 31.035 
{R1 glu  90 } L  37.004, 31.504, 31.908 
{R1 leu d 91 } P  37.004, 31.504, 31.908 
{R1 leu  91 } L  36.703, 31.820, 32.642 
{R1 leu  91 } L  36.154, 32.290, 33.119 
{R1 leu  91 } L  35.428, 32.796, 33.330 
{R1 leu  91 } L  34.619, 33.207, 33.300 
{R1 his d 92 } P  34.619, 33.207, 33.300 
{R1 his  92 } L  33.820, 33.392, 33.052 
{R1 his  92 } L  33.118, 33.252, 32.625 
{R1 his  92 } L  32.561, 32.826, 32.128 
{R1 his  92 } L  32.187, 32.187, 31.688 
{R1 cys d 93 } P  32.187, 32.187, 31.688 
{R1 cys  93 } L  32.037, 31.407, 31.431 
{R1 cys  93 } L  32.127, 30.561, 31.455 
{R1 cys  93 } L  32.391, 29.742, 31.744 
{R1 cys  93 } L  32.739, 29.041, 32.255 
{R1 asp d 94 } P  32.739, 29.041, 32.255 
{R1 asp  94 } L  33.084, 28.552, 32.943 
{R1 asp  94 } L  33.346, 28.348, 33.758 
{R1 asp  94 } L  33.488, 28.409, 34.615 
{R1 asp  94 } L  33.483, 28.694, 35.421 
{R1 lys d 95 } P  33.483, 28.694, 35.421 
{R1 lys  95 } L  33.303, 29.163, 36.085 
{R1 lys  95 } L  32.935, 29.763, 36.532 
{R1 lys  95 } L  32.423, 30.399, 36.759 
{R1 lys  95 } L  31.823, 30.965, 36.781 
{R1 leu d 96 } P  31.823, 30.965, 36.781 
{R1 leu  96 } L  31.193, 31.357, 36.611 
{R1 leu  96 } L  30.582, 31.499, 36.271 
{R1 leu  96 } L  30.007, 31.445, 35.799 
{R1 leu  96 } L  29.473, 31.283, 35.241 
{R1 his d 97 } P  29.473, 31.283, 35.241 
{R1 his  97 } L  28.989, 31.097, 34.640 
{R1 his  97 } L  28.559, 30.958, 34.032 
{R1 his  97 } L  28.174, 30.875, 33.418 
{R1 his  97 } L  27.823, 30.842, 32.786 
{R1 val d 98 } P  27.823, 30.842, 32.786 
{R1 val  98 } L  27.493, 30.850, 32.128 
{R1 val  98 } L  27.178, 30.893, 31.437 
{R1 val  98 } L  26.897, 30.956, 30.720 
{R1 val  98 } L  26.672, 31.025, 29.985 
{R1 asp d 99 } P  26.672, 31.025, 29.985 
{R1 asp  99 } L  26.527, 31.085, 29.242 
{R1 asp  99 } L  26.475, 31.127, 28.497 
{R1 asp  99 } L  26.493, 31.165, 27.748 
{R1 asp  99 } L  26.546, 31.215, 26.991 
{R1 pro d 100 } P  26.546, 31.215, 26.991 
{R1 pro  100 } L  26.602, 31.298, 26.219 
{R1 pro  100 } L  26.623, 31.429, 25.441 
{R1 pro  100 } L  26.563, 31.613, 24.713 
{R1 pro  100 } L  26.373, 31.852, 24.106 
{R1 glu d 101 } P  26.373, 31.852, 24.106 
{R1 glu  101 } L  26.003, 32.151, 23.690 
{R1 glu  101 } L  25.438, 32.511, 23.514 
{R1 glu  101 } L  24.809, 32.940, 23.549 
{R1 glu  101 } L  24.279, 33.445, 23.744 
{R1 asn d 102 } P  24.279, 33.445, 23.744 
{R1 asn  102 } L  24.013, 34.034, 24.049 
{R1 asn  102 } L  24.128, 34.701, 24.403 
{R1 asn  102 } L  24.545, 35.385, 24.704 
{R1 asn  102 } L  25.137, 36.014, 24.841 
{R1 phe d 103 } P  25.137, 36.014, 24.841 
{R1 phe  103 } L  25.778, 36.514, 24.701 
{R1 phe  103 } L  26.347, 36.832, 24.215 
{R1 phe  103 } L  26.757, 37.001, 23.480 
{R1 phe  103 } L  26.925, 37.073, 22.639 
{R1 arg d 104 } P  26.925, 37.073, 22.639 
{R1 arg  104 } L  26.772, 37.100, 21.830 
{R1 arg  104 } L  26.255, 37.134, 21.177 
{R1 arg  104 } L  25.492, 37.220, 20.735 
{R1 arg  104 } L  24.641, 37.401, 20.541 
{R1 leu d 105 } P  24.641, 37.401, 20.541 
{R1 leu  105 } L  23.858, 37.721, 20.633 
{R1 leu  105 } L  23.280, 38.206, 21.016 
{R1 leu  105 } L  22.953, 38.810, 21.571 
{R1 leu  105 } L  22.903, 39.471, 22.147 
{R1 leu d 106 } P  22.903, 39.471, 22.147 
{R1 leu  106 } L  23.154, 40.124, 22.593 
{R1 leu  106 } L  23.700, 40.715, 22.784 
{R1 leu  106 } L  24.409, 41.218, 22.707 
{R1 leu  106 } L  25.117, 41.614, 22.374 
{R1 gly d 107 } P  25.117, 41.614, 22.374 
{R1 gly  107 } L  25.662, 41.885, 21.797 
{R1 gly  107 } L  25.911, 42.027, 21.011 
{R1 gly  107 } L  25.859, 42.088, 20.142 
{R1 gly  107 } L  25.533, 42.132, 19.338 
{R1 asn d 108 } P  25.533, 42.132, 19.338 
{R1 asn  108 } L  24.959, 42.223, 18.748 
{R1 asn  108 } L  24.184, 42.412, 18.484 
{R1 asn  108 } L  23.344, 42.706, 18.523 
{R1 asn  108 } L  22.596, 43.099, 18.806 
{R1 val d 109 } P  22.596, 43.099, 18.806 
{R1 val  109 } L  22.097, 43.588, 19.274 
{R1 val  109 } L  21.963, 44.160, 19.858 
{R1 val  109 } L  22.152, 44.772, 20.433 
{R1 val  109 } L  22.582, 45.374, 20.866 
{R1 leu d 110 } P  22.582, 45.374, 20.866 
{R1 leu  110 } L  23.170, 45.916, 21.022 
{R1 leu  110 } L  23.827, 46.357, 20.806 
{R1 leu  110 } L  24.432, 46.701, 20.290 
{R1 leu  110 } L  24.857, 46.962, 19.584 
{R1 val d 111 } P  24.857, 46.962, 19.584 
{R1 val  111 } L  24.976, 47.151, 18.800 
{R1 val  111 } L  24.703, 47.290, 18.046 
{R1 val  111 } L  24.129, 47.416, 17.417 
{R1 val  111 } L  23.386, 47.577, 17.008 
{R1 cys d 112 } P  23.386, 47.577, 17.008 
{R1 cys  112 } L  22.607, 47.818, 16.911 
{R1 cys  112 } L  21.917, 48.172, 17.180 
{R1 cys  112 } L  21.399, 48.623, 17.709 
{R1 cys  112 } L  21.130, 49.146, 18.352 
{R1 val d 113 } P  21.130, 49.146, 18.352 
{R1 val  113 } L  21.186, 49.712, 18.964 
{R1 val  113 } L  21.603, 50.293, 19.417 
{R1 val  113 } L  22.261, 50.855, 19.651 
{R1 val  113 } L  23.001, 51.364, 19.627 
{R1 leu d 114 } P  23.001, 51.364, 19.627 
{R1 leu  114 } L  23.664, 51.785, 19.302 
{R1 leu  114 } L  24.113, 52.093, 18.668 
{R1 leu  114 } L  24.306, 52.313, 17.849 
{R1 leu  114 } L  24.218, 52.480, 17.003 
{R1 ala d 115 } P  24.218, 52.480, 17.003 
{R1 ala  115 } L  23.831, 52.629, 16.286 
{R1 ala  115 } L  23.151, 52.792, 15.828 
{R1 ala  115 } L  22.309, 52.996, 15.648 
{R1 ala  115 } L  21.466, 53.263, 15.740 
{R1 his d 116 } P  21.466, 53.263, 15.740 
{R1 his  116 } L  20.781, 53.617, 16.096 
{R1 his  116 } L  20.384, 54.072, 16.683 
{R1 his  116 } L  20.287, 54.600, 17.378 
{R1 his  116 } L  20.469, 55.165, 18.033 
{R1 his d 117 } P  20.469, 55.165, 18.033 
{R1 his  117 } L  20.912, 55.729, 18.500 
{R1 his  117 } L  21.575, 56.260, 18.663 
{R1 his  117 } L  22.330, 56.734, 18.540 
{R1 his  117 } L  23.025, 57.132, 18.181 
{R1 phe d 118 } P  23.025, 57.132, 18.181 
{R1 phe  118 } L  23.512, 57.435, 17.636 
{R1 phe  118 } L  23.678, 57.632, 16.953 
{R1 phe  118 } L  23.563, 57.746, 16.165 
{R1 phe  118 } L  23.245, 57.806, 15.305 
{R1 gly d 119 } P  23.245, 57.806, 15.305 
{R1 gly  119 } L  22.803, 57.845, 14.405 
{R1 gly  119 } L  22.319, 57.889, 13.496 
{R1 gly  119 } L  21.896, 57.951, 12.615 
{R1 gly  119 } L  21.642, 58.039, 11.797 
{R1 lys d 120 } P  21.642, 58.039, 11.797 
{R1 lys  120 } L  21.664, 58.163, 11.078 
{R1 lys  120 } L  22.030, 58.318, 10.493 
{R1 lys  120 } L  22.655, 58.451, 10.070 
{R1 lys  120 } L  23.416, 58.498, 9.834 
{R1 glu d 121 } P  23.416, 58.498, 9.834 
{R1 glu  121 } L  24.188, 58.394, 9.811 
{R1 glu  121 } L  24.865, 58.094, 10.000 
{R1 glu  121 } L  25.412, 57.633, 10.300 
{R1 glu  121 } L  25.816, 57.068, 10.580 
{R1 phe d 122 } P  25.816, 57.068, 10.580 
{R1 phe  122 } L  26.058, 56.452, 10.713 
{R1 phe  122 } L  26.136, 55.834, 10.600 
{R1 phe  122 } L  26.090, 55.225, 10.273 
{R1 phe  122 } L  25.972, 54.626, 9.795 
{R1 thr d 123 } P  25.972, 54.626, 9.795 
{R1 thr  123 } L  25.837, 54.041, 9.229 
{R1 thr  123 } L  25.730, 53.469, 8.630 
{R1 thr  123 } L  25.675, 52.897, 8.020 
{R1 thr  123 } L  25.691, 52.310, 7.413 
{R1 pro d 124 } P  25.691, 52.310, 7.413 
{R1 pro  124 } L  25.795, 51.693, 6.822 
{R1 pro  124 } L  26.004, 51.047, 6.270 
{R1 pro  124 } L  26.331, 50.440, 5.809 
{R1 pro  124 } L  26.785, 49.958, 5.499 
{R1 pro d 125 } P  26.785, 49.958, 5.499 
{R1 pro  125 } L  27.379, 49.687, 5.400 
{R1 pro  125 } L  28.097, 49.678, 5.556 
{R1 pro  125 } L  28.827, 49.858, 5.942 
{R1 pro  125 } L  29.431, 50.120, 6.518 
{R1 val d 126 } P  29.431, 50.120, 6.518 
{R1 val  126 } L  29.772, 50.357, 7.243 
{R1 val  126 } L  29.755, 50.476, 8.062 
{R1 val  126 } L  29.452, 50.435, 8.874 
{R1 val  126 } L  28.980, 50.207, 9.561 
{R1 gln d 127 } P  28.980, 50.207, 9.561 
{R1 gln  127 } L  28.454, 49.765, 10.008 
{R1 gln  127 } L  27.983, 49.105, 10.134 
{R1 gln  127 } L  27.653, 48.314, 9.998 
{R1 gln  127 } L  27.544, 47.505, 9.698 
{R1 ala d 128 } P  27.544, 47.505, 9.698 
{R1 ala  128 } L  27.735, 46.789, 9.328 
{R1 ala  128 } L  28.269, 46.258, 8.982 
{R1 ala  128 } L  29.037, 45.924, 8.743 
{R1 ala  128 } L  29.896, 45.778, 8.691 
{R1 ala d 129 } P  29.896, 45.778, 8.691 
{R1 ala  129 } L  30.699, 45.812, 8.905 
{R1 ala  129 } L  31.322, 46.003, 9.432 
{R1 ala  129 } L  31.714, 46.261, 10.181 
{R1 ala  129 } L  31.844, 46.480, 11.027 
{R1 tyr d 130 } P  31.844, 46.480, 11.027 
{R1 tyr  130 } L  31.683, 46.557, 11.846 
{R1 tyr  130 } L  31.231, 46.408, 12.529 
{R1 tyr  130 } L  30.615, 46.045, 13.029 
{R1 tyr  130 } L  29.995, 45.503, 13.317 
{R1 gln d 131 } P  29.995, 45.503, 13.317 
{R1 gln  131 } L  29.528, 44.815, 13.362 
{R1 gln  131 } L  29.343, 44.027, 13.161 
{R1 gln  131 } L  29.444, 43.228, 12.816 
{R1 gln  131 } L  29.802, 42.519, 12.457 
{R1 lys d 132 } P  29.802, 42.519, 12.457 
{R1 lys  132 } L  30.391, 41.998, 12.214 
{R1 lys  132 } L  31.162, 41.738, 12.191 
{R1 lys  132 } L  31.991, 41.705, 12.400 
{R1 lys  132 } L  32.731, 41.836, 12.829 
{R1 val d 133 } P  32.731, 41.836, 12.829 
{R1 val  133 } L  33.237, 42.069, 13.462 
{R1 val  133 } L  33.399, 42.337, 14.271 
{R1 val  133 } L  33.253, 42.559, 15.150 
{R1 val  133 } L  32.871, 42.647, 15.977 
{R1 val d 134 } P  32.871, 42.647, 15.977 
{R1 val  134 } L  32.324, 42.514, 16.631 
{R1 val  134 } L  31.693, 42.103, 17.018 
{R1 val  134 } L  31.095, 41.477, 17.156 
{R1 val  134 } L  30.654, 40.729, 17.090 
{R1 ala d 135 } P  30.654, 40.729, 17.090 
{R1 ala  135 } L  30.496, 39.951, 16.868 
{R1 ala  135 } L  30.707, 39.230, 16.546 
{R1 ala  135 } L  31.218, 38.628, 16.222 
{R1 ala  135 } L  31.923, 38.199, 16.007 
{R1 gly d 136 } P  31.923, 38.199, 16.007 
{R1 gly  136 } L  32.715, 38.000, 16.011 
{R1 gly  136 } L  33.489, 38.059, 16.310 
{R1 gly  136 } L  34.145, 38.293, 16.856 
{R1 gly  136 } L  34.586, 38.589, 17.568 
{R1 val d 137 } P  34.586, 38.589, 17.568 
{R1 val  137 } L  34.715, 38.839, 18.366 
{R1 val  137 } L  34.474, 38.946, 19.167 
{R1 val  137 } L  33.964, 38.878, 19.891 
{R1 val  137 } L  33.327, 38.615, 20.456 
{R1 ala d 138 } P  33.327, 38.615, 20.456 
{R1 ala  138 } L  32.704, 38.141, 20.779 
{R1 ala  138 } L  32.222, 37.460, 20.809 
{R1 ala  138 } L  31.946, 36.663, 20.618 
{R1 ala  138 } L  31.928, 35.865, 20.308 
{R1 asn d 139 } P  31.928, 35.865, 20.308 
{R1 asn  139 } L  32.220, 35.178, 19.982 
{R1 asn  139 } L  32.839, 34.696, 19.733 
{R1 asn  139 } L  33.664, 34.423, 19.624 
{R1 asn  139 } L  34.538, 34.341, 19.709 
{R1 ala d 140 } P  34.538, 34.341, 19.709 
{R1 ala  140 } L  35.307, 34.433, 20.041 
{R1 ala  140 } L  35.839, 34.666, 20.647 
{R1 ala  140 } L  36.107, 34.947, 21.435 
{R1 ala  140 } L  36.107, 35.166, 22.285 
{R1 leu  141 } P  36.107, 35.166, 22.285 
{R1 leu  141 } L  35.836, 35.215, 23.079 
{R1 leu  141 } L  35.318, 35.012, 23.714 
{R1 leu  141 } L  34.688, 34.597, 24.165 
{R1 leu  141 } L  34.108, 34.035, 24.425 
{R1 ala  142 } P  34.108, 34.035, 24.425 
{R1 ala  142 } L  33.740, 33.394, 24.485 
{R1 ala  142 } L  33.708, 32.734, 24.357 
{R1 ala  142 } L  33.975, 32.085, 24.116 
{R1 ala  142 } L  34.470, 31.471, 23.858 
{R1 his  143 } P  34.470, 31.471, 23.858 
{R1 his  143 } L  35.116, 30.916, 23.675 
{R1 his  143 } L  35.835, 30.435, 23.643 
{R1 his  143 } L  36.520, 30.013, 23.761 
{R1 his  143 } L  37.060, 29.625, 24.011 
{R1 lys  144 } P  37.060, 29.625, 24.011 
{R1 lys  144 } L  37.344, 29.247, 24.373 
{R1 lys  144 } L  37.297, 28.858, 24.822 
{R1 lys  144 } L  36.988, 28.442, 25.316 
{R1 lys  144 } L  36.523, 27.986, 25.804 
{R1 tyr  145 } P  36.523, 27.986, 25.804 
{R1 tyr  145 } L  36.008, 27.477, 26.238 
{R1 tyr  145 } L  35.534, 26.905, 26.581 
{R1 tyr  145 } L  35.127, 26.283, 26.843 
{R1 tyr  145 } L  34.801, 25.624, 27.047 
{R1 his  146 } P  34.801, 25.624, 27.047 
{R1 his  146 } L  34.568, 24.945, 27.217 
{R1 his  146 } L  34.432, 24.273, 27.370 
{R1 his  146 } L  34.372, 23.685, 27.498 
{R1 his  146 } L  34.358, 23.267, 27.585 
{R1 his  146 } P  34.358, 23.267, 27.585 
{R1 his  146 } L  34.360, 23.108, 27.617 
@labellist {hb-b2} color= skyblue off master= {Labels}
{ beta2 } P   21.800, 53.900, 41.000 
@subgroup {Heme beta2} 
@balllist {Fe-b2} color=orange radius=0.5
{ fe  hem d 1 } P 30.228, 39.306, 31.292 
@balllist {N-b2} color=blue radius=0.3
{ n a hem d 1 } L 31.833, 40.324, 32.278
{ n b hem d 1 } L 30.817, 40.270, 29.596
{ n c hem d 1 } L 28.387, 39.042, 30.367
{ n d hem d 1 } L 29.311, 39.013, 33.117
@balllist {O-b2} color=red radius=0.3
{ o1a hem d 1 } L 34.975, 40.899, 38.089
{ o2a hem d 1 } L 36.364, 39.359, 37.421
{ o1d hem d 1 } L 27.625, 39.837, 39.611
{ o2d hem d 1 } L 29.802, 39.714, 39.661
@vectorlist {heme-b2} color= pink 
{ fe  hem d 1 } P 30.228, 39.306, 31.292 
{ fe  hem d 1 } L 30.228, 39.306, 31.292
{ fe  hem d 1 } P 30.228, 39.306, 31.292 
{ n a hem d 1 } L 31.833, 40.324, 32.278
{ cha hem d 1 } P 31.145, 39.795, 34.586 
{ c1a hem d 1 } L 32.009, 40.382, 33.628
{ c1a hem d 1 } P 32.009, 40.382, 33.628 
{ c2a hem d 1 } L 33.205, 41.133, 33.988
{ c2a hem d 1 } P 33.205, 41.133, 33.988 
{ c3a hem d 1 } L 33.732, 41.532, 32.778
{ chb hem d 1 } P 32.965, 41.204, 30.335 
{ c4a hem d 1 } L 32.831, 41.034, 31.731
{ c3a hem d 1 } P 33.732, 41.532, 32.778 
{ cma hem d 1 } L 34.790, 42.582, 32.568
{ c2a hem d 1 } P 33.205, 41.133, 33.988 
{ caa hem d 1 } L 33.767, 41.321, 35.425
{ caa hem d 1 } P 33.767, 41.321, 35.425 
{ cba hem d 1 } L 34.585, 40.079, 35.892
{ cba hem d 1 } P 34.585, 40.079, 35.892 
{ cga hem d 1 } L 35.363, 40.114, 37.230
{ cga hem d 1 } P 35.363, 40.114, 37.230
 { o1a hem d 1 } L 34.975, 40.899, 38.089
{ cga hem d 1 } P 35.363, 40.114, 37.230 
{ o2a hem d 1 } L 36.364, 39.359, 37.421
{ fe  hem d 1 } P 30.228, 39.306, 31.292 
{ n b hem d 1 } L 30.817, 40.270, 29.596
{ chb hem d 1 } P 32.965, 41.204, 30.335 
{ c1b hem d 1 } L 32.023, 40.864, 29.332
{ c1b hem d 1 } P 32.023, 40.864, 29.332 
{ c2b hem d 1 } L 32.215, 41.076, 27.910
{ c2b hem d 1 } P 32.215, 41.076, 27.910 
{ c3b hem d 1 } L 31.089, 40.669, 27.305
{ chc hem d 1 } P 28.937, 39.727, 28.133 
{ c4b hem d 1 } L 30.210, 40.200, 28.364
{ c2b hem d 1 } P 32.215, 41.076, 27.910 
{ cmb hem d 1 } L 33.329, 41.908, 27.354
{ c3b hem d 1 } P 31.089, 40.669, 27.305 
{ cab hem d 1 } L 30.759, 40.687, 25.828
{ cab hem d 1 } P 30.759, 40.687, 25.828 
{ cbb hem d 1 } L 30.553, 41.845, 25.207
{ fe  hem d 1 } P 30.228, 39.306, 31.292 
{ n c hem d 1 } L 28.387, 39.042, 30.367
{ chc hem d 1 } P 28.937, 39.727, 28.133 
{ c1c hem d 1 } L 28.089, 39.180, 29.069
{ c1c hem d 1 } P 28.089, 39.180, 29.069 
{ c2c hem d 1 } L 26.712, 38.685, 28.786
{ c2c hem d 1 } P 26.712, 38.685, 28.786 
{ c3c hem d 1 } L 26.226, 38.206, 29.972
{ chd hem d 1 } P 27.137, 38.039, 32.301 
{ c4c hem d 1 } L 27.271, 38.409, 30.965
{ c2c hem d 1 } P 26.712, 38.685, 28.786 
{ cmc hem d 1 } L 25.912, 38.910, 27.511
{ c3c hem d 1 } P 26.226, 38.206, 29.972
 { cac hem d 1 } L 24.923, 37.590, 30.265
{ cac hem d 1 } P 24.923, 37.590, 30.265
 { cbc hem d 1 } L 23.763, 38.102, 29.785
{ fe  hem d 1 } P 30.228, 39.306, 31.292 
{ n d hem d 1 } L 29.311, 39.013, 33.117
{ chd hem d 1 } P 27.137, 38.039, 32.301 
{ c1d hem d 1 } L 28.100, 38.399, 33.322
{ c1d hem d 1 } P 28.100, 38.399, 33.322 
{ c2d hem d 1 } L 27.887, 38.227, 34.745
{ c2d hem d 1 } P 27.887, 38.227, 34.745 
{ c3d hem d 1 } L 29.015, 38.714, 35.391
{ cha hem d 1 } P 31.145, 39.795, 34.586 
{ c4d hem d 1 } L 29.896, 39.222, 34.372
{ c2d hem d 1 } P 27.887, 38.227, 34.745 
{ cmd hem d 1 } L 26.756, 37.414, 35.344
{ c3d hem d 1 } P 29.015, 38.714, 35.391 
{ cad hem d 1 } L 29.225, 38.752, 36.899
{ cad hem d 1 } P 29.225, 38.752, 36.899 
{ cbd hem d 1 } L 28.743, 40.057, 37.526
{ cbd hem d 1 } P 28.743, 40.057, 37.526 
{ cgd hem d 1 } L 28.721, 39.909, 39.074
{ cgd hem d 1 } P 28.721, 39.909, 39.074 
{ o1d hem d 1 } L 27.625, 39.837, 39.611
{ cgd hem d 1 } P 28.721, 39.909, 39.074 
{ o2d hem d 1 } L 29.802, 39.714, 39.661
{ n a hem d 1 } P 31.833, 40.324, 32.278 
{ c1a hem d 1 } L 32.009, 40.382, 33.628
{ n a hem d 1 } P 31.833, 40.324, 32.278 
{ c4a hem d 1 } L 32.831, 41.034, 31.731
{ c3a hem d 1 } P 33.732, 41.532, 32.778 
{ c4a hem d 1 } L 32.831, 41.034, 31.731
{ n b hem d 1 } P 30.817, 40.270, 29.596
 { c1b hem d 1 } L 32.023, 40.864, 29.332
{ n b hem d 1 } P 30.817, 40.270, 29.596 
{ c4b hem d 1 } L 30.210, 40.200, 28.364
{ c3b hem d 1 } P 31.089, 40.669, 27.305
 { c4b hem d 1 } L 30.210, 40.200, 28.364
{ n c hem d 1 } P 28.387, 39.042, 30.367 
{ c1c hem d 1 } L 28.089, 39.180, 29.069
{ n c hem d 1 } P 28.387, 39.042, 30.367 
{ c4c hem d 1 } L 27.271, 38.409, 30.965
{ c3c hem d 1 } P 26.226, 38.206, 29.972 
{ c4c hem d 1 } L 27.271, 38.409, 30.965
{ n d hem d 1 } P 29.311, 39.013, 33.117 
{ c1d hem d 1 } L 28.100, 38.399, 33.322
{ n d hem d 1 } P 29.311, 39.013, 33.117 
{ c4d hem d 1 } L 29.896, 39.222, 34.372
{ c3d hem d 1 } P 29.015, 38.714, 35.391 
{ c4d hem d 1 } L 29.896, 39.222, 34.37
@subgroup {HemeLigand} 
@balllist {N his-b2} color=blue radius=0.3
{ nd1 his d 92 } L 33.094, 36.203, 30.953
{ ne2 his d 92 } L 31.324, 37.615, 31.131
@vectorlist {his92-b2} color= cyan 
{R1 his  92 } P  33.118, 33.252, 32.625 
{ cb  his d 92 } L 31.985, 33.914, 30.663
{ cg  his d 92 } L 31.921, 35.432, 30.853
{ nd1 his d 92 } L 33.094, 36.203, 30.953
{ ce1 his d 92 } L 32.670, 37.531, 31.114
{ ne2 his d 92 } L 31.324, 37.615, 31.131
{ ne2 his d 92 } P 31.324, 37.615, 31.131 
{ ce1 his d 92 } L 32.670, 37.531, 31.114
{ cg  his d 92 } P 31.921, 35.432, 30.853 
{ cd2 his d 92 } L 30.842, 36.283, 30.949
{ ne2 his d 92 } L 31.324, 37.615, 31.131
{ ce1 his d 92 } L 32.670, 37.531, 31.114
@vectorlist {fe-n-b2} color= white
{ fe  hem d 1 } P 30.228, 39.306, 31.292 
{ ne2 his d 92 } L 31.324, 37.615, 31.131
@subgroup {Hb alpha1} 
@vectorlist {hb-a1 ribbon} color= bluetint 
{R1 val  1 } P  1.814, 22.343, 11.584 
{R1 val  1 } L  1.846, 22.211, 11.648 
{R1 val  1 } L  1.906, 21.855, 11.783 
{R1 val  1 } L  1.942, 21.331, 11.906 
{R1 leu a 2 } P  1.942, 21.331, 11.906 
{R1 leu  2 } L  1.900, 20.698, 11.933 
{R1 leu  2 } L  1.741, 20.008, 11.804 
{R1 leu  2 } L  1.473, 19.289, 11.552 
{R1 leu  2 } L  1.120, 18.566, 11.235 
{R1 ser a 3 } P  1.120, 18.566, 11.235 
{R1 ser  3 } L  0.704, 17.862, 10.910 
{R1 ser  3 } L  0.249, 17.193, 10.624 
{R1 ser  3 } L  -0.218, 16.535, 10.380 
{R1 ser  3 } L  -0.666, 15.861, 10.168 
{R1 pro a 4 } P  -0.666, 15.861, 10.168 
{R1 pro  4 } L  -1.065, 15.139, 9.980 
{R1 pro  4 } L  -1.380, 14.358, 9.808 
{R1 pro  4 } L  -1.550, 13.583, 9.649 
{R1 pro  4 } L  -1.507, 12.899, 9.498 
{R1 ala a 5 } P  -1.507, 12.899, 9.498 
{R1 ala  5 } L  -1.185, 12.389, 9.352 
{R1 ala  5 } L  -0.554, 12.115, 9.222 
{R1 ala  5 } L  0.263, 12.056, 9.171 
{R1 ala  5 } L  1.103, 12.168, 9.276 
{R1 asp a 6 } P  1.103, 12.168, 9.276 
{R1 asp  6 } L  1.808, 12.407, 9.614 
{R1 asp  6 } L  2.245, 12.718, 10.229 
{R1 asp  6 } L  2.411, 13.008, 11.024 
{R1 asp  6 } L  2.331, 13.172, 11.869 
{R1 lys a 7 } P  2.331, 13.172, 11.869 
{R1 lys  7 } L  2.033, 13.108, 12.635 
{R1 lys  7 } L  1.560, 12.743, 13.212 
{R1 lys  7 } L  1.035, 12.138, 13.574 
{R1 lys  7 } L  0.596, 11.388, 13.718 
{R1 thr a 8 } P  0.596, 11.388, 13.718 
{R1 thr  8 } L  0.383, 10.585, 13.638 
{R1 thr  8 } L  0.501, 9.820, 13.352 
{R1 thr  8 } L  0.912, 9.165, 12.966 
{R1 thr  8 } L  1.546, 8.687, 12.607 
{R1 asn a 9 } P  1.546, 8.687, 12.607 
{R1 asn  9 } L  2.328, 8.456, 12.404 
{R1 asn  9 } L  3.181, 8.510, 12.456 
{R1 asn  9 } L  3.995, 8.766, 12.755 
{R1 asn  9 } L  4.653, 9.116, 13.267 
{R1 val a 10 } P  4.653, 9.116, 13.267 
{R1 val  10 } L  5.039, 9.447, 13.956 
{R1 val  10 } L  5.073, 9.662, 14.774 
{R1 val  10 } L  4.823, 9.711, 15.619 
{R1 val  10 } L  4.392, 9.560, 16.378 
{R1 lys a 11 } P  4.392, 9.560, 16.378 
{R1 lys  11 } L  3.886, 9.171, 16.934 
{R1 lys  11 } L  3.404, 8.533, 17.205 
{R1 lys  11 } L  3.038, 7.735, 17.222 
{R1 lys  11 } L  2.873, 6.891, 17.049 
{R1 ala a 12 } P  2.873, 6.891, 17.049 
{R1 ala  12 } L  2.998, 6.115, 16.747 
{R1 ala  12 } L  3.463, 5.505, 16.385 
{R1 ala  12 } L  4.184, 5.093, 16.054 
{R1 ala  12 } L  5.036, 4.895, 15.854 
{R1 ala a 13 } P  5.036, 4.895, 15.854 
{R1 ala  13 } L  5.900, 4.927, 15.880 
{R1 ala  13 } L  6.663, 5.182, 16.202 
{R1 ala  13 } L  7.252, 5.564, 16.764 
{R1 ala  13 } L  7.603, 5.956, 17.480 
{R1 trp a 14 } P  7.603, 5.956, 17.480 
{R1 trp  14 } L  7.654, 6.238, 18.265 
{R1 trp  14 } L  7.376, 6.313, 19.036 
{R1 trp  14 } L  6.884, 6.165, 19.723 
{R1 trp  14 } L  6.326, 5.799, 20.255 
{R1 gly a 15 } P  6.326, 5.799, 20.255 
{R1 gly  15 } L  5.852, 5.220, 20.564 
{R1 gly  15 } L  5.589, 4.454, 20.610 
{R1 gly  15 } L  5.569, 3.613, 20.470 
{R1 gly  15 } L  5.803, 2.833, 20.247 
{R1 lys a 16 } P  5.803, 2.833, 20.247 
{R1 lys  16 } L  6.302, 2.249, 20.048 
{R1 lys  16 } L  7.045, 1.958, 19.962 
{R1 lys  16 } L  7.897, 1.911, 20.018 
{R1 lys  16 } L  8.694, 2.023, 20.230 
{R1 val a 17 } P  8.694, 2.023, 20.230 
{R1 val  17 } L  9.270, 2.210, 20.611 
{R1 val  17 } L  9.504, 2.396, 21.165 
{R1 val  17 } L  9.449, 2.541, 21.861 
{R1 val  17 } L  9.203, 2.616, 22.655 
{R1 gly a 18 } P  9.203, 2.616, 22.655 
{R1 gly  18 } L  8.862, 2.593, 23.506 
{R1 gly  18 } L  8.522, 2.455, 24.371 
{R1 gly  18 } L  8.270, 2.239, 25.207 
{R1 gly  18 } L  8.192, 1.996, 25.972 
{R1 ala a 19 } P  8.192, 1.996, 25.972 
{R1 ala  19 } L  8.373, 1.775, 26.622 
{R1 ala  19 } L  8.860, 1.625, 27.123 
{R1 ala  19 } L  9.553, 1.580, 27.472 
{R1 ala  19 } L  10.310, 1.672, 27.676 
{R1 his a 20 } P  10.310, 1.672, 27.676 
{R1 his  20 } L  10.994, 1.933, 27.741 
{R1 his  20 } L  11.491, 2.384, 27.684 
{R1 his  20 } L  11.809, 2.992, 27.571 
{R1 his  20 } L  11.981, 3.713, 27.476 
{R1 ala a 21 } P  11.981, 3.713, 27.476 
{R1 ala  21 } L  12.040, 4.503, 27.476 
{R1 ala  21 } L  12.032, 5.311, 27.629 
{R1 ala  21 } L  12.035, 6.058, 27.920 
{R1 ala  21 } L  12.142, 6.655, 28.316 
{R1 gly a 22 } P  12.142, 6.655, 28.316 
{R1 gly  22 } L  12.443, 7.018, 28.785 
{R1 gly  22 } L  12.994, 7.088, 29.281 
{R1 gly  22 } L  13.726, 6.928, 29.706 
{R1 gly  22 } L  14.534, 6.628, 29.949 
{R1 glu a 23 } P  14.534, 6.628, 29.949 
{R1 glu  23 } L  15.315, 6.279, 29.899 
{R1 glu  23 } L  15.975, 5.968, 29.488 
{R1 glu  23 } L  16.477, 5.769, 28.815 
{R1 glu  23 } L  16.791, 5.752, 28.024 
{R1 tyr a 24 } P  16.791, 5.752, 28.024 
{R1 tyr  24 } L  16.890, 5.987, 27.257 
{R1 tyr  24 } L  16.769, 6.513, 26.639 
{R1 tyr  24 } L  16.521, 7.247, 26.233 
{R1 tyr  24 } L  16.261, 8.076, 26.084 
{R1 gly a 25 } P  16.261, 8.076, 26.084 
{R1 gly  25 } L  16.103, 8.888, 26.236 
{R1 gly  25 } L  16.141, 9.580, 26.702 
{R1 gly  25 } L  16.385, 10.105, 27.356 
{R1 gly  25 } L  16.822, 10.425, 28.038 
{R1 ala a 26 } P  16.822, 10.425, 28.038 
{R1 ala  26 } L  17.441, 10.503, 28.590 
{R1 ala  26 } L  18.212, 10.330, 28.879 
{R1 ala  26 } L  19.041, 10.001, 28.888 
{R1 ala  26 } L  19.815, 9.641, 28.624 
{R1 glu a 27 } P  19.815, 9.641, 28.624 
{R1 glu  27 } L  20.421, 9.372, 28.097 
{R1 glu  27 } L  20.777, 9.297, 27.338 
{R1 glu  27 } L  20.908, 9.436, 26.481 
{R1 glu  27 } L  20.869, 9.788, 25.681 
{R1 ala a 28 } P  20.869, 9.788, 25.681 
{R1 ala  28 } L  20.714, 10.354, 25.095 
{R1 ala  28 } L  20.503, 11.111, 24.843 
{R1 ala  28 } L  20.319, 11.955, 24.903 
{R1 ala  28 } L  20.250, 12.760, 25.218 
{R1 leu a 29 } P  20.250, 12.760, 25.218 
{R1 leu  29 } L  20.385, 13.399, 25.729 
{R1 leu  29 } L  20.783, 13.775, 26.365 
{R1 leu  29 } L  21.389, 13.903, 27.000 
{R1 leu  29 } L  22.118, 13.825, 27.493 
{R1 glu a 30 } P  22.118, 13.825, 27.493 
{R1 glu  30 } L  22.886, 13.586, 27.704 
{R1 glu  30 } L  23.613, 13.240, 27.535 
{R1 glu  30 } L  24.237, 12.886, 27.052 
{R1 glu  30 } L  24.702, 12.638, 26.362 
{R1 arg a 31 } P  24.702, 12.638, 26.362 
{R1 arg  31 } L  24.951, 12.607, 25.574 
{R1 arg  31 } L  24.953, 12.874, 24.795 
{R1 arg  31 } L  24.784, 13.392, 24.126 
{R1 arg  31 } L  24.547, 14.086, 23.669 
{R1 met a 32 } P  24.547, 14.086, 23.669 
{R1 met  32 } L  24.344, 14.879, 23.524 
{R1 met  32 } L  24.264, 15.691, 23.753 
{R1 met  32 } L  24.344, 16.439, 24.257 
{R1 met  32 } L  24.608, 17.034, 24.898 
{R1 phe a 33 } P  24.608, 17.034, 24.898 
{R1 phe  33 } L  25.078, 17.392, 25.539 
{R1 phe  33 } L  25.758, 17.456, 26.054 
{R1 phe  33 } L  26.564, 17.286, 26.373 
{R1 phe  33 } L  27.391, 16.974, 26.436 
{R1 leu a 34 } P  27.391, 16.974, 26.436 
{R1 leu  34 } L  28.134, 16.613, 26.187 
{R1 leu  34 } L  28.705, 16.287, 25.599 
{R1 leu  34 } L  29.082, 16.066, 24.779 
{R1 leu  34 } L  29.259, 16.011, 23.866 
{R1 ser a 35 } P  29.259, 16.011, 23.866 
{R1 ser  35 } L  29.229, 16.185, 22.998 
{R1 ser  35 } L  29.006, 16.624, 22.297 
{R1 ser  35 } L  28.672, 17.259, 21.813 
{R1 ser  35 } L  28.329, 17.994, 21.577 
{R1 phe a 36 } P  28.329, 17.994, 21.577 
{R1 phe  36 } L  28.076, 18.732, 21.622 
{R1 phe  36 } L  27.990, 19.398, 21.959 
{R1 phe  36 } L  28.051, 20.002, 22.511 
{R1 phe  36 } L  28.211, 20.575, 23.181 
{R1 pro a 37 } P  28.211, 20.575, 23.181 
{R1 pro  37 } L  28.427, 21.148, 23.873 
{R1 pro  37 } L  28.645, 21.742, 24.501 
{R1 pro  37 } L  28.793, 22.343, 25.034 
{R1 pro  37 } L  28.791, 22.923, 25.455 
{R1 thr a 38 } P  28.791, 22.923, 25.455 
{R1 thr  38 } L  28.559, 23.460, 25.746 
{R1 thr  38 } L  28.053, 23.922, 25.906 
{R1 thr  38 } L  27.369, 24.256, 26.004 
{R1 thr  38 } L  26.636, 24.401, 26.126 
{R1 thr a 39 } P  26.636, 24.401, 26.126 
{R1 thr  39 } L  25.987, 24.301, 26.357 
{R1 thr  39 } L  25.528, 23.931, 26.760 
{R1 thr  39 } L  25.272, 23.422, 27.305 
{R1 thr  39 } L  25.207, 22.938, 27.940 
{R1 lys a 40 } P  25.207, 22.938, 27.940 
{R1 lys  40 } L  25.322, 22.644, 28.611 
{R1 lys  40 } L  25.587, 22.667, 29.270 
{R1 lys  40 } L  25.897, 22.968, 29.884 
{R1 lys  40 } L  26.129, 23.469, 30.425 
{R1 thr a 41 } P  26.129, 23.469, 30.425 
{R1 thr  41 } L  26.158, 24.091, 30.866 
{R1 thr  41 } L  25.897, 24.751, 31.191 
{R1 thr  41 } L  25.408, 25.339, 31.438 
{R1 thr  41 } L  24.787, 25.743, 31.655 
{R1 tyr a 42 } P  24.787, 25.743, 31.655 
{R1 tyr  42 } L  24.130, 25.849, 31.893 
{R1 tyr  42 } L  23.531, 25.586, 32.193 
{R1 tyr  42 } L  23.056, 25.062, 32.556 
{R1 tyr  42 } L  22.767, 24.427, 32.980 
{R1 phe a 43 } P  22.767, 24.427, 32.980 
{R1 phe  43 } L  22.726, 23.831, 33.457 
{R1 phe  43 } L  22.967, 23.397, 33.985 
{R1 phe  43 } L  23.414, 23.128, 34.566 
{R1 phe  43 } L  23.962, 23.001, 35.204 
{R1 pro a 44 } P  23.962, 23.001, 35.204 
{R1 pro  44 } L  24.507, 22.991, 35.903 
{R1 pro  44 } L  24.959, 23.061, 36.655 
{R1 pro  44 } L  25.287, 23.130, 37.401 
{R1 pro  44 } L  25.475, 23.104, 38.069 
{R1 his a 45 } P  25.475, 23.104, 38.069 
{R1 his  45 } L  25.508, 22.889, 38.588 
{R1 his  45 } L  25.388, 22.419, 38.905 
{R1 his  45 } L  25.182, 21.745, 39.046 
{R1 his  45 } L  24.978, 20.944, 39.058 
{R1 phe a 46 } P  24.978, 20.944, 39.058 
{R1 phe  46 } L  24.861, 20.095, 38.986 
{R1 phe  46 } L  24.896, 19.265, 38.866 
{R1 phe  46 } L  25.064, 18.481, 38.701 
{R1 phe  46 } L  25.325, 17.762, 38.482 
{R1 asp a 47 } P  25.325, 17.762, 38.482 
{R1 asp  47 } L  25.637, 17.124, 38.202 
{R1 asp  47 } L  25.967, 16.578, 37.859 
{R1 asp  47 } L  26.303, 16.103, 37.464 
{R1 asp  47 } L  26.639, 15.672, 37.035 
{R1 leu a 48 } P  26.639, 15.672, 37.035 
{R1 leu  48 } L  26.969, 15.257, 36.589 
{R1 leu  48 } L  27.288, 14.833, 36.141 
{R1 leu  48 } L  27.587, 14.381, 35.705 
{R1 leu  48 } L  27.857, 13.883, 35.294 
{R1 ser a 49 } P  27.857, 13.883, 35.294 
{R1 ser  49 } L  28.089, 13.323, 34.921 
{R1 ser  49 } L  28.271, 12.687, 34.594 
{R1 ser  49 } L  28.378, 11.986, 34.304 
{R1 ser  49 } L  28.382, 11.235, 34.036 
{R1 his a 50 } P  28.382, 11.235, 34.036 
{R1 his  50 } L  28.253, 10.447, 33.777 
{R1 his  50 } L  27.977, 9.650, 33.525 
{R1 his  50 } L  27.588, 8.909, 33.333 
{R1 his  50 } L  27.133, 8.303, 33.268 
{R1 gly a 51 } P  27.133, 8.303, 33.268 
{R1 gly  51 } L  26.659, 7.908, 33.398 
{R1 gly  51 } L  26.204, 7.778, 33.763 
{R1 gly  51 } L  25.766, 7.863, 34.312 
{R1 gly  51 } L  25.332, 8.087, 34.965 
{R1 ser a 52 } P  25.332, 8.087, 34.965 
{R1 ser  52 } L  24.891, 8.375, 35.646 
{R1 ser  52 } L  24.429, 8.668, 36.290 
{R1 ser  52 } L  23.940, 8.962, 36.889 
{R1 ser  52 } L  23.413, 9.272, 37.448 
{R1 ala a 53 } P  23.413, 9.272, 37.448 
{R1 ala  53 } L  22.841, 9.611, 37.973 
{R1 ala  53 } L  22.228, 9.989, 38.455 
{R1 ala  53 } L  21.634, 10.419, 38.831 
{R1 ala  53 } L  21.130, 10.910, 39.023 
{R1 gln a 54 } P  21.130, 10.910, 39.023 
{R1 gln  54 } L  20.788, 11.473, 38.954 
{R1 gln  54 } L  20.655, 12.093, 38.576 
{R1 gln  54 } L  20.675, 12.669, 37.954 
{R1 gln  54 } L  20.769, 13.072, 37.178 
{R1 val a 55 } P  20.769, 13.072, 37.178 
{R1 val  55 } L  20.857, 13.176, 36.344 
{R1 val  55 } L  20.867, 12.898, 35.541 
{R1 val  55 } L  20.766, 12.334, 34.855 
{R1 val  55 } L  20.532, 11.621, 34.369 
{R1 lys a 56 } P  20.532, 11.621, 34.369 
{R1 lys  56 } L  20.139, 10.900, 34.166 
{R1 lys  56 } L  19.581, 10.295, 34.296 
{R1 lys  56 } L  18.914, 9.885, 34.666 
{R1 lys  56 } L  18.214, 9.735, 35.149 
{R1 gly a 57 } P  18.214, 9.735, 35.149 
{R1 gly  57 } L  17.553, 9.908, 35.620 
{R1 gly  57 } L  16.996, 10.434, 35.963 
{R1 gly  57 } L  16.566, 11.191, 36.120 
{R1 gly  57 } L  16.276, 12.020, 36.045 
{R1 his a 58 } P  16.276, 12.020, 36.045 
{R1 his  58 } L  16.139, 12.765, 35.690 
{R1 his  58 } L  16.153, 13.290, 35.041 
{R1 his  58 } L  16.244, 13.557, 34.206 
{R1 his  58 } L  16.323, 13.548, 33.324 
{R1 gly a 59 } P  16.323, 13.548, 33.324 
{R1 gly  59 } L  16.302, 13.249, 32.536 
{R1 gly  59 } L  16.109, 12.673, 31.958 
{R1 gly  59 } L  15.747, 11.955, 31.614 
{R1 gly  59 } L  15.238, 11.260, 31.505 
{R1 lys a 60 } P  15.238, 11.260, 31.505 
{R1 lys  60 } L  14.604, 10.751, 31.634 
{R1 lys  60 } L  13.877, 10.559, 31.978 
{R1 lys  60 } L  13.133, 10.677, 32.424 
{R1 lys  60 } L  12.461, 11.063, 32.837 
{R1 lys a 61 } P  12.461, 11.063, 32.837 
{R1 lys  61 } L  11.948, 11.676, 33.079 
{R1 lys  61 } L  11.658, 12.455, 33.046 
{R1 lys  61 } L  11.558, 13.271, 32.750 
{R1 lys  61 } L  11.592, 13.976, 32.233 
{R1 val a 62 } P  11.592, 13.976, 32.233 
{R1 val  62 } L  11.703, 14.421, 31.538 
{R1 val  62 } L  11.833, 14.497, 30.720 
{R1 val  62 } L  11.917, 14.249, 29.887 
{R1 val  62 } L  11.886, 13.764, 29.160 
{R1 ala a 63 } P  11.886, 13.764, 29.160 
{R1 ala  63 } L  11.673, 13.126, 28.658 
{R1 ala  63 } L  11.234, 12.426, 28.468 
{R1 ala  63 } L  10.617, 11.782, 28.543 
{R1 ala  63 } L  9.896, 11.318, 28.800 
{R1 asp a 64 } P  9.896, 11.318, 28.800 
{R1 asp  64 } L  9.140, 11.160, 29.158 
{R1 asp  64 } L  8.419, 11.388, 29.533 
{R1 asp  64 } L  7.787, 11.918, 29.834 
{R1 asp  64 } L  7.293, 12.624, 29.968 
{R1 ala a 65 } P  7.293, 12.624, 29.968 
{R1 ala  65 } L  6.987, 13.378, 29.841 
{R1 ala  65 } L  6.898, 14.060, 29.395 
{R1 ala  65 } L  6.962, 14.582, 28.712 
{R1 ala  65 } L  7.094, 14.860, 27.909 
{R1 leu a 66 } P  7.094, 14.860, 27.909 
{R1 leu  66 } L  7.209, 14.812, 27.103 
{R1 leu  66 } L  7.232, 14.397, 26.400 
{R1 leu  66 } L  7.127, 13.733, 25.860 
{R1 leu  66 } L  6.870, 12.979, 25.534 
{R1 thr a 67 } P  6.870, 12.979, 25.534 
{R1 thr  67 } L  6.435, 12.294, 25.471 
{R1 thr  67 } L  5.818, 11.814, 25.691 
{R1 thr  67 } L  5.091, 11.585, 26.086 
{R1 thr  67 } L  4.347, 11.631, 26.520 
{R1 asn a 68 } P  4.347, 11.631, 26.520 
{R1 asn  68 } L  3.680, 11.973, 26.855 
{R1 asn  68 } L  3.166, 12.605, 26.976 
{R1 asn  68 } L  2.814, 13.390, 26.862 
{R1 asn  68 } L  2.618, 14.164, 26.512 
{R1 ala a 69 } P  2.618, 14.164, 26.512 
{R1 ala  69 } L  2.572, 14.758, 25.929 
{R1 ala  69 } L  2.653, 15.043, 25.135 
{R1 ala  69 } L  2.786, 15.020, 24.247 
{R1 ala  69 } L  2.880, 14.728, 23.403 
{R1 val a 70 } P  2.880, 14.728, 23.403 
{R1 val  70 } L  2.843, 14.203, 22.742 
{R1 val  70 } L  2.605, 13.503, 22.371 
{R1 val  70 } L  2.184, 12.757, 22.268 
{R1 val  70 } L  1.616, 12.113, 22.381 
{R1 ala a 71 } P  1.616, 12.113, 22.381 
{R1 ala  71 } L  0.938, 11.720, 22.657 
{R1 ala  71 } L  0.197, 11.684, 23.032 
{R1 ala  71 } L  -0.528, 11.951, 23.409 
{R1 ala  71 } L  -1.149, 12.426, 23.677 
{R1 his a 72 } P  -1.149, 12.426, 23.677 
{R1 his  72 } L  -1.578, 13.011, 23.728 
{R1 his  72 } L  -1.757, 13.623, 23.484 
{R1 his  72 } L  -1.750, 14.224, 22.985 
{R1 his  72 } L  -1.651, 14.785, 22.304 
{R1 val a 73 } P  -1.651, 14.785, 22.304 
{R1 val  73 } L  -1.556, 15.281, 21.514 
{R1 val  73 } L  -1.546, 15.696, 20.689 
{R1 val  73 } L  -1.652, 16.065, 19.926 
{R1 val  73 } L  -1.890, 16.437, 19.321 
{R1 asp a 74 } P  -1.890, 16.437, 19.321 
{R1 asp  74 } L  -2.279, 16.859, 18.973 
{R1 asp  74 } L  -2.810, 17.362, 18.952 
{R1 asp  74 } L  -3.364, 17.913, 19.202 
{R1 asp  74 } L  -3.797, 18.463, 19.639 
{R1 asp a 75 } P  -3.797, 18.463, 19.639 
{R1 asp  75 } L  -3.964, 18.962, 20.180 
{R1 asp  75 } L  -3.764, 19.376, 20.748 
{R1 asp  75 } L  -3.264, 19.735, 21.304 
{R1 asp  75 } L  -2.573, 20.084, 21.816 
{R1 met a 76 } P  -2.573, 20.084, 21.816 
{R1 met  76 } L  -1.802, 20.469, 22.251 
{R1 met  76 } L  -1.056, 20.922, 22.594 
{R1 met  76 } L  -0.424, 21.438, 22.882 
{R1 met  76 } L  0.011, 21.997, 23.172 
{R1 pro a 77 } P  0.011, 21.997, 23.172 
{R1 pro  77 } L  0.164, 22.581, 23.515 
{R1 pro  77 } L  -0.013, 23.158, 23.952 
{R1 pro  77 } L  -0.436, 23.639, 24.464 
{R1 pro  77 } L  -0.981, 23.920, 25.018 
{R1 asn a 78 } P  -0.981, 23.920, 25.018 
{R1 asn  78 } L  -1.530, 23.898, 25.581 
{R1 asn  78 } L  -1.972, 23.510, 26.122 
{R1 asn  78 } L  -2.238, 22.855, 26.613 
{R1 asn  78 } L  -2.271, 22.073, 27.029 
{R1 ala a 79 } P  -2.271, 22.073, 27.029 
{R1 ala  79 } L  -2.013, 21.305, 27.344 
{R1 ala  79 } L  -1.441, 20.673, 27.546 
{R1 ala  79 } L  -0.671, 20.240, 27.674 
{R1 ala  79 } L  0.148, 20.051, 27.779 
{R1 leu a 80 } P  0.148, 20.051, 27.779 
{R1 leu  80 } L  0.865, 20.153, 27.912 
{R1 leu  80 } L  1.363, 20.565, 28.118 
{R1 leu  80 } L  1.653, 21.204, 28.413 
{R1 leu  80 } L  1.778, 21.962, 28.807 
{R1 ser a 81 } P  1.778, 21.962, 28.807 
{R1 ser  81 } L  1.783, 22.729, 29.308 
{R1 ser  81 } L  1.718, 23.407, 29.915 
{R1 ser  81 } L  1.669, 23.940, 30.580 
{R1 ser  81 } L  1.727, 24.282, 31.244 
{R1 ala a 82 } P  1.727, 24.282, 31.244 
{R1 ala  82 } L  1.987, 24.384, 31.850 
{R1 ala  82 } L  2.508, 24.231, 32.338 
{R1 ala  82 } L  3.220, 23.923, 32.652 
{R1 ala  82 } L  4.020, 23.588, 32.736 
{R1 leu a 83 } P  4.020, 23.588, 32.736 
{R1 leu  83 } L  4.806, 23.357, 32.532 
{R1 leu  83 } L  5.486, 23.334, 32.022 
{R1 leu  83 } L  6.018, 23.533, 31.329 
{R1 leu  83 } L  6.370, 23.942, 30.615 
{R1 ser a 84 } P  6.370, 23.942, 30.615 
{R1 ser  84 } L  6.512, 24.551, 30.043 
{R1 ser  84 } L  6.435, 25.330, 29.744 
{R1 ser  84 } L  6.224, 26.176, 29.734 
{R1 ser  84 } L  5.989, 26.969, 30.000 
{R1 asp a 85 } P  5.989, 26.969, 30.000 
{R1 asp  85 } L  5.837, 27.587, 30.526 
{R1 asp  85 } L  5.859, 27.938, 31.277 
{R1 asp  85 } L  6.070, 28.040, 32.120 
{R1 asp  85 } L  6.468, 27.941, 32.902 
{R1 leu a 86 } P  6.468, 27.941, 32.902 
{R1 leu  86 } L  7.051, 27.688, 33.466 
{R1 leu  86 } L  7.799, 27.339, 33.695 
{R1 leu  86 } L  8.623, 26.989, 33.608 
{R1 leu  86 } L  9.416, 26.743, 33.261 
{R1 his a 87 } P  9.416, 26.743, 33.261 
{R1 his  87 } L  10.072, 26.708, 32.712 
{R1 his  87 } L  10.505, 26.959, 32.027 
{R1 his  87 } L  10.725, 27.457, 31.327 
{R1 his  87 } L  10.762, 28.132, 30.743 
{R1 ala a 88 } P  10.762, 28.132, 30.743 
{R1 ala  88 } L  10.645, 28.916, 30.407 
{R1 ala  88 } L  10.413, 29.735, 30.416 
{R1 ala  88 } L  10.144, 30.510, 30.728 
{R1 ala  88 } L  9.920, 31.158, 31.267 
{R1 his a 89 } P  9.920, 31.158, 31.267 
{R1 his  89 } L  9.826, 31.594, 31.957 
{R1 his  89 } L  9.927, 31.757, 32.721 
{R1 his  89 } L  10.207, 31.676, 33.489 
{R1 his  89 } L  10.630, 31.399, 34.190 
{R1 lys a 90 } P  10.630, 31.399, 34.190 
{R1 lys  90 } L  11.160, 30.975, 34.753 
{R1 lys  90 } L  11.759, 30.459, 35.120 
{R1 lys  90 } L  12.385, 29.925, 35.281 
{R1 lys  90 } L  12.992, 29.449, 35.235 
{R1 leu a 91 } P  12.992, 29.449, 35.235 
{R1 leu  91 } L  13.537, 29.112, 34.986 
{R1 leu  91 } L  13.986, 28.967, 34.543 
{R1 leu  91 } L  14.355, 28.974, 33.954 
{R1 leu  91 } L  14.670, 29.071, 33.276 
{R1 arg a 92 } P  14.670, 29.071, 33.276 
{R1 arg  92 } L  14.958, 29.195, 32.567 
{R1 arg  92 } L  15.242, 29.293, 31.873 
{R1 arg  92 } L  15.531, 29.360, 31.195 
{R1 arg  92 } L  15.831, 29.399, 30.526 
{R1 val a 93 } P  15.831, 29.399, 30.526 
{R1 val  93 } L  16.146, 29.414, 29.857 
{R1 val  93 } L  16.474, 29.412, 29.181 
{R1 val  93 } L  16.784, 29.403, 28.493 
{R1 val  93 } L  17.040, 29.396, 27.794 
{R1 asp a 94 } P  17.040, 29.396, 27.794 
{R1 asp  94 } L  17.204, 29.404, 27.081 
{R1 asp  94 } L  17.251, 29.432, 26.353 
{R1 asp  94 } L  17.209, 29.459, 25.609 
{R1 asp  94 } L  17.121, 29.463, 24.851 
{R1 pro a 95 } P  17.121, 29.463, 24.851 
{R1 pro  95 } L  17.029, 29.417, 24.077 
{R1 pro  95 } L  16.974, 29.301, 23.300 
{R1 pro  95 } L  17.003, 29.111, 22.573 
{R1 pro  95 } L  17.163, 28.846, 21.959 
{R1 val a 96 } P  17.163, 28.846, 21.959 
{R1 val  96 } L  17.499, 28.506, 21.522 
{R1 val  96 } L  18.025, 28.091, 21.310 
{R1 val  96 } L  18.619, 27.609, 21.303 
{R1 val  96 } L  19.128, 27.065, 21.462 
{R1 asn a 97 } P  19.128, 27.065, 21.462 
{R1 asn  97 } L  19.395, 26.467, 21.751 
{R1 asn  97 } L  19.309, 25.829, 22.120 
{R1 asn  97 } L  18.934, 25.188, 22.466 
{R1 asn  97 } L  18.377, 24.590, 22.676 
{R1 phe a 98 } P  18.377, 24.590, 22.676 
{R1 phe  98 } L  17.744, 24.082, 22.635 
{R1 phe  98 } L  17.139, 23.695, 22.268 
{R1 phe  98 } L  16.661, 23.407, 21.656 
{R1 phe  98 } L  16.405, 23.183, 20.922 
{R1 lys a 99 } P  16.405, 23.183, 20.922 
{R1 lys  99 } L  16.468, 22.988, 20.186 
{R1 lys  99 } L  16.902, 22.788, 19.560 
{R1 lys  99 } L  17.596, 22.556, 19.116 
{R1 lys  99 } L  18.394, 22.265, 18.915 
{R1 leu a 100 } P  18.394, 22.265, 18.915 
{R1 leu  100 } L  19.140, 21.891, 19.020 
{R1 leu  100 } L  19.702, 21.418, 19.456 
{R1 leu  100 } L  20.023, 20.878, 20.102 
{R1 leu  100 } L  20.071, 20.312, 20.799 
{R1 leu a 101 } P  20.071, 20.312, 20.799 
{R1 leu  101 } L  19.812, 19.763, 21.391 
{R1 leu  101 } L  19.243, 19.267, 21.743 
{R1 leu  101 } L  18.495, 18.836, 21.825 
{R1 leu  101 } L  17.729, 18.477, 21.630 
{R1 ser a 102 } P  17.729, 18.477, 21.630 
{R1 ser  102 } L  17.106, 18.197, 21.153 
{R1 ser  102 } L  16.760, 17.995, 20.415 
{R1 ser  102 } L  16.703, 17.831, 19.548 
{R1 ser  102 } L  16.920, 17.659, 18.710 
{R1 his a 103 } P  16.920, 17.659, 18.710 
{R1 his  103 } L  17.395, 17.432, 18.062 
{R1 his  103 } L  18.087, 17.113, 17.729 
{R1 his  103 } L  18.861, 16.711, 17.703 
{R1 his  103 } L  19.560, 16.240, 17.945 
{R1 cys a 104 } P  19.560, 16.240, 17.945 
{R1 cys  104 } L  20.023, 15.720, 18.413 
{R1 cys  104 } L  20.131, 15.170, 19.048 
{R1 cys  104 } L  19.916, 14.621, 19.721 
{R1 cys  104 } L  19.449, 14.108, 20.282 
{R1 leu a 105 } P  19.449, 14.108, 20.282 
{R1 leu  105 } L  18.801, 13.664, 20.583 
{R1 leu  105 } L  18.054, 13.313, 20.515 
{R1 leu  105 } L  17.332, 13.039, 20.129 
{R1 leu  105 } L  16.771, 12.816, 19.515 
{R1 leu a 106 } P  16.771, 12.816, 19.515 
{R1 leu  106 } L  16.505, 12.617, 18.766 
{R1 leu  106 } L  16.629, 12.417, 17.975 
{R1 leu  106 } L  17.068, 12.192, 17.257 
{R1 leu  106 } L  17.705, 11.921, 16.729 
{R1 val a 107 } P  17.705, 11.921, 16.729 
{R1 val  107 } L  18.426, 11.579, 16.509 
{R1 val  107 } L  19.116, 11.155, 16.672 
{R1 val  107 } L  19.675, 10.667, 17.129 
{R1 val  107 } L  20.007, 10.145, 17.747 
{R1 thr a 108 } P  20.007, 10.145, 17.747 
{R1 thr  108 } L  20.015, 9.619, 18.395 
{R1 thr  108 } L  19.642, 9.114, 18.951 
{R1 thr  108 } L  18.996, 8.650, 19.333 
{R1 thr  108 } L  18.226, 8.242, 19.469 
{R1 leu a 109 } P  18.226, 8.242, 19.469 
{R1 leu  109 } L  17.481, 7.906, 19.289 
{R1 leu  109 } L  16.892, 7.649, 18.757 
{R1 leu  109 } L  16.524, 7.445, 17.990 
{R1 leu  109 } L  16.424, 7.256, 17.139 
{R1 ala a 110 } P  16.424, 7.256, 17.139 
{R1 ala  110 } L  16.640, 7.049, 16.359 
{R1 ala  110 } L  17.185, 6.790, 15.780 
{R1 ala  110 } L  17.934, 6.469, 15.443 
{R1 ala  110 } L  18.727, 6.077, 15.369 
{R1 ala a 111 } P  18.727, 6.077, 15.369 
{R1 ala  111 } L  19.405, 5.607, 15.577 
{R1 ala  111 } L  19.834, 5.062, 16.058 
{R1 ala  111 } L  19.990, 4.481, 16.689 
{R1 ala  111 } L  19.878, 3.915, 17.318 
{R1 his a 112 } P  19.878, 3.915, 17.318 
{R1 his  112 } L  19.501, 3.415, 17.795 
{R1 his  112 } L  18.881, 3.018, 18.000 
{R1 his  112 } L  18.127, 2.708, 17.943 
{R1 his  112 } L  17.363, 2.459, 17.667 
{R1 leu a 113 } P  17.363, 2.459, 17.667 
{R1 leu  113 } L  16.716, 2.242, 17.216 
{R1 leu  113 } L  16.282, 2.030, 16.631 
{R1 leu  113 } L  16.036, 1.799, 15.946 
{R1 leu  113 } L  15.923, 1.526, 15.195 
{R1 pro a 114 } P  15.923, 1.526, 15.195 
{R1 pro  114 } L  15.887, 1.187, 14.408 
{R1 pro  114 } L  15.869, 0.777, 13.624 
{R1 pro  114 } L  15.795, 0.351, 12.893 
{R1 pro  114 } L  15.587, -0.016, 12.271 
{R1 ala a 115 } P  15.587, -0.016, 12.271 
{R1 ala  115 } L  15.166, -0.250, 11.812 
{R1 ala  115 } L  14.493, -0.294, 11.554 
{R1 ala  115 } L  13.687, -0.143, 11.457 
{R1 ala  115 } L  12.904, 0.191, 11.464 
{R1 glu a 116 } P  12.904, 0.191, 11.464 
{R1 glu  116 } L  12.301, 0.696, 11.518 
{R1 glu  116 } L  11.995, 1.350, 11.564 
{R1 glu  116 } L  11.940, 2.095, 11.566 
{R1 glu  116 } L  12.047, 2.859, 11.490 
{R1 phe a 117 } P  12.047, 2.859, 11.490 
{R1 phe  117 } L  12.230, 3.575, 11.301 
{R1 phe  117 } L  12.415, 4.189, 10.976 
{R1 phe  117 } L  12.575, 4.716, 10.533 
{R1 phe  117 } L  12.700, 5.188, 10.001 
{R1 thr a 118 } P  12.700, 5.188, 10.001 
{R1 thr  118 } L  12.776, 5.639, 9.406 
{R1 thr  118 } L  12.794, 6.098, 8.776 
{R1 thr  118 } L  12.746, 6.580, 8.133 
{R1 thr  118 } L  12.628, 7.102, 7.501 
{R1 pro a 119 } P  12.628, 7.102, 7.501 
{R1 pro  119 } L  12.436, 7.676, 6.900 
{R1 pro  119 } L  12.164, 8.301, 6.360 
{R1 pro  119 } L  11.804, 8.912, 5.942 
{R1 pro  119 } L  11.351, 9.428, 5.713 
{R1 ala a 120 } P  11.351, 9.428, 5.713 
{R1 ala  120 } L  10.797, 9.770, 5.740 
{R1 ala  120 } L  10.158, 9.884, 6.067 
{R1 ala  120 } L  9.546, 9.825, 6.635 
{R1 ala  120 } L  9.093, 9.673, 7.363 
{R1 val a 121 } P  9.093, 9.673, 7.363 
{R1 val  121 } L  8.934, 9.512, 8.169 
{R1 val  121 } L  9.159, 9.415, 8.970 
{R1 val  121 } L  9.677, 9.431, 9.684 
{R1 val  121 } L  10.350, 9.600, 10.228 
{R1 his a 122 } P  10.350, 9.600, 10.228 
{R1 his  122 } L  11.042, 9.965, 10.519 
{R1 his  122 } L  11.629, 10.543, 10.506 
{R1 his  122 } L  12.030, 11.262, 10.271 
{R1 his  122 } L  12.177, 12.027, 9.925 
{R1 ala a 123 } P  12.177, 12.027, 9.925 
{R1 ala  123 } L  12.001, 12.743, 9.580 
{R1 ala  123 } L  11.470, 13.327, 9.337 
{R1 ala  123 } L  10.704, 13.751, 9.253 
{R1 ala  123 } L  9.861, 14.000, 9.371 
{R1 ser a 124 } P  9.861, 14.000, 9.371 
{R1 ser  124 } L  9.096, 14.058, 9.738 
{R1 ser  124 } L  8.546, 13.931, 10.370 
{R1 ser  124 } L  8.253, 13.703, 11.174 
{R1 ser  124 } L  8.241, 13.478, 12.030 
{R1 leu a 125 } P  8.241, 13.478, 12.030 
{R1 leu  125 } L  8.531, 13.363, 12.817 
{R1 leu  125 } L  9.113, 13.441, 13.434 
{R1 leu  125 } L  9.857, 13.717, 13.852 
{R1 leu  125 } L  10.599, 14.173, 14.060 
{R1 asp a 126 } P  10.599, 14.173, 14.060 
{R1 asp  126 } L  11.178, 14.794, 14.048 
{R1 asp  126 } L  11.461, 15.547, 13.829 
{R1 asp  126 } L  11.442, 16.344, 13.498 
{R1 asp  126 } L  11.146, 17.079, 13.176 
{R1 lys a 127 } P  11.146, 17.079, 13.176 
{R1 lys  127 } L  10.597, 17.647, 12.981 
{R1 lys  127 } L  9.841, 17.970, 13.009 
{R1 lys  127 } L  9.013, 18.073, 13.262 
{R1 lys  127 } L  8.268, 18.006, 13.721 
{R1 phe a 128 } P  8.268, 18.006, 13.721 
{R1 phe  128 } L  7.761, 17.823, 14.365 
{R1 phe  128 } L  7.610, 17.580, 15.158 
{R1 phe  128 } L  7.778, 17.361, 15.999 
{R1 phe  128 } L  8.190, 17.259, 16.771 
{R1 leu a 129 } P  8.190, 17.259, 16.771 
{R1 leu  129 } L  8.770, 17.364, 17.357 
{R1 leu  129 } L  9.434, 17.738, 17.669 
{R1 leu  129 } L  10.060, 18.328, 17.740 
{R1 leu  129 } L  10.521, 19.051, 17.629 
{R1 ala a 130 } P  10.521, 19.051, 17.629 
{R1 ala  130 } L  10.685, 19.825, 17.397 
{R1 ala  130 } L  10.466, 20.570, 17.112 
{R1 ala  130 } L  9.941, 21.220, 16.863 
{R1 ala  130 } L  9.228, 21.711, 16.748 
{R1 ser a 131 } P  9.228, 21.711, 16.748 
{R1 ser  131 } L  8.448, 21.978, 16.863 
{R1 ser  131 } L  7.715, 21.986, 17.271 
{R1 ser  131 } L  7.123, 21.810, 17.908 
{R1 ser  131 } L  6.763, 21.555, 18.674 
{R1 val a 132 } P  6.763, 21.555, 18.674 
{R1 val  132 } L  6.725, 21.323, 19.471 
{R1 val  132 } L  7.060, 21.207, 20.207 
{R1 val  132 } L  7.656, 21.247, 20.818 
{R1 val  132 } L  8.363, 21.471, 21.244 
{R1 ser a 133 } P  8.363, 21.471, 21.244 
{R1 ser  133 } L  9.030, 21.910, 21.430 
{R1 ser  133 } L  9.524, 22.567, 21.344 
{R1 ser  133 } L  9.789, 23.356, 21.075 
{R1 ser  133 } L  9.783, 24.167, 20.739 
{R1 thr a 134 } P  9.783, 24.167, 20.739 
{R1 thr  134 } L  9.468, 24.890, 20.451 
{R1 thr  134 } L  8.838, 25.435, 20.312 
{R1 thr  134 } L  8.022, 25.786, 20.359 
{R1 thr  134 } L  7.186, 25.948, 20.613 
{R1 val a 135 } P  7.186, 25.948, 20.613 
{R1 val  135 } L  6.492, 25.927, 21.094 
{R1 val  135 } L  6.075, 25.743, 21.800 
{R1 val  135 } L  5.950, 25.488, 22.635 
{R1 val  135 } L  6.104, 25.269, 23.478 
{R1 leu  136 } P  6.104, 25.269, 23.478 
{R1 leu  136 } L  6.524, 25.196, 24.210 
{R1 leu  136 } L  7.168, 25.348, 24.734 
{R1 leu  136 } L  7.900, 25.701, 25.049 
{R1 leu  136 } L  8.554, 26.200, 25.179 
{R1 thr  137 } P  8.554, 26.200, 25.179 
{R1 thr  137 } L  8.966, 26.792, 25.148 
{R1 thr  137 } L  9.013, 27.430, 24.987 
{R1 thr  137 } L  8.741, 28.082, 24.764 
{R1 thr  137 } L  8.236, 28.726, 24.556 
{R1 ser  138 } P  8.236, 28.726, 24.556 
{R1 ser  138 } L  7.584, 29.335, 24.437 
{R1 ser  138 } L  6.877, 29.890, 24.468 
{R1 ser  138 } L  6.224, 30.398, 24.632 
{R1 ser  138 } L  5.740, 30.868, 24.900 
{R1 lys  139 } P  5.740, 30.868, 24.900 
{R1 lys  139 } L  5.539, 31.312, 25.238 
{R1 lys  139 } L  5.695, 31.741, 25.614 
{R1 lys  139 } L  6.121, 32.171, 25.985 
{R1 lys  139 } L  6.690, 32.618, 26.309 
{R1 tyr  140 } P  6.690, 32.618, 26.309 
{R1 tyr  140 } L  7.274, 33.099, 26.543 
{R1 tyr  140 } L  7.766, 33.627, 26.656 
{R1 tyr  140 } L  8.143, 34.196, 26.664 
{R1 tyr  140 } L  8.399, 34.799, 26.596 
{R1 arg  141 } P  8.399, 34.799, 26.596 
{R1 arg  141 } L  8.533, 35.427, 26.481 
{R1 arg  141 } L  8.549, 36.058, 26.346 
{R1 arg  141 } L  8.493, 36.618, 26.219 
{R1 arg  141 } L  8.420, 37.019, 26.123 
{R1 arg  141 } P  8.420, 37.019, 26.123 
{R1 arg  141 } L  8.383, 37.172, 26.086 
@labellist {hb-a1} color= bluetint off master= {Labels}
{ alpha1 } P   20.788, 11.473, 38.954
@subgroup {Heme alpha1} 
@balllist {Fe-a1} color=orange radius=0.5 
{ fe  hem a 1 } P 13.919, 21.312, 30.320
@balllist {N-a1} color=blue radius=0.3
{ n a hem a 1 } L 12.769, 20.116, 31.502
{ n b hem a 1 } L 13.180, 20.180, 28.635
{ n c hem a 1 } L 15.584, 21.822, 29.072
{ n d hem a 1 } L 15.209, 21.679, 31.875
@balllist {O-a1} color=red radius=0.3
{ o1a hem a 1 } L 10.707, 19.110, 37.722
{ o2a hem a 1 } L 8.748, 19.702, 37.091
{ o1d hem a 1 } L 16.670, 19.347, 38.005
{ o2d hem a 1 } L 16.955, 21.474, 38.247
@vectorlist {heme-a1} color= pinktint 
{ fe  hem a 1 } P 13.919, 21.312, 30.320 
{ n a hem a 1 } L 12.769, 20.116, 31.502
{ cha hem a 1 } P 13.721, 20.791, 33.649 
{ c1a hem a 1 } L 12.787, 20.129, 32.865
{ c1a hem a 1 } P 12.787, 20.129, 32.865 
{ c2a hem a 1 } L 11.690, 19.258, 33.380
{ c2a hem a 1 } P 11.690, 19.258, 33.380 
{ c3a hem a 1 } L 11.026, 18.765, 32.293
{ chb hem a 1 } P 11.343, 18.986, 29.776 
{ c4a hem a 1 } L 11.713, 19.269, 31.110
{ c3a hem a 1 } P 11.026, 18.765, 32.293 
{ cma hem a 1 } L 9.953, 17.716, 32.324
{ c2a hem a 1 } P 11.690, 19.258, 33.380 
{ caa hem a 1 } L 11.403, 18.903, 34.810
{ caa hem a 1 } P 11.403, 18.903, 34.810 
{ cba hem a 1 } L 10.468, 19.915, 35.456
{ cba hem a 1 } P 10.468, 19.915, 35.456 
{ cga hem a 1 } L 9.937, 19.514, 36.847
{ cga hem a 1 } P 9.937, 19.514, 36.847 
{ o1a hem a 1 } L 10.707, 19.110, 37.722
{ cga hem a 1 } P 9.937, 19.514, 36.847 
{ o2a hem a 1 } L 8.748, 19.702, 37.091
{ fe  hem a 1 } P 13.919, 21.312, 30.320 
{ n b hem a 1 } L 13.180, 20.180, 28.635
{ chb hem a 1 } P 11.343, 18.986, 29.776 
{ c1b hem a 1 } L 12.037, 19.430, 28.653
{ c1b hem a 1 } P 12.037, 19.430, 28.653 
{ c2b hem a 1 } L 11.687, 19.067, 27.297
{ c2b hem a 1 } P 11.687, 19.067, 27.297 
{ c3b hem a 1 } L 12.599, 19.695, 26.436
{ chc hem a 1 } P 14.603, 21.147, 26.827 
{ c4b hem a 1 } L 13.519, 20.396, 27.301
{ c2b hem a 1 } P 11.687, 19.067, 27.297 
{ cmb hem a 1 } L 10.450, 18.296, 26.921
{ c3b hem a 1 } P 12.599, 19.695, 26.436 
{ cab hem a 1 } L 12.466, 19.879, 24.963
{ cab hem a 1 } P 12.466, 19.879, 24.963 
{ cbb hem a 1 } L 12.400, 18.801, 24.102
{ fe  hem a 1 } P 13.919, 21.312, 30.320 
{ n c hem a 1 } L 15.584, 21.822, 29.072
{ chc hem a 1 } P 14.603, 21.147, 26.827 
{ c1c hem a 1 } L 15.604, 21.730, 27.665
{ c1c hem a 1 } P 15.604, 21.730, 27.665
 { c2c hem a 1 } L 16.852, 22.285, 27.176
{ c2c hem a 1 } P 16.852, 22.285, 27.176 
{ c3c hem a 1 } L 17.581, 22.640, 28.278
{ chd hem a 1 } P 17.214, 22.538, 30.718 
{ c4c hem a 1 } L 16.786, 22.313, 29.430
{ c2c hem a 1 } P 16.852, 22.285, 27.176 
{ cmc hem a 1 } L 17.203, 22.502, 25.740
{ c3c hem a 1 } P 17.581, 22.640, 28.278
 { cac hem a 1 } L 18.938, 23.215, 28.361
{ cac hem a 1 } P 18.938, 23.215, 28.361 
{ cbc hem a 1 } L 19.977, 22.887, 27.507
{ fe  hem a 1 } P 13.919, 21.312, 30.320 
{ n d hem a 1 } L 15.209, 21.679, 31.875
{ chd hem a 1 } P 17.214, 22.538, 30.718 
{ c1d hem a 1 } L 16.461, 22.212, 31.887
{ c1d hem a 1 } P 16.461, 22.212, 31.887 
{ c2d hem a 1 } L 16.896, 22.417, 33.255
{ c2d hem a 1 } P 16.896, 22.417, 33.255 
{ c3d hem a 1 } L 15.935, 21.948, 34.061
{ cha hem a 1 } P 13.721, 20.791, 33.649 
{ c4d hem a 1 } L 14.869, 21.463, 33.209
{ c2d hem a 1 } P 16.896, 22.417, 33.255 
{ cmd hem a 1 } L 18.122, 23.188, 33.732
{ c3d hem a 1 } P 15.935, 21.948, 34.061 
{ cad hem a 1 } L 15.988, 21.862, 35.562
{ cad hem a 1 } P 15.988, 21.862, 35.562 
{ cbd hem a 1 } L 16.527, 20.513, 36.033
{ cbd hem a 1 } P 16.527, 20.513, 36.033 
{ cgd hem a 1 } L 16.722, 20.471, 37.562
{ cgd hem a 1 } P 16.722, 20.471, 37.562 
{ o1d hem a 1 } L 16.670, 19.347, 38.005
{ cgd hem a 1 } P 16.722, 20.471, 37.562 
{ o2d hem a 1 } L 16.955, 21.474, 38.247
{ n a hem a 1 } P 12.769, 20.116, 31.502 
{ c1a hem a 1 } L 12.787, 20.129, 32.865
{ n a hem a 1 } P 12.769, 20.116, 31.502 
{ c4a hem a 1 } L 11.713, 19.269, 31.110
{ c3a hem a 1 } P 11.026, 18.765, 32.293 
{ c4a hem a 1 } L 11.713, 19.269, 31.110
{ n b hem a 1 } P 13.180, 20.180, 28.635 
{ c1b hem a 1 } L 12.037, 19.430, 28.653
{ n b hem a 1 } P 13.180, 20.180, 28.635 
{ c4b hem a 1 } L 13.519, 20.396, 27.301
{ c3b hem a 1 } P 12.599, 19.695, 26.436 
{ c4b hem a 1 } L 13.519, 20.396, 27.301
{ n c hem a 1 } P 15.584, 21.822, 29.072 
{ c1c hem a 1 } L 15.604, 21.730, 27.665
{ n c hem a 1 } P 15.584, 21.822, 29.072 
{ c4c hem a 1 } L 16.786, 22.313, 29.430
{ c3c hem a 1 } P 17.581, 22.640, 28.278 
{ c4c hem a 1 } L 16.786, 22.313, 29.430
{ n d hem a 1 } P 15.209, 21.679, 31.875
 { c1d hem a 1 } L 16.461, 22.212, 31.887
{ n d hem a 1 } P 15.209, 21.679, 31.875 
{ c4d hem a 1 } L 14.869, 21.463, 33.209
{ c3d hem a 1 } P 15.935, 21.948, 34.061 
{ c4d hem a 1 } L 14.869, 21.463, 33.209
@subgroup {HemeLigand} 
@balllist {Fe-a1} color=blue radius=0.3
{ nd1 his a 87 } L 10.623, 24.045, 30.454
{ ne2 his a 87 } L 12.639, 23.019, 30.215
@vectorlist {his87-a1} color= cyan 
{R1 his  87 } P  10.505, 26.959, 32.027 
{ cb  his a 87 } L 11.084, 26.441, 29.798
{ cg  his a 87 } L 11.544, 24.992, 30.015
{ nd1 his a 87 } L 10.623, 24.045, 30.454
{ ce1 his a 87 } L 11.308, 22.862, 30.572
{ ne2 his a 87 } L 12.639, 23.019, 30.215
{ ne2 his a 87 } P 12.639, 23.019, 30.215 
{ ce1 his a 87 } L 11.308, 22.862, 30.572
{ cg  his a 87 } P 11.544, 24.992, 30.015
{ cd2 his a 87 } L 12.773, 24.365, 29.866
{ ne2 his a 87 } L 12.639, 23.019, 30.215
{ ce1 his a 87 } L 11.308, 22.862, 30.572
@vectorlist {fe-n-a1} color= white
{ fe  hem a 1 } P 13.919, 21.312, 30.320
{ ne2 his a 87 } L 12.639, 23.019, 30.215
@subgroup {Hb alpha2} 
@vectorlist {hb-a2 ribbon} color= bluetint 
{R1 val  1 } P  2.246, 36.413, 21.118 
{R1 val  1 } L  2.234, 36.548, 21.066 
{R1 val  1 } L  2.190, 36.912, 20.962 
{R1 val  1 } L  2.098, 37.441, 20.883 
{R1 leu c 2 } P  2.098, 37.441, 20.883 
{R1 leu  2 } L  1.945, 38.073, 20.904 
{R1 leu  2 } L  1.720, 38.751, 21.081 
{R1 leu  2 } L  1.430, 39.450, 21.383 
{R1 leu  2 } L  1.084, 40.148, 21.757 
{R1 ser c 3 } P  1.084, 40.148, 21.757 
{R1 ser  3 } L  0.693, 40.827, 22.149 
{R1 ser  3 } L  0.270, 41.476, 22.515 
{R1 ser  3 } L  -0.161, 42.115, 22.847 
{R1 ser  3 } L  -0.571, 42.774, 23.145 
{R1 pro c 4 } P  -0.571, 42.774, 23.145 
{R1 pro  4 } L  -0.933, 43.480, 23.410 
{R1 pro  4 } L  -1.212, 44.246, 23.639 
{R1 pro  4 } L  -1.349, 45.007, 23.826 
{R1 pro  4 } L  -1.277, 45.682, 23.959 
{R1 ala c 5 } P  -1.277, 45.682, 23.959 
{R1 ala  5 } L  -0.927, 46.189, 24.030 
{R1 ala  5 } L  -0.274, 46.466, 24.022 
{R1 ala  5 } L  0.547, 46.531, 23.901 
{R1 ala  5 } L  1.363, 46.425, 23.624 
{R1 asp c 6 } P  1.363, 46.425, 23.624 
{R1 asp  6 } L  1.999, 46.185, 23.150 
{R1 asp  6 } L  2.318, 45.863, 22.464 
{R1 asp  6 } L  2.331, 45.553, 21.658 
{R1 asp  6 } L  2.087, 45.360, 20.849 
{R1 lys c 7 } P  2.087, 45.360, 20.849 
{R1 lys  7 } L  1.636, 45.391, 20.155 
{R1 lys  7 } L  1.043, 45.720, 19.671 
{R1 lys  7 } L  0.432, 46.290, 19.401 
{R1 lys  7 } L  -0.056, 47.014, 19.327 
{R1 thr c 8 } P  -0.056, 47.014, 19.327 
{R1 thr  8 } L  -0.281, 47.804, 19.432 
{R1 thr  8 } L  -0.140, 48.573, 19.680 
{R1 thr  8 } L  0.312, 49.247, 19.979 
{R1 thr  8 } L  0.981, 49.751, 20.216 
{R1 asn c 9 } P  0.981, 49.751, 20.216 
{R1 asn  9 } L  1.775, 50.012, 20.282 
{R1 asn  9 } L  2.597, 49.988, 20.093 
{R1 asn  9 } L  3.341, 49.754, 19.671 
{R1 asn  9 } L  3.894, 49.418, 19.067 
{R1 val c 10 } P  3.894, 49.418, 19.067 
{R1 val  10 } L  4.146, 49.087, 18.328 
{R1 val  10 } L  4.026, 48.858, 17.514 
{R1 val  10 } L  3.617, 48.782, 16.712 
{R1 val  10 } L  3.044, 48.901, 16.021 
{R1 lys c 11 } P  3.044, 48.901, 16.021 
{R1 lys  11 } L  2.428, 49.257, 15.536 
{R1 lys  11 } L  1.885, 49.866, 15.326 
{R1 lys  11 } L  1.501, 50.641, 15.347 
{R1 lys  11 } L  1.351, 51.472, 15.524 
{R1 ala c 12 } P  1.351, 51.472, 15.524 
{R1 ala  12 } L  1.511, 52.247, 15.785 
{R1 ala  12 } L  2.024, 52.870, 16.055 
{R1 ala  12 } L  2.787, 53.303, 16.256 
{R1 ala  12 } L  3.663, 53.525, 16.311 
{R1 ala c 13 } P  3.663, 53.525, 16.311 
{R1 ala  13 } L  4.517, 53.513, 16.141 
{R1 ala  13 } L  5.225, 53.268, 15.697 
{R1 ala  13 } L  5.723, 52.886, 15.045 
{R1 ala  13 } L  5.960, 52.484, 14.281 
{R1 trp c 14 } P  5.960, 52.484, 14.281 
{R1 trp  14 } L  5.886, 52.180, 13.501 
{R1 trp  14 } L  5.485, 52.075, 12.791 
{R1 trp  14 } L  4.879, 52.191, 12.203 
{R1 trp  14 } L  4.225, 52.532, 11.778 
{R1 gly c 15 } P  4.225, 52.532, 11.778 
{R1 gly  15 } L  3.678, 53.101, 11.558 
{R1 gly  15 } L  3.368, 53.880, 11.561 
{R1 gly  15 } L  3.322, 54.753, 11.706 
{R1 gly  15 } L  3.537, 55.583, 11.888 
{R1 lys c 16 } P  3.537, 55.583, 11.888 
{R1 lys  16 } L  4.013, 56.231, 12.001 
{R1 lys  16 } L  4.723, 56.596, 11.960 
{R1 lys  16 } L  5.527, 56.715, 11.758 
{R1 lys  16 } L  6.259, 56.661, 11.411 
{R1 val c 17 } P  6.259, 56.661, 11.411 
{R1 val  17 } L  6.753, 56.509, 10.933 
{R1 val  17 } L  6.887, 56.327, 10.340 
{R1 val  17 } L  6.716, 56.159, 9.656 
{R1 val  17 } L  6.337, 56.046, 8.907 
{R1 gly c 18 } P  6.337, 56.046, 8.907 
{R1 gly  18 } L  5.849, 56.027, 8.119 
{R1 gly  18 } L  5.350, 56.128, 7.320 
{R1 gly  18 } L  4.938, 56.319, 6.537 
{R1 gly  18 } L  4.708, 56.555, 5.798 
{R1 ala c 19 } P  4.708, 56.555, 5.798 
{R1 ala  19 } L  4.760, 56.792, 5.131 
{R1 ala  19 } L  5.150, 56.985, 4.563 
{R1 ala  19 } L  5.781, 57.088, 4.113 
{R1 ala  19 } L  6.515, 57.058, 3.798 
{R1 his c 20 } P  6.515, 57.058, 3.798 
{R1 his  20 } L  7.213, 56.849, 3.636 
{R1 his  20 } L  7.763, 56.431, 3.629 
{R1 his  20 } L  8.155, 55.838, 3.708 
{R1 his  20 } L  8.406, 55.119, 3.793 
{R1 ala c 21 } P  8.406, 55.119, 3.793 
{R1 ala  21 } L  8.530, 54.325, 3.799 
{R1 ala  21 } L  8.556, 53.512, 3.662 
{R1 ala  21 } L  8.561, 52.764, 3.381 
{R1 ala  21 } L  8.634, 52.174, 2.976 
{R1 gly c 22 } P  8.634, 52.174, 2.976 
{R1 gly  22 } L  8.866, 51.832, 2.464 
{R1 gly  22 } L  9.318, 51.799, 1.882 
{R1 gly  22 } L  9.944, 52.006, 1.339 
{R1 gly  22 } L  10.670, 52.355, 0.962 
{R1 glu c 23 } P  10.670, 52.355, 0.962 
{R1 glu  23 } L  11.423, 52.745, 0.881 
{R1 glu  23 } L  12.134, 53.082, 1.177 
{R1 glu  23 } L  12.746, 53.292, 1.759 
{R1 glu  23 } L  13.211, 53.308, 2.488 
{R1 tyr c 24 } P  13.211, 53.308, 2.488 
{R1 tyr  24 } L  13.477, 53.061, 3.228 
{R1 tyr  24 } L  13.519, 52.514, 3.854 
{R1 tyr  24 } L  13.408, 51.755, 4.289 
{R1 tyr  24 } L  13.241, 50.903, 4.471 
{R1 gly c 25 } P  13.241, 50.903, 4.471 
{R1 gly  25 } L  13.115, 50.078, 4.336 
{R1 gly  25 } L  13.115, 49.385, 3.859 
{R1 gly  25 } L  13.268, 48.872, 3.163 
{R1 gly  25 } L  13.591, 48.576, 2.408 
{R1 ala c 26 } P  13.591, 48.576, 2.408 
{R1 ala  26 } L  14.100, 48.530, 1.755 
{R1 ala  26 } L  14.789, 48.744, 1.340 
{R1 ala  26 } L  15.573, 49.116, 1.196 
{R1 ala  26 } L  16.346, 49.518, 1.333 
{R1 glu c 27 } P  16.346, 49.518, 1.333 
{R1 glu  27 } L  17.002, 49.821, 1.758 
{R1 glu  27 } L  17.457, 49.918, 2.453 
{R1 glu  27 } L  17.719, 49.790, 3.281 
{R1 glu  27 } L  17.818, 49.438, 4.077 
{R1 ala c 28 } P  17.818, 49.438, 4.077 
{R1 ala  28 } L  17.783, 48.865, 4.677 
{R1 ala  28 } L  17.656, 48.095, 4.952 
{R1 ala  28 } L  17.514, 47.236, 4.911 
{R1 ala  28 } L  17.447, 46.423, 4.602 
{R1 leu c 29 } P  17.447, 46.423, 4.602 
{R1 leu  29 } L  17.544, 45.787, 4.070 
{R1 leu  29 } L  17.869, 45.429, 3.379 
{R1 leu  29 } L  18.385, 45.334, 2.661 
{R1 leu  29 } L  19.031, 45.455, 2.065 
{R1 glu c 30 } P  19.031, 45.455, 2.065 
{R1 glu  30 } L  19.744, 45.744, 1.741 
{R1 glu  30 } L  20.464, 46.143, 1.798 
{R1 glu  30 } L  21.127, 46.546, 2.178 
{R1 glu  30 } L  21.670, 46.834, 2.785 
{R1 arg c 31 } P  21.670, 46.834, 2.785 
{R1 arg  31 } L  22.030, 46.889, 3.521 
{R1 arg  31 } L  22.166, 46.626, 4.285 
{R1 arg  31 } L  22.134, 46.096, 4.966 
{R1 arg  31 } L  22.011, 45.384, 5.448 
{R1 met c 32 } P  22.011, 45.384, 5.448 
{R1 met  32 } L  21.874, 44.574, 5.617 
{R1 met  32 } L  21.797, 43.750, 5.400 
{R1 met  32 } L  21.827, 43.001, 4.886 
{R1 met  32 } L  22.008, 42.415, 4.206 
{R1 phe c 33 } P  22.008, 42.415, 4.206 
{R1 phe  33 } L  22.383, 42.079, 3.493 
{R1 phe  33 } L  22.972, 42.051, 2.867 
{R1 phe  33 } L  23.708, 42.264, 2.414 
{R1 phe  33 } L  24.501, 42.620, 2.208 
{R1 leu c 34 } P  24.501, 42.620, 2.208 
{R1 leu  34 } L  25.263, 43.022, 2.325 
{R1 leu  34 } L  25.913, 43.378, 2.803 
{R1 leu  34 } L  26.416, 43.618, 3.543 
{R1 leu  34 } L  26.744, 43.680, 4.410 
{R1 ser c 35 } P  26.744, 43.680, 4.410 
{R1 ser  35 } L  26.871, 43.501, 5.268 
{R1 ser  35 } L  26.790, 43.044, 5.997 
{R1 ser  35 } L  26.572, 42.384, 6.533 
{R1 ser  35 } L  26.308, 41.625, 6.825 
{R1 phe c 36 } P  26.308, 41.625, 6.825 
{R1 phe  36 } L  26.088, 40.869, 6.825 
{R1 phe  36 } L  25.982, 40.195, 6.508 
{R1 phe  36 } L  25.983, 39.592, 5.952 
{R1 phe  36 } L  26.064, 39.026, 5.262 
{R1 pro c 37 } P  26.064, 39.026, 5.262 
{R1 pro  37 } L  26.198, 38.462, 4.542 
{R1 pro  37 } L  26.347, 37.875, 3.884 
{R1 pro  37 } L  26.444, 37.279, 3.331 
{R1 pro  37 } L  26.408, 36.696, 2.914 
{R1 thr c 38 } P  26.408, 36.696, 2.914 
{R1 thr  38 } L  26.164, 36.150, 2.665 
{R1 thr  38 } L  25.663, 35.669, 2.591 
{R1 thr  38 } L  24.987, 35.310, 2.608 
{R1 thr  38 } L  24.247, 35.138, 2.609 
{R1 thr c 39 } P  24.247, 35.138, 2.609 
{R1 thr  39 } L  23.557, 35.216, 2.488 
{R1 thr  39 } L  23.011, 35.570, 2.164 
{R1 thr  39 } L  22.632, 36.072, 1.666 
{R1 thr  39 } L  22.429, 36.559, 1.048 
{R1 lys c 40 } P  22.429, 36.559, 1.048 
{R1 lys  40 } L  22.409, 36.866, 0.366 
{R1 lys  40 } L  22.556, 36.867, -0.328 
{R1 lys  40 } L  22.773, 36.593, -0.986 
{R1 lys  40 } L  22.940, 36.113, -1.562 
{R1 thr c 41 } P  22.940, 36.113, -1.562 
{R1 thr  41 } L  22.940, 35.498, -2.011 
{R1 thr  41 } L  22.684, 34.824, -2.305 
{R1 thr  41 } L  22.219, 34.204, -2.488 
{R1 thr  41 } L  21.620, 33.755, -2.624 
{R1 tyr c 42 } P  21.620, 33.755, -2.624 
{R1 tyr  42 } L  20.965, 33.598, -2.774 
{R1 tyr  42 } L  20.330, 33.807, -2.991 
{R1 tyr  42 } L  19.786, 34.283, -3.290 
{R1 tyr  42 } L  19.403, 34.880, -3.674 
{R1 phe c 43 } P  19.403, 34.880, -3.674 
{R1 phe  43 } L  19.249, 35.456, -4.150 
{R1 phe  43 } L  19.367, 35.894, -4.718 
{R1 phe  43 } L  19.683, 36.185, -5.369 
{R1 phe  43 } L  20.096, 36.349, -6.091 
{R1 pro c 44 } P  20.096, 36.349, -6.091 
{R1 pro  44 } L  20.505, 36.406, -6.872 
{R1 pro  44 } L  20.823, 36.386, -7.689 
{R1 pro  44 } L  21.027, 36.367, -8.477 
{R1 pro  44 } L  21.109, 36.436, -9.162 
{R1 his c 45 } P  21.109, 36.436, -9.162 
{R1 his  45 } L  21.059, 36.681, -9.670 
{R1 his  45 } L  20.884, 37.164, -9.948 
{R1 his  45 } L  20.650, 37.838, -10.033 
{R1 his  45 } L  20.435, 38.632, -9.984 
{R1 phe c 46 } P  20.435, 38.632, -9.984 
{R1 phe  46 } L  20.320, 39.472, -9.860 
{R1 phe  46 } L  20.364, 40.296, -9.708 
{R1 phe  46 } L  20.548, 41.077, -9.528 
{R1 phe  46 } L  20.831, 41.798, -9.306 
{R1 asp c 47 } P  20.831, 41.798, -9.306 
{R1 asp  47 } L  21.172, 42.443, -9.027 
{R1 asp  47 } L  21.537, 43.001, -8.686 
{R1 asp  47 } L  21.914, 43.491, -8.294 
{R1 asp  47 } L  22.295, 43.938, -7.872 
{R1 leu c 48 } P  22.295, 43.938, -7.872 
{R1 leu  48 } L  22.673, 44.368, -7.439 
{R1 leu  48 } L  23.040, 44.804, -7.012 
{R1 leu  48 } L  23.388, 45.266, -6.603 
{R1 leu  48 } L  23.708, 45.773, -6.225 
{R1 ser c 49 } P  23.708, 45.773, -6.225 
{R1 ser  49 } L  23.991, 46.342, -5.887 
{R1 ser  49 } L  24.226, 46.988, -5.596 
{R1 ser  49 } L  24.388, 47.702, -5.338 
{R1 ser  49 } L  24.448, 48.473, -5.093 
{R1 his c 50 } P  24.448, 48.473, -5.093 
{R1 his  50 } L  24.381, 49.290, -4.842 
{R1 his  50 } L  24.168, 50.126, -4.582 
{R1 his  50 } L  23.832, 50.904, -4.362 
{R1 his  50 } L  23.405, 51.532, -4.251 
{R1 gly c 51 } P  23.405, 51.532, -4.251 
{R1 gly  51 } L  22.919, 51.921, -4.315 
{R1 gly  51 } L  22.404, 52.007, -4.595 
{R1 gly  51 } L  21.866, 51.853, -5.042 
{R1 gly  51 } L  21.310, 51.548, -5.582 
{R1 ser c 52 } P  21.310, 51.548, -5.582 
{R1 ser  52 } L  20.739, 51.182, -6.139 
{R1 ser  52 } L  20.156, 50.828, -6.655 
{R1 ser  52 } L  19.554, 50.492, -7.127 
{R1 ser  52 } L  18.926, 50.159, -7.565 
{R1 ala c 53 } P  18.926, 50.159, -7.565 
{R1 ala  53 } L  18.265, 49.818, -7.981 
{R1 ala  53 } L  17.579, 49.453, -8.373 
{R1 ala  53 } L  16.932, 49.044, -8.684 
{R1 ala  53 } L  16.407, 48.570, -8.840 
{R1 gln c 54 } P  16.407, 48.570, -8.840 
{R1 gln  54 } L  16.082, 48.009, -8.772 
{R1 gln  54 } L  16.010, 47.366, -8.432 
{R1 gln  54 } L  16.124, 46.748, -7.868 
{R1 gln  54 } L  16.326, 46.289, -7.155 
{R1 val c 55 } P  16.326, 46.289, -7.155 
{R1 val  55 } L  16.521, 46.123, -6.363 
{R1 val  55 } L  16.623, 46.339, -5.570 
{R1 val  55 } L  16.591, 46.846, -4.859 
{R1 val  55 } L  16.395, 47.508, -4.317 
{R1 lys c 56 } P  16.395, 47.508, -4.317 
{R1 lys  56 } L  16.004, 48.191, -4.030 
{R1 lys  56 } L  15.409, 48.770, -4.053 
{R1 lys  56 } L  14.682, 49.165, -4.305 
{R1 lys  56 } L  13.914, 49.306, -4.675 
{R1 gly c 57 } P  13.914, 49.306, -4.675 
{R1 gly  57 } L  13.199, 49.125, -5.051 
{R1 gly  57 } L  12.615, 48.590, -5.330 
{R1 gly  57 } L  12.191, 47.822, -5.453 
{R1 gly  57 } L  11.939, 46.978, -5.373 
{R1 his c 58 } P  11.939, 46.978, -5.373 
{R1 his  58 } L  11.876, 46.216, -5.039 
{R1 his  58 } L  11.994, 45.672, -4.432 
{R1 his  58 } L  12.207, 45.385, -3.647 
{R1 his  58 } L  12.407, 45.372, -2.808 
{R1 gly c 59 } P  12.407, 45.372, -2.808 
{R1 gly  59 } L  12.488, 45.650, -2.038 
{R1 gly  59 } L  12.363, 46.205, -1.443 
{R1 gly  59 } L  12.036, 46.903, -1.047 
{R1 gly  59 } L  11.531, 47.578, -0.857 
{R1 lys c 60 } P  11.531, 47.578, -0.857 
{R1 lys  60 } L  10.871, 48.066, -0.879 
{R1 lys  60 } L  10.095, 48.235, -1.099 
{R1 lys  60 } L  9.295, 48.094, -1.415 
{R1 lys  60 } L  8.577, 47.687, -1.708 
{R1 lys c 61 } P  8.577, 47.687, -1.708 
{R1 lys  61 } L  8.047, 47.055, -1.857 
{R1 lys  61 } L  7.783, 46.261, -1.765 
{R1 lys  61 } L  7.749, 45.432, -1.443 
{R1 lys  61 } L  7.881, 44.716, -0.925 
{R1 val c 62 } P  7.881, 44.716, -0.925 
{R1 val  62 } L  8.115, 44.260, -0.249 
{R1 val  62 } L  8.383, 44.172, 0.541 
{R1 val  62 } L  8.604, 44.406, 1.349 
{R1 val  62 } L  8.693, 44.880, 2.070 
{R1 ala c 63 } P  8.693, 44.880, 2.070 
{R1 ala  63 } L  8.564, 45.508, 2.600 
{R1 ala  63 } L  8.162, 46.200, 2.861 
{R1 ala  63 } L  7.542, 46.838, 2.890 
{R1 ala  63 } L  6.791, 47.296, 2.755 
{R1 asp c 64 } P  6.791, 47.296, 2.755 
{R1 asp  64 } L  5.992, 47.449, 2.519 
{R1 asp  64 } L  5.229, 47.213, 2.254 
{R1 asp  64 } L  4.565, 46.673, 2.043 
{R1 asp  64 } L  4.062, 45.957, 1.974 
{R1 ala c 65 } P  4.062, 45.957, 1.974 
{R1 ala  65 } L  3.783, 45.191, 2.135 
{R1 ala  65 } L  3.762, 44.495, 2.582 
{R1 ala  65 } L  3.923, 43.961, 3.246 
{R1 ala  65 } L  4.164, 43.673, 4.024 
{R1 leu c 66 } P  4.164, 43.673, 4.024 
{R1 leu  66 } L  4.383, 43.715, 4.814 
{R1 leu  66 } L  4.491, 44.130, 5.523 
{R1 leu  66 } L  4.446, 44.796, 6.093 
{R1 leu  66 } L  4.221, 45.550, 6.474 
{R1 thr c 67 } P  4.221, 45.550, 6.474 
{R1 thr  67 } L  3.786, 46.230, 6.618 
{R1 thr  67 } L  3.139, 46.695, 6.503 
{R1 thr  67 } L  2.368, 46.903, 6.224 
{R1 thr  67 } L  1.590, 46.831, 5.903 
{R1 asn c 68 } P  1.590, 46.831, 5.903 
{R1 asn  68 } L  0.919, 46.459, 5.663 
{R1 asn  68 } L  0.447, 45.798, 5.607 
{R1 asn  68 } L  0.180, 44.984, 5.756 
{R1 asn  68 } L  0.099, 44.188, 6.111 
{R1 ala c 69 } P  0.099, 44.188, 6.111 
{R1 ala  69 } L  0.187, 43.577, 6.675 
{R1 ala  69 } L  0.411, 43.285, 7.428 
{R1 ala  69 } L  0.676, 43.304, 8.271 
{R1 ala  69 } L  0.871, 43.593, 9.085 
{R1 val c 70 } P  0.871, 43.593, 9.085 
{R1 val  70 } L  0.885, 44.109, 9.748 
{R1 val  70 } L  0.637, 44.792, 10.170 
{R1 val  70 } L  0.158, 45.512, 10.363 
{R1 val  70 } L  -0.491, 46.122, 10.368 
{R1 ala c 71 } P  -0.491, 46.122, 10.368 
{R1 ala  71 } L  -1.250, 46.474, 10.226 
{R1 ala  71 } L  -2.052, 46.462, 9.986 
{R1 ala  71 } L  -2.809, 46.147, 9.735 
{R1 ala  71 } L  -3.428, 45.630, 9.566 
{R1 his c 72 } P  -3.428, 45.630, 9.566 
{R1 his  72 } L  -3.813, 45.014, 9.574 
{R1 his  72 } L  -3.905, 44.385, 9.829 
{R1 his  72 } L  -3.777, 43.780, 10.303 
{R1 his  72 } L  -3.537, 43.220, 10.943 
{R1 val c 73 } P  -3.537, 43.220, 10.943 
{R1 val  73 } L  -3.290, 42.727, 11.696 
{R1 val  73 } L  -3.132, 42.310, 12.501 
{R1 val  73 } L  -3.103, 41.932, 13.270 
{R1 val  73 } L  -3.233, 41.547, 13.906 
{R1 asp c 74 } P  -3.233, 41.547, 13.906 
{R1 asp  74 } L  -3.548, 41.106, 14.314 
{R1 asp  74 } L  -4.047, 40.578, 14.423 
{R1 asp  74 } L  -4.608, 40.004, 14.266 
{R1 asp  74 } L  -5.079, 39.439, 13.905 
{R1 asp c 75 } P  -5.079, 39.439, 13.905 
{R1 asp  75 } L  -5.306, 38.942, 13.400 
{R1 asp  75 } L  -5.181, 38.551, 12.807 
{R1 asp  75 } L  -4.765, 38.232, 12.177 
{R1 asp  75 } L  -4.163, 37.937, 11.558 
{R1 met c 76 } P  -4.163, 37.937, 11.558 
{R1 met  76 } L  -3.478, 37.613, 10.998 
{R1 met  76 } L  -2.811, 37.220, 10.529 
{R1 met  76 } L  -2.242, 36.756, 10.127 
{R1 met  76 } L  -1.846, 36.229, 9.750 
{R1 pro c 77 } P  -1.846, 36.229, 9.750 
{R1 pro  77 } L  -1.699, 35.650, 9.360 
{R1 pro  77 } L  -1.848, 35.043, 8.926 
{R1 pro  77 } L  -2.227, 34.509, 8.451 
{R1 pro  77 } L  -2.743, 34.165, 7.948 
{R1 asn c 78 } P  -2.743, 34.165, 7.948 
{R1 asn  78 } L  -3.304, 34.130, 7.432 
{R1 asn  78 } L  -3.817, 34.478, 6.916 
{R1 asn  78 } L  -4.199, 35.112, 6.424 
{R1 asn  78 } L  -4.366, 35.893, 5.981 
{R1 ala c 79 } P  -4.366, 35.893, 5.981 
{R1 ala  79 } L  -4.236, 36.680, 5.613 
{R1 ala  79 } L  -3.765, 37.347, 5.335 
{R1 ala  79 } L  -3.067, 37.825, 5.120 
{R1 ala  79 } L  -2.296, 38.058, 4.935 
{R1 leu c 80 } P  -2.296, 38.058, 4.935 
{R1 leu  80 } L  -1.604, 37.988, 4.743 
{R1 leu  80 } L  -1.115, 37.589, 4.513 
{R1 leu  80 } L  -0.825, 36.944, 4.222 
{R1 leu  80 } L  -0.703, 36.162, 3.854 
{R1 ser c 81 } P  -0.703, 36.162, 3.854 
{R1 ser  81 } L  -0.715, 35.357, 3.390 
{R1 ser  81 } L  -0.819, 34.629, 2.822 
{R1 ser  81 } L  -0.929, 34.045, 2.185 
{R1 ser  81 } L  -0.947, 33.662, 1.523 
{R1 ala c 82 } P  -0.947, 33.662, 1.523 
{R1 ala  82 } L  -0.777, 33.537, 0.881 
{R1 ala  82 } L  -0.353, 33.694, 0.308 
{R1 ala  82 } L  0.272, 34.033, -0.126 
{R1 ala  82 } L  1.017, 34.417, -0.345 
{R1 leu c 83 } P  1.017, 34.417, -0.345 
{R1 leu  83 } L  1.797, 34.713, -0.274 
{R1 leu  83 } L  2.536, 34.809, 0.123 
{R1 leu  83 } L  3.172, 34.683, 0.728 
{R1 leu  83 } L  3.650, 34.337, 1.384 
{R1 ser c 84 } P  3.650, 34.337, 1.384 
{R1 ser  84 } L  3.912, 33.773, 1.933 
{R1 ser  84 } L  3.930, 33.012, 2.243 
{R1 ser  84 } L  3.776, 32.167, 2.287 
{R1 ser  84 } L  3.550, 31.368, 2.065 
{R1 asp c 85 } P  3.550, 31.368, 2.065 
{R1 asp  85 } L  3.351, 30.749, 1.575 
{R1 asp  85 } L  3.266, 30.411, 0.841 
{R1 asp  85 } L  3.337, 30.335, -0.012 
{R1 asp  85 } L  3.591, 30.471, -0.833 
{R1 leu c 86 } P  3.591, 30.471, -0.833 
{R1 leu  86 } L  4.057, 30.771, -1.471 
{R1 leu  86 } L  4.742, 31.173, -1.807 
{R1 leu  86 } L  5.556, 31.578, -1.850 
{R1 leu  86 } L  6.391, 31.875, -1.640 
{R1 his c 87 } P  6.391, 31.875, -1.640 
{R1 his  87 } L  7.137, 31.953, -1.218 
{R1 his  87 } L  7.701, 31.733, -0.639 
{R1 his  87 } L  8.071, 31.252, -0.014 
{R1 his  87 } L  8.251, 30.581, 0.531 
{R1 ala c 88 } P  8.251, 30.581, 0.531 
{R1 ala  88 } L  8.246, 29.788, 0.869 
{R1 ala  88 } L  8.074, 28.946, 0.905 
{R1 ala  88 } L  7.812, 28.142, 0.661 
{R1 ala  88 } L  7.548, 27.466, 0.192 
{R1 his c 89 } P  7.548, 27.466, 0.192 
{R1 his  89 } L  7.372, 27.010, -0.449 
{R1 his  89 } L  7.355, 26.839, -1.205 
{R1 his  89 } L  7.495, 26.929, -2.004 
{R1 his  89 } L  7.773, 27.231, -2.770 
{R1 lys c 90 } P  7.773, 27.231, -2.770 
{R1 lys  90 } L  8.167, 27.697, -3.427 
{R1 lys  90 } L  8.656, 28.271, -3.912 
{R1 lys  90 } L  9.203, 28.871, -4.202 
{R1 lys  90 } L  9.770, 29.409, -4.285 
{R1 leu c 91 } P  9.770, 29.409, -4.285 
{R1 leu  91 } L  10.319, 29.795, -4.150 
{R1 leu  91 } L  10.818, 29.969, -3.798 
{R1 leu  91 } L  11.272, 29.974, -3.281 
{R1 leu  91 } L  11.694, 29.880, -2.663 
{R1 arg c 92 } P  11.694, 29.880, -2.663 
{R1 arg  92 } L  12.095, 29.759, -2.008 
{R1 arg  92 } L  12.487, 29.668, -1.368 
{R1 arg  92 } L  12.879, 29.617, -0.747 
{R1 arg  92 } L  13.277, 29.600, -0.135 
{R1 val c 93 } P  13.277, 29.600, -0.135 
{R1 val  93 } L  13.688, 29.614, 0.476 
{R1 val  93 } L  14.113, 29.653, 1.097 
{R1 val  93 } L  14.523, 29.701, 1.732 
{R1 val  93 } L  14.881, 29.742, 2.390 
{R1 asp c 94 } P  14.881, 29.742, 2.390 
{R1 asp  94 } L  15.150, 29.760, 3.076 
{R1 asp  94 } L  15.308, 29.744, 3.796 
{R1 asp  94 } L  15.380, 29.715, 4.546 
{R1 asp  94 } L  15.407, 29.702, 5.320 
{R1 pro c 95 } P  15.407, 29.702, 5.320 
{R1 pro  95 } L  15.429, 29.732, 6.114 
{R1 pro  95 } L  15.483, 29.832, 6.910 
{R1 pro  95 } L  15.608, 30.009, 7.645 
{R1 pro  95 } L  15.840, 30.272, 8.244 
{R1 val c 96 } P  15.840, 30.272, 8.244 
{R1 val  96 } L  16.216, 30.627, 8.632 
{R1 val  96 } L  16.742, 31.075, 8.758 
{R1 val  96 } L  17.302, 31.600, 8.663 
{R1 val  96 } L  17.749, 32.181, 8.416 
{R1 asn c 97 } P  17.749, 32.181, 8.416 
{R1 asn  97 } L  17.935, 32.797, 8.082 
{R1 asn  97 } L  17.758, 33.425, 7.733 
{R1 asn  97 } L  17.299, 34.033, 7.457 
{R1 asn  97 } L  16.682, 34.585, 7.347 
{R1 phe c 98 } P  16.682, 34.585, 7.347 
{R1 phe  98 } L  16.032, 35.049, 7.496 
{R1 phe  98 } L  15.467, 35.400, 7.959 
{R1 phe  98 } L  15.068, 35.666, 8.640 
{R1 phe  98 } L  14.909, 35.884, 9.405 
{R1 lys c 99 } P  14.909, 35.884, 9.405 
{R1 lys  99 } L  15.066, 36.091, 10.121 
{R1 lys  99 } L  15.572, 36.323, 10.669 
{R1 lys  99 } L  16.305, 36.599, 10.998 
{R1 lys  99 } L  17.102, 36.938, 11.070 
{R1 leu c 100 } P  17.102, 36.938, 11.070 
{R1 leu  100 } L  17.801, 37.356, 10.850 
{R1 leu  100 } L  18.264, 37.861, 10.335 
{R1 leu  100 } L  18.458, 38.419, 9.651 
{R1 leu  100 } L  18.373, 38.987, 8.959 
{R1 leu c 101 } P  18.373, 38.987, 8.959 
{R1 leu  101 } L  18.001, 39.521, 8.418 
{R1 leu  101 } L  17.359, 39.985, 8.161 
{R1 leu  101 } L  16.583, 40.375, 8.196 
{R1 leu  101 } L  15.834, 40.694, 8.507 
{R1 ser c 102 } P  15.834, 40.694, 8.507 
{R1 ser  102 } L  15.274, 40.944, 9.075 
{R1 ser  102 } L  15.030, 41.134, 9.857 
{R1 ser  102 } L  15.094, 41.302, 10.722 
{R1 ser  102 } L  15.423, 41.492, 11.514 
{R1 his c 103 } P  15.423, 41.492, 11.514 
{R1 his  103 } L  15.974, 41.748, 12.077 
{R1 his  103 } L  16.687, 42.101, 12.292 
{R1 his  103 } L  17.431, 42.539, 12.190 
{R1 his  103 } L  18.055, 43.036, 11.839 
{R1 cys c 104 } P  18.055, 43.036, 11.839 
{R1 cys  104 } L  18.411, 43.567, 11.305 
{R1 cys  104 } L  18.391, 44.106, 10.666 
{R1 cys  104 } L  18.050, 44.628, 10.048 
{R1 cys  104 } L  17.484, 45.105, 9.585 
{R1 leu c 105 } P  17.484, 45.105, 9.585 
{R1 leu  105 } L  16.789, 45.513, 9.412 
{R1 leu  105 } L  16.066, 45.835, 9.622 
{R1 leu  105 } L  15.426, 46.089, 10.141 
{R1 leu  105 } L  14.985, 46.306, 10.851 
{R1 leu c 106 } P  14.985, 46.306, 10.851 
{R1 leu  106 } L  14.860, 46.513, 11.636 
{R1 leu  106 } L  15.122, 46.739, 12.383 
{R1 leu  106 } L  15.679, 47.001, 12.997 
{R1 leu  106 } L  16.392, 47.316, 13.386 
{R1 val c 107 } P  16.392, 47.316, 13.386 
{R1 val  107 } L  17.124, 47.698, 13.458 
{R1 val  107 } L  17.751, 48.156, 13.162 
{R1 val  107 } L  18.190, 48.667, 12.605 
{R1 val  107 } L  18.374, 49.198, 11.934 
{R1 thr c 108 } P  18.374, 49.198, 11.934 
{R1 thr  108 } L  18.233, 49.719, 11.295 
{R1 thr  108 } L  17.735, 50.201, 10.817 
{R1 thr  108 } L  17.004, 50.631, 10.561 
{R1 thr  108 } L  16.201, 51.001, 10.569 
{R1 leu c 109 } P  16.201, 51.001, 10.569 
{R1 leu  109 } L  15.487, 51.300, 10.884 
{R1 leu  109 } L  14.999, 51.527, 11.514 
{R1 leu  109 } L  14.777, 51.712, 12.335 
{R1 leu  109 } L  14.835, 51.892, 13.186 
{R1 ala c 110 } P  14.835, 51.892, 13.186 
{R1 ala  110 } L  15.188, 52.106, 13.907 
{R1 ala  110 } L  15.823, 52.385, 14.366 
{R1 ala  110 } L  16.607, 52.735, 14.548 
{R1 ala  110 } L  17.378, 53.157, 14.464 
{R1 ala c 111 } P  17.378, 53.157, 14.464 
{R1 ala  111 } L  17.975, 53.653, 14.126 
{R1 ala  111 } L  18.269, 54.214, 13.569 
{R1 ala  111 } L  18.263, 54.799, 12.917 
{R1 ala  111 } L  17.994, 55.357, 12.319 
{R1 his c 112 } P  17.994, 55.357, 12.319 
{R1 his  112 } L  17.499, 55.836, 11.923 
{R1 his  112 } L  16.825, 56.201, 11.842 
{R1 his  112 } L  16.077, 56.472, 12.045 
{R1 his  112 } L  15.370, 56.683, 12.463 
{R1 leu c 113 } P  15.370, 56.683, 12.463 
{R1 leu  113 } L  14.821, 56.868, 13.031 
{R1 leu  113 } L  14.514, 57.057, 13.689 
{R1 leu  113 } L  14.416, 57.272, 14.409 
{R1 leu  113 } L  14.460, 57.530, 15.168 
{R1 pro c 114 } P  14.460, 57.530, 15.168 
{R1 pro  114 } L  14.583, 57.847, 15.946 
{R1 pro  114 } L  14.715, 58.227, 16.717 
{R1 pro  114 } L  14.775, 58.611, 17.444 
{R1 pro  114 } L  14.679, 58.928, 18.084 
{R1 ala c 115 } P  14.679, 58.928, 18.084 
{R1 ala  115 } L  14.344, 59.104, 18.597 
{R1 ala  115 } L  13.726, 59.084, 18.951 
{R1 ala  115 } L  12.948, 58.874, 19.167 
{R1 ala  115 } L  12.175, 58.496, 19.274 
{R1 glu c 116 } P  12.175, 58.496, 19.274 
{R1 glu  116 } L  11.570, 57.972, 19.305 
{R1 glu  116 } L  11.257, 57.330, 19.294 
{R1 glu  116 } L  11.198, 56.623, 19.286 
{R1 glu  116 } L  11.314, 55.908, 19.332 
{R1 phe c 117 } P  11.314, 55.908, 19.332 
{R1 phe  117 } L  11.525, 55.243, 19.480 
{R1 phe  117 } L  11.764, 54.673, 19.768 
{R1 phe  117 } L  12.005, 54.181, 20.180 
{R1 phe  117 } L  12.231, 53.737, 20.690 
{R1 thr c 118 } P  12.231, 53.737, 20.690 
{R1 thr  118 } L  12.427, 53.313, 21.270 
{R1 thr  118 } L  12.579, 52.880, 21.894 
{R1 thr  118 } L  12.676, 52.420, 22.540 
{R1 thr  118 } L  12.711, 51.917, 23.189 
{R1 pro c 119 } P  12.711, 51.917, 23.189 
{R1 pro  119 } L  12.675, 51.353, 23.819 
{R1 pro  119 } L  12.556, 50.729, 24.403 
{R1 pro  119 } L  12.329, 50.109, 24.884 
{R1 pro  119 } L  11.967, 49.573, 25.197 
{R1 ala c 120 } P  11.967, 49.573, 25.197 
{R1 ala  120 } L  11.443, 49.202, 25.276 
{R1 ala  120 } L  10.760, 49.049, 25.076 
{R1 ala  120 } L  10.041, 49.069, 24.635 
{R1 ala  120 } L  9.442, 49.185, 24.009 
{R1 val c 121 } P  9.442, 49.185, 24.009 
{R1 val  121 } L  9.117, 49.327, 23.255 
{R1 val  121 } L  9.176, 49.423, 22.436 
{R1 val  121 } L  9.545, 49.421, 21.651 
{R1 val  121 } L  10.109, 49.273, 21.005 
{R1 his c 122 } P  10.109, 49.273, 21.005 
{R1 his  122 } L  10.748, 48.930, 20.603 
{R1 his  122 } L  11.349, 48.366, 20.516 
{R1 his  122 } L  11.816, 47.651, 20.680 
{R1 his  122 } L  12.056, 46.877, 20.997 
{R1 ala c 123 } P  12.056, 46.877, 20.997 
{R1 ala  123 } L  11.975, 46.136, 21.366 
{R1 ala  123 } L  11.522, 45.509, 21.694 
{R1 ala  123 } L  10.802, 45.030, 21.906 
{R1 ala  123 } L  9.962, 44.725, 21.931 
{R1 ser c 124 } P  9.962, 44.725, 21.931 
{R1 ser  124 } L  9.148, 44.618, 21.699 
{R1 ser  124 } L  8.490, 44.709, 21.169 
{R1 ser  124 } L  8.050, 44.918, 20.427 
{R1 ser  124 } L  7.878, 45.140, 19.586 
{R1 leu c 125 } P  7.878, 45.140, 19.586 
{R1 leu  125 } L  8.018, 45.270, 18.762 
{R1 leu  125 } L  8.485, 45.223, 18.056 
{R1 leu  125 } L  9.152, 44.987, 17.519 
{R1 leu  125 } L  9.859, 44.570, 17.188 
{R1 asp c 126 } P  9.859, 44.570, 17.188 
{R1 asp  126 } L  10.445, 43.978, 17.103 
{R1 asp  126 } L  10.779, 43.234, 17.273 
{R1 asp  126 } L  10.834, 42.431, 17.604 
{R1 asp  126 } L  10.614, 41.677, 17.975 
{R1 lys c 127 } P  10.614, 41.677, 17.975 
{R1 lys  127 } L  10.120, 41.079, 18.265 
{R1 lys  127 } L  9.381, 40.720, 18.372 
{R1 lys  127 } L  8.529, 40.581, 18.268 
{R1 lys  127 } L  7.722, 40.616, 17.946 
{R1 phe c 128 } P  7.722, 40.616, 17.946 
{R1 phe  128 } L  7.119, 40.778, 17.398 
{R1 phe  128 } L  6.841, 41.015, 16.638 
{R1 phe  128 } L  6.872, 41.240, 15.773 
{R1 phe  128 } L  7.159, 41.359, 14.930 
{R1 leu c 129 } P  7.159, 41.359, 14.930 
{R1 leu  129 } L  7.649, 41.279, 14.238 
{R1 leu  129 } L  8.274, 40.934, 13.798 
{R1 leu  129 } L  8.911, 40.373, 13.603 
{R1 leu  129 } L  9.419, 39.672, 13.620 
{R1 ala c 130 } P  9.419, 39.672, 13.620 
{R1 ala  130 } L  9.658, 38.909, 13.816 
{R1 ala  130 } L  9.528, 38.159, 14.142 
{R1 ala  130 } L  9.087, 37.493, 14.494 
{R1 ala  130 } L  8.433, 36.976, 14.751 
{R1 ser c 131 } P  8.433, 36.976, 14.751 
{R1 ser  131 } L  7.665, 36.678, 14.794 
{R1 ser  131 } L  6.880, 36.638, 14.535 
{R1 ser  131 } L  6.188, 36.786, 14.023 
{R1 ser  131 } L  5.698, 37.022, 13.339 
{R1 val c 132 } P  5.698, 37.022, 13.339 
{R1 val  132 } L  5.520, 37.249, 12.563 
{R1 val  132 } L  5.722, 37.377, 11.778 
{R1 val  132 } L  6.209, 37.362, 11.069 
{R1 val  132 } L  6.843, 37.167, 10.521 
{R1 ser c 133 } P  6.843, 37.167, 10.521 
{R1 ser  133 } L  7.488, 36.757, 10.220 
{R1 ser  133 } L  8.019, 36.120, 10.220 
{R1 ser  133 } L  8.362, 35.341, 10.440 
{R1 ser  133 } L  8.452, 34.526, 10.771 
{R1 thr c 134 } P  8.452, 34.526, 10.771 
{R1 thr  134 } L  8.228, 33.784, 11.100 
{R1 thr  134 } L  7.664, 33.204, 11.327 
{R1 thr  134 } L  6.880, 32.809, 11.396 
{R1 thr  134 } L  6.034, 32.604, 11.262 
{R1 val c 135 } P  6.034, 32.604, 11.262 
{R1 val  135 } L  5.283, 32.594, 10.881 
{R1 val  135 } L  4.760, 32.765, 10.235 
{R1 val  135 } L  4.499, 33.026, 9.418 
{R1 val  135 } L  4.511, 33.264, 8.550 
{R1 leu  136 } P  4.511, 33.264, 8.550 
{R1 leu  136 } L  4.806, 33.369, 7.750 
{R1 leu  136 } L  5.363, 33.257, 7.119 
{R1 leu  136 } L  6.048, 32.945, 6.681 
{R1 leu  136 } L  6.692, 32.479, 6.441 
{R1 thr  137 } P  6.692, 32.479, 6.441 
{R1 thr  137 } L  7.131, 31.903, 6.404 
{R1 thr  137 } L  7.237, 31.259, 6.558 
{R1 thr  137 } L  7.044, 30.581, 6.828 
{R1 thr  137 } L  6.622, 29.900, 7.123 
{R1 ser  138 } P  6.622, 29.900, 7.123 
{R1 ser  138 } L  6.043, 29.245, 7.353 
{R1 ser  138 } L  5.386, 28.642, 7.444 
{R1 ser  138 } L  4.761, 28.091, 7.390 
{R1 ser  138 } L  4.285, 27.589, 7.205 
{R1 lys  139 } P  4.285, 27.589, 7.205 
{R1 lys  139 } L  4.075, 27.131, 6.901 
{R1 lys  139 } L  4.208, 26.708, 6.497 
{R1 lys  139 } L  4.606, 26.301, 6.052 
{R1 lys  139 } L  5.150, 25.886, 5.630 
{R1 tyr  140 } P  5.150, 25.886, 5.630 
{R1 tyr  140 } L  5.721, 25.439, 5.296 
{R1 tyr  140 } L  6.221, 24.943, 5.100 
{R1 tyr  140 } L  6.623, 24.399, 5.029 
{R1 tyr  140 } L  6.920, 23.816, 5.052 
{R1 arg  141 } P  6.920, 23.816, 5.052 
{R1 arg  141 } L  7.103, 23.203, 5.141 
{R1 arg  141 } L  7.175, 22.580, 5.266 
{R1 arg  141 } L  7.171, 22.024, 5.396 
{R1 arg  141 } L  7.136, 21.625, 5.497 
{R1 arg  141 } P  7.136, 21.625, 5.497 
{R1 arg  141 } L  7.114, 21.472, 5.538 
@labellist {hb-a2} color= bluetint off master= {Labels}
{ alpha2 } P   21.200, 54.800, -8.700 
@subgroup {Heme-a2} 
@balllist {Fe-a2} color=orange radius=0.5
{ fe  hem c 1 } P 10.918, 37.623, 0.489
@balllist {N-a2} color=blue radius=0.3
{ n a hem c 1 } L 9.496, 38.751, -0.508
{ n b hem c 1 } L 10.243, 38.537, 2.237
{ n c hem c 1 } L 12.675, 37.105, 1.359
{ n d hem c 1 } L 11.857, 37.296, -1.280
@balllist {O-a2} color=red radius=0.3
{ o1a hem c 1 } L 6.776, 38.967, -6.293
{ o2a hem c 1 } L 4.777, 39.030, -5.476
{ o1d hem c 1 } L 11.986, 39.671, -7.589
{ o2d hem c 1 } L 12.916, 37.797, -7.875
@vectorlist {ht} color= pinktint 
{ fe  hem c 1 } P 10.918, 37.623, 0.489 
{ n a hem c 1 } L 9.496, 38.751, -0.508
{ cha hem c 1 } P 10.096, 38.078, -2.810 
{ c1a hem c 1 } L 9.279, 38.711, -1.854
{ c1a hem c 1 } P 9.279, 38.711, -1.854 
{ c2a hem c 1 } L 8.085, 39.502, -2.170
{ c2a hem c 1 } P 8.085, 39.502, -2.170 
{ c3a hem c 1 } L 7.569, 39.963, -1.039
{ chb hem c 1 } P 8.227, 39.728, 1.372 
{ c4a hem c 1 } L 8.438, 39.480, 0.028
{ c3a hem c 1 } P 7.569, 39.963, -1.039 
{ cma hem c 1 } L 6.358, 40.810, -0.851
{ c2a hem c 1 } P 8.085, 39.502, -2.170 
{ caa hem c 1 } L 7.516, 39.773, -3.545
{ caa hem c 1 } P 7.516, 39.773, -3.545 
{ cba hem c 1 } L 6.468, 38.727, -3.918
{ cba hem c 1 } P 6.468, 38.727, -3.918 
{ cga hem c 1 } L 5.976, 38.941, -5.340
{ cga hem c 1 } P 5.976, 38.941, -5.340 
{ o1a hem c 1 } L 6.776, 38.967, -6.293
{ cga hem c 1 } P 5.976, 38.941, -5.340 
{ o2a hem c 1 } L 4.777, 39.030, -5.476
{ fe  hem c 1 } P 10.918, 37.623, 0.489 
{ n b hem c 1 } L 10.243, 38.537, 2.237
{ chb hem c 1 } P 8.227, 39.728, 1.372 
{ c1b hem c 1 } L 9.110, 39.347, 2.398
{ c1b hem c 1 } P 9.110, 39.347, 2.398 
{ c2b hem c 1 } L 9.001, 39.717, 3.794
{ c2b hem c 1 } P 9.001, 39.717, 3.794 
{ c3b hem c 1 } L 10.075, 39.162, 4.422
{ chc hem c 1 } P 12.036, 37.797, 3.685 
{ c4b hem c 1 } L 10.831, 38.467, 3.430
{ c2b hem c 1 } P 9.001, 39.717, 3.794 
{ cmb hem c 1 } L 7.849, 40.444, 4.398
{ c3b hem c 1 } P 10.075, 39.162, 4.422 
{ cab hem c 1 } L 10.305, 39.101, 5.887
{ cab hem c 1 } P 10.305, 39.101, 5.887 
{ cbb hem c 1 } L 9.960, 40.169, 6.642
{ fe  hem c 1 } P 10.918, 37.623, 0.489 
{ n c hem c 1 } L 12.675, 37.105, 1.359
{ chc hem c 1 } P 12.036, 37.797, 3.685 
{ c1c hem c 1 } L 12.931, 37.285, 2.742
{ c1c hem c 1 } P 12.931, 37.285, 2.742 
{ c2c hem c 1 } L 14.276, 36.879, 3.065
{ c2c hem c 1 } P 14.276, 36.879, 3.065 
{ c3c hem c 1 } L 14.867, 36.461, 1.888
{ chd hem c 1 } P 14.055, 36.471, -0.510 
{ c4c hem c 1 } L 13.867, 36.679, 0.852
{ c2c hem c 1 } P 14.276, 36.879, 3.065 
{ cmc hem c 1 } L 14.883, 36.809, 4.478
{ c3c hem c 1 } P 14.867, 36.461, 1.888 
{ cac hem c 1 } L 16.298, 36.100, 1.602
{ cac hem c 1 } P 16.298, 36.100, 1.602 
{ cbc hem c 1 } L 17.402, 36.445, 2.390
{ fe  hem c 1 } P 10.918, 37.623, 0.489 
{ n d hem c 1 } L 11.857, 37.296, -1.280
{ chd hem c 1 } P 14.055, 36.471, -0.510 
{ c1d hem c 1 } L 13.117, 36.811, -1.491
{ c1d hem c 1 } P 13.117, 36.811, -1.491 
{ c2d hem c 1 } L 13.381, 36.624, -2.900
{ c2d hem c 1 } P 13.381, 36.624, -2.900 
{ c3d hem c 1 } L 12.287, 37.059, -3.566
{ cha hem c 1 } P 10.096, 38.078, -2.810 
{ c4d hem c 1 } L 11.339, 37.489, -2.559
{ c2d hem c 1 } P 13.381, 36.624, -2.900 
{ cmd hem c 1 } L 14.594, 35.919, -3.489
{ c3d hem c 1 } P 12.287, 37.059, -3.566 
{ cad hem c 1 } L 12.172, 37.183, -5.082
{ cad hem c 1 } P 12.172, 37.183, -5.082 
{ cbd hem c 1 } L 12.733, 38.481, -5.609
{ cbd hem c 1 } P 12.733, 38.481, -5.609 
{ cgd hem c 1 } L 12.515, 38.663, -7.136
{ cgd hem c 1 } P 12.515, 38.663, -7.136 
{ o1d hem c 1 } L 11.986, 39.671, -7.589
{ cgd hem c 1 } P 12.515, 38.663, -7.136 
{ o2d hem c 1 } L 12.916, 37.797, -7.875
{ n a hem c 1 } P 9.496, 38.751, -0.508 
{ c1a hem c 1 } L 9.279, 38.711, -1.854
{ n a hem c 1 } P 9.496, 38.751, -0.508 
{ c4a hem c 1 } L 8.438, 39.480, 0.028
{ c3a hem c 1 } P 7.569, 39.963, -1.039 
{ c4a hem c 1 } L 8.438, 39.480, 0.028
{ n b hem c 1 } P 10.243, 38.537, 2.237 
{ c1b hem c 1 } L 9.110, 39.347, 2.398
{ n b hem c 1 } P 10.243, 38.537, 2.237 
{ c4b hem c 1 } L 10.831, 38.467, 3.430
{ c3b hem c 1 } P 10.075, 39.162, 4.422 
{ c4b hem c 1 } L 10.831, 38.467, 3.430
{ n c hem c 1 } P 12.675, 37.105, 1.359 
{ c1c hem c 1 } L 12.931, 37.285, 2.742
{ n c hem c 1 } P 12.675, 37.105, 1.359 
{ c4c hem c 1 } L 13.867, 36.679, 0.852
{ c3c hem c 1 } P 14.867, 36.461, 1.888 
{ c4c hem c 1 } L 13.867, 36.679, 0.852
{ n d hem c 1 } P 11.857, 37.296, -1.280 
{ c1d hem c 1 } L 13.117, 36.811, -1.491
{ n d hem c 1 } P 11.857, 37.296, -1.280 
{ c4d hem c 1 } L 11.339, 37.489, -2.559
{ c3d hem c 1 } P 12.287, 37.059, -3.566 
{ c4d hem c 1 } L 11.339, 37.489, -2.559
@subgroup {HemeLigand} 
@balllist {N his87-a2} color=blue radius=0.3
{ nd1 his c 87 } L 7.794, 34.638, 0.815
{ ne2 his c 87 } L 9.599, 35.906, 0.721
@vectorlist {his87-a2} color= cyan 
{R1 his  87 } P  7.701, 31.733, -0.639 
{ cb  his c 87 } L 8.650, 32.317, 1.397
{ cg  his c 87 } L 8.845, 33.824, 1.102
{ nd1 his c 87 } L 7.794, 34.638, 0.815
{ ce1 his c 87 } L 8.280, 35.932, 0.575
{ ne2 his c 87 } L 9.599, 35.906, 0.721
{ ne2 his c 87 } P 9.599, 35.906, 0.721 
{ ce1 his c 87 } L 8.280, 35.932, 0.575
{ cg  his c 87 } P 8.845, 33.824, 1.102 
{ cd2 his c 87 } L 10.004, 34.595, 1.043
{ ne2 his c 87 } L 9.599, 35.906, 0.721
{ ce1 his c 87 } L 8.280, 35.932, 0.575
@vectorlist {fe-n-a2} color= white
{ fe  hem c 1 } P 10.918, 37.623, 0.489
{ ne2 his c 87 } L 9.599, 35.906, 0.721
@kinemage 3
@caption 
The overall comparison of the deoxy (T state) and oxy (R state) conformations of the human hemoglobin tetramer as represented by its Ca chains. ANIMATE to see the conformational changes in going from T to R. Turn on the BPG and BPGinteract buttons to study the binding of BPG to the T state. The alpha and beta chains of deoxyHb are bluetint and skyblue and those of oxyHb are pinktint and pink. The heme groups, with their Fe atoms represented by orange balls, are pinktint and pink in the alpha and beta subunits of deoxyHb and purple and magenta in the alpha and beta subunits of oxyHb. The atoms of the O2 molecules that are bound to the hemes in oxyHb are represented by red balls. The BPG, which binds only to deoxyHb, is shown in wireframe form in green with its O and P atoms represented by red and yellow balls. The sidechains of the basic amino acid residues that interact with the BPG are cyan with their N atoms represented by blue balls and the hydrogen bonds that they make to the BPG represented by dashed white lines. Turning on the "Axes" masterbutton displays the Hb molecule's exact twofold (C2) axis of rotational symmetry in red and its two pseudo-twofold axes of rotational symmetry in green.
@onewidth
@viewid {Hb overview}
@zoom 1.20
@zslab 200
@center 0.000 0.000 0.000
@matrix
-0.999974 0.003911 0.005962 -0.005969 -0.001489 -0.999981 -0.003902
-0.999991 0.001512
@2viewid {Heme Closeup}
@2zoom 3.58 
@2zslab 200 
@2center -5.198 -6.807 -17.298 
@2matrix 
-0.50050 -0.43582 -0.74803  0.86562 -0.23813 -0.44044  0.01383 -0.86796  0.49644
@3viewid {Hb overview rotated}
@3zoom 1.20 
@3zslab 200 
@3center 0.000 0.000 0.000 
@3matrix 
-0.00499 -0.00277 -0.99998  0.01432 -0.99989  0.00270 -0.99988 -0.01430  0.00502
@4viewid {BPG interactions}
@4zoom 2.70 
@4zslab 290 
@4center -0.267 -20.607 1.110 
@4matrix 
 0.00252 -0.99999  0.00263  0.00125  0.00264  0.99999 -1.00000 -0.00252  0.00125
@5viewid {BPG; Side View}
@5zoom 1.20 
@5zslab 260 
@5center 0.000 0.000 0.000 
@5matrix 
 0.85923 -0.04016  0.51002 -0.00235 -0.99721 -0.07457  0.51159  0.06288 -0.85693
@group {Dummy} nobutton off
@vectorlist {d1} nobutton off master= {a1-b1 Dimer}
{} 0,0,0
@vectorlist {d2} nobutton off master= {a2-b2 Dimer}
{} 0,0,0
@vectorlist {d3} nobutton off master= {Axes}
{} 0,0,0
@vectorlist {d4} nobutton off master= {Labels}
{} 0,0,0
@group {Axes} nobutton off master= {Axes}
@vectorlist {exact 2-fold} nobutton color= red
{exact 2-fold} P 0.000, -30.000, 0.000
{origin} 0., 0., 0.
{exact 2-fold} 0.000, 30.000, 0.000
@vectorlist {pseudo 2fold} nobutton color= green
{pseudo 2fold} P -30.000, 0.000, 0.000
{origin} 0., 0., 0.
{pseudo 2fold} 30.000, 0.000, 0.000
{pseudo 2fold} P 0.000, 0.000, -30.000
{origin} 0., 0., 0.
{pseudo 2fold} 0.000, 0.000, 30.000
@group {DeoxyHb}    animate
@subgroup {alpha1} dominant
@vectorlist {ca-ca-a1} color= bluetint    master= {a1-b1 Dimer}
{ ca  val a 1 } P -7.061, 17.801, -4.722
{ ca  val a 1 } -7.061, 17.801, -4.722
{ ca  leu a 2 } -10.787, 18.162, -4.198
{ ca  ser a 3 } -12.496, 19.940, -7.085
{ ca  pro a 4 } -15.518, 22.193, -6.285
{ ca  ala a 5 } -17.679, 19.404, -7.683
{ ca  asp a 6 } -16.059, 16.944, -5.274
{ ca  lys a 7 } -16.812, 19.270, -2.384
{ ca  thr a 8 } -20.413, 19.633, -3.466
{ ca  asn a 9 } -20.714, 15.835, -3.702
{ ca  val a 10 } -19.206, 15.269, -0.262
{ ca  lys a 11 } -21.394, 17.906, 1.396
{ ca  ala a 12 } -24.474, 16.476, -0.233
{ ca  ala a 13 } -23.742, 12.899, 0.768
{ ca  trp a 14 } -22.641, 13.692, 4.273
{ ca  gly a 15 } -25.649, 15.964, 4.625
{ ca  lys a 16 } -27.921, 12.948, 4.030
{ ca  val a 17 } -25.892, 11.035, 6.613
{ ca  gly a 18 } -26.818, 13.760, 9.081
{ ca  ala a 19 } -27.744, 12.348, 12.458
{ ca  his a 20 } -26.765, 8.748, 11.737
{ ca  ala a 21 } -23.126, 9.709, 11.441
{ ca  gly a 22 } -22.215, 8.086, 14.768
{ ca  glu a 23 } -24.077, 4.875, 13.996
{ ca  tyr a 24 } -22.360, 4.648, 10.617
{ ca  gly a 25 } -18.995, 5.311, 12.240
{ ca  ala a 26 } -19.448, 2.329, 14.545
{ ca  glu a 27 } -20.588, 0.113, 11.701
{ ca  ala a 28 } -17.530, 1.027, 9.643
{ ca  leu a 29 } -15.288, 0.112, 12.572
{ ca  glu a 30 } -16.981, -3.235, 13.017
{ ca  arg a 31 } -16.655, -3.918, 9.303
{ ca  met a 32 } -12.954, -3.095, 9.533
{ ca  phe a 33 } -12.295, -5.373, 12.523
{ ca  leu a 34 } -13.995, -8.309, 10.814
{ ca  ser a 35 } -12.630, -7.840, 7.293
{ ca  phe a 36 } -9.108, -6.777, 8.285
{ ca  pro a 37 } -8.311, -8.392, 11.649
{ ca  thr a 38 } -4.820, -6.875, 11.716
{ ca  thr a 39 } -6.451, -3.543, 12.607
{ ca  lys a 40 } -7.527, -4.964, 15.964
{ ca  thr a 41 } -3.901, -4.774, 17.124
{ ca  tyr a 42 } -4.496, -1.084, 17.840
{ ca  phe a 43 } -7.457, -1.739, 20.101
{ ca  pro a 44 } -6.308, -4.437, 22.633
{ ca  his a 45 } -7.939, -2.404, 25.417
{ ca  phe a 46 } -11.409, -2.484, 23.849
{ ca  asp a 47 } -14.264, -4.891, 24.016
{ ca  leu a 48 } -14.651, -5.399, 20.280
{ ca  ser a 49 } -17.743, -7.567, 20.517
{ ca  his a 50 } -20.749, -6.547, 18.510
{ ca  gly a 51 } -22.605, -3.625, 19.979
{ ca  ser a 52 } -19.953, -2.705, 22.472
{ ca  ala a 53 } -20.292, 0.766, 23.975
{ ca  gln a 54 } -16.574, 1.346, 23.411
{ ca  val a 55 } -16.891, 0.821, 19.681
{ ca  lys a 56 } -20.077, 2.864, 19.448
{ ca  gly a 57 } -18.410, 5.652, 21.398
{ ca  his a 58 } -15.349, 5.596, 19.224
{ ca  gly a 59 } -17.479, 5.468, 16.077
{ ca  lys a 60 } -19.162, 8.657, 17.141
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{ chc hem b 1 } P -9.785, -8.228, -14.137
{ c1c hem b 1 } -9.287, -7.286, -15.036
{ c2c hem b 1 } -8.905, -5.935, -14.670
{ c3c hem b 1 } -8.465, -5.337, -15.822
{ chd hem b 1 } P -8.234, -6.091, -18.212
{ c4c hem b 1 } -8.587, -6.321, -16.875
{ c2c hem b 1 } P -8.905, -5.935, -14.670
{ cmc hem b 1 } -9.082, -5.281, -13.310
{ c3c hem b 1 } P -8.465, -5.337, -15.822
{ cac hem b 1 } -7.865, -3.985, -16.022
{ cbc hem b 1 } -8.380, -2.843, -15.432
{fe   hem b 1 } P -9.369, -9.268, -17.386
{ n d hem b 1 } -9.107, -8.221, -19.143
{ chd hem b 1 } P -8.234, -6.091, -18.212
{ c1d hem b 1 } -8.521, -6.976, -19.268
{ c2d hem b 1 } -8.293, -6.690, -20.661
{ c3d hem b 1 } -8.714, -7.769, -21.392
{ cha hem b 1 } P -9.759, -9.994, -20.758
{ c4d hem b 1 } -9.219, -8.739, -20.432
{ c2d hem b 1 } P -8.293, -6.690, -20.661
{ cmd hem b 1 } -7.706, -5.402, -21.198
{ c3d hem b 1 } P -8.714, -7.769, -21.392
{ cad hem b 1 } -8.784, -7.839, -22.901
{ cbd hem b 1 } -10.150, -7.463, -23.462
{ cgd hem b 1 } -10.129, -7.523, -24.914
{ o1d hem b 1 } -10.782, -6.694, -25.507
{ cgd hem b 1 } P -10.129, -7.523, -24.914
{ o2d hem b 1 } -9.491, -8.171, -25.680
{ n a hem b 1 } P -10.285, -10.806, -18.471
{ c1a hem b 1 } -10.322, -10.912, -19.851
{ n a hem b 1 } P -10.285, -10.806, -18.471
{ c4a hem b 1 } -10.989, -11.874, -17.995
{ c3a hem b 1 } P -11.472, -12.689, -19.091
{ c4a hem b 1 } -10.989, -11.874, -17.995
{ n b hem b 1 } P -10.278, -10.011, -15.734
{ c1b hem b 1 } -10.872, -11.240, -15.585
{ n b hem b 1 } P -10.278, -10.011, -15.734
{ c4b hem b 1 } -10.248, -9.492, -14.465
{ c3b hem b 1 } P -10.729, -10.442, -13.486
{ c4b hem b 1 } -10.248, -9.492, -14.465
{ n c hem b 1 } P -9.122, -7.499, -16.394
{ c1c hem b 1 } -9.287, -7.286, -15.036
{ n c hem b 1 } P -9.122, -7.499, -16.394
{ c4c hem b 1 } -8.587, -6.321, -16.875
{ c3c hem b 1 } P -8.465, -5.337, -15.822
{ c4c hem b 1 } -8.587, -6.321, -16.875
{ n d hem b 1 } P -9.107, -8.221, -19.143
{ c1d hem b 1 } -8.521, -6.976, -19.268
{ n d hem b 1 } P -9.107, -8.221, -19.143
{ c4d hem b 1 } -9.219, -8.739, -20.432
{ c3d hem b 1 } P -8.714, -7.769, -21.392
{ c4d hem b 1 } -9.219, -8.739, -20.432
@labellist {hb-b1} color= skyblue off master= {Labels} master= {a1-b1 Dimer}
{ beta1 } P    -15.901, 7.583, -24.964
@subgroup {alpha2} dominant
@vectorlist {ca-ca-a2} color= bluetint     master= {a2-b2 Dimer}
{ ca  val a 1 } P 7.060, 17.792, 4.760
{ ca  val a 1 } 7.060, 17.792, 4.760
{ ca  leu a 2 } 10.785, 18.159, 4.237
{ ca  ser a 3 } 12.492, 19.934, 7.127
{ ca  pro a 4 } 15.511, 22.192, 6.331
{ ca  ala a 5 } 17.676, 19.403, 7.724
{ ca  asp a 6 } 16.059, 16.945, 5.311
{ ca  lys a 7 } 16.809, 19.277, 2.425
{ ca  thr a 8 } 20.410, 19.643, 3.508
{ ca  asn a 9 } 20.715, 15.845, 3.737
{ ca  val a 10 } 19.208, 15.283, 0.296
{ ca  lys a 11 } 21.393, 17.926, -1.357
{ ca  ala a 12 } 24.474, 16.497, 0.269
{ ca  ala a 13 } 23.747, 12.921, -0.738
{ ca  trp a 14 } 22.645, 13.719, -4.242
{ ca  gly a 15 } 25.650, 15.995, -4.590
{ ca  lys a 16 } 27.926, 12.981, -4.000
{ ca  val a 17 } 25.899, 11.070, -6.587
{ ca  gly a 18 } 26.822, 13.800, -9.050
{ ca  ala a 19 } 27.749, 12.396, -12.429
{ ca  his a 20 } 26.775, 8.793, -11.715
{ ca  ala a 21 } 23.135, 9.749, -11.417
{ ca  gly a 22 } 22.226, 8.131, -14.747
{ ca  glu a 23 } 24.091, 4.921, -13.981
{ ca  tyr a 24 } 22.375, 4.686, -10.602
{ ca  gly a 25 } 19.009, 5.348, -12.224
{ ca  ala a 26 } 19.466, 2.370, -14.535
{ ca  glu a 27 } 20.608, 0.151, -11.695
{ ca  ala a 28 } 17.549, 1.057, -9.635
{ ca  leu a 29 } 15.308, 0.145, -12.566
{ ca  glu a 30 } 17.005, -3.199, -13.017
{ ca  arg a 31 } 16.680, -3.889, -9.304
{ ca  met a 32 } 12.978, -3.070, -9.533
{ ca  phe a 33 } 12.322, -5.344, -12.527
{ ca  leu a 34 } 14.025, -8.281, -10.823
{ ca  ser a 35 } 12.660, -7.820, -7.301
{ ca  phe a 36 } 9.137, -6.759, -8.291
{ ca  pro a 37 } 8.342, -8.369, -11.658
{ ca  thr a 38 } 4.849, -6.856, -11.722
{ ca  thr a 39 } 6.476, -3.521, -12.607
{ ca  lys a 40 } 7.553, -4.934, -15.967
{ ca  thr a 41 } 3.927, -4.747, -17.127
{ ca  tyr a 42 } 4.518, -1.055, -17.836
{ ca  phe a 43 } 7.479, -1.702, -20.098
{ ca  pro a 44 } 6.334, -4.397, -22.635
{ ca  his a 45 } 7.962, -2.357, -25.415
{ ca  phe a 46 } 11.432, -2.435, -23.847
{ ca  asp a 47 } 14.290, -4.839, -24.019
{ ca  leu a 48 } 14.678, -5.353, -20.284
{ ca  ser a 49 } 17.773, -7.517, -20.525
{ ca  his a 50 } 20.777, -6.497, -18.516
{ ca  gly a 51 } 22.630, -3.570, -19.979
{ ca  ser a 52 } 19.977, -2.649, -22.471
{ ca  ala a 53 } 20.311, 0.826, -23.967
{ ca  gln a 54 } 16.593, 1.400, -23.402
{ ca  val a 55 } 16.910, 0.869, -19.673
{ ca  lys a 56 } 20.094, 2.915, -19.437
{ ca  gly a 57 } 18.423, 5.705, -21.382
{ ca  his a 58 } 15.363, 5.641, -19.208
{ ca  gly a 59 } 17.493, 5.510, -16.061
{ ca  lys a 60 } 19.172, 8.703, -17.119
{ ca  lys a 61 } 15.838, 10.427, -17.638
{ ca  val a 62 } 14.611, 9.360, -14.220
{ ca  ala a 63 } 17.821, 10.532, -12.625
{ ca  asp a 64 } 17.728, 13.918, -14.356
{ ca  ala a 65 } 14.184, 14.472, -13.123
{ ca  leu a 66 } 15.300, 13.708, -9.573
{ ca  thr a 67 } 18.227, 16.077, -10.020
{ ca  asn a 68 } 15.703, 18.709, -11.110
{ ca  ala a 69 } 13.613, 17.966, -8.031
{ ca  val a 70 } 16.577, 18.335, -5.662
{ ca  ala a 71 } 17.455, 21.680, -7.260
{ ca  his a 72 } 13.887, 22.876, -6.723
{ ca  val a 73 } 13.047, 21.103, -3.544
{ ca  asp a 74 } 11.131, 24.179, -2.275
{ ca  asp a 75 } 8.993, 24.209, -5.411
{ ca  met a 76 } 8.636, 20.600, -6.568
{ ca  pro a 77 } 4.938, 20.764, -7.783
{ ca  asn a 78 } 5.955, 23.366, -10.347
{ ca  ala a 79 } 9.243, 21.840, -11.303
{ ca  leu a 80 } 7.705, 18.422, -11.994
{ ca  ser a 81 } 4.416, 19.724, -13.447
{ ca  ala a 82 } 4.959, 18.276, -16.925
{ ca  leu a 83 } 5.964, 14.919, -15.461
{ ca  ser a 84 } 2.869, 14.720, -13.246
{ ca  asp a 85 } 0.713, 15.445, -16.288
{ ca  leu a 86 } 2.515, 12.731, -18.208
{ ca  his a 87 } 2.094, 10.060, -15.577
{ ca  ala a 88 } -1.478, 11.037, -14.766
{ ca  his a 89 } -2.929, 11.277, -18.255
{ ca  lys a 90 } -0.735, 9.142, -20.422
{ ca  leu a 91 } 1.384, 6.528, -18.674
{ ca  arg a 92 } -1.119, 5.987, -15.826
{ ca  val a 93 } 1.148, 3.881, -13.670
{ ca  asp a 94 } -0.654, 2.617, -10.574
{ ca  pro a 95 } 0.556, 4.665, -7.552
{ ca  val a 96 } 1.726, 1.549, -5.661
{ ca  asn a 97 } 4.639, 1.154, -8.075
{ ca  phe a 98 } 6.198, 4.460, -7.011
{ ca  lys a 99 } 6.970, 2.914, -3.654
{ ca  leu a 100 } 8.699, 0.027, -5.281
{ ca  leu a 101 } 10.965, 2.199, -7.388
{ ca  ser a 102 } 11.650, 4.449, -4.389
{ ca  his a 103 } 12.814, 1.470, -2.370
{ ca  cys a 104 } 15.097, 0.286, -5.174
{ ca  leu a 105 } 16.567, 3.758, -5.550
{ ca  leu a 106 } 17.285, 3.775, -1.814
{ ca  val a 107 } 18.979, 0.366, -2.091
{ ca  thr a 108 } 21.061, 1.595, -5.018
{ ca  leu a 109 } 22.190, 4.656, -3.075
{ ca  ala a 110 } 23.011, 2.496, -0.044
{ ca  ala a 111 } 25.155, 0.207, -2.171
{ ca  his a 112 } 27.150, 3.085, -3.625
{ ca  leu a 113 } 27.409, 5.616, -0.830
{ ca  pro a 114 } 28.861, 3.639, 2.110
{ ca  ala a 115 } 29.932, 6.735, 4.025
{ ca  glu a 116 } 26.954, 9.054, 3.194
{ ca  phe a 117 } 24.068, 6.712, 3.876
{ ca  thr a 118 } 23.710, 7.392, 7.595
{ ca  pro a 119 } 20.419, 6.648, 9.455
{ ca  ala a 120 } 19.477, 10.327, 9.297
{ ca  val a 121 } 20.262, 10.609, 5.592
{ ca  his a 122 } 18.365, 7.388, 4.908
{ ca  ala a 123 } 15.346, 8.891, 6.637
{ ca  ser a 124 } 15.621, 12.141, 4.687
{ ca  leu a 125 } 16.003, 10.345, 1.363
{ ca  asp a 126 } 12.985, 8.125, 1.989
{ ca  lys a 127 } 10.972, 11.202, 2.834
{ ca  phe a 128 } 12.173, 12.960, -0.255
{ ca  leu a 129 } 11.281, 10.065, -2.562
{ ca  ala a 130 } 7.844, 9.886, -0.977
{ ca  ser a 131 } 7.347, 13.584, -1.700
{ ca  val a 132 } 8.414, 13.161, -5.311
{ ca  ser a 133 } 6.011, 10.219, -5.591
{ ca  thr a 134 } 3.197, 12.314, -4.120
{ ca  val a 135 } 3.793, 15.101, -6.623
{ ca  leu a 136 } 3.962, 12.711, -9.576
{ ca  thr a 137 } 0.611, 11.148, -8.601
{ ca  ser a 138 } -1.049, 14.479, -7.722
{ ca  lys a 139 } -3.183, 14.822, -10.789
{ ca  tyr a 140 } -4.347, 11.247, -11.236
{ ca  arg a 141 } -7.922, 12.248, -10.253
@balllist {Fe-a2} radius= 0.5 color= orange    master= {a2-b2 Dimer}
{fe   hem a 1 } 8.128, 7.371, -15.022
@vectorlist {heme-a2} color= pinktint    master= {a2-b2 Dimer}
{fe   hem a 2 } P 8.128, 7.371, -15.022
{ n a hem a 2 } 9.297, 8.665, -16.114
{ cha hem a 2 } P 8.617, 7.879, -18.361
{ c1a hem a 2 } 9.277, 8.770, -17.486
{ c2a hem a 2 } 10.083, 9.898, -17.902
{ c3a hem a 2 } 10.565, 10.493, -16.781
{ chb hem a 2 } P 10.356, 10.005, -14.319
{ c4a hem a 2 } 10.077, 9.723, -15.665
{ c3a hem a 2 } P 10.565, 10.493, -16.781
{ cma hem a 2 } 11.526, 11.660, -16.723
{ c2a hem a 2 } P 10.083, 9.898, -17.902
{ caa hem a 2 } 10.393, 10.337, -19.313
{ cba hem a 2 } 9.365, 11.341, -19.815
{ cga hem a 2 } 9.671, 11.842, -21.211
{ o1a hem a 2 } 9.887, 11.056, -22.136
{ cga hem a 2 } P 9.671, 11.842, -21.211
{ o2a hem a 2 } 9.625, 13.056, -21.408
{fe   hem a 2 } P 8.128, 7.371, -15.022
{ n b hem a 2 } 9.168, 8.079, -13.320
{ chb hem a 2 } P 10.356, 10.005, -14.319
{ c1b hem a 2 } 9.946, 9.212, -13.233
{ c2b hem a 2 } 10.302, 9.447, -11.862
{ c3b hem a 2 } 9.728, 8.454, -11.115
{ chc hem a 2 } P 8.307, 6.456, -11.669
{ c4b hem a 2 } 9.022, 7.603, -12.041
{ c2b hem a 2 } P 10.302, 9.447, -11.862
{ cmb hem a 2 } 11.063, 10.660, -11.372
{ c3b hem a 2 } P 9.728, 8.454, -11.115
{ cab hem a 2 } 9.590, 8.396, -9.638
{ cbb hem a 2 } 10.691, 8.596, -8.830
{fe   hem a 2 } P 8.128, 7.371, -15.022
{ n c hem a 2 } 7.633, 5.649, -13.939
{ chc hem a 2 } P 8.307, 6.456, -11.669
{ c1c hem a 2 } 7.771, 5.509, -12.561
{ c2c hem a 2 } 7.280, 4.206, -12.150
{ c3c hem a 2 } 6.890, 3.555, -13.290
{ chd hem a 2 } P 6.928, 4.145, -15.725
{ c4c hem a 2 } 7.159, 4.444, -14.390
{ c2c hem a 2 } P 7.280, 4.206, -12.150
{ cmc hem a 2 } 7.147, 3.727, -10.723
{ c3c hem a 2 } P 6.890, 3.555, -13.290
{ cac hem a 2 } 6.411, 2.147, -13.471
{ cbc hem a 2 } 6.761, 1.083, -12.643
{fe   hem a 2 } P 8.128, 7.371, -15.022
{ n d hem a 2 } 7.783, 6.249, -16.697
{ chd hem a 2 } P 6.928, 4.145, -15.725
{ c1d hem a 2 } 7.257, 4.983, -16.797
{ c2d hem a 2 } 7.067, 4.635, -18.184
{ c3d hem a 2 } 7.514, 5.673, -18.927
{ cha hem a 2 } P 8.617, 7.879, -18.361
{ c4d hem a 2 } 7.975, 6.684, -17.991
{ c2d hem a 2 } P 7.067, 4.635, -18.184
{ cmd hem a 2 } 6.332, 3.425, -18.716
{ c3d hem a 2 } P 7.514, 5.673, -18.927
{ cad hem a 2 } 7.618, 5.696, -20.432
{ cbd hem a 2 } 8.947, 5.143, -20.947
{ cgd hem a 2 } 9.047, 5.155, -22.461
{ o1d hem a 2 } 10.139, 5.458, -22.959
{ cgd hem a 2 } P 9.047, 5.155, -22.461
{ o2d hem a 2 } 8.096, 4.833, -23.177
{ n a hem a 2 } P 9.297, 8.665, -16.114
{ c1a hem a 2 } 9.277, 8.770, -17.486
{ n a hem a 2 } P 9.297, 8.665, -16.114
{ c4a hem a 2 } 10.077, 9.723, -15.665
{ c3a hem a 2 } P 10.565, 10.493, -16.781
{ c4a hem a 2 } 10.077, 9.723, -15.665
{ n b hem a 2 } P 9.168, 8.079, -13.320
{ c1b hem a 2 } 9.946, 9.212, -13.233
{ n b hem a 2 } P 9.168, 8.079, -13.320
{ c4b hem a 2 } 9.022, 7.603, -12.041
{ c3b hem a 2 } P 9.728, 8.454, -11.115
{ c4b hem a 2 } 9.022, 7.603, -12.041
{ n c hem a 2 } P 7.633, 5.649, -13.939
{ c1c hem a 2 } 7.771, 5.509, -12.561
{ n c hem a 2 } P 7.633, 5.649, -13.939
{ c4c hem a 2 } 7.159, 4.444, -14.390
{ c3c hem a 2 } P 6.890, 3.555, -13.290
{ c4c hem a 2 } 7.159, 4.444, -14.390
{ n d hem a 2 } P 7.783, 6.249, -16.697
{ c1d hem a 2 } 7.257, 4.983, -16.797
{ n d hem a 2 } P 7.783, 6.249, -16.697
{ c4d hem a 2 } 7.975, 6.684, -17.991
{ c3d hem a 2 } P 7.514, 5.673, -18.927
{ c4d hem a 2 } 7.975, 6.684, -17.991
@labellist {hb-a2} color= bluetint off master= {Labels} master= {a2-b2 Dimer}
{ alpha2 } P   10.560, 0.510, -26.240
@subgroup {beta2} dominant
@vectorlist {ca-ca 2} color= skyblue   master= {a2-b2 Dimer}
{ n   val b 1 } P 9.100, -20.327, 1.291 
{ ca  val b 1 } L 8.770, -19.430, 0.152
{ ca  his b 2 } 9.435, -20.484, -3.452 
{ ca  leu b 3 } 13.682, -20.145, -4.310
{ ca  thr b 4 } 15.613, -21.547, -7.228
{ ca  pro b 5 } 18.796, -23.341, -6.018
{ ca  glu b 6 } 20.820, -20.435, -7.340
{ ca  glu b 7 } 18.733, -18.011, -5.295
{ ca  lys b 8 } 19.064, -20.224, -2.247
{ ca  ser b 9 } 22.809, -20.449, -2.556
{ ca  ala b 10 } 23.001, -16.672, -3.076
{ ca  val b 11 } 21.113, -16.026, 0.163
{ ca  thr b 12 } 23.105, -18.604, 2.109
{ ca  ala b 13 } 26.507, -17.393, 0.911
{ ca  leu b 14 } 25.927, -13.742, 1.781
{ ca  trp b 15 } 24.451, -14.599, 5.149
{ ca  gly b 16 } 27.575, -16.521, 6.176
{ ca  lys b 17 } 29.326, -13.149, 6.186
{ ca  val b 18 } 26.788, -11.342, 8.339
{ ca  asn b 19 } 27.551, -10.365, 11.936
{ ca  val b 20 } 24.039, -11.026, 13.171
{ ca  asp b 21 } 24.414, -8.911, 16.321
{ ca  glu b 22 } 25.702, -5.864, 14.432
{ ca  val b 23 } 23.299, -6.042, 11.490
{ ca  gly b 24 } 20.426, -6.705, 13.881
{ ca  gly b 25 } 21.122, -3.586, 15.931
{ ca  glu b 26 } 21.483, -1.564, 12.802
{ ca  ala b 27 } 18.307, -2.753, 11.131
{ ca  leu b 28 } 16.130, -2.273, 14.194
{ ca  gly b 29 } 17.665, 1.129, 14.885
{ ca  arg b 30 } 17.096, 2.329, 11.356
{ ca  leu b 31 } 13.522, 1.025, 11.480
{ ca  leu b 32 } 12.932, 3.224, 14.511
{ ca  val b 33 } 14.593, 6.225, 12.852
{ ca  val b 34 } 13.164, 6.097, 9.345
{ ca  tyr b 35 } 9.663, 5.049, 10.450
{ ca  pro b 36 } 9.364, 6.633, 13.921
{ ca  trp b 37 } 5.822, 5.428, 14.548
{ ca  thr b 38 } 7.332, 1.960, 15.089
{ ca  gln b 39 } 8.758, 3.377, 18.351
{ ca  arg b 40 } 5.276, 2.785, 19.732
{ ca  phe b 41 } 6.278, -0.702, 20.975
{ ca  phe b 42 } 9.455, 0.334, 22.689
{ ca  glu b 43 } 8.932, 3.134, 25.167
{ ca  ser b 44 } 10.265, 0.862, 27.873
{ ca  phe b 45 } 13.598, 1.224, 26.037
{ ca  gly b 46 } 14.735, 4.665, 27.135
{ ca  asp b 47 } 15.912, 7.548, 24.984
{ ca  leu b 48 } 14.763, 7.317, 21.354
{ ca  ser b 49 } 14.607, 11.072, 20.714
{ ca  thr b 50 } 17.410, 11.475, 18.145
{ ca  pro b 51 } 19.005, 9.173, 15.513
{ ca  asp b 52 } 22.188, 8.998, 17.594
{ ca  ala b 53 } 20.246, 8.104, 20.728
{ ca  val b 54 } 18.390, 5.334, 18.898
{ ca  met b 55 } 21.451, 3.846, 17.222
{ ca  gly b 56 } 23.450, 3.868, 20.457
{ ca  asn b 57 } 20.633, 2.580, 22.681
{ ca  pro b 58 } 21.724, -0.755, 24.202
{ ca  lys b 59 } 18.165, -2.088, 24.473
{ ca  val b 60 } 17.611, -1.430, 20.804
{ ca  lys b 61 } 20.822, -3.296, 20.028
{ ca  ala b 62 } 19.846, -6.189, 22.280
{ ca  his b 63 } 16.420, -6.537, 20.769
{ ca  gly b 64 } 17.792, -6.197, 17.252
{ ca  lys b 65 } 20.056, -9.108, 17.979
{ ca  lys b 66 } 17.179, -11.218, 19.279
{ ca  val b 67 } 15.050, -10.501, 16.216
{ ca  leu b 68 } 17.771, -11.168, 13.639
{ ca  gly b 69 } 18.808, -14.341, 15.477
{ ca  ala b 70 } 15.315, -15.741, 15.029
{ ca  phe b 71 } 15.426, -14.537, 11.449
{ ca  ser b 72 } 18.742, -16.383, 11.000
{ ca  asp b 73 } 17.298, -19.592, 12.295
{ ca  gly b 74 } 14.464, -19.237, 9.749
{ ca  leu b 75 } 16.974, -19.165, 6.880
{ ca  ala b 76 } 17.660, -22.767, 7.764
{ ca  his b 77 } 13.997, -23.657, 7.129
{ ca  leu b 78 } 13.179, -21.701, 3.988
{ ca  asp b 79 } 11.017, -24.677, 2.915
{ ca  asn b 80 } 8.612, -24.146, 5.785
{ ca  leu b 81 } 8.696, -20.656, 7.215
{ ca  lys b 82 }  4.847, -20.608, 8.986
{ ca  gly b 83 } 5.767, -23.900, 10.588
{ ca  thr b 84 } 8.988, -22.343, 11.882
{ ca  phe b 85 } 7.358, -19.062, 12.871
{ ca  ala b 86 } 3.887, -20.227, 13.980
{ ca  thr b 87 } 4.526, -19.742, 17.702
{ ca  leu b 88 } 6.147, -16.349, 17.230
{ ca  ser b 89 } 3.255, -15.360, 14.952
{ ca  glu b 90 } 0.780, -16.132, 17.703
{ ca  leu b 91 } 2.868, -14.291, 20.248
{ ca  his b 92 } 3.123, -11.140, 18.161
{ ca  cys b 93 } -0.628, -11.135, 17.629
{ ca  asp b 94 } -2.099, -12.210, 20.976
{ ca  lys b 95 } 0.415, -10.791, 23.382
{ ca  leu b 96 } 2.460, -8.096, 21.668
{ ca  his b 97 } -0.255, -6.603, 19.362
{ ca  val b 98 } 2.210, -5.778, 16.599
{ ca  asp b 99 } 0.605, -4.722, 13.296
{ ca  pro b 100 } 2.201, -7.128, 10.763
{ ca  glu b 101 } 2.885, -4.153, 8.465
{ ca  asn b 102 } 5.881, -3.603, 10.772
{ ca  phe b 103 } 7.388, -6.887, 9.547
{ ca  arg b 104 } 7.320, -5.599, 5.985
{ ca  leu b 105 } 8.950, -2.319, 6.970
{ ca  leu b 106 } 11.700, -4.180, 8.802
{ ca  gly b 107 } 12.240, -6.455, 5.800
{ ca  asn b 108 } 12.838, -3.471, 3.551
{ ca  val b 109 } 15.135, -1.759, 6.032
{ ca  leu b 110 } 17.088, -5.010, 6.358
{ ca  val b 111 } 17.578, -5.052, 2.593
{ ca  cys b 112 } 18.883, -1.471, 2.731
{ ca  val b 113 } 21.265, -2.448, 5.512
{ ca  leu b 114 } 22.604, -5.423, 3.582
{ ca  ala b 115 } 23.110, -3.176, 0.564
{ ca  his b 116 } 24.936, -0.605, 2.659
{ ca  his b 117 } 27.067, -3.267, 4.218
{ ca  phe b 118 } 28.017, -5.313, 1.208
{ ca  gly b 119 } 28.072, -2.628, -1.480
{ ca  lys b 120 } 28.503, -3.953, -5.017
{ ca  glu b 121 } 28.352, -7.563, -3.788
{ ca  phe b 122 } 24.676, -7.016, -3.149
{ ca  thr b 123 } 23.779, -7.320, -6.816
{ ca  pro b 124 } 20.257, -6.944, -8.289
{ ca  pro b 125 } 19.771, -10.821, -8.443
{ ca  val b 126 } 20.900, -11.164, -4.824
{ ca  gln b 127 } 18.541, -8.390, -3.768
{ ca  ala b 128 } 15.708, -10.131, -5.621
{ ca  ala b 129 } 16.371, -13.327, -3.687
{ ca  tyr b 130 } 16.446, -11.496, -0.374
{ ca  gln b 131 } 13.216, -9.693, -1.202
{ ca  lys b 132 } 11.493, -13.020, -1.595
{ ca  val b 133 } 12.895, -14.188, 1.718
{ ca  val b 134 } 11.872, -11.127, 3.711
{ ca  ala b 135 } 8.393, -11.187, 2.178
{ ca  gly b 136 } 8.189, -14.868, 3.080
{ ca  val b 137 } 9.214, -14.229, 6.672
{ ca  ala b 138 } 6.762, -11.321, 7.037
{ ca  asn b 139 } 4.094, -13.605, 5.676
{ ca  ala b 140 } 4.951, -16.393, 8.008
{ ca  leu b 141 } 4.875, -14.066, 10.991
{ ca  ala b 142 } 1.476, -12.686, 9.994
{ ca  his b 143 } -0.175, -15.881, 9.759
{ ca  lys b 144 } -1.667, -16.718, 12.668
{ ca  tyr b 145 } -3.231, -13.270, 13.180
{ ca  his b 146 } -6.973, -13.067, 13.956
@balllist {Fe-a2} radius= 0.5 color= orange    master= {a2-b2 Dimer}
{fe   hem b 2 } 9.401, -9.297, 17.375
@vectorlist {heme-b2} color= pink    master= {a2-b2 Dimer}
{fe   hem b 2 } P 9.401, -9.297, 17.375
{ n a hem b 2 } 10.318, -10.836, 18.457
{ cha hem b 2 } P 9.791, -10.028, 20.746
{ c1a hem b 2 } 10.356, -10.944, 19.837
{ c2a hem b 2 } 11.111, -12.117, 20.243
{ c3a hem b 2 } 11.508, -12.718, 19.074
{ chb hem b 2 } P 11.216, -12.152, 16.612
{ c4a hem b 2 } 11.024, -11.902, 17.979
{ c3a hem b 2 } P 11.508, -12.718, 19.074
{ cma hem b 2 } 12.428, -13.915, 18.932
{ c2a hem b 2 } P 11.111, -12.117, 20.243
{ caa hem b 2 } 11.240, -12.645, 21.667
{ cba hem b 2 } 10.026, -13.494, 22.084
{ cga hem b 2 } 10.017, -14.080, 23.474
{ o1a hem b 2 } 10.445, -13.418, 24.415
{ cga hem b 2 } P 10.017, -14.080, 23.474
{ o2a hem b 2 } 9.565, -15.190, 23.710
{fe   hem b 2 } P 9.401, -9.297, 17.375
{ n b hem b 2 } 10.311, -10.036, 15.722
{ chb hem b 2 } P 11.216, -12.152, 16.612
{ c1b hem b 2 } 10.906, -11.264, 15.571
{ c2b hem b 2 } 11.149, -11.550, 14.182
{ c3b hem b 2 } 10.762, -10.462, 13.473
{ chc hem b 2 } P 9.815, -8.250, 14.128
{ c4b hem b 2 } 10.280, -9.514, 14.454
{ c2b hem b 2 } P 11.149, -11.550, 14.182
{ cmb hem b 2 } 11.881, -12.779, 13.699
{ c3b hem b 2 } P 10.762, -10.462, 13.473
{ cab hem b 2 } 10.901, -10.179, 12.009
{ cbb hem b 2 } 12.085, -10.332, 11.331
{fe   hem b 2 } P 9.401, -9.297, 17.375
{ n c hem b 2 } 9.151, -7.526, 16.386
{ chc hem b 2 } P 9.815, -8.250, 14.128
{ c1c hem b 2 } 9.316, -7.311, 15.029
{ c2c hem b 2 } 8.933, -5.959, 14.665
{ c3c hem b 2 } 8.492, -5.364, 15.818
{ chd hem b 2 } P 8.262, -6.123, 18.207
{ c4c hem b 2 } 8.615, -6.350, 16.870
{ c2c hem b 2 } P 8.933, -5.959, 14.665
{ cmc hem b 2 } 9.109, -5.303, 13.306
{ c3c hem b 2 } P 8.492, -5.364, 15.818
{ cac hem b 2 } 7.890, -4.013, 16.021
{ cbc hem b 2 } 8.404, -2.869, 15.433
{fe   hem b 2 } P 9.401, -9.297, 17.375
{ n d hem b 2 } 9.137, -8.253, 19.134
{ chd hem b 2 } P 8.262, -6.123, 18.207
{ c1d hem b 2 } 8.550, -7.009, 19.261
{ c2d hem b 2 } 8.321, -6.726, 20.655
{ c3d hem b 2 } 8.744, -7.806, 21.384
{ cha hem b 2 } P 9.791, -10.028, 20.746
{ c4d hem b 2 } 9.250, -8.773, 20.422
{ c2d hem b 2 } P 8.321, -6.726, 20.655
{ cmd hem b 2 } 7.733, -5.440, 21.194
{ c3d hem b 2 } P 8.744, -7.806, 21.384
{ cad hem b 2 } 8.814, -7.878, 22.893
{ cbd hem b 2 } 10.179, -7.502, 23.454
{ cgd hem b 2 } 10.159, -7.564, 24.906
{ o1d hem b 2 } 10.810, -6.736, 25.501
{ cgd hem b 2 } P 10.159, -7.564, 24.906
{ o2d hem b 2 } 9.521, -8.215, 25.671
{ n a hem b 2 } P 10.318, -10.836, 18.457
{ c1a hem b 2 } 10.356, -10.944, 19.837
{ n a hem b 2 } P 10.318, -10.836, 18.457
{ c4a hem b 2 } 11.024, -11.902, 17.979
{ c3a hem b 2 } P 11.508, -12.718, 19.074
{ c4a hem b 2 } 11.024, -11.902, 17.979
{ n b hem b 2 } P 10.311, -10.036, 15.722
{ c1b hem b 2 } 10.906, -11.264, 15.571
{ n b hem b 2 } P 10.311, -10.036, 15.722
{ c4b hem b 2 } 10.280, -9.514, 14.454
{ c3b hem b 2 } P 10.762, -10.462, 13.473
{ c4b hem b 2 } 10.280, -9.514, 14.454
{ n c hem b 2 } P 9.151, -7.526, 16.386
{ c1c hem b 2 } 9.316, -7.311, 15.029
{ n c hem b 2 } P 9.151, -7.526, 16.386
{ c4c hem b 2 } 8.615, -6.350, 16.870
{ c3c hem b 2 } P 8.492, -5.364, 15.818
{ c4c hem b 2 } 8.615, -6.350, 16.870
{ n d hem b 2 } P 9.137, -8.253, 19.134
{ c1d hem b 2 } 8.550, -7.009, 19.261
{ n d hem b 2 } P 9.137, -8.253, 19.134
{ c4d hem b 2 } 9.250, -8.773, 20.422
{ c3d hem b 2 } P 8.744, -7.806, 21.384
{ c4d hem b 2 } 9.250, -8.773, 20.422
@labellist {hb-b2} color= skyblue off master= {Labels} master= {a2-b2 Dimer}
{  beta2 } P   10.265, 0.862, 27.873
@subgroup {BPG} dominant off
@balllist {O-bpg} color=red radius=0.4
{ o11  bpg} L -0.056, -18.158, -1.119
{ o12  bpg} L 1.300, -17.840, 0.554
{ o21  bpg} P 1.405, -20.780, -0.984 
{ o22 bpg } L 3.551, -19.523, 0.116
{ o23 bpg} L 2.223, -18.726, -1.890
{ o24  bpg} L 3.797, -20.718, -1.971
{ o31  bpg} P -0.961, -20.654, 2.151 
{ o32 bpg} L -3.177, -20.350, 3.966
{ o33 bpg} L -1.118, -19.009, 3.696
{ o34 bpg} L -2.785, -19.114, 1.767
@balllist {P-bpg} color=yellow radius=0.5
{ p2  bpg} L 2.707, -19.844, -1.214
{ p3  bpg} L -2.179, -19.835, 2.828
@vectorlist {bpg} color= green 
{ c2  bpg} P 0.662, -20.153, -0.011 
{ c1  bpg} L 0.626, -18.659, -0.227
{ c1  bpg} P 0.626, -18.659, -0.227 
{ o11  bpg} L -0.056, -18.158, -1.119
{ c1  bpg} P 0.626, -18.659, -0.227 
{ o12  bpg} L 1.300, -17.840, 0.554
{ c2  bpg} P 0.662, -20.153, -0.011 
{ o21  bpg} L 1.405, -20.780, -0.984
{ o21  bpg} P 1.405, -20.780, -0.984 
{ p2  bpg} L 2.707, -19.844, -1.214
{ p2  bpg} P 2.707, -19.844, -1.214 
{ o23 bpg} L 2.223, -18.726, -1.890
{ p2  bpg} P 2.707, -19.844, -1.214 
{ o22 bpg} L 3.551, -19.523, 0.116
{ p2  bpg} P 2.707, -19.844, -1.214 
{ o24  bpg} L 3.797, -20.718, -1.971
{ c2  bpg} P 0.662, -20.153, -0.011 
{ c3  bpg} L -0.267, -20.607, 1.110
{ c3  bpg} P -0.267, -20.607, 1.110 
{ o31  bpg} L -0.961, -20.654, 2.151
{ o31  bpg} P -0.961, -20.654, 2.151 
{ p3  bpg} L -2.179, -19.835, 2.828
{ p3  bpg} P -2.179, -19.835, 2.828 
{ o34 bpg} L -2.785, -19.114, 1.767
{ p3  bpg} P -2.179, -19.835, 2.828 
{ o33 bpg} L -1.118, -19.009, 3.696
{ p3  bpg} P -2.179, -19.835, 2.828 
{ o32 bpg} L -3.177, -20.350, 3.966
@labelllist {BPG-sc label} color= green off master= {Labels}
{     BPG } P   0.626, -18.659, -0.227 
@subgroup {BPGinteract} dominant off
@balllist {N-bpg-int2} color=blue radius=0.4 master={a1-b1 Dimer}
{ n   val d 1 } L -7.712, -20.311, 0.196
{ nd1 his d 2 } L -7.176, -22.495, 4.689
{ ne2 his d 2 } L -5.600, -20.960, 4.791
{ nz lys d 82 } L -1.978, -19.511, -3.058
{ nd1 his d 143 } L -0.253, -18.914, -8.558
{ ne2 his d 143 } L 1.264, -19.342, -7.096
@balllist {N-bpg-int1} color=blue radius=0.4 master={a2-b2 Dimer}
{ n   val b 1 } L 9.100, -20.327, 1.291
{ nd1 his b 2 } L 7.572, -22.485, -3.812
{ ne2 his b 2 } L 5.573, -21.651, -4.004
{ nz  lys b 82 } L 2.037, -19.611, 4.028
{ nd1 his b 143 } L -0.567, -19.800, 9.659
{ ne2 his b 143 } L -0.854, -20.195, 7.506
@vectorlist {BPG-sc2} color= cyan master={a1-b1 Dimer}
{ n   val d 1 } P -7.712, -20.311, 0.196 
{ n   val d 1 } L -7.712, -20.311, 0.196
{ ca  val d 1 } L -8.676, -19.363, 0.663
{ cg  his d 2 } P -7.804, -21.259, 4.905 
{ cd2 his d 2 } L -6.812, -20.295, 4.974
{ ne2 his d 2 } L -5.600, -20.960, 4.791
{ ce1 his d 2 } L -5.841, -22.270, 4.605
{ cg  his d 2 } P -7.804, -21.259, 4.905 
{ nd1 his d 2 } L -7.176, -22.495, 4.689
{ ce1 his d 2 } L -5.841, -22.270, 4.605
{ cb  his d 2 } P -9.308, -21.153, 4.988 
{ cg  his d 2 } L -7.804, -21.259, 4.905
{ ca  his d 2 } P -9.319, -19.761, 4.303 
{ cb  his d 2 } L -9.308, -21.153, 4.988
{ ce lys d 82 } P -1.240, -20.046, -4.246 
{ nz lys d 82 } L -1.978, -19.511, -3.058
{ cd lys d 82 } P -2.094, -21.014, -5.066 
{ ce lys d 82 } L -1.240, -20.046, -4.246
{ cg lys d 82 } P -3.340, -20.376, -5.734 
{ cd lys d 82 } L -2.094, -21.014, -5.066
{ cb  lys d 82 } P -3.365, -20.737, -7.228 
{ cg lys d 82 } L -3.340, -20.376, -5.734
{ cb  lys d 82 } P -3.365, -20.737, -7.228 
{ ca  lys d 82 } P -4.672, -20.778, -8.067 
{ cb  lys d 82 } L -3.365, -20.737, -7.228
{ cg  his d 143 } P 0.237, -17.736, -8.059 
{ cd2 his d 143 } L 1.205, -17.994, -7.179
{ ne2 his d 143 } L 1.264, -19.342, -7.096
{ ce1 his d 143 } L 0.385, -19.868, -7.920
{ cg  his d 143 } P 0.237, -17.736, -8.059 
{ nd1 his d 143 } L -0.253, -18.914, -8.558
{ ce1 his d 143 } L 0.385, -19.868, -7.920
{ cb  his d 143 } P -0.369, -16.461, -8.514 
{ cg  his d 143 } L 0.237, -17.736, -8.059
{ ca  his d 143 } P 0.408, -15.604, -9.437 
{ cb  his d 143 } L -0.369, -16.461, -8.514
@vectorlist {BPG-sc1} color= cyan master={a2-b2 Dimer}
{ n   val b 1 } P 9.100, -20.327, 1.291 
{ n   val b 1 } L 9.100, -20.327, 1.291
{ ca  val b 144 } L 8.770, -19.430, 0.152
{ cg  his b 2 } P 7.737, -21.264, -4.463 
{ cd2 his b 2 } L 6.460, -20.755, -4.593
{ ne2 his b 2 } L 5.573, -21.651, -4.004
{ ce1 his b 2 } L 6.269, -22.682, -3.530
{ cg  his b 2 } P 7.737, -21.264, -4.463 
{ nd1 his b 2 } L 7.572, -22.485, -3.812
{ ce1 his b 2 } L 6.269, -22.682, -3.530
{ cb  his b 2 } P 9.015, -20.644, -4.924 
{ cg  his b 2 } L 7.737, -21.264, -4.463
{ ca  his b 2 } P 9.435, -20.484, -3.452 
{ cb  his b 2 } L 9.015, -20.644, -4.924
{ ce  lys b 82 } P 1.887, -19.170, 5.414 
{ nz  lys b 82 } L 2.037, -19.611, 4.028
{ cd  lys b 82 } P 2.041, -20.307, 6.440 
{ ce  lys b 82 } L 1.887, -19.170, 5.414
{ cg  lys b 82 } P 3.502, -20.570, 6.817 
{ cd  lys b 82 } L 2.041, -20.307, 6.440
{ cb  lys b 82 } P 3.659, -21.197, 8.205 
{ cg  lys b 82 } L 3.502, -20.570, 6.817
{ ca  lys b 82 } P 4.847, -20.608, 8.986 
{ cb  lys b 82 } L 3.659, -21.197, 8.205
{ cg  his b 143 } P -0.394, -18.593, 8.966 
{ cd2 his b 143 } L -0.604, -18.834, 7.657
{ ne2 his b 143 } L -0.854, -20.195, 7.506
{ ce1 his b 143 } L -0.852, -20.722, 8.716
{ cg  his b 143 } P -0.394, -18.593, 8.966 
{ nd1 his b 143 } L -0.567, -19.800, 9.659
{ ce1 his b 143 } L -0.852, -20.722, 8.716
{ cb  his b 143 } P -0.009, -17.376, 9.711 
{ cg  his b 143 } L -0.394, -18.593, 8.966
{ ca  his b 143 } P -0.175, -15.881, 9.759 
{ cb  his b 143 } L -0.009, -17.376, 9.711
@vectorlist {h bond2} color= white master={a1-b1 Dimer}
{ ne2 his d 2 } P U -4.955, -20.798, 4.572 
{ o13 bpg} L U -3.822, -20.512, 4.185 
{ nz lys d 82 } P U -1.536, -19.200, -2.613 
{ o7  bpg} L U -0.498, -18.469, -1.564 
@vectorlist {h bond1} color= white master={a2-b2 Dimer}
{ ne2 his b 2 } P U 5.138, -21.422, -3.506 
{ o9  bpg} L U 4.232, -20.947, -2.469 
{ nz  lys b 82 } P U 1.353, -19.480, 3.956 
{ o14 bpg} L U -0.434, -19.140, 3.768 
@labelllist {BPG-sc labl1} color= cyan off master= {Labels} master={a1-b1 Dimer}
{ Val 1-b1 } P   -8.676, -19.363, 0.663 
{  His2-b1 } P   -7.176, -22.495, 4.689 
{   Lys82-b1 } P   -1.240, -20.046, -4.246
{ His143-b1 } P   1.264, -19.342, -7.096 
@labelllist {BPG-sc labl2} color= cyan off master= {Labels} master={a2-b2 Dimer}
{ Val1-b2 } P   8.770, -19.430, 0.152 
{  His2-b2 } P   7.572, -22.485, -3.812 
{   Lys82-b2 } P   2.037, -19.611, 4.028 
{ His143-b2 } P   -0.852, -20.722, 8.716 
@group {OxyHb}    animate
@subgroup {alpha1} dominant
@vectorlist {ca-ca-a1} color= pinktint    master= {a1-b1 Dimer}
{ ca  val a 1 } P -5.777, 17.911, -5.556 
{ ca  leu a 2 } L -9.700, 18.057, -5.403
{ ca  ser a 3 } L -11.165, 19.934, -8.217
{ ca  pro a 4 } L -13.968, 22.446, -8.325
{ ca  ala a 5 } L -16.195, 19.438, -8.980
{ ca  asp a 6 } L -14.826, 17.174, -6.351
{ ca  lys a 7 } L -15.357, 19.912, -3.907
{ ca  thr a 8 } L -18.921, 20.324, -5.294
{ ca  asn a 9 } L -19.819, 16.539, -4.917
{ ca  val a 10 } L -18.234, 16.319, -1.586
{ ca  lys a 11 } L -20.125, 19.555, -0.601
{ ca  ala a 12 } L -23.108, 17.654, -1.599
{ ca  ala a 13 } L -23.086, 14.140, -0.611
{ ca  trp a 14 } L -22.392, 15.603, 2.785
{ ca  gly a 15 } L -25.314, 17.955, 2.368
{ ca  lys a 16 } L -27.478, 14.930, 1.864
{ ca  val a 17 } L -26.063, 12.930, 4.869
{ ca  gly a 18 } L -26.944, 15.724, 7.292
{ ca  ala a 19 } L -27.768, 14.883, 10.874
{ ca  his a 20 } L -26.950, 11.282, 10.526
{ ca  ala a 21 } L -23.327, 12.010, 9.903
{ ca  gly a 22 } L -22.351, 10.783, 13.441
{ ca  glu a 23 } L -24.586, 7.725, 13.131
{ ca  tyr a 24 } L -22.733, 6.825, 10.013
{ ca  gly a 25 } L -19.528, 7.552, 11.465
{ ca  ala a 26 } L -20.180, 5.192, 14.197
{ ca  glu a 27 } L -21.191, 2.549, 11.734
{ ca  ala a 28 } L -18.036, 2.968, 9.620
{ ca  leu a 29 } L -15.993, 2.435, 12.729
{ ca  glu a 30 } L -17.887, -0.715, 13.630
{ ca  arg a 31 } L -17.362, -2.117, 10.120
{ ca  met a 32 } L -13.627, -1.555, 10.401
{ ca  phe a 33 } L -13.224, -3.087, 13.763
{ ca  leu a 34 } L -15.126, -5.999, 12.312
{ ca  ser a 35 } L -13.473, -6.253, 8.873
{ ca  phe a 36 } L -9.964, -5.331, 9.818
{ ca  pro a 37 } L -9.527, -6.661, 13.326
{ ca  thr a 38 } L -5.981, -5.277, 13.597
{ ca  thr a 39 } L -7.354, -1.800, 14.007
{ ca  lys a 40 } L -8.943, -2.944, 17.317
{ ca  thr a 41 } L -5.472, -2.395, 18.904
{ ca  tyr a 42 } L -5.904, 1.277, 19.227
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{ ca  gly a 51 } L -24.301, -1.001, 20.712
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{ ca  ala a 53 } L -21.710, 4.023, 23.458
{ ca  gln a 54 } L -17.957, 4.676, 23.261
{ ca  val a 55 } L -17.907, 3.839, 19.562
{ ca  lys a 56 } L -21.180, 5.655, 19.227
{ ca  gly a 57 } L -19.703, 8.706, 20.605
{ ca  his a 58 } L -16.547, 8.193, 18.610
{ ca  gly a 59 } L -18.414, 8.068, 15.313
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{ ca  val a 62 } L -14.805, 11.226, 13.460
{ ca  ala a 63 } L -17.914, 12.595, 11.666
{ ca  asp a 64 } L -17.412, 16.059, 13.026
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{ ca  thr a 67 } L -17.360, 17.993, 8.420
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{ ca  val a 73 } L -11.556, 21.728, 2.468
{ ca  asp a 74 } L -9.351, 24.413, 0.801
{ ca  asp a 75 } L -7.477, 24.485, 4.164
{ ca  met a 76 } L -7.681, 21.137, 5.884
{ ca  pro a 77 } L -3.937, 21.304, 6.816
{ ca  asn a 78 } L -4.464, 24.216, 9.380
{ ca  ala a 79 } L -7.843, 22.910, 10.367
{ ca  leu a 80 } L -6.912, 19.241, 11.120
{ ca  ser a 81 } L -3.766, 20.669, 12.572
{ ca  ala a 82 } L -4.231, 19.152, 15.997
{ ca  leu a 83 } L -5.698, 15.767, 14.926
{ ca  ser a 84 } L -2.530, 15.400, 12.776
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{ ca  ala a 88 } L 0.727, 10.694, 14.136
{ ca  his a 89 } L 2.654, 11.962, 17.174
{ ca  lys a 90 } L 0.826, 10.865, 20.125
{ ca  leu a 91 } L -1.057, 7.843, 18.804
{ ca  arg a 92 } L 1.324, 6.644, 16.089
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{ ca  asp a 94 } L -0.350, 3.084, 11.114
{ ca  pro a 95 } L -1.107, 4.987, 7.996
{ ca  val a 96 } L -2.517, 1.808, 6.486
{ ca  asn a 97 } L -5.288, 2.277, 9.026
{ ca  phe a 98 } L -6.390, 5.396, 7.273
{ ca  lys a 99 } L -7.019, 3.391, 4.119
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{ ca  ser a 102 } L -11.749, 5.447, 4.544
{ ca  his a 103 } L -13.049, 2.472, 2.819
{ ca  cys a 104 } L -15.522, 1.681, 5.548
{ ca  leu a 105 } L -16.711, 5.282, 5.334
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{ ca  leu a 109 } L -22.100, 6.373, 2.478
{ ca  ala a 110 } L -22.946, 3.911, -0.303
{ ca  ala a 111 } L -24.994, 1.694, 1.932
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{ ca  pro a 114 } L -27.539, 5.138, -3.383
{ ca  ala a 115 } L -29.084, 7.972, -5.386
{ ca  glu a 116 } L -26.186, 10.226, -4.445
{ ca  phe a 117 } L -23.362, 7.688, -4.474
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{ ca  his a 122 } L -17.632, 7.825, -5.161
{ ca  ala a 123 } L -14.470, 9.100, -6.816
{ ca  ser a 124 } L -14.699, 12.665, -5.233
{ ca  leu a 125 } L -15.278, 11.081, -1.881
{ ca  asp a 126 } L -12.451, 8.684, -2.149
{ ca  lys a 127 } L -10.118, 11.568, -3.165
{ ca  phe a 128 } L -11.402, 13.654, -0.406
{ ca  leu a 129 } L -10.884, 10.926, 2.130
{ ca  ala a 130 } L -7.470, 10.487, 0.850
{ ca  ser a 131 } L -6.673, 14.116, 1.505
{ ca  val a 132 } L -7.896, 14.019, 4.967
{ ca  ser a 133 } L -5.783, 10.873, 5.609
{ ca  thr a 134 } L -2.706, 12.476, 4.044
{ ca  val a 135 } L -3.115, 15.414, 6.318
{ ca  leu a 136 } L -3.533, 13.230, 9.488
{ ca  thr a 137 } L -0.332, 11.244, 8.616
{ ca  ser a 138 } L 1.761, 14.248, 7.484
{ ca  lys a 139 } L 3.751, 14.596, 10.589
{ ca  tyr a 140 } L 5.213, 11.205, 9.566
{ ca  arg a 141 } L 6.047, 12.996, 6.260
@balllist {Fe-a1} radius= 0.5 color= orange master= {a1-b1 Dimer}
{fe   hem a 1 } L -9.012, 9.005, 14.870
@balllist {O2-a1} color=red  radius=0.600 master={a1-b1 Dimer}
{ o1  hem a 1 }   -10.482, 8.253, 14.994
{ o2  hem a 1 }   -11.194, 7.265, 15.007
@vectorlist {heme-a1} color= magenta    master= {a1-b1 Dimer}
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{ cha hem a 1 } P -9.467, 10.011, 17.990 { c1a hem a 1 } L -10.040, 10.841,
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{ c2a hem a 1 } P -10.766, 12.071, 17.238 { c3a hem a 1 } L -11.099,
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{ chb hem a 1 } P -10.712, 11.863, 13.719 { c4a hem a 1 } L -10.593,
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{ c3a hem a 1 } P -11.099, 12.559, 16.017 { cma hem a 1 } L -11.947,
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{ c2a hem a 1 } P -10.766, 12.071, 17.238 { caa hem a 1 } L -10.669, 12.854, 18.535
{ caa hem a 1 } P -10.669, 12.854, 18.535 { cba hem a 1 } L -10.364,
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{ cga hem a 1 } P -10.559, 14.824, 19.946 { o1a hem a 1 } L -11.435,
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{ cga hem a 1 } P -10.559, 14.824, 19.946 { o2a hem a 1 } L -9.845, 14.297,
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{ chb hem a 1 } P -10.712, 11.863, 13.719 { c1b hem a 1 } L -10.342,
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{ c1b hem a 1 } P -10.342, 10.919, 12.792 { c2b hem a 1 } L -10.667,
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{ c2b hem a 1 } P -10.667, 10.998, 11.380 { c3b hem a 1 } L -10.173, 9.869,
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{ chc hem a 1 } P -8.964, 7.904, 11.681 { c4b hem a 1 } L -9.563, 9.127, 11.872
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{ c3b hem a 1 } P -10.173, 9.869, 10.778 { cab hem a 1 } L -9.857, 9.552, 9.321
{ cab hem a 1 } P -9.857, 9.552, 9.321 { cbb hem a 1 } L -10.361, 10.263, 8.227
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{ c2c hem a 1 } P -7.794, 5.803, 12.393 { c3c hem a 1 } L -7.368, 5.279, 13.573
{ chd hem a 1 } P -7.463, 6.084, 15.900 { c4c hem a 1 } L -7.731, 6.238, 14.571
{ c2c hem a 1 } P -7.794, 5.803, 12.393 { cmc hem a 1 } L -7.385, 5.360, 11.024
{ c3c hem a 1 } P -7.368, 5.279, 13.573 { cac hem a 1 } L -6.738, 3.941, 13.843
{ cac hem a 1 } P -6.738, 3.941, 13.843 { cbc hem a 1 } L -7.419, 2.765, 13.627
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{ chd hem a 1 } P -7.463, 6.084, 15.900 { c1d hem a 1 } L -7.851, 7.051, 16.840
{ c1d hem a 1 } P -7.851, 7.051, 16.840 { c2d hem a 1 } L -7.638, 6.934, 18.245
{ c2d hem a 1 } P -7.638, 6.934, 18.245 { c3d hem a 1 } L -8.160, 8.014, 18.818
{ cha hem a 1 } P -9.467, 10.011, 17.990 { c4d hem a 1 } L -8.718, 8.834, 17.777
{ c2d hem a 1 } P -7.638, 6.934, 18.245 { cmd hem a 1 } L -7.394, 5.651, 18.975
{ c3d hem a 1 } P -8.160, 8.014, 18.818 { cad hem a 1 } L -8.281, 8.188, 20.305
{ cad hem a 1 } P -8.281, 8.188, 20.305 { cbd hem a 1 } L -9.531, 7.555, 20.902
{ cbd hem a 1 } P -9.531, 7.555, 20.902 { cgd hem a 1 } L -9.464, 7.781, 22.395
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{ n a hem a 1 } P -9.998, 10.580, 15.650 { c1a hem a 1 } L -10.040, 10.841,
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{ n a hem a 1 } P -9.998, 10.580, 15.650 { c4a hem a 1 } L -10.593, 11.654,
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{ c3a hem a 1 } P -11.099, 12.559, 16.017 { c4a hem a 1 } L -10.593,
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{ n b hem a 1 } P -9.686, 9.764, 13.106 { c1b hem a 1 } L -10.342, 10.919,
12.792
{ n b hem a 1 } P -9.686, 9.764, 13.106 { c4b hem a 1 } L -9.563, 9.127, 11.872
{ c3b hem a 1 } P -10.173, 9.869, 10.778 { c4b hem a 1 } L -9.563, 9.127, 11.872
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{ n c hem a 1 } P -8.401, 7.354, 14.025 { c4c hem a 1 } L -7.731, 6.238, 14.571
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@vectorlist {Fe-O2-a1} color= white    master= {a1-b1 Dimer}
{fe   hem a 1 } P -9.012, 9.005, 14.870 
{ o1  hem a 1 } L -10.482, 8.253, 14.994
@labellist {hb-a1} color= pinktint off master= {Labels} master= {a1-b1 Dimer}
{   alpha1 } P   -20.292, 0.766, 23.975
@subgroup {beta1} dominant
@vectorlist {ca-ca-b1'} color= pink    master= {a1-b1 Dimer}
{ ca  val b 1 } P -10.694, -18.811, 3.792 
{ ca  his b 2 } L -12.243, -20.242, 6.875
{ ca  leu b 3 } L -15.609, -18.706, 6.720
{ ca  thr b 4 } L -17.511, -19.689, 9.684
{ ca  pro b 5 } L -20.940, -21.255, 9.063
{ ca  glu b 6 } L -22.675, -17.944, 9.900
{ ca  glu b 7 } L -20.231, -15.927, 7.697
{ ca  lys b 8 } L -20.734, -18.673, 5.058
{ ca  ser b 9 } L -24.482, -18.256, 5.554
{ ca  ala b 10 } L -24.105, -14.581, 4.915
{ ca  val b 11 } L -21.861, -14.555, 1.837
{ ca  thr b 12 } L -23.945, -17.188, -0.030
{ ca  ala b 13 } L -27.305, -15.685, 0.832
{ ca  leu b 14 } L -26.322, -12.214, -0.649
{ ca  trp b 15 } L -24.650, -13.640, -3.786
{ ca  gly b 16 } L -27.867, -15.371, -4.753
{ ca  lys b 17 } L -29.514, -11.977, -4.912
{ ca  val b 18 } L -26.714, -10.385, -6.990
{ ca  asn b 19 } L -27.510, -9.291, -10.553
{ ca  val b 20 } L -24.464, -10.877, -12.184
{ ca  asp b 21 } L -25.028, -9.273, -15.563
{ ca  glu b 22 } L -24.984, -5.813, -14.143
{ ca  val b 23 } L -22.960, -5.962, -10.841
{ ca  gly b 24 } L -19.584, -6.987, -12.283
{ ca  gly b 25 } L -19.633, -4.066, -14.619
{ ca  glu b 26 } L -20.597, -1.547, -11.980
{ ca  ala b 27 } L -17.539, -2.647, -10.144
{ ca  leu b 28 } L -15.047, -2.698, -13.095
{ ca  gly b 29 } L -16.386, 0.611, -14.082
{ ca  arg b 30 } L -16.086, 2.128, -10.647
{ ca  leu b 31 } L -12.517, 1.003, -10.596
{ ca  leu b 32 } L -11.674, 2.703, -13.786
{ ca  val b 33 } L -13.265, 5.825, -12.633
{ ca  val b 34 } L -12.075, 5.809, -9.118
{ ca  tyr b 35 } L -8.582, 4.597, -9.888
{ ca  pro b 36 } L -7.821, 6.073, -13.340
{ ca  trp b 37 } L -4.444, 4.536, -13.760
{ ca  thr b 38 } L -6.144, 1.236, -14.180
{ ca  gln b 39 } L -7.691, 2.423, -17.425
{ ca  arg b 40 } L -4.042, 1.865, -18.774
{ ca  phe b 41 } L -5.316, -1.655, -19.163
{ ca  phe b 42 } L -8.463, -1.043, -21.282
{ ca  glu b 43 } L -7.306, 1.411, -23.977
{ ca  ser b 44 } L -8.619, -1.335, -26.330
{ ca  phe b 45 } L -12.107, -0.749, -24.932
{ ca  gly b 46 } L -13.168, 2.615, -26.249
{ ca  asp b 47 } L -14.027, 5.944, -24.863
{ ca  leu b 48 } L -13.446, 6.059, -21.123
{ ca  ser b 49 } L -12.711, 9.759, -20.923
{ ca  thr b 50 } L -15.741, 10.540, -18.933
{ ca  pro b 51 } L -17.235, 8.252, -16.345
{ ca  asp b 52 } L -20.554, 8.339, -18.129
{ ca  ala b 53 } L -18.778, 6.927, -21.053
{ ca  val b 54 } L -17.311, 4.333, -18.686
{ ca  met b 55 } L -20.530, 3.261, -17.160
{ ca  gly b 56 } L -22.452, 2.703, -20.420
{ ca  asn b 57 } L -19.565, 1.124, -22.226
{ ca  pro b 58 } L -20.590, -2.315, -23.394
{ ca  lys b 59 } L -17.134, -3.758, -23.437
{ ca  val b 60 } L -16.824, -2.550, -19.818
{ ca  lys b 61 } L -20.069, -4.324, -18.763
{ ca  ala b 62 } L -19.004, -7.208, -21.079
{ ca  his b 63 } L -15.910, -7.699, -19.220
{ ca  gly b 64 } L -17.229, -7.155, -15.726
{ ca  lys b 65 } L -19.452, -10.163, -15.885
{ ca  lys b 66 } L -16.447, -12.257, -16.779
{ ca  val b 67 } L -15.009, -10.863, -13.644
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{ ca  gly b 69 } L -17.840, -15.082, -13.087
{ ca  ala b 70 } L -14.434, -15.865, -11.565
{ ca  phe b 71 } L -15.681, -14.579, -8.190
{ ca  ser b 72 } L -18.635, -16.993, -8.262
{ ca  asp b 73 } L -16.027, -19.576, -9.040
{ ca  gly b 74 } L -13.907, -18.596, -6.121
{ ca  leu b 75 } L -16.724, -17.740, -3.604
{ ca  ala b 76 } L -17.802, -21.360, -3.622
{ ca  his b 77 } L -14.402, -22.987, -4.073
{ ca  leu b 78 } L -12.864, -21.356, -1.083
{ ca  asp b 79 } L -10.901, -24.447, -0.195
{ ca  asn b 80 } L -8.380, -23.979, -2.880
{ ca  leu b 81 } L -8.791, -20.348, -3.740
{ ca  lys b 82 } L -5.302, -20.899, -5.247
{ ca  gly b 83 } L -5.964, -23.780, -7.506
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{ ca  phe b 85 } L -7.221, -18.926, -9.834
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{ ca  leu b 88 } L -5.935, -16.140, -14.179
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{ ca  glu b 90 } L -0.749, -16.229, -14.810
{ ca  leu b 91 } L -2.722, -14.047, -17.185
{ ca  his b 92 } L -2.636, -11.005, -15.041
{ ca  cys b 93 } L 0.719, -11.529, -13.491
{ ca  asp b 94 } L 3.198, -12.508, -16.118
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{ ca  val b 111 } L -17.481, -4.402, -1.584
{ ca  cys b 112 } L -18.627, -0.916, -2.228
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{ ca  leu b 114 } L -22.533, -4.721, -2.974
{ ca  ala b 115 } L -23.055, -2.286, -0.164
{ ca  his b 116 } L -24.725, 0.158, -2.592
{ ca  his b 117 } L -26.888, -2.608, -3.930
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{ ca  gly b 119 } L -27.990, -1.261, 1.497
{ ca  lys b 120 } L -28.815, -2.086, 5.060
{ ca  glu b 121 } L -28.755, -5.780, 4.218
{ ca  phe b 122 } L -25.086, -5.310, 3.950
{ ca  thr b 123 } L -24.403, -5.212, 7.659
{ ca  pro b 124 } L -20.951, -4.853, 9.082
{ ca  pro b 125 } L -20.669, -8.683, 9.834
{ ca  val b 126 } L -21.541, -9.443, 6.284
{ ca  gln b 127 } L -19.132, -6.990, 5.082
{ ca  ala b 128 } L -16.534, -8.562, 7.387
{ ca  ala b 129 } L -17.279, -11.934, 5.767
{ ca  tyr b 130 } L -16.896, -10.549, 2.264
{ ca  gln b 131 } L -13.621, -8.807, 3.108
{ ca  lys b 132 } L -12.041, -12.006, 3.877
{ ca  val b 133 } L -13.201, -13.436, 0.658
{ ca  val b 134 } L -12.160, -10.569, -1.600
{ ca  ala b 135 } L -8.832, -10.852, 0.233
{ ca  gly b 136 } L -8.564, -14.432, -0.489
{ ca  val b 137 } L -9.311, -13.758, -4.016
{ ca  ala b 138 } L -6.730, -10.859, -4.346
{ ca  asn b 139 } L -4.200, -13.068, -2.738
{ ca  ala b 140 } L -4.926, -15.986, -5.096
{ ca  leu b 141 } L -4.466, -14.076, -8.247
{ ca  ala b 142 } L -1.345, -12.391, -7.009
{ ca  his b 143 } L 0.292, -15.631, -6.227
{ ca  lys b 144 } L 2.243, -16.086, -9.446
{ ca  tyr b 145 } L 4.318, -12.905, -8.718
{ ca  his b 146 } L 6.422, -15.107, -6.465
@balllist {Fe-b2} radius= 0.5 color= orange master= {a1-b1 Dimer}
{fe   hem b 1 } L -8.938, -9.009, -14.816 
@balllist {O2-b2} color=red radius=0.600 master= {a1-b1 Dimer}
{ o1  hem b 1 }   -10.339, -7.788, -14.959
{ o2  hem b 1 }   -11.161, -6.924, -14.613
@vectorlist {heme-b2} color= purple    master= {a1-b1 Dimer}
{fe   hem b 1 } L -8.938, -9.009,
-14.816
{fe   hem b 1 } P -8.938, -9.009, -14.816 { n a hem b 1 } L -9.732,
-10.552, -15.583
{ cha hem b 1 } P -8.897, -10.183, -17.852 { c1a hem b 1 } L -9.621,
-10.873, -16.916
{ c1a hem b 1 } P -9.621, -10.873, -16.916 { c2a hem b 1 } L -10.466,
-11.996, -17.262
{ c2a hem b 1 } P -10.466, -11.996, -17.262 { c3a hem b 1 } L -11.017,
-12.448, -16.094
{ chb hem b 1 } P -10.799, -11.658, -13.700 { c4a hem b 1 } L -10.515,
-11.567, -15.056
{ c3a hem b 1 } P -11.017, -12.448, -16.094 { cma hem b 1 } L -12.255,
-13.273, -15.938
{ c2a hem b 1 } P -10.466, -11.996, -17.262 { caa hem b 1 } L -10.462,
-12.600, -18.638
{ caa hem b 1 } P -10.462, -12.600, -18.638 { cba hem b 1 } L -10.893,
-14.048, -18.803
{ cba hem b 1 } P -10.893, -14.048, -18.803 { cga hem b 1 } L -10.600,
-14.456, -20.249
{ cga hem b 1 } P -10.600, -14.456, -20.249 { o1a hem b 1 } L -11.010,
-15.566, -20.608
{ cga hem b 1 } P -10.600, -14.456, -20.249 { o2a hem b 1 } L -9.982,
-13.663, -20.979
{fe   hem b 1 } P -8.938, -9.009, -14.816 { n b hem b 1 } L -9.424, -9.709,
-13.071
{ chb hem b 1 } P -10.799, -11.658, -13.700 { c1b hem b 1 } L -10.263,
-10.759, -12.778
{ c1b hem b 1 } P -10.263, -10.759, -12.778 { c2b hem b 1 } L -10.516,
-10.846, -11.400
{ c2b hem b 1 } P -10.516, -10.846, -11.400 { c3b hem b 1 } L -9.847,
-9.802, -10.805
{ chc hem b 1 } P -8.440, -7.965, -11.579 { c4b hem b 1 } L -9.195, -9.102,
-11.845
{ c2b hem b 1 } P -10.516, -10.846, -11.400 { cmb hem b 1 } L -11.507,
-11.830, -10.856
{ c3b hem b 1 } P -9.847, -9.802, -10.805 { cab hem b 1 } L -9.553, -9.445,
-9.382
{ cab hem b 1 } P -9.553, -9.445, -9.382 { cbb hem b 1 } L -10.214,
-10.021, -8.309
{fe   hem b 1 } P -8.938, -9.009, -14.816 { n c hem b 1 } L -8.010, -7.410,
-13.914
{ chc hem b 1 } P -8.440, -7.965, -11.579 { c1c hem b 1 } L -7.942, -7.147,
-12.569
{ c1c hem b 1 } P -7.942, -7.147, -12.569 { c2c hem b 1 } L -7.446, -5.824,
-12.315
{ c2c hem b 1 } P -7.446, -5.824, -12.315 { c3c hem b 1 } L -7.061, -5.321, -13.504
{ chd hem b 1 } P -7.108, -6.215, -15.833 { c4c hem b 1 } L -7.357, -6.338,
-14.484
{ c2c hem b 1 } P -7.446, -5.824, -12.315 { cmc hem b 1 } L -7.267, -5.169,
-10.971
{ c3c hem b 1 } P -7.061, -5.321, -13.504 { cac hem b 1 } L -6.043, -4.242,
-13.663
{ cac hem b 1 } P -6.043, -4.242, -13.663 { cbc hem b 1 } L -6.440, -2.947,
-13.905
{fe   hem b 1 } P -8.938, -9.009, -14.816 { n d hem b 1 } L -8.087, -8.346,
-16.437
{ chd hem b 1 } P -7.108, -6.215, -15.833 { c1d hem b 1 } L -7.467, -7.170,
-16.740
{ c1d hem b 1 } P -7.467, -7.170, -16.740 { c2d hem b 1 } L -7.339, -7.026,
-18.168
{ c2d hem b 1 } P -7.339, -7.026, -18.168 { c3d hem b 1 } L -7.789, -8.172,
-18.698
{ cha hem b 1 } P -8.897, -10.183, -17.852 { c4d hem b 1 } L -8.226,
-9.008, -17.627
{ c2d hem b 1 } P -7.339, -7.026, -18.168 { cmd hem b 1 } L -7.176, -5.755,
-18.959
{ c3d hem b 1 } P -7.789, -8.172, -18.698 { cad hem b 1 } L -8.058, -8.366,
-20.153
{ cad hem b 1 } P -8.058, -8.366, -20.153 { cbd hem b 1 } L -7.438, -9.675,
-20.577
{ cbd hem b 1 } P -7.438, -9.675, -20.577 { cgd hem b 1 } L -7.303, -9.710,
-22.081
{ cgd hem b 1 } P -7.303, -9.710, -22.081 { o1d hem b 1 } L -6.151, -9.564,
-22.500
{ cgd hem b 1 } P -7.303, -9.710, -22.081 { o2d hem b 1 } L -8.313, -9.860,
-22.785
{ n a hem b 1 } P -9.732, -10.552, -15.583 { c1a hem b 1 } L -9.621,
-10.873, -16.916
{ n a hem b 1 } P -9.732, -10.552, -15.583 { c4a hem b 1 } L -10.515,
-11.567, -15.056
{ c3a hem b 1 } P -11.017, -12.448, -16.094 { c4a hem b 1 } L -10.515,
-11.567, -15.056
{ n b hem b 1 } P -9.424, -9.709, -13.071 { c1b hem b 1 } L -10.263,
-10.759, -12.778
{ n b hem b 1 } P -9.424, -9.709, -13.071 { c4b hem b 1 } L -9.195, -9.102,
-11.845
{ c3b hem b 1 } P -9.847, -9.802, -10.805 { c4b hem b 1 } L -9.195, -9.102,
-11.845
{ n c hem b 1 } P -8.010, -7.410, -13.914 { c1c hem b 1 } L -7.942, -7.147,
-12.569
{ n c hem b 1 } P -8.010, -7.410, -13.914 { c4c hem b 1 } L -7.357, -6.338,
-14.484
{ c3c hem b 1 } P -7.061, -5.321, -13.504 { c4c hem b 1 } L -7.357, -6.338,
-14.484
{ n d hem b 1 } P -8.087, -8.346, -16.437 { c1d hem b 1 } L -7.467, -7.170,
-16.740
{ n d hem b 1 } P -8.087, -8.346, -16.437 { c4d hem b 1 } L -8.226, -9.008,
-17.627
{ c3d hem b 1 } P -7.789, -8.172, -18.698 { c4d hem b 1 } L -8.226, -9.008,
-17.627
@vectorlist {Fe-O2-b1} color= white    master= {a1-b1 Dimer}
{fe   hem b 1 } P -8.938, -9.009, -14.816 
{ o1  hem b 1 } L -10.339, -7.788, -14.959
@labellist {hb-b1} color= pink off master= {Labels} master= {a1-b1 Dimer}
{ beta1 } P   -15.901, 7.583, -24.964
@subgroup {alpha2} dominant
@vectorlist {ca-ca-a2} color= pinktint    master= {a2-b2 Dimer}
{ ca  val a 1 } P 5.776, 17.899, 5.595 { ca  val a 1 } L 5.776, 17.899, 5.595
{ ca  leu a 2 } L 9.698, 18.050, 5.442
{ ca  ser a 3 } L 11.161, 19.924, 8.259
{ ca  pro a 4 } L 13.961, 22.439, 8.372
{ ca  ala a 5 } L 16.192, 19.433, 9.021
{ ca  asp a 6 } L 14.826, 17.172, 6.388
{ ca  lys a 7 } L 15.353, 19.915, 3.949
{ ca  thr a 8 } L 18.917, 20.329, 5.337
{ ca  asn a 9 } L 19.819, 16.546, 4.953
{ ca  val a 10 } L 18.235, 16.330, 1.622
{ ca  lys a 11 } L 20.122, 19.570, 0.643
{ ca  ala a 12 } L 23.107, 17.671, 1.637
{ ca  ala a 13 } L 23.089, 14.158, 0.643
{ ca  trp a 14 } L 22.393, 15.627, -2.751
{ ca  gly a 15 } L 25.313, 17.981, -2.329
{ ca  lys a 16 } L 27.480, 14.958, -1.831
{ ca  val a 17 } L 26.068, 12.962, -4.839
{ ca  gly a 18 } L 26.945, 15.761, -7.257
{ ca  ala a 19 } L 27.770, 14.928, -10.841
{ ca  his a 20 } L 26.957, 11.325, -10.499
{ ca  ala a 21 } L 23.333, 12.048, -9.875
{ ca  gly a 22 } L 22.358, 10.826, -13.415
{ ca  glu a 23 } L 24.597, 7.770, -13.111
{ ca  tyr a 24 } L 22.745, 6.862, -9.994
{ ca  gly a 25 } L 19.539, 7.588, -11.445
{ ca  ala a 26 } L 20.194, 5.234, -14.181
{ ca  glu a 27 } L 21.208, 2.587, -11.723
{ ca  ala a 28 } L 18.053, 2.999, -9.608
{ ca  leu a 29 } L 16.010, 2.469, -12.718
{ ca  glu a 30 } L 17.908, -0.677, -13.625
{ ca  arg a 31 } L 17.385, -2.086, -10.118
{ ca  met a 32 } L 13.649, -1.528, -10.398
{ ca  phe a 33 } L 13.248, -3.054, -13.762
{ ca  leu a 34 } L 15.154, -5.967, -12.317
{ ca  ser a 35 } L 13.501, -6.229, -8.878
{ ca  phe a 36 } L 9.991, -5.310, -9.822
{ ca  pro a 37 } L 9.555, -6.634, -13.332
{ ca  thr a 38 } L 6.008, -5.254, -13.600
{ ca  thr a 39 } L 7.377, -1.774, -14.004
{ ca  lys a 40 } L 8.967, -2.910, -17.316
{ ca  thr a 41 } L 5.495, -2.363, -18.902
{ ca  tyr a 42 } L 5.923, 1.311, -19.219
{ ca  phe a 43 } L 9.048, 1.049, -21.095
{ ca  pro a 44 } L 8.394, -1.264, -23.982
{ ca  his a 45 } L 10.425, 1.062, -26.321
{ ca  phe a 46 } L 13.396, 0.798, -24.206
{ ca  asp a 47 } L 16.173, -1.565, -24.294
{ ca  leu a 48 } L 16.052, -2.391, -20.555
{ ca  ser a 49 } L 19.295, -4.196, -20.705
{ ca  his a 50 } L 22.338, -3.378, -18.666
{ ca  gly a 51 } L 24.323, -0.942, -20.708
{ ca  ser a 52 } L 21.255, 0.593, -22.341
{ ca  ala a 53 } L 21.725, 4.083, -23.445
{ ca  gln a 54 } L 17.972, 4.731, -23.246
{ ca  val a 55 } L 17.923, 3.888, -19.549
{ ca  lys a 56 } L 21.193, 5.707, -19.211
{ ca  gly a 57 } L 19.713, 8.759, -20.583
{ ca  his a 58 } L 16.557, 8.238, -18.589
{ ca  gly a 59 } L 18.425, 8.110, -15.292
{ ca  lys a 60 } L 19.675, 11.556, -16.350
{ ca  lys a 61 } L 16.097, 12.796, -16.637
{ ca  val a 62 } L 14.812, 11.260, -13.433
{ ca  ala a 63 } L 17.919, 12.629, -11.637
{ ca  asp a 64 } L 17.413, 16.095, -12.991
{ ca  ala a 65 } L 13.771, 16.098, -11.947
{ ca  leu a 66 } L 14.868, 15.082, -8.541
{ ca  thr a 67 } L 17.359, 18.021, -8.381
{ ca  asn a 68 } L 14.748, 20.402, -9.590
{ ca  ala a 69 } L 12.654, 19.041, -6.666
{ ca  val a 70 } L 15.579, 19.630, -4.047
{ ca  ala a 71 } L 16.007, 23.146, -5.399
{ ca  his a 72 } L 12.365, 24.311, -5.154
{ ca  val a 73 } L 11.550, 21.738, -2.422
{ ca  asp a 74 } L 9.342, 24.417, -0.751
{ ca  asp a 75 } L 7.468, 24.493, -4.113
{ ca  met a 76 } L 7.676, 21.148, -5.840
{ ca  pro a 77 } L 3.932, 21.313, -6.771
{ ca  asn a 78 } L 4.455, 24.230, -9.330
{ ca  ala a 79 } L 7.836, 22.930, -10.319
{ ca  leu a 80 } L 6.909, 19.261, -11.079
{ ca  ser a 81 } L 3.761, 20.688, -12.528
{ ca  ala a 82 } L 4.228, 19.178, -15.956
{ ca  leu a 83 } L 5.699, 15.792, -14.891
{ ca  ser a 84 } L 2.532, 15.418, -12.742
{ ca  asp a 85 } L 0.498, 15.763, -15.873
{ ca  leu a 86 } L 2.770, 13.505, -17.910
{ ca  his a 87 } L 2.892, 10.705, -15.405
{ ca  ala a 88 } L -0.720, 10.710, -14.110
{ ca  his a 89 } L -2.648, 11.981, -17.146
{ ca  lys a 90 } L -0.819, 10.892, -20.099
{ ca  leu a 91 } L 1.068, 7.870, -18.784
{ ca  arg a 92 } L -1.312, 6.663, -16.071
{ ca  val a 93 } L 1.485, 5.334, -13.872
{ ca  asp a 94 } L 0.367, 3.096, -11.102
{ ca  pro a 95 } L 1.121, 4.994, -7.981
{ ca  val a 96 } L 2.535, 1.814, -6.477
{ ca  asn a 97 } L 5.306, 2.291, -9.016
{ ca  phe a 98 } L 6.404, 5.408, -7.257
{ ca  lys a 99 } L 7.035, 3.398, -4.107
{ ca  leu a 100 } L 9.233, 0.815, -5.869
{ ca  leu a 101 } L 11.391, 3.392, -7.642
{ ca  ser a 102 } L 11.763, 5.461, -4.528
{ ca  his a 103 } L 13.066, 2.484, -2.808
{ ca  cys a 104 } L 15.540, 1.701, -5.539
{ ca  leu a 105 } L 16.725, 5.303, -5.318
{ ca  leu a 106 } L 17.443, 4.859, -1.532
{ ca  val a 107 } L 19.207, 1.435, -2.043
{ ca  thr a 108 } L 21.273, 3.326, -4.769
{ ca  leu a 109 } L 22.113, 6.396, -2.460
{ ca  ala a 110 } L 22.962, 3.930, 0.316
{ ca  ala a 111 } L 25.012, 1.719, -1.923
{ ca  his a 112 } L 26.998, 4.775, -2.878
{ ca  leu a 113 } L 27.220, 7.094, 0.113
{ ca  pro a 114 } L 27.553, 5.157, 3.398
{ ca  ala a 115 } L 29.095, 7.989, 5.407
{ ca  glu a 116 } L 26.194, 10.241, 4.470
{ ca  phe a 117 } L 23.373, 7.700, 4.494
{ ca  thr a 118 } L 22.656, 8.087, 8.213
{ ca  pro a 119 } L 19.398, 6.647, 9.688
{ ca  ala a 120 } L 18.231, 10.242, 9.813
{ ca  val a 121 } L 19.154, 11.062, 6.308
{ ca  his a 122 } L 17.643, 7.828, 5.181
{ ca  ala a 123 } L 14.479, 9.097, 6.839
{ ca  ser a 124 } L 14.704, 12.665, 5.262
{ ca  leu a 125 } L 15.285, 11.088, 1.907
{ ca  asp a 126 } L 12.461, 8.687, 2.171
{ ca  lys a 127 } L 10.124, 11.566, 3.192
{ ca  phe a 128 } L 11.406, 13.659, 0.437
{ ca  leu a 129 } L 10.891, 10.935, -2.104
{ ca  ala a 130 } L 7.478, 10.489, -0.825
{ ca  ser a 131 } L 6.676, 14.118, -1.473
{ ca  val a 132 } L 7.899, 14.029, -4.935
{ ca  ser a 133 } L 5.790, 10.882, -5.583
{ ca  thr a 134 } L 2.711, 12.478, -4.015
{ ca  val a 135 } L 3.117, 15.421, -6.284
{ ca  leu a 136 } L 3.537, 13.243, -9.458
{ ca  thr a 137 } L 0.339, 11.252, -8.589
{ ca  ser a 138 } L -1.758, 14.251, -7.452
{ ca  lys a 139 } L -3.748, 14.602, -10.556
{ ca  tyr a 140 } L -5.206, 11.208, -9.540
{ ca  arg a 141 } L -6.042, 12.991, -6.230
@balllist {O2-a2}  color=red radius=0.600 master= {a2-b2 Dimer}
{ o1  hem a 2 }   10.492, 8.284, -14.973
{ o2  hem a 2 }   11.206, 7.297, -14.988
@balllist {Fe-a2} radius= 0.5 color= orange master= {a2-b2 Dimer}
{fe   hem a 2 } P 9.021, 9.034, -14.848 
@vectorlist {heme-a2} color= magenta    master= {a2-b2 Dimer}
{fe   hem a 2 } P 9.021, 9.034, -14.848 { n a hem a 2 } L 10.006, 10.612,
-15.625
{ cha hem a 2 } P 9.475, 10.047, -17.966 { c1a hem a 2 } L 10.047, 10.875,
-16.957
{ c1a hem a 2 } P 10.047, 10.875, -16.957 { c2a hem a 2 } L 10.772, 12.107,
-17.210
{ c2a hem a 2 } P 10.772, 12.107, -17.210 { c3a hem a 2 } L 11.104, 12.593,
-15.988
{ chb hem a 2 } P 10.718, 11.892, -13.691 { c4a hem a 2 } L 10.599, 11.686,
-15.036
{ c3a hem a 2 } P 11.104, 12.593, -15.988 { cma hem a 2 } L 11.951, 13.761,
-15.593
{ c2a hem a 2 } P 10.772, 12.107, -17.210 { caa hem a 2 } L 10.674, 12.892,
-18.506
{ caa hem a 2 } P 10.674, 12.892, -18.506 { cba hem a 2 } L 10.367, 14.376,
-18.480
{ cba hem a 2 } P 10.367, 14.376, -18.480 { cga hem a 2 } L 10.561, 14.864,
-19.913
{ cga hem a 2 } P 10.561, 14.864, -19.913 { o1a hem a 2 } L 11.436, 15.695,
-20.191
{ cga hem a 2 } P 10.561, 14.864, -19.913 { o2a hem a 2 } L 9.848, 14.338,
-20.759
{fe   hem a 2 } P 9.021, 9.034, -14.848 { n b hem a 2 } L 9.695, 9.791, -13.082
{ chb hem a 2 } P 10.718, 11.892, -13.691 { c1b hem a 2 } L 10.349, 10.946,
-12.766
{ c1b hem a 2 } P 10.349, 10.946, -12.766 { c2b hem a 2 } L 10.674, 11.023,
-11.354
{ c2b hem a 2 } P 10.674, 11.023, -11.354 { c3b hem a 2 } L 10.181, 9.892, -10.754
{ chc hem a 2 } P 8.975, 7.928, -11.661 { c4b hem a 2 } L 9.572, 9.152, -11.849
{ c2b hem a 2 } P 10.674, 11.023, -11.354 { cmb hem a 2 } L 11.232, 12.275,
-10.744
{ c3b hem a 2 } P 10.181, 9.892, -10.754 { cab hem a 2 } L 9.866, 9.572, -9.298
{ cab hem a 2 } P 9.866, 9.572, -9.298 { cbb hem a 2 } L 10.369, 10.282, -8.202
{fe   hem a 2 } P 9.021, 9.034, -14.848 { n c hem a 2 } L 8.412, 7.381, -14.006
{ chc hem a 2 } P 8.975, 7.928, -11.661 { c1c hem a 2 } L 8.433, 7.110, -12.655
{ c1c hem a 2 } P 8.433, 7.110, -12.655 { c2c hem a 2 } L 7.807, 5.826, -12.376
{ c2c hem a 2 } P 7.807, 5.826, -12.376 { c3c hem a 2 } L 7.382, 5.304, -13.557
{ chd hem a 2 } P 7.476, 6.113, -15.883 { c4c hem a 2 } L 7.744, 6.265, -14.554
{ c2c hem a 2 } P 7.807, 5.826, -12.376 { cmc hem a 2 } L 7.399, 5.380, -11.008
{ c3c hem a 2 } P 7.382, 5.304, -13.557 { cac hem a 2 } L 6.754, 3.966, -13.830
{ cac hem a 2 } P 6.754, 3.966, -13.830 { cbc hem a 2 } L 7.436, 2.790, -13.616
{fe   hem a 2 } P 9.021, 9.034, -14.848 { n d hem a 2 } L 8.488, 8.258, -16.532
{ chd hem a 2 } P 7.476, 6.113, -15.883 { c1d hem a 2 } L 7.863, 7.083, -16.821
{ c1d hem a 2 } P 7.863, 7.083, -16.821 { c2d hem a 2 } L 7.650, 6.968, -18.226
{ c2d hem a 2 } P 7.650, 6.968, -18.226 { c3d hem a 2 } L 8.171, 8.050, -18.797
{ cha hem a 2 } P 9.475, 10.047, -17.966 { c4d hem a 2 } L 8.728, 8.868, -17.755
{ c2d hem a 2 } P 7.650, 6.968, -18.226 { cmd hem a 2 } L 7.407, 5.686, -18.959
{ c3d hem a 2 } P 8.171, 8.050, -18.797 { cad hem a 2 } L 8.291, 8.226, -20.284
{ cad hem a 2 } P 8.291, 8.226, -20.284 { cbd hem a 2 } L 9.542, 7.596, -20.882
{ cbd hem a 2 } P 9.542, 7.596, -20.882 { cgd hem a 2 } L 9.475, 7.825, -22.375
{ cgd hem a 2 } P 9.475, 7.825, -22.375 { o1d hem a 2 } L 8.447, 7.485, -22.955
{ cgd hem a 2 } P 9.475, 7.825, -22.375 { o2d hem a 2 } L 10.438, 8.361, -22.929
{ n a hem a 2 } P 10.006, 10.612, -15.625 { c1a hem a 2 } L 10.047, 10.875,
-16.957
{ n a hem a 2 } P 10.006, 10.612, -15.625 { c4a hem a 2 } L 10.599, 11.686,
-15.036
{ c3a hem a 2 } P 11.104, 12.593, -15.988 { c4a hem a 2 } L 10.599, 11.686,
-15.036
{ n b hem a 2 } P 9.695, 9.791, -13.082 { c1b hem a 2 } L 10.349, 10.946,
-12.766
{ n b hem a 2 } P 9.695, 9.791, -13.082 { c4b hem a 2 } L 9.572, 9.152, -11.849
{ c3b hem a 2 } P 10.181, 9.892, -10.754 { c4b hem a 2 } L 9.572, 9.152, -11.849
{ n c hem a 2 } P 8.412, 7.381, -14.006 { c1c hem a 2 } L 8.433, 7.110, -12.655
{ n c hem a 2 } P 8.412, 7.381, -14.006 { c4c hem a 2 } L 7.744, 6.265, -14.554
{ c3c hem a 2 } P 7.382, 5.304, -13.557 { c4c hem a 2 } L 7.744, 6.265, -14.554
{ n d hem a 2 } P 8.488, 8.258, -16.532 { c1d hem a 2 } L 7.863, 7.083, -16.821
{ n d hem a 2 } P 8.488, 8.258, -16.532 { c4d hem a 2 } L 8.728, 8.868, -17.755
{ c3d hem a 2 } P 8.171, 8.050, -18.797 { c4d hem a 2 } L 8.728, 8.868, -17.755
@vectorlist {Fe-O2-a2} color= white    master= {a2-b2 Dimer}
{fe   hem a 2 } P 9.021, 9.034, -14.848 
{ o1  hem a 2 } L 10.492, 8.284, -14.973
@labellist {hb-a2} color= pinktint off master= {Labels} master= {a2-b2 Dimer}
{ alpha2 } P   10.560, 0.510, -26.240
@subgroup {beta2} dominant
@vectorlist {ca-ca-b2} color= pink    master= {a2-b2 Dimer}
{ ca  val b 1 } P 10.737, -18.800, -3.820 { ca  val b 1 } L 10.737,
-18.800, -3.820
{ ca  his b 2 } L 12.288, -20.223, -6.906
{ ca  leu b 3 } L 15.652, -18.683, -6.748
{ ca  thr b 4 } L 17.555, -19.659, -9.714
{ ca  pro b 5 } L 20.986, -21.222, -9.095
{ ca  glu b 6 } L 22.717, -17.907, -9.926
{ ca  glu b 7 } L 20.271, -15.897, -7.720
{ ca  lys b 8 } L 20.777, -18.647, -5.086
{ ca  ser b 9 } L 24.524, -18.225, -5.581
{ ca  ala b 10 } L 24.143, -14.551, -4.935
{ ca  val b 11 } L 21.899, -14.534, -1.857
{ ca  thr b 12 } L 23.986, -17.168, 0.005
{ ca  ala b 13 } L 27.344, -15.659, -0.854
{ ca  leu b 14 } L 26.357, -12.192, 0.633
{ ca  trp b 15 } L 24.687, -13.625, 3.767
{ ca  gly b 16 } L 27.906, -15.354, 4.731
{ ca  lys b 17 } L 29.549, -11.959, 4.896
{ ca  val b 18 } L 26.747, -10.374, 6.977
{ ca  asn b 19 } L 27.542, -9.285, 10.542
{ ca  val b 20 } L 24.498, -10.878, 12.170
{ ca  asp b 21 } L 25.060, -9.279, 15.552
{ ca  glu b 22 } L 25.011, -5.817, 14.139
{ ca  val b 23 } L 22.988, -5.962, 10.836
{ ca  gly b 24 } L 19.613, -6.994, 12.276
{ ca  gly b 25 } L 19.658, -4.077, 14.618
{ ca  glu b 26 } L 20.619, -1.552, 11.983
{ ca  ala b 27 } L 17.563, -2.653, 10.145
{ ca  leu b 28 } L 15.071, -2.712, 13.096
{ ca  gly b 29 } L 16.406, 0.597, 14.089
{ ca  arg b 30 } L 16.104, 2.120, 10.657
{ ca  leu b 31 } L 12.536, 0.990, 10.604
{ ca  leu b 32 } L 11.691, 2.684, 13.797
{ ca  val b 33 } L 13.278, 5.810, 12.650
{ ca  val b 34 } L 12.088, 5.799, 9.135
{ ca  tyr b 35 } L 8.597, 4.581, 9.902
{ ca  pro b 36 } L 7.834, 6.050, 13.357
{ ca  trp b 37 } L 4.459, 4.508, 13.774
{ ca  thr b 38 } L 6.163, 1.209, 14.188
{ ca  gln b 39 } L 7.708, 2.392, 17.435
{ ca  arg b 40 } L 4.060, 1.827, 18.783
{ ca  phe b 41 } L 5.338, -1.692, 19.166
{ ca  phe b 42 } L 8.485, -1.080, 21.286
{ ca  glu b 43 } L 7.325, 1.368, 23.986
{ ca  ser b 44 } L 8.641, -1.381, 26.334
{ ca  phe b 45 } L 12.128, -0.788, 24.937
{ ca  gly b 46 } L 13.185, 2.575, 26.260
{ ca  asp b 47 } L 14.040, 5.907, 24.880
{ ca  leu b 48 } L 13.459, 6.028, 21.140
{ ca  ser b 49 } L 12.720, 9.728, 20.947
{ ca  thr b 50 } L 15.749, 10.516, 18.958
{ ca  pro b 51 } L 17.245, 8.235, 16.366
{ ca  asp b 52 } L 20.564, 8.322, 18.150
{ ca  ala b 53 } L 18.790, 6.903, 21.072
{ ca  val b 54 } L 17.326, 4.312, 18.700
{ ca  met b 55 } L 20.546, 3.246, 17.172
{ ca  gly b 56 } L 22.469, 2.685, 20.431
{ ca  asn b 57 } L 19.584, 1.099, 22.234
{ ca  pro b 58 } L 20.613, -2.341, 23.396
{ ca  lys b 59 } L 17.159, -3.788, 23.436
{ ca  val b 60 } L 16.847, -2.574, 19.819
{ ca  lys b 61 } L 20.095, -4.342, 18.761
{ ca  ala b 62 } L 19.033, -7.232, 21.072
{ ca  his b 63 } L 15.940, -7.723, 19.212
{ ca  gly b 64 } L 17.258, -7.171, 15.719
{ ca  lys b 65 } L 19.485, -10.177, 15.873
{ ca  lys b 66 } L 16.482, -12.276, 16.763
{ ca  val b 67 } L 15.043, -10.878, 13.630
{ ca  leu b 68 } L 17.999, -11.721, 11.435
{ ca  gly b 69 } L 17.879, -15.093, 13.066
{ ca  ala b 70 } L 14.474, -15.877, 11.542
{ ca  phe b 71 } L 15.719, -14.583, 8.170
{ ca  ser b 72 } L 18.676, -16.994, 8.237
{ ca  asp b 73 } L 16.071, -19.581, 9.011
{ ca  gly b 74 } L 13.950, -18.599, 6.093
{ ca  leu b 75 } L 16.766, -17.735, 3.578
{ ca  ala b 76 } L 17.848, -21.353, 3.589
{ ca  his b 77 } L 14.450, -22.985, 4.037
{ ca  leu b 78 } L 12.910, -21.351, 1.050
{ ca  asp b 79 } L 10.951, -24.443, 0.157
{ ca  asn b 80 } L 8.429, -23.983, 2.843
{ ca  leu b 81 } L 8.836, -20.353, 3.709
{ ca  lys b 82 } L 5.348, -20.911, 5.215
{ ca  gly b 83 } L 6.013, -23.795, 7.469
{ ca  thr b 84 } L 9.043, -22.121, 8.900
{ ca  phe b 85 } L 7.264, -18.944, 9.806
{ ca  ala b 86 } L 3.862, -20.072, 11.205
{ ca  thr b 87 } L 4.565, -19.633, 14.821
{ ca  leu b 88 } L 5.975, -16.167, 14.156
{ ca  ser b 89 } L 3.082, -15.226, 11.929
{ ca  glu b 90 } L 0.789, -16.263, 14.787
{ ca  leu b 91 } L 2.759, -14.083, 17.166
{ ca  his b 92 } L 2.670, -11.038, 15.027
{ ca  cys b 93 } L -0.685, -11.563, 13.476
{ ca  asp b 94 } L -3.162, -12.550, 16.101
{ ca  lys b 95 } L -0.878, -11.529, 18.971
{ ca  leu b 96 } L 0.743, -8.266, 18.287
{ ca  his b 97 } L -1.597, -7.367, 15.326
{ ca  val b 98 } L 1.152, -5.985, 13.166
{ ca  asp b 99 } L -0.197, -5.059, 9.811
{ ca  pro b 100 } L 1.636, -7.030, 7.176
{ ca  glu b 101 } L 2.779, -3.972, 5.342
{ ca  asn b 102 } L 5.366, -3.304, 7.966
{ ca  phe b 103 } L 6.631, -6.701, 6.986
{ ca  arg b 104 } L 7.382, -5.288, 3.532
{ ca  leu b 105 } L 8.823, -2.216, 5.028
{ ca  leu b 106 } L 11.367, -4.164, 7.249
{ ca  gly b 107 } L 12.008, -6.301, 4.242
{ ca  asn b 108 } L 12.914, -3.226, 2.218
{ ca  val b 109 } L 14.834, -1.532, 4.959
{ ca  leu b 110 } L 16.715, -4.779, 5.180
{ ca  val b 111 } L 17.507, -4.392, 1.582
{ ca  cys b 112 } L 18.648, -0.906, 2.232
{ ca  val b 113 } L 20.938, -2.068, 5.128
{ ca  leu b 114 } L 22.559, -4.708, 2.972
{ ca  ala b 115 } L 23.078, -2.267, 0.166
{ ca  his b 116 } L 24.745, 0.175, 2.598
{ ca  his b 117 } L 26.912, -2.591, 3.931
{ ca  phe b 118 } L 28.089, -4.236, 0.793
{ ca  gly b 119 } L 28.012, -1.233, -1.493
{ ca  lys b 120 } L 28.838, -2.050, -5.058
{ ca  glu b 121 } L 28.782, -5.746, -4.222
{ ca  phe b 122 } L 25.113, -5.281, -3.954
{ ca  thr b 123 } L 24.430, -5.177, -7.662
{ ca  pro b 124 } L 20.977, -4.820, -9.085
{ ca  pro b 125 } L 20.700, -8.649, -9.844
{ ca  val b 126 } L 21.573, -9.414, -6.295
{ ca  gln b 127 } L 19.161, -6.966, -5.089
{ ca  ala b 128 } L 16.565, -8.537, -7.396
{ ca  ala b 129 } L 17.314, -11.911, -5.783
{ ca  tyr b 130 } L 16.929, -10.533, -2.277
{ ca  gln b 131 } L 13.652, -8.793, -3.118
{ ca  lys b 132 } L 12.076, -11.993, -3.893
{ ca  val b 133 } L 13.238, -13.427, -0.676
{ ca  val b 134 } L 12.193, -10.566, 1.587
{ ca  ala b 135 } L 8.866, -10.849, -0.247
{ ca  gly b 136 } L 8.602, -14.431, 0.469
{ ca  val b 137 } L 9.348, -13.762, 3.997
{ ca  ala b 138 } L 6.764, -10.867, 4.332
{ ca  asn b 139 } L 4.236, -13.076, 2.720
{ ca  ala b 140 } L 4.966, -15.998, 5.073
{ ca  leu b 141 } L 4.503, -14.094, 8.228
{ ca  ala b 142 } L 1.380, -12.411, 6.993
{ ca  his b 143 } L -0.253, -15.651, 6.205
{ ca  lys b 144 } L -2.203, -16.114, 9.423
{ ca  tyr b 145 } L -4.282, -12.935, 8.701
{ ca  his b 146 } L -6.383, -15.135, 6.444
@balllist {O2-b1'}  color=red radius=0.600  master= {a2-b2 Dimer}
{ o1  hem b 2 }   10.369, -7.811, 14.951
{ o2  hem b 2 }   11.190, -6.946, 14.606
@balllist {Fe-b2} radius= 0.5 color= orange master= {a2-b2 Dimer}
{fe   hem b 2 } P 8.969, -9.034, 14.806
@vectorlist {heme-b2} color= purple    master= {a2-b2 Dimer}
{fe   hem b 2 } P 8.969, -9.034, 14.806 { n a hem b 2 } L 9.765, -10.577, 15.570
{ cha hem b 2 } P 8.930, -10.213, 17.840 { c1a hem b 2 } L 9.655, -10.901,
16.902
{ c1a hem b 2 } P 9.655, -10.901, 16.902 { c2a hem b 2 } L 10.501, -12.023,
17.246
{ c2a hem b 2 } P 10.501, -12.023, 17.246 { c3a hem b 2 } L 11.052,
-12.472, 16.077
{ chb hem b 2 } P 10.834, -11.678, 13.685 { c4a hem b 2 } L 10.549,
-11.590, 15.041
{ c3a hem b 2 } P 11.052, -12.472, 16.077 { cma hem b 2 } L 12.291,
-13.296, 15.920
{ c2a hem b 2 } P 10.501, -12.023, 17.246 { caa hem b 2 } L 10.498,
-12.630, 18.621
{ caa hem b 2 } P 10.498, -12.630, 18.621 { cba hem b 2 } L 10.930,
-14.077, 18.784
{ cba hem b 2 } P 10.930, -14.077, 18.784 { cga hem b 2 } L 10.638,
-14.488, 20.229
{ cga hem b 2 } P 10.638, -14.488, 20.229 { o1a hem b 2 } L 11.049,
-15.599, 20.586
{ cga hem b 2 } P 10.638, -14.488, 20.229 { o2a hem b 2 } L 10.019,
-13.697, 20.960
{fe   hem b 2 } P 8.969, -9.034, 14.806 { n b hem b 2 } L 9.456, -9.730, 13.059
{ chb hem b 2 } P 10.834, -11.678, 13.685 { c1b hem b 2 } L 10.296,
-10.778, 12.765
{ c1b hem b 2 } P 10.296, -10.778, 12.765 { c2b hem b 2 } L 10.550,
-10.862, 11.386
{ c2b hem b 2 } P 10.550, -10.862, 11.386 { c3b hem b 2 } L 9.879, -9.818,
10.793
{ chc hem b 2 } P 8.470, -7.984, 11.571 { c4b hem b 2 } L 9.226, -9.121, 11.835
{ c2b hem b 2 } P 10.550, -10.862, 11.386 { cmb hem b 2 } L 11.542,
-11.844, 10.841
{ c3b hem b 2 } P 9.879, -9.818, 10.793 { cab hem b 2 } L 9.585, -9.459, 9.371
{ cab hem b 2 } P 9.585, -9.459, 9.371 { cbb hem b 2 } L 10.247, -10.032, 8.297
{fe   hem b 2 } P 8.969, -9.034, 14.806 { n c hem b 2 } L 8.039, -7.434, 13.907
{ chc hem b 2 } P 8.470, -7.984, 11.571 { c1c hem b 2 } L 7.971, -7.169, 12.562
{ c1c hem b 2 } P 7.971, -7.169, 12.562 { c2c hem b 2 } L 7.473, -5.846, 12.310
{ c2c hem b 2 } P 7.473, -5.846, 12.310 { c3c hem b 2 } L 7.088, -5.345, 13.500
{ chd hem b 2 } P 7.136, -6.244, 15.828 { c4c hem b 2 } L 7.385, -6.364, 14.479
{ c2c hem b 2 } P 7.473, -5.846, 12.310 { cmc hem b 2 } L 7.294, -5.189, 10.968
{ c3c hem b 2 } P 7.088, -5.345, 13.500 { cac hem b 2 } L 6.069, -4.268, 13.661
{ cac hem b 2 } P 6.069, -4.268, 13.661 { cbc hem b 2 } L 6.464, -2.973, 13.906
{fe   hem b 2 } P 8.969, -9.034, 14.806 { n d hem b 2 } L 8.117, -8.375, 16.428
{ chd hem b 2 } P 7.136, -6.244, 15.828 { c1d hem b 2 } L 7.496, -7.200, 16.733
{ c1d hem b 2 } P 7.496, -7.200, 16.733 { c2d hem b 2 } L 7.368, -7.059, 18.161
{ c2d hem b 2 } P 7.368, -7.059, 18.161 { c3d hem b 2 } L 7.819, -8.205, 18.689
{ cha hem b 2 } P 8.930, -10.213, 17.840 { c4d hem b 2 } L 8.257, -9.039, 17.617
{ c2d hem b 2 } P 7.368, -7.059, 18.161 { cmd hem b 2 } L 7.203, -5.789, 18.955
{ c3d hem b 2 } P 7.819, -8.205, 18.689 { cad hem b 2 } L 8.089, -8.401, 20.144
{ cad hem b 2 } P 8.089, -8.401, 20.144 { cbd hem b 2 } L 7.470, -9.712, 20.565
{ cbd hem b 2 } P 7.470, -9.712, 20.565 { cgd hem b 2 } L 7.335, -9.750, 22.069
{ cgd hem b 2 } P 7.335, -9.750, 22.069 { o1d hem b 2 } L 6.183, -9.606, 22.489
{ cgd hem b 2 } P 7.335, -9.750, 22.069 { o2d hem b 2 } L 8.345, -9.900, 22.773
{ n a hem b 2 } P 9.765, -10.577, 15.570 { c1a hem b 2 } L 9.655, -10.901,
16.902
{ n a hem b 2 } P 9.765, -10.577, 15.570 { c4a hem b 2 } L 10.549, -11.590,
15.041
{ c3a hem b 2 } P 11.052, -12.472, 16.077 { c4a hem b 2 } L 10.549,
-11.590, 15.041
{ n b hem b 2 } P 9.456, -9.730, 13.059 { c1b hem b 2 } L 10.296, -10.778,
12.765
{ n b hem b 2 } P 9.456, -9.730, 13.059 { c4b hem b 2 } L 9.226, -9.121, 11.835
{ c3b hem b 2 } P 9.879, -9.818, 10.793 { c4b hem b 2 } L 9.226, -9.121, 11.835
{ n c hem b 2 } P 8.039, -7.434, 13.907 { c1c hem b 2 } L 7.971, -7.169, 12.562
{ n c hem b 2 } P 8.039, -7.434, 13.907 { c4c hem b 2 } L 7.385, -6.364, 14.479
{ c3c hem b 2 } P 7.088, -5.345, 13.500 { c4c hem b 2 } L 7.385, -6.364, 14.479
{ n d hem b 2 } P 8.117, -8.375, 16.428 { c1d hem b 2 } L 7.496, -7.200, 16.733
{ n d hem b 2 } P 8.117, -8.375, 16.428 { c4d hem b 2 } L 8.257, -9.039, 17.617
{ c3d hem b 2 } P 7.819, -8.205, 18.689 { c4d hem b 2 } L 8.257, -9.039, 17.617
@vectorlist {Fe-O2-b2} color= white    master= {a2-b2 Dimer}
{fe   hem b 2 } P 8.969, -9.034, 14.806 
{ o1  hem b 2 } L 10.369, -7.811, 14.951
@labellist {hb-b2} color= pink off master= {Labels} master= {a2-b2 Dimer}
{ beta2 } P   10.265, 0.862, 27.873
@subgroup {BPGinteract} dominant off
@balllist {N-bpg-int2} color=blue radius=0.4 master={a1-b1 Dimer}
{ n   val d 1 } L -9.445, -18.730, 3.132
{ nd1 his d 2 } L -12.159, -19.476, 10.670
{ ne2 his d 2 } L -12.824, -21.614, 11.003
{ nz  lys d 82 } L -5.309, -21.203, 0.783
{ nd1 his d 143 } L 0.502, -17.557, -3.657
{ ne2 his d 143 } L 1.378, -19.555, -4.194
@balllist {N-bpg-int1} color=blue radius=0.4 master={a2-b2 Dimer}
{ n   val b 1 } L 9.445, -18.730, -3.132
{ nd1 his b 2 } L 12.159, -19.476, -10.670
{ ne2 his b 2 } L 12.824, -21.614, -11.003
{ nz  lys b 82 } L 5.309, -21.203, -0.783
{ nd1 his b 143 } L -0.502, -17.557, 3.657
{ ne2 his b 143 } L -1.378, -19.555, 4.194
@vectorlist {BPG-sc2} color= seagreen master={a1-b1 Dimer}
{ n   val d 1 } P -9.445, -18.730, 3.132 
{ ca  val d 144 } L -10.737 -18.800  3.820
{ ca  his d 2 } P -12.288, -20.223, 6.906 
{ cb  his d 2 } L -12.177, -19.327, 8.096
{ cg  his d 2 } L -12.390, -20.089, 9.415
{ nd1 his d 2 } L -12.159, -19.476, 10.670
{ ce1 his d 2 } L -12.432, -20.425, 11.667
{ ne2 his d 2 } L -12.824, -21.614, 11.003
{ ne2 his d 2 } P -12.824, -21.614, 11.003 
{ ce1 his d 2 } L -12.432, -20.425, 11.667
{ cg  his d 2 } P -12.390, -20.089, 9.415 
{ cd2 his d 2 } L -12.796, -21.402, 9.616
{ ne2 his d 2 } L -12.824, -21.614, 11.003
{ ce1 his d 2 } L -12.432, -20.425, 11.667
{ ca  lys d 82 } P -5.348, -20.911, -5.215 
{ cb  lys d 82 } L -4.284, -21.434, -4.224
{ cg  lys d 82 } L -4.225, -20.718, -2.847
{ cd  lys d 82 } L -5.090, -21.246, -1.679
{ ce  lys d 82 } L -4.961, -20.385, -0.385
{ nz  lys d 82 } L -5.309, -21.203, 0.783
{ ca  his d 143 } P 0.253, -15.651, -6.205 
{ cb  his d 143 } L -0.554, -16.857, -5.861
{ cg  his d 143 } L 0.228, -17.840, -5.003
{ nd1 his d 143 } L 0.502, -17.557, -3.657
{ ce1 his d 143 } L 1.223, -18.638, -3.157
{ ne2 his d 143 } L 1.378, -19.555, -4.194
{ ne2 his d 143 } P 1.378, -19.555, -4.194 
{ ce1 his d 143 } L 1.223, -18.638, -3.157
{ cg  his d 143 } P 0.228, -17.840, -5.003 
{ cd2 his d 143 } L 0.758, -19.060, -5.353
{ ne2 his d 143 } L 1.378, -19.555, -4.194
{ ce1 his d 143 } L 1.223, -18.638, -3.157
@vectorlist {BPG-sc1} color= seagreen master={a2-b2 Dimer}
{ n   val b 1 } P 9.445, -18.730, -3.132 
{ ca  val b 144 } L 10.737 -18.800  -3.820
{ ca  his b 2 } P 12.288, -20.223, -6.906 
{ cb  his b 2 } L 12.177, -19.327, -8.096
{ cg  his b 2 } L 12.390, -20.089, -9.415
{ nd1 his b 2 } L 12.159, -19.476, -10.670
{ ce1 his b 2 } L 12.432, -20.425, -11.667
{ ne2 his b 2 } L 12.824, -21.614, -11.003
{ ne2 his b 2 } P 12.824, -21.614, -11.003 
{ ce1 his b 2 } L 12.432, -20.425, -11.667
{ cg  his b 2 } P 12.390, -20.089, -9.415 
{ cd2 his b 2 } L 12.796, -21.402, -9.616
{ ne2 his b 2 } L 12.824, -21.614, -11.003
{ ce1 his b 2 } L 12.432, -20.425, -11.667
{ ca  lys b 82 } P 5.348, -20.911, 5.215 
{ cb  lys b 82 } L 4.284, -21.434, 4.224
{ cg  lys b 82 } L 4.225, -20.718, 2.847
{ cd  lys b 82 } L 5.090, -21.246, 1.679
{ ce  lys b 82 } L 4.961, -20.385, 0.385
{ nz  lys b 82 } L 5.309, -21.203, -0.783
{ ca  his b 143 } P -0.253, -15.651, 6.205 
{ cb  his b 143 } L 0.554, -16.857, 5.861
{ cg  his b 143 } L -0.228, -17.840, 5.003
{ nd1 his b 143 } L -0.502, -17.557, 3.657
{ ce1 his b 143 } L -1.223, -18.638, 3.157
{ ne2 his b 143 } L -1.378, -19.555, 4.194
{ ne2 his b 143 } P -1.378, -19.555, 4.194 
{ ce1 his b 143 } L -1.223, -18.638, 3.157
{ cg  his b 143 } P -0.228, -17.840, 5.003 
{ cd2 his b 143 } L -0.758, -19.060, 5.353
{ ne2 his b 143 } L -1.378, -19.555, 4.194
{ ce1 his b 143 } L -1.223, -18.638, 3.157
@labelllist {BPG-sc labl1} color= seagreen off master= {Labels} master={a1-b1 Dimer}
{ Val 1-b1 } P   -9.445, -18.730, 3.132  
{  His2-b1 } P   -12.796, -21.402, 9.616 
{   Lys82-b1 } P   -5.090, -21.246, -1.679
{ His143-b1 } P   0.758, -19.060, -5.353
@labelllist {BPG-sc labl2} color= seagreen off master= {Labels} master={a2-b2 Dimer}
{ Val1-b2 } P   9.445, -18.730, -3.132  
{  His2-b2 } P   12.177, -19.327, -8.096 
{   Lys82-b2 } P   4.225, -20.718, 2.847 
{ His143-b2 } P    -1.378, -19.555, 4.194 
@kinemage 4
@caption  
The comparison of the deoxy (T state) and oxy (R state) conformations of the alpha subunit of human Hb. ANIMATE to compare T and R states. The polypeptide chain is represented by its Ca backbone, which is bluetint in deoxyHb and pinktint in oxyHb. The heme group is pinktint in deoxyHb and magenta in OxyHb with its Fe atom an orange ball. The bonds liganding this Fe atom are greentint in deoxyHb and green in oxyHb. The O2 molecule bound to the heme in oxyHb is shown in ball-and-stick form in red. The sidechains that interact with the heme group are shown in wireframe form with basic sidechains cyan, polar sidechains purple, and nonpolar sidechains gold. The hydrogen bond that His 58 (the distal His) makes with O2 in oxyHb is represented by a dashed white line.
@onewidth
@viewid {Hb-a2}
@zoom 1.16 
@zslab 505 
@center 11.157 19.169 -7.392 
@matrix 
-0.99995 -0.00068 -0.00971  0.00971  0.00018 -0.99995  0.00068 -1.00000 -0.00017
@2viewid {Heme closeup}
@2zoom 2.03 
@2zslab 138 
@2center 8.634 7.898 -18.334 
@2matrix 
-0.67973  0.73331  0.01479 -0.57920 -0.52429 -0.62423 -0.44999 -0.43287  0.78111
@3viewid {F helix overview}
@3zoom 1.25 
@3zslab 230 
@3center 10.475 7.135 -2.849 
@3matrix 
-0.53896 -0.84197  0.02470 -0.81973  0.53102  0.21461 -0.19380  0.09542 -0.97639
@4viewid {F helix closeup}
@4zoom 2.34 
@4zslab 250 
@4center  6.940 7.198 -11.092  
@4matrix 
-0.53896 -0.84197  0.02470 -0.81973  0.53102  0.21461 -0.19380  0.09542 -0.97639
@group {DeoxyHb-a}    animate
@subgroup {dum} nobutton off
@vectorlist {dum1} nobutton off master= {HemeContac}
@vectorlist {dum2} nobutton off master= {Labels}
@subgroup {Ca chain} dominant
@vectorlist {ca-ca} color= bluetint nobutton
{ ca  val a 1 } P 6.870, 17.784, 4.702
{ ca  val a 1 } 6.870, 17.784, 4.702
{ ca  leu a 2 } 10.599, 17.914, 4.153
{ ca  ser a 3 } 12.286, 19.774, 7.034
{ ca  pro a 4 } 15.285, 22.042, 6.167
{ ca  ala a 5 } 17.533, 19.415, 7.651
{ ca  asp a 6 } 15.949, 16.873, 5.231
{ ca  lys a 7 } 16.748, 19.222, 2.352
{ ca  thr a 8 } 20.352, 19.578, 3.477
{ ca  asn a 9 } 20.656, 15.777, 3.689
{ ca  val a 10 } 19.211, 15.132, 0.217
{ ca  lys a 11 } 21.428, 17.873, -1.330
{ ca  ala a 12 } 24.453, 16.454, 0.234
{ ca  ala a 13 } 23.835, 12.901, -0.738
{ ca  trp a 14 } 22.745, 13.643, -4.272
{ ca  gly a 15 } 25.713, 15.958, -4.564
{ ca  lys a 16 } 27.902, 12.869, -3.998
{ ca  val a 17 } 25.872, 10.984, -6.586
{ ca  gly a 18 } 26.928, 13.675, -9.025
{ ca  ala a 19 } 27.751, 12.275, -12.384
{ ca  his a 20 } 26.765, 8.686, -11.744
{ ca  ala a 21 } 23.164, 9.748, -11.527
{ ca  gly a 22 } 22.216, 8.063, -14.754
{ ca  glu a 23 } 24.106, 4.834, -14.085
{ ca  tyr a 24 } 22.448, 4.692, -10.666
{ ca  gly a 25 } 19.039, 5.380, -12.293
{ ca  ala a 26 } 19.485, 2.372, -14.573
{ ca  glu a 27 } 20.651, 0.093, -11.810
{ ca  ala a 28 } 17.585, 0.987, -9.668
{ ca  leu a 29 } 15.344, 0.129, -12.668
{ ca  glu a 30 } 17.031, -3.246, -13.140
{ ca  arg a 31 } 16.692, -3.904, -9.385
{ ca  met a 32 } 13.012, -3.110, -9.634
{ ca  phe a 33 } 12.327, -5.392, -12.658
{ ca  leu a 34 } 14.064, -8.325, -10.961
{ ca  ser a 35 } 12.710, -7.892, -7.423
{ ca  phe a 36 } 9.210, -6.790, -8.418
{ ca  pro a 37 } 8.362, -8.396, -11.739
{ ca  thr a 38 } 4.899, -6.903, -11.861
{ ca  thr a 39 } 6.506, -3.567, -12.712
{ ca  lys a 40 } 7.566, -4.981, -16.053
{ ca  thr a 41 } 3.917, -4.728, -17.186
{ ca  tyr a 42 } 4.530, -1.006, -17.850
{ ca  phe a 43 } 7.554, -1.688, -20.138
{ ca  pro a 44 } 6.360, -4.369, -22.598
{ ca  his a 45 } 7.885, -2.273, -25.439
{ ca  phe a 46 } 11.433, -2.262, -23.926
{ ca  asp a 47 } 14.276, -4.635, -24.258
{ ca  leu a 48 } 14.677, -5.275, -20.608
{ ca  ser a 49 } 17.858, -7.278, -20.872
{ ca  his a 50 } 20.764, -6.213, -18.731
{ ca  gly a 51 } 22.542, -3.181, -20.086
{ ca  ser a 52 } 20.058, -2.392, -22.831
{ ca  ala a 53 } 20.234, 1.076, -24.271
{ ca  gln a 54 } 16.506, 1.602, -23.564
{ ca  val a 55 } 16.999, 0.956, -19.819
{ ca  lys a 56 } 20.157, 3.026, -19.609
{ ca  gly a 57 } 18.402, 5.807, -21.485
{ ca  his a 58 } 15.370, 5.698, -19.220
{ ca  gly a 59 } 17.618, 5.528, -16.073
{ ca  lys a 60 } 19.246, 8.822, -17.141
{ ca  lys a 61 } 15.872, 10.421, -17.667
{ ca  val a 62 } 14.719, 9.315, -14.241
{ ca  ala a 63 } 17.905, 10.578, -12.656
{ ca  asp a 64 } 17.713, 13.995, -14.346
{ ca  ala a 65 } 14.184, 14.480, -13.098
{ ca  leu a 66 } 15.373, 13.635, -9.594
{ ca  thr a 67 } 18.206, 16.040, -9.990
{ ca  asn a 68 } 15.710, 18.719, -11.073
{ ca  ala a 69 } 13.608, 18.026, -7.965
{ ca  val a 70 } 16.625, 18.263, -5.576
{ ca  ala a 71 } 17.475, 21.601, -7.255
{ ca  his a 72 } 13.970, 22.845, -6.634
{ ca  val a 73 } 13.120, 21.037, -3.460
{ ca  asp a 74 } 11.201, 24.070, -2.195
{ ca  asp a 75 } 8.977, 24.101, -5.310
{ ca  met a 76 } 8.644, 20.528, -6.521
{ ca  pro a 77 } 5.002, 20.829, -7.665
{ ca  asn a 78 } 6.004, 23.530, -10.199
{ ca  ala a 79 } 9.233, 21.910, -11.035
{ ca  leu a 80 } 7.784, 18.428, -11.937
{ ca  ser a 81 } 4.497, 19.787, -13.410
{ ca  ala a 82 } 5.219, 18.375, -16.850
{ ca  leu a 83 } 6.061, 14.946, -15.452
{ ca  ser a 84 } 3.015, 14.791, -13.212
{ ca  asp a 85 } 0.765, 15.528, -16.253
{ ca  leu a 86 } 2.549, 12.798, -18.245
{ ca  his a 87 } 2.150, 10.163, -15.586
{ ca  ala a 88 } -1.450, 11.166, -14.760
{ ca  his a 89 } -2.773, 11.459, -18.322
{ ca  lys a 90 } -0.692, 9.220, -20.525
{ ca  leu a 91 } 1.398, 6.629, -18.697
{ ca  arg a 92 } -1.076, 6.036, -15.840
{ ca  val a 93 } 1.138, 3.908, -13.664
{ ca  asp a 94 } -0.703, 2.644, -10.608
{ ca  pro a 95 } 0.579, 4.600, -7.562
{ ca  val a 96 } 1.675, 1.489, -5.766
{ ca  asn a 97 } 4.642, 1.107, -8.130
{ ca  phe a 98 } 6.210, 4.448, -7.059
{ ca  lys a 99 } 6.928, 2.817, -3.645
{ ca  leu a 100 } 8.694, -0.066, -5.341
{ ca  leu a 101 } 10.978, 2.117, -7.485
{ ca  ser a 102 } 11.679, 4.357, -4.430
{ ca  his a 103 } 12.787, 1.273, -2.400
{ ca  cys a 104 } 15.126, 0.211, -5.246
{ ca  leu a 105 } 16.609, 3.676, -5.641
{ ca  leu a 106 } 17.284, 3.727, -1.867
{ ca  val a 107 } 18.945, 0.311, -2.151
{ ca  thr a 108 } 21.063, 1.527, -5.057
{ ca  leu a 109 } 22.177, 4.621, -3.122
{ ca  ala a 110 } 23.003, 2.513, -0.066
{ ca  ala a 111 } 25.161, 0.184, -2.173
{ ca  his a 112 } 27.151, 3.079, -3.688
{ ca  leu a 113 } 27.421, 5.640, -0.882
{ ca  pro a 114 } 28.859, 3.637, 2.105
{ ca  ala a 115 } 30.056, 6.814, 3.944
{ ca  glu a 116 } 27.042, 9.104, 3.376
{ ca  phe a 117 } 24.129, 6.662, 3.931
{ ca  thr a 118 } 23.666, 7.289, 7.633
{ ca  pro a 119 } 20.377, 6.669, 9.452
{ ca  ala a 120 } 19.472, 10.294, 9.268
{ ca  val a 121 } 20.235, 10.538, 5.583
{ ca  his a 122 } 18.345, 7.284, 4.863
{ ca  ala a 123 } 15.362, 8.811, 6.601
{ ca  ser a 124 } 15.669, 12.044, 4.642
{ ca  leu a 125 } 16.039, 10.282, 1.342
{ ca  asp a 126 } 13.024, 7.997, 1.958
{ ca  lys a 127 } 10.973, 11.010, 2.777
{ ca  phe a 128 } 12.218, 12.845, -0.295
{ ca  leu a 129 } 11.337, 9.947, -2.606
{ ca  ala a 130 } 7.888, 9.783, -0.998
{ ca  ser a 131 } 7.328, 13.484, -1.782
{ ca  val a 132 } 8.455, 13.095, -5.356
{ ca  ser a 133 } 6.034, 10.119, -5.631
{ ca  thr a 134 } 3.232, 12.218, -4.181
{ ca  val a 135 } 3.787, 15.069, -6.605
{ ca  leu a 136 } 3.979, 12.695, -9.591
{ ca  thr a 137 } 0.639, 11.098, -8.582
{ ca  ser a 138 } -1.009, 14.446, -7.745
{ ca  lys a 139 } -3.107, 14.894, -10.813
{ ca  tyr a 140 } -4.272, 11.313, -11.268
{ ca  arg a 141 } -7.861, 12.104, -10.297
@labellist {labels} nobutton off color= skyblue master= {Labels}
{Helix A } 20.827, 17.793, 3.857
{Helix B } 23.740, 4.810, -12.939
{Helix  C } 5.372, -5.700, -11.827
{Helix E } 17.629, 16.114, -10.079
{Helix G} 8.791, 0.514, -5.313
{Helix F} 1.200, 15.246, -15.298
{Helix H} 10.308, 9.838, -2.072
@subgroup {Heme } dominant
@balllist {N-heme} color= blue     radius= 0.200
{ n a hem a 2 } 9.299, 8.669, -16.104
{ n b hem a 2 } 9.259, 8.001, -13.297
{ n c hem a 2 } 7.674, 5.618, -13.922
{ n d hem a 2 } 7.782, 6.220, -16.694
@balllist {Fe-heme} color= orange     radius= 0.500
{fe   hem a 2 } 8.136, 7.395, -15.038
@vectorlist {heme} color= pinktint
{ n a hem a 2 } P 9.299, 8.669, -16.104
{ cha hem a 2 } P 8.634, 7.898, -18.334
{ c1a hem a 2 } 9.277, 8.776, -17.479
{ c2a hem a 2 } 10.100, 9.929, -17.886
{ c3a hem a 2 } 10.593, 10.507, -16.749
{ cma hem a 2 } 11.610, 11.618, -16.690
{ c2a hem a 2 } P 10.100, 9.929, -17.886
{ caa hem a 2 } 10.393, 10.337, -19.313
{ cba hem a 2 } 9.365, 11.341, -19.815
{ chb hem a 2 } P 10.386, 9.965, -14.276
{ c4a hem a 2 } 10.113, 9.708, -15.626
{ chb hem a 2 } P 10.386, 9.965, -14.276
{ c1b hem a 2 } 9.978, 9.160, -13.203
{ c2b hem a 2 } 10.323, 9.411, -11.825
{ c3b hem a 2 } 9.738, 8.411, -11.057
{ chc hem a 2 } P 8.337, 6.403, -11.611
{ c4b hem a 2 } 9.051, 7.543, -11.991
{ c2b hem a 2 } P 10.323, 9.411, -11.825
{ cmb hem a 2 } 11.066, 10.635, -11.357
{ c3b hem a 2 } P 9.738, 8.411, -11.057
{ cab hem a 2 } 9.543, 8.402, -9.568
{ cbb hem a 2 } 10.623, 8.423, -8.707
{ chc hem a 2 } P 8.337, 6.403, -11.611
{ c1c hem a 2 } 7.774, 5.466, -12.522
{ c2c hem a 2 } 7.256, 4.178, -12.151
{ c3c hem a 2 } 6.906, 3.528, -13.305
{ chd hem a 2 } P 6.984, 4.117, -15.716
{ c4c hem a 2 } 7.207, 4.430, -14.397
{ c2c hem a 2 } P 7.256, 4.178, -12.151
{ cmc hem a 2 } 7.058, 3.680, -10.752
{ c3c hem a 2 } P 6.906, 3.528, -13.305
{ cac hem a 2 } 6.372, 2.160, -13.502
{ cbc hem a 2 } 6.727, 1.077, -12.747
{ chd hem a 2 } P 6.984, 4.117, -15.716
{ c1d hem a 2 } 7.281, 4.973, -16.801
{ c2d hem a 2 } 7.082, 4.642, -18.204
{ c3d hem a 2 } 7.532, 5.696, -18.920
{ c2d hem a 2 } P 7.082, 4.642, -18.204
{ cmd hem a 2 } 6.350, 3.452, -18.786
{ cha hem a 2 } P 8.634, 7.898, -18.334
{ c4d hem a 2 } 7.995, 6.687, -17.982
{ c2d hem a 2 } P 7.082, 4.642, -18.204
{ n a hem a 2 } P 9.299, 8.669, -16.104
{ c1a hem a 2 } 9.277, 8.776, -17.479
{ n a hem a 2 } P 9.299, 8.669, -16.104
{ c4a hem a 2 } 10.113, 9.708, -15.626
{ c3a hem a 2 } P 10.593, 10.507, -16.749
{ c4a hem a 2 } 10.113, 9.708, -15.626
{ n b hem a 2 } P 9.259, 8.001, -13.297
{ c1b hem a 2 } 9.978, 9.160, -13.203
{ n b hem a 2 } P 9.259, 8.001, -13.297
{ c4b hem a 2 } 9.051, 7.543, -11.991
{ c3b hem a 2 } P 9.738, 8.411, -11.057
{ c4b hem a 2 } 9.051, 7.543, -11.991
{ n c hem a 2 } P 7.674, 5.618, -13.922
{ c1c hem a 2 } 7.774, 5.466, -12.522
{ n c hem a 2 } P 7.674, 5.618, -13.922
{ c4c hem a 2 } 7.207, 4.430, -14.397
{ c3c hem a 2 } P 6.906, 3.528, -13.305
{ c4c hem a 2 } 7.207, 4.430, -14.397
{ n d hem a 2 } P 7.782, 6.220, -16.694
{ c1d hem a 2 } 7.281, 4.973, -16.801
{ n d hem a 2 } P 7.782, 6.220, -16.694
{ c4d hem a 2 } 7.995, 6.687, -17.982
{ c3d hem a 2 } P 7.532, 5.696, -18.920
{ c4d hem a 2 } 7.995, 6.687, -17.982
{ c3d hem a 2 } P 7.532, 5.696, -18.920
{ cad hem a 2 } 7.610, 5.761, -20.424
@vectorlist {Fe ligands} color= greentint
{ ne2 his a 87 } P 6.626, 8.438, -14.843
{fe   hem a 2 } 7.891, 7.565, -15.006
{fe   hem a 2 } P 8.136, 7.395, -15.038
{ n a hem a 2 } 9.299, 8.669, -16.104
{fe   hem a 2 } P 8.136, 7.395, -15.038
{ n b hem a 2 } 9.259, 8.001, -13.297
{fe   hem a 2 } P 8.136, 7.395, -15.038
{ n c hem a 2 } 7.674, 5.618, -13.922
{fe   hem a 2 } P 8.136, 7.395, -15.038
{ n d hem a 2 } 7.782, 6.220, -16.694
@subgroup {Sidechains} dominant
@balllist {N-sc} color= blue     radius= 0.200
{ nd1 his a 87 } 5.314, 10.606, -14.877
{ ne2 his a 87 } 6.381, 8.608, -14.811
{ nd1 his a 58 } 12.374, 6.123, -18.727
{ ne2 his a 58 } 11.420, 5.059, -17.029
{ nz  lys a 61 } 13.079, 9.002, -23.024
@balllist {O-tyr42} radius= 0.2 color= red
{ oh  tyr a 42 } 0.428, -0.061, -13.135
@vectorlist {tyr42} color= purple
{ ca  tyr a 42 } P 4.530, -1.006, -17.850
{ cb  tyr a 42 } 4.782, 0.001, -16.772
{ cg  tyr a 42 } 3.598, 0.006, -15.795
{ cd1 tyr a 42 } 2.453, 0.721, -16.057
{ ce1 tyr a 42 } 1.396, 0.694, -15.176
{ cz  tyr a 42 } 1.471, -0.043, -14.019
{ oh  tyr a 42 } 0.428, -0.061, -13.135
{ cg  tyr a 42 } P 3.598, 0.006, -15.795
{ cd2 tyr a 42 } 3.686, -0.744, -14.629
{ ce2 tyr a 42 } 2.615, -0.759, -13.742
{ cz  tyr a 42 } 1.471, -0.043, -14.019
@vectorlist {sc} color= gold  
{ ca  phe a 43 } P 7.576, -1.723, -20.175 { cb  phe a 43 } L 8.909, -1.642, -19.442
{ cg  phe a 43 } L 9.067, -0.411, -18.513
{ cd1 phe a 43 } L 8.611, -0.474, -17.198
{ ce1 phe a 43 } L 8.738, 0.617, -16.364
{ cz  phe a 43 } L 9.314, 1.788, -16.803
{ cg  phe a 43 } P 9.067, -0.411, -18.513 { cd2 phe a 43 } L 9.624, 0.756, -18.953
{ ce2 phe a 43 } L 9.767, 1.871, -18.116
{ cz  phe a 43 } L 9.314, 1.788, -16.803
@vectorlist {phe46} color= gold
{ ca  phe a 46 } P 11.433, -2.262, -23.926
{ cb  phe a 46 } 11.715, -1.747, -22.505
{ cg  phe a 46 } 11.769, -0.229, -22.396
{ cd1 phe a 46 } 12.460, 0.354, -21.360
{ ce1 phe a 46 } 12.518, 1.720, -21.221
{ cz  phe a 46 } 11.879, 2.556, -22.132
{ cg  phe a 46 } P 11.769, -0.229, -22.396
{ cd2 phe a 46 } 11.143, 0.574, -23.307
{ ce2 phe a 46 } 11.193, 1.970, -23.180
{ cz  phe a 46 } 11.879, 2.556, -22.132
@vectorlist {his58} color= cyan
{ ca  his a 58 } P 15.370, 5.698, -19.220
{ cb  his a 58 } 14.357, 4.573, -19.237
{ cg  his a 58 } 13.095, 4.978, -18.456
{ nd1 his a 58 } 12.374, 6.123, -18.727
{ ce1 his a 58 } 11.338, 6.157, -17.813
{ ne2 his a 58 } 11.420, 5.059, -17.029
{ ce1 his a 58 } 11.338, 6.157, -17.813
{ cg  his a 58 } P 13.095, 4.978, -18.456
{ cd2 his a 58 } 12.502, 4.329, -17.427
{ ne2 his a 58 } 11.420, 5.059, -17.029
{ ce1 his a 58 } 11.338, 6.157, -17.813
@vectorlist {lys61} color= cyan
{ ca  lys a 61 } P 15.872, 10.421, -17.667
{ cb  lys a 61 } 14.726, 10.007, -18.577
{ cg  lys a 61 } 14.982, 10.346, -20.048
{ cd  lys a 61 } 13.866, 9.700, -20.846
{ ce  lys a 61 } 13.981, 9.946, -22.336
{ nz  lys a 61 } 13.079, 9.002, -23.024
@vectorlist {val62} color= gold
{ ca  val a 62 } P 14.719, 9.315, -14.241
{ cb  val a 62 } 14.558, 7.861, -13.817
{ cg1 val a 62 } 14.257, 7.728, -12.318
{ cb  val a 62 } P 14.558, 7.861, -13.817
{ cg2 val a 62 } 13.343, 7.340, -14.573
@vectorlist {leu83} color= gold
{ ca  leu a 83 } P 6.061, 14.946, -15.452
{ cb  leu a 83 } 7.252, 14.671, -14.548
{ cg  leu a 83 } 8.299, 13.744, -15.114
{ cd1 leu a 83 } 8.318, 13.805, -16.629
{ cg  leu a 83 } P 8.299, 13.744, -15.114
{ cd2 leu a 83 } 9.679, 14.042, -14.484
@vectorlist {leu86} color= gold
{ ca  leu a 86 } P 2.549, 12.798, -18.245
{ cb  leu a 86 } 4.045, 12.871, -18.565
{ cg  leu a 86 } 4.518, 11.673, -19.330
{ cd1 leu a 86 } 3.887, 11.621, -20.701
{ cg  leu a 86 } P 4.518, 11.673, -19.330
{ cd2 leu a 86 } 6.038, 11.583, -19.475
@vectorlist {his87} color= cyan
{ ca  his a 87 } P 2.150, 10.163, -15.586
{ cb  his a 87 } 2.922, 10.028, -14.254
{ cg  his a 87 } 4.391, 9.636, -14.518
{ nd1 his a 87 } 5.314, 10.606, -14.877
{ ce1 his a 87 } 6.503, 9.964, -15.052
{ ne2 his a 87 } 6.381, 8.608, -14.811
{ ce1 his a 87 } 6.503, 9.964, -15.052
{ cg  his a 87 } P 4.391, 9.636, -14.518
{ cd2 his a 87 } 5.057, 8.402, -14.474
{ ne2 his a 87 } 6.381, 8.608, -14.811
{ ce1 his a 87 } 6.503, 9.964, -15.052
@balllist {contact} color= white radius=0.05 off master={HemeContac}
{1} 7.202, 9.640, -15.315
{2} 7.901, 9.316, -15.578
{3} 8.600, 8.993, -15.841
@balllist {contact} color= cyan radius=0.2 off master={HemeContac}
{ ce1 his a 87 } 6.503, 9.964, -15.052
@vectorlist {leu91} color= gold
{ ca  leu a 91 } P 1.398, 6.629, -18.697
{ cb  leu a 91 } 2.750, 6.903, -17.971
{ cg  leu a 91 } 3.703, 7.618, -18.907
{ cd1 leu a 91 } 4.976, 7.951, -18.191
{ cg  leu a 91 } P 3.703, 7.618, -18.907
{ cd2 leu a 91 } 3.956, 6.783, -20.154
@vectorlist {val93} color= gold
{ ca  val a 93 } P 1.138, 3.908, -13.664
{ cb  val a 93 } 2.594, 4.246, -13.460
{ cg1 val a 93 } 3.187, 3.292, -12.441
{ cb  val a 93 } P 2.594, 4.246, -13.460
{ cg2 val a 93 } 3.348, 4.255, -14.808
@vectorlist {leu101} color= gold
{ ca  leu a 101 } P 10.978, 2.117, -7.485
{ cb  leu a 101 } 10.489, 2.981, -8.641
{ cg  leu a 101 } 11.651, 3.770, -9.274
{ cd1 leu a 101 } 12.804, 2.912, -9.747
{ cg  leu a 101 } P 11.651, 3.770, -9.274
{ cd2 leu a 101 } 11.137, 4.699, -10.382
@vectorlist {leu136} color= gold
{ca  leu a 136 } P 3.979, 12.695, -9.591
{ cb  leu a 136 } 5.060, 11.682, -9.963
{ cg  leu a 136 } 6.460, 12.215, -10.253
{ cd1 leu a 136 } 7.390, 11.055, -10.486
{ cg  leu a 136 } P 6.460, 12.215, -10.253
{ cd2 leu a 136 } 6.545, 13.291, -11.332
@labellist {sc labels} color= cyan nobutton off master= {Labels}    
{ His87 } P   5.610, 10.018, -15.129 
{ His58 } P   12.803, 5.686, -19.307 
@group {OxyHb-a}    animate
@subgroup {Ca chain} dominant
@vectorlist {ca-ca} color= pinktint
{ ca  val a 1 } P 7.051, 18.409, 4.351
{ ca  val a 1 } 7.051, 18.409, 4.351
{ ca  leu a 2 } 10.958, 18.295, 3.958
{ ca  ser a 3 } 12.700, 20.381, 6.448
{ ca  pro a 4 } 15.637, 22.712, 6.106
{ ca  ala a 5 } 17.734, 19.666, 6.974
{ ca  asp a 6 } 16.079, 17.211, 4.706
{ ca  lys a 7 } 16.601, 19.621, 1.937
{ ca  thr a 8 } 20.264, 19.965, 3.061
{ ca  asn a 9 } 20.927, 16.114, 3.072
{ ca  val a 10 } 19.124, 15.621, -0.115
{ ca  lys a 11 } 21.122, 18.604, -1.573
{ ca  ala a 12 } 24.054, 16.647, -0.535
{ ca  ala a 13 } 23.777, 13.052, -1.108
{ ca  trp a 14 } 22.949, 14.167, -4.606
{ ca  gly a 15 } 26.016, 16.366, -4.630
{ ca  lys a 16 } 28.039, 13.289, -3.906
{ ca  val a 17 } 26.329, 11.057, -6.574
{ ca  gly a 18 } 27.204, 13.503, -9.349
{ ca  ala a 19 } 27.750, 12.219, -12.852
{ ca  his a 20 } 26.762, 8.736, -12.045
{ ca  ala a 21 } 23.231, 9.751, -11.304
{ ca  gly a 22 } 21.965, 8.199, -14.615
{ ca  glu a 23 } 24.045, 5.063, -14.084
{ ca  tyr a 24 } 22.348, 4.632, -10.781
{ ca  gly a 25 } 19.102, 5.388, -12.122
{ ca  ala a 26 } 19.448, 2.703, -14.596
{ ca  glu a 27 } 20.468, 0.293, -11.907
{ ca  ala a 28 } 17.483, 1.140, -9.679
{ ca  leu a 29 } 15.219, 0.389, -12.583
{ ca  glu a 30 } 16.877, -2.952, -13.223
{ ca  arg a 31 } 16.502, -3.918, -9.551
{ ca  met a 32 } 12.792, -3.163, -9.681
{ ca  phe a 33 } 12.093, -5.032, -12.814
{ ca  leu a 34 } 13.922, -7.876, -11.149
{ ca  ser a 35 } 12.480, -7.642, -7.615
{ ca  phe a 36 } 8.974, -6.618, -8.458
{ ca  pro a 37 } 8.241, -8.302, -11.758
{ ca  thr a 38 } 4.767, -6.741, -11.983
{ ca  thr a 39 } 6.299, -3.422, -12.869
{ ca  lys a 40 } 7.608, -5.024, -16.111
{ ca  thr a 41 } 4.078, -4.444, -17.549
{ ca  tyr a 42 } 4.688, -0.864, -18.318
{ ca  phe a 43 } 7.668, -1.533, -20.326
{ ca  pro a 44 } 6.703, -4.113, -22.880
{ ca  his a 45 } 8.706, -2.199, -25.587
{ ca  phe a 46 } 11.787, -2.407, -23.629
{ ca  asp a 47 } 14.417, -4.934, -23.598
{ ca  leu a 48 } 14.489, -5.321, -19.787
{ ca  ser a 49 } 17.611, -7.332, -19.910
{ ca  his a 50 } 20.819, -6.480, -18.157
{ ca  gly a 51 } 22.802, -4.421, -20.580
{ ca  ser a 52 } 19.726, -2.892, -22.204
{ ca  ala a 53 } 20.318, 0.414, -23.734
{ ca  gln a 54 } 16.627, 1.315, -23.399
{ ca  val a 55 } 16.768, 0.901, -19.632
{ ca  lys a 56 } 20.149, 2.538, -19.696
{ ca  gly a 57 } 18.756, 5.502, -21.329
{ ca  his a 58 } 15.710, 5.409, -19.111
{ ca  gly a 59 } 17.775, 5.539, -15.934
{ ca  lys a 60 } 19.145, 8.758, -17.457
{ ca  lys a 61 } 15.630, 10.179, -17.683
{ ca  val a 62 } 14.469, 9.100, -14.253
{ ca  ala a 63 } 17.756, 10.467, -12.810
{ ca  asp a 64 } 17.358, 13.781, -14.529
{ ca  ala a 65 } 13.796, 14.131, -13.287
{ ca  leu a 66 } 15.050, 13.442, -9.853
{ ca  thr a 67 } 17.706, 16.218, -10.181
{ ca  asn a 68 } 15.160, 18.605, -11.509
{ ca  ala a 69 } 13.185, 17.719, -8.332
{ ca  val a 70 } 16.299, 18.417, -5.971
{ ca  ala a 71 } 16.835, 21.723, -7.747
{ ca  his a 72 } 13.287, 23.134, -7.433
{ ca  val a 73 } 12.506, 20.944, -4.376
{ ca  asp a 74 } 10.562, 23.928, -2.907
{ ca  asp a 75 } 8.484, 23.740, -6.143
{ ca  met a 76 } 8.395, 20.214, -7.475
{ ca  pro a 77 } 4.614, 20.506, -8.204
{ ca  asn a 78 } 5.134, 23.076, -11.113
{ ca  ala a 79 } 8.367, 21.462, -12.134
{ ca  leu a 80 } 7.191, 17.796, -12.405
{ ca  ser a 81 } 4.041, 19.244, -13.829
{ ca  ala a 82 } 4.203, 17.329, -17.078
{ ca  leu a 83 } 5.548, 14.000, -15.709
{ ca  ser a 84 } 2.509, 14.071, -13.354
{ ca  asp a 85 } 0.302, 14.186, -16.383
{ ca  leu a 86 } 2.309, 11.573, -18.268
{ ca  his a 87 } 2.435, 9.073, -15.463
{ ca  ala a 88 } -1.081, 9.452, -13.974
{ ca  his a 89 } -3.125, 10.489, -17.023
{ ca  lys a 90 } -1.552, 8.959, -19.928
{ ca  leu a 91 } 0.244, 5.993, -18.378
{ ca  arg a 92 } -2.021, 5.254, -15.411
{ ca  val a 93 } 0.832, 4.010, -13.234
{ ca  asp a 94 } -0.230, 2.175, -10.162
{ ca  pro a 95 } 0.827, 4.364, -7.333
{ ca  val a 96 } 2.155, 1.293, -5.550
{ ca  asn a 97 } 4.780, 1.304, -8.282
{ ca  phe a 98 } 6.160, 4.526, -6.965
{ ca  lys a 99 } 6.878, 2.850, -3.643
{ ca  leu a 100 } 8.812, -0.049, -5.213
{ ca  leu a 101 } 10.992, 2.170, -7.395
{ ca  ser a 102 } 11.677, 4.552, -4.571
{ ca  his a 103 } 12.920, 1.713, -2.592
{ ca  cys a 104 } 15.167, 0.472, -5.349
{ ca  leu a 105 } 16.562, 3.994, -5.619
{ ca  leu a 106 } 17.495, 3.939, -1.854
{ ca  val a 107 } 19.029, 0.375, -2.061
{ ca  thr a 108 } 21.019, 1.811, -5.103
{ ca  leu a 109 } 22.174, 5.065, -3.221
{ ca  ala a 110 } 23.060, 2.881, -0.228
{ ca  ala a 111 } 24.837, 0.306, -2.306
{ ca  his a 112 } 26.925, 3.104, -3.724
{ ca  leu a 113 } 27.466, 5.728, -1.043
{ ca  pro a 114 } 27.900, 4.160, 2.422
{ ca  ala a 115 } 29.723, 7.099, 3.995
{ ca  glu a 116 } 26.898, 9.408, 2.967
{ ca  phe a 117 } 23.947, 7.068, 3.450
{ ca  thr a 118 } 23.492, 7.918, 7.133
{ ca  pro a 119 } 20.259, 6.862, 8.949
{ ca  ala a 120 } 19.305, 10.514, 8.719
{ ca  val a 121 } 20.046, 10.872, 5.095
{ ca  his a 122 } 18.288, 7.632, 4.443
{ ca  ala a 123 } 15.312, 9.277, 6.118
{ ca  ser a 124 } 15.635, 12.621, 4.124
{ ca  leu a 125 } 15.911, 10.641, 0.949
{ ca  asp a 126 } 12.981, 8.467, 1.653
{ ca  lys a 127 } 10.878, 11.584, 2.462
{ ca  phe a 128 } 12.095, 13.266, -0.588
{ ca  leu a 129 } 11.268, 10.309, -2.759
{ ca  ala a 130 } 7.924, 10.226, -1.244
{ ca  ser a 131 } 7.286, 13.801, -2.265
{ ca  val a 132 } 8.278, 13.244, -5.757
{ ca  ser a 133 } 5.960, 10.182, -5.911
{ ca  thr a 134 } 3.081, 12.135, -4.368
{ ca  val a 135 } 3.505, 14.771, -6.985
{ ca  leu a 136 } 3.599, 12.224, -9.901
{ ca  thr a 137 } 0.357, 10.549, -8.624
{ ca  ser a 138 } -1.492, 13.784, -7.728
{ ca  lys a 139 } -3.654, 13.904, -10.733
{ ca  tyr a 140 } -5.231, 10.745, -9.245
{ ca  arg a 141 } -5.753, 12.941, -6.125
@labellist {labels} nobutton off color= pink master= {Labels}
{Helix A } 20.827, 17.793, 3.857
{Helix B } 23.740, 4.810, -12.939
{Helix  C } 5.372, -5.700, -11.827
{Helix D } 17.629, 16.114, -10.079
{Helix E} 8.791, 0.514, -5.313
{Helix F} 1.200, 15.246, -15.298
{Helix G} 10.308, 9.838, -2.072
{Helix F} 19.203, 2.291, -19.339
@subgroup {Heme} dominant
@balllist {N-heme} color= blue     radius= 0.200
{ n a hem a 2 } 9.504, 8.510, -16.076
{ n b hem a 2 } 9.311, 8.004, -13.441
{ n c hem a 2 } 7.840, 5.590, -14.002
{ n d hem a 2 } 7.803, 6.168, -16.614
@balllist {O-O2} color= red     radius= 0.200
{ o1  hem a 2 } 9.901, 6.245, -15.185
{ o2  hem a 2 } 10.556, 5.220, -15.125
@balllist {Fe-heme} color= orange     radius= 0.450
{fe   hem a 2 } 8.485, 7.096, -15.065
@vectorlist {heme} color= magenta
{fe   hem a 2 } P 8.485, 7.096, -15.065
{fe   hem a 2 } 8.485, 7.096, -15.065
{ n a hem a 2 } P 9.504, 8.510, -16.076
{ cha hem a 2 } P 8.794, 7.718, -18.301
{ c1a hem a 2 } 9.475, 8.617, -17.430
{ c2a hem a 2 } 10.250, 9.765, -17.867
{ c3a hem a 2 } 10.686, 10.365, -16.731
{ chb hem a 2 } P 10.409, 9.954, -14.349
{ c4a hem a 2 } 10.193, 9.605, -15.652
{ c3a hem a 2 } P 10.686, 10.365, -16.731
{ cma hem a 2 } 11.620, 11.514, -16.524
{ c2a hem a 2 } P 10.250, 9.765, -17.867
{ caa hem a 2 } 10.113, 10.402, -19.238
{ cba hem a 2 } 9.891, 11.896, -19.368
{ chb hem a 2 } P 10.409, 9.954, -14.349
{ c1b hem a 2 } 10.047, 9.144, -13.300
{ c2b hem a 2 } 10.466, 9.361, -11.928
{ c3b hem a 2 } 9.950, 8.338, -11.173
{ chc hem a 2 } P 8.581, 6.363, -11.773
{ c4b hem a 2 } 9.232, 7.518, -12.137
{ c2b hem a 2 } P 10.466, 9.361, -11.928
{ cmb hem a 2 } 11.130, 10.636, -11.502
{ c3b hem a 2 } P 9.950, 8.338, -11.173
{ cab hem a 2 } 9.711, 8.206, -9.674
{ cbb hem a 2 } 10.322, 9.003, -8.699
{ chc hem a 2 } P 8.581, 6.363, -11.773
{ c1c hem a 2 } 7.932, 5.473, -12.632
{ c2c hem a 2 } 7.254, 4.271, -12.169
{ c3c hem a 2 } 6.726, 3.646, -13.255
{ chd hem a 2 } P 6.716, 4.179, -15.661
{ c4c hem a 2 } 7.077, 4.463, -14.377
{ c2c hem a 2 } P 7.254, 4.271, -12.169
{ cmc hem a 2 } 6.910, 4.010, -10.738
{ c3c hem a 2 } P 6.726, 3.646, -13.255
{ cac hem a 2 } 6.009, 2.328, -13.333
{ cbc hem a 2 } L 6.691, 1.152, -13.547
{ chd hem a 2 } P 6.716, 4.179, -15.661
{ c1d hem a 2 } 7.096, 5.010, -16.727
{ c2d hem a 2 } 6.788, 4.750, -18.094
{ c3d hem a 2 } 7.331, 5.725, -18.817
{ cha hem a 2 } P 8.794, 7.718, -18.301
{ c4d hem a 2 } 7.998, 6.619, -17.911
{ c2d hem a 2 } P 6.788, 4.750, -18.094
{ cmd hem a 2 } 6.427, 3.410, -18.657
{ c3d hem a 2 } P 7.331, 5.725, -18.817
{ cad hem a 2 } 7.365, 5.723, -20.319
{ n a hem a 2 } P 9.504, 8.510, -16.076
{ c1a hem a 2 } 9.475, 8.617, -17.430
{ n a hem a 2 } P 9.504, 8.510, -16.076
{ c4a hem a 2 } 10.193, 9.605, -15.652
{ c3a hem a 2 } P 10.686, 10.365, -16.731
{ c4a hem a 2 } 10.193, 9.605, -15.652
{ n b hem a 2 } P 9.311, 8.004, -13.441
{ c1b hem a 2 } 10.047, 9.144, -13.300
{ n b hem a 2 } P 9.311, 8.004, -13.441
{ c4b hem a 2 } 9.232, 7.518, -12.137
{ c3b hem a 2 } P 9.950, 8.338, -11.173
{ c4b hem a 2 } 9.232, 7.518, -12.137
{ n c hem a 2 } P 7.840, 5.590, -14.002
{ c1c hem a 2 } 7.932, 5.473, -12.632
{ n c hem a 2 } P 7.840, 5.590, -14.002
{ c4c hem a 2 } 7.077, 4.463, -14.377
{ c3c hem a 2 } P 6.726, 3.646, -13.255
{ c4c hem a 2 } 7.077, 4.463, -14.377
{ n d hem a 2 } P 7.803, 6.168, -16.614
{ c1d hem a 2 } 7.096, 5.010, -16.727
{ n d hem a 2 } P 7.803, 6.168, -16.614
{ c4d hem a 2 } 7.998, 6.619, -17.911
{ c3d hem a 2 } P 7.331, 5.725, -18.817
{ c4d hem a 2 } 7.998, 6.619, -17.911
@vectorlist {Fe ligands} color= green
{fe   hem a 2 } P 8.485, 7.096, -15.065
{ n a hem a 2 } 9.504, 8.510, -16.076
{fe   hem a 2 } P 8.485, 7.096, -15.065
{ n b hem a 2 } 9.311, 8.004, -13.441
{fe   hem a 2 } P 8.485, 7.096, -15.065
{ n c hem a 2 } 7.840, 5.590, -14.002
{fe   hem a 2 } P 8.485, 7.096, -15.065
{ n d hem a 2 } 7.803, 6.168, -16.614
{fe   hem a 2 } P 8.485, 7.096, -15.065
{ o1  hem a 2 } 9.901, 6.245, -15.185
{ ne2 his a 87 } P 7.039, 8.056, -14.998
{fe   hem a 2 } 8.319, 7.207, -15.057
@vectorlist {o-o bond} color= red
{ o1  hem a 2 } P 10.009, 6.077, -15.175
{ o2  hem a 2 } 10.448, 5.388, -15.135
@subgroup {Sidechain} dominant
@balllist {N-sc} color= blue     radius= 0.200
{ nd1 his a 58 } 12.803, 5.686, -19.307
{ ne2 his a 58 } 11.570, 5.307, -17.486
{ nd1 his a 87 } 5.610, 10.018, -15.129
{ ne2 his a 87 } 6.873, 8.167, -14.990
{ nz  lys a 61 } 13.204, 8.153, -22.666
@balllist {O-tyr42} radius= 0.2 color= red
{ oh  tyr a 42 } 0.880, 0.252, -13.457
@vectorlist {tyr42} color= purple
{ ca  tyr a 42 } P 4.688, -0.864, -18.318
{ cb  tyr a 42 } 5.034, 0.090, -17.228
{ cg  tyr a 42 } 3.935, 0.071, -16.168
{ cd1 tyr a 42 } 2.919, 0.978, -16.322
{ ce1 tyr a 42 } 1.908, 1.049, -15.426
{ cz  tyr a 42 } 1.908, 0.181, -14.353
{ oh  tyr a 42 } 0.880, 0.252, -13.457
{ cg  tyr a 42 } P 3.935, 0.071, -16.168
{ cd2 tyr a 42 } 3.945, -0.825, -15.110
{ ce2 tyr a 42 } 2.926, -0.765, -14.195
{ cz  tyr a 42 } 1.908, 0.181, -14.353
@vectorlist {phe43} color= gold  
{ ca  phe a 43 } P 7.668, -1.533, -20.326 { cb  phe a 43 } L 8.976, -1.279, -19.617
{ cg  phe a 43 } L 9.171, 0.071, -18.868
{ cd1 phe a 43 } L 8.960, 0.153, -17.500
{ ce1 phe a 43 } L 9.173, 1.365, -16.842
{ cz  phe a 43 } L 9.547, 2.498, -17.554
{ cg  phe a 43 } P 9.171, 0.071, -18.868 { cd2 phe a 43 } L 9.503, 1.194, -19.568
{ ce2 phe a 43 } L 9.709, 2.420, -18.923
{ cz  phe a 43 } L 9.547, 2.498, -17.554
@vectorlist {phe46} color= gold
{ ca  phe a 46 } P 11.787, -2.407, -23.629
{ cb  phe a 46 } 11.770, -1.821, -22.213
{ cg  phe a 46 } 11.753, -0.280, -22.163
{ cd1 phe a 46 } 12.703, 0.392, -21.431
{ ce1 phe a 46 } 12.713, 1.777, -21.371
{ cz  phe a 46 } 11.764, 2.495, -22.052
{ cg  phe a 46 } P 11.753, -0.280, -22.163
{ cd2 phe a 46 } 10.807, 0.441, -22.831
{ ce2 phe a 46 } 10.807, 1.815, -22.784
{ cz  phe a 46 } 11.764, 2.495, -22.052
@vectorlist {his58} color= cyan
{ ca  his a 58 } P 15.710, 5.409, -19.111
{ cb  his a 58 } 14.810, 4.201, -18.961
{ cg  his a 58 } 13.462, 4.746, -18.488
{ nd1 his a 58 } 12.803, 5.686, -19.307
{ ce1 his a 58 } 11.639, 6.033, -18.719
{ ne2 his a 58 } 11.570, 5.307, -17.486
{ ce1 his a 58 } 11.639, 6.033, -18.719
{ cg  his a 58 } P 13.462, 4.746, -18.488
{ cd2 his a 58 } 12.720, 4.503, -17.334
{ ne2 his a 58 } 11.570, 5.307, -17.486
{ ce1 his a 58 } 11.639, 6.033, -18.719
@vectorlist {hbond} color= white
{ o2  hem a 2 } P U 10.832, 5.244, -15.768 
{ ne2 his a 58 } L U 11.294, 5.283, -16.843 
@vectorlist {lys61} color= cyan
{ ca  lys a 61 } P 15.630, 10.179, -17.683
{ cb  lys a 61 } 14.572, 9.652, -18.633
{ cg  lys a 61 } 15.169, 9.742, -20.018
{ cd  lys a 61 } 14.115, 9.680, -21.093
{ ce  lys a 61 } 14.436, 8.481, -21.947
{ nz  lys a 61 } 13.204, 8.153, -22.666
@vectorlist {val62} color= gold
{ ca  val a 62 } P 14.469, 9.100, -14.253
{ cb  val a 62 } 14.331, 7.646, -13.750
{ cg1 val a 62 } 13.960, 7.514, -12.285
{ cb  val a 62 } P 14.331, 7.646, -13.750
{ cg2 val a 62 } 13.246, 6.944, -14.554
@vectorlist {leu83} color= gold
{ ca  leu a 83 } P 5.548, 14.000, -15.709
{ cb  leu a 83 } 6.848, 13.772, -14.896
{ cg  leu a 83 } 8.131, 13.862, -15.729
{ cd1 leu a 83 } 9.371, 13.967, -14.851
{ cg  leu a 83 } P 8.131, 13.862, -15.729
{ cd2 leu a 83 } 8.241, 12.741, -16.755
@vectorlist {leu86} color= gold
{ ca  leu a 86 } P 2.309, 11.573, -18.268
{ cb  leu a 86 } 3.772, 11.872, -18.481
{ cg  leu a 86 } 4.505, 10.878, -19.319
{ cd1 leu a 86 } 5.297, 9.915, -18.440
{ cg  leu a 86 } P 4.505, 10.878, -19.319
{ cd2 leu a 86 } 3.611, 10.236, -20.387
@vectorlist {his87} color= cyan
{ ca  his a 87 } P 2.435, 9.073, -15.463
{ cb  his a 87 } 3.353, 9.116, -14.267
{ cg  his a 87 } 4.837, 8.976, -14.635
{ nd1 his a 87 } 5.610, 10.018, -15.129
{ ce1 his a 87 } 6.877, 9.508, -15.336
{ ne2 his a 87 } 6.873, 8.167, -14.990
{ ne2 his a 87 } P 6.873, 8.167, -14.990
{ ce1 his a 87 } 6.877, 9.508, -15.336
{ cg  his a 87 } P 4.837, 8.976, -14.635
{ cd2 his a 87 } 5.601, 7.855, -14.572
{ ne2 his a 87 } 6.873, 8.167, -14.990
{ ce1 his a 87 } 6.877, 9.508, -15.336
@vectorlist {val93} color=gold
{ ca  val a 93 } P 0.832, 4.010, -13.234 { cb  val a 93 } L 2.321, 4.886, -13.337
{ cg1 val a 93 } L 3.184, 3.935, -12.478
{ cb  val a 93 } P 2.321, 4.886, -13.337 { cg2 val a 93 } L 2.924, 5.161, -14.695
@balllist {contact} color= white radius=0.05 off master={HemeContac}
{1} 7.534, 9.258, -15.521
{2} 8.190, 9.009, -15.706
{3} 8.847, 8.760, -15.891
@balllist {contact} color= cyan radius=0.2 off master={HemeContac}
{ ce1 his a 87 } 6.877, 9.508, -15.336
@vectorlist {leu91} color= gold
{ ca  leu a 91 } P 0.244, 5.993, -18.378
{ cb  leu a 91 } 1.687, 5.944, -17.921
{ cg  leu a 91 } 2.660, 6.391, -18.980
{ cd1 leu a 91 } 4.029, 6.519, -18.354
{ cg  leu a 91 } P 2.660, 6.391, -18.980
{ cd2 leu a 91 } 2.668, 5.409, -20.144
@vectorlist {leu101} color= gold
{ ca  leu a 101 } P 10.992, 2.170, -7.395
{ cb  leu a 101 } 10.515, 3.115, -8.547
{ cg  leu a 101 } 11.658, 3.625, -9.422
{ cd1 leu a 101 } 12.786, 2.591, -9.522
{ cg  leu a 101 } P 11.658, 3.625, -9.422
{ cd2 leu a 101 } 11.156, 4.088, -10.803
@vectorlist {leu136} color= gold
{ ca  leu a 136 } P 3.599, 12.224, -9.901
{ cb  leu a 136 } 4.795, 11.365, -10.351
{ cg  leu a 136 } 6.170, 12.032, -10.546
{ cd1 leu a 136 } 7.269, 11.022, -10.935
{ cg  leu a 136 } P 6.170, 12.032, -10.546
{ cd2 leu a 136 } 6.093, 13.160, -11.560
@labellist {sc labels} color= cyan nobutton off master= {Labels}    
{ His87 } P   5.610, 10.018, -15.129 
{ His58 } P   12.803, 5.686, -19.307 
@subgroup {labels} nobutton off master= {Labels}
@labellist {labels} nobutton color= pink
{Helix A } 20.827, 17.793, 3.857
{Helix B } 23.740, 4.810, -12.939
{Helix  C } 5.372, -5.700, -11.827
{Helix D } 17.629, 16.114, -10.079
{Helix E} 8.791, 0.514, -5.313
{Helix F} 1.200, 15.246, -15.298
{Helix G} 10.308, 9.838, -2.072
{Helix F} 19.203, 2.291, -19.339
@kinemage 5
@caption
The conformational changes at the alpha1-beta2 interface of human hemoglobin on oxygenation. ANIMATE to toggle between T and R states. The polypeptides are represented by their Ca backbones with the alpha1 and beta2 subunits bluetint and skyblue in deoxyHb and pinktint and pink in oxyHb. Their associated hemes, which are shown in wireframe form, are pink and pinktint in deoxyHb and purple and magenta in oxyHb. The sidechains of the proximal His residues (controlled by the "Proximl His" buttons) are cyan, the O2 molecules bound to oxyHb are red, and the coordinate bonds they form with the heme Fe atoms are green. The sidechains mediating the interactions of the switch region and the salt bridges of the C-termini, which are controlled by the "Switch" and "Salt bridges" buttons, are seagreen on the alpha1 chain and yellowtint on the beta2 chain. The hydrogen bonds that they form are represented by dashed white lines.
@onewidth
@viewid {alpha1-beta2 overview}
@zoom 1.20
@zslab 200
@center 0.052 8.999 0.128 
@matrix
-0.999973 -0.004477 -0.005763 0.005698 0.014198 -0.999883 0.004558
-0.999890 -0.014173
@2viewid {Intersubunit contacts overview}
@2zoom 0.95 
@2zslab 181 
@2center -1.315 0.626 15.149 
@2matrix 
-0.84557 -0.04389 -0.53205  0.53294 -0.12778 -0.83645 -0.03128 -0.99083  0.13144
@3viewid { Intersubunit contacts closeup}
@3zoom 2.85 
@3zslab 181 
@3center -1.315 0.626 15.149 
@3matrix 
-0.84557 -0.04389 -0.53205  0.53294 -0.12778 -0.83645 -0.03128 -0.99083  0.13144
@4viewid {Salt bridges Overview}
@4zoom 1.20
@4zslab 200
@4center 0.000 0.000 0.000
@4matrix
-0.999939 -0.004703 -0.009958 0.004780 -0.999957 -0.007887 -0.009921
-0.007935 0.999920
@5viewid {His146 }
@5zoom 2.96 
@5zslab 310 
@5center 4.503 -14.094 8.228 
@5matrix 
-0.48565 -0.75714 -0.43690  0.63326 -0.64926  0.42124 -0.60260 -0.07210  0.79478
@group {DeoxyHb}    animate
@subgroup {dum} nobutton off 
@vectorlist {dum1} nobutton master= {Switch}
@vectorlist {dum3} nobutton off master= {Salt bridges}
@vectorlist {dum4} nobutton off master= {Labels}
@subgroup {beta2} dominant
@balllist {mco} color= red     radius= 0.200
{ o   val b 34 } 10.962, 6.872, 8.779
{ o   val b 98 } 1.354, -6.988, 14.721
{ o   tyr b 145 } -5.106, -14.181, 11.959
{ o   his b 146 } -6.408, -11.378, 15.522
{ oxt his b 146 } -8.512, -11.497, 15.006
@vectorlist {ca beta-1} color= skyblue
{ ca  val b 1 } P 8.824, -20.084, -0.109
{ ca  val b 1 } 8.824, -20.084, -0.109
{ ca  his b 2 } 10.108, -21.007, -3.495
{ ca  leu b 3 } 13.682, -20.145, -4.310
{ ca  thr b 4 } 15.613, -21.547, -7.228
{ ca  pro b 5 } 18.796, -23.341, -6.018
{ ca  glu b 6 } 20.820, -20.435, -7.340
{ ca  glu b 7 } 18.733, -18.011, -5.295
{ ca  lys b 8 } 19.064, -20.224, -2.247
{ ca  ser b 9 } 22.809, -20.449, -2.556
{ ca  ala b 10 } 23.001, -16.672, -3.076
{ ca  val b 11 } 21.113, -16.026, 0.163
{ ca  thr b 12 } 23.105, -18.604, 2.109
{ ca  ala b 13 } 26.507, -17.393, 0.911
{ ca  leu b 14 } 25.927, -13.742, 1.781
{ ca  trp b 15 } 24.451, -14.599, 5.149
{ ca  gly b 16 } 27.575, -16.521, 6.176
{ ca  lys b 17 } 29.326, -13.149, 6.186
{ ca  val b 18 } 26.788, -11.342, 8.339
{ ca  asn b 19 } 27.551, -10.365, 11.936
{ ca  val b 20 } 24.039, -11.026, 13.171
{ ca  asp b 21 } 24.414, -8.911, 16.321
{ ca  glu b 22 } 25.702, -5.864, 14.432
{ ca  val b 23 } 23.299, -6.042, 11.490
{ ca  gly b 24 } 20.426, -6.705, 13.881
{ ca  gly b 25 } 21.122, -3.586, 15.931
{ ca  glu b 26 } 21.483, -1.564, 12.802
{ ca  ala b 27 } 18.307, -2.753, 11.131
{ ca  leu b 28 } 16.130, -2.273, 14.194
{ ca  gly b 29 } 17.665, 1.129, 14.885
{ ca  arg b 30 } 17.096, 2.329, 11.356
{ ca  leu b 31 } 13.522, 1.025, 11.480
{ ca  leu b 32 } 12.932, 3.224, 14.511
{ ca  val b 33 } 14.593, 6.225, 12.852
{ ca  val b 34 } 13.164, 6.097, 9.345
{ c   val b 34 } 11.638, 6.070, 9.434
{ o   val b 34 } 10.962, 6.872, 8.779
{ c   val b 34 } P 11.638, 6.070, 9.434
{ n   tyr b 35 } 11.123, 5.164, 10.256
{ ca  tyr b 35 } 9.663, 5.049, 10.450
{ ca  pro b 36 } 9.364, 6.633, 13.921
{ ca  trp b 37 } 5.822, 5.428, 14.548
{ ca  thr b 38 } 7.332, 1.960, 15.089
{ ca  gln b 39 } 8.758, 3.377, 18.351
{ ca  arg b 40 } 5.276, 2.785, 19.732
{ ca  phe b 41 } 6.278, -0.702, 20.975
{ ca  phe b 42 } 9.455, 0.334, 22.689
{ ca  glu b 43 } 8.932, 3.134, 25.167
{ ca  ser b 44 } 10.265, 0.862, 27.873
{ ca  phe b 45 } 13.598, 1.224, 26.037
{ ca  gly b 46 } 14.735, 4.665, 27.135
{ ca  asp b 47 } 15.912, 7.548, 24.984
{ ca  leu b 48 } 14.763, 7.317, 21.354
{ ca  ser b 49 } 14.607, 11.072, 20.714
{ ca  thr b 50 } 17.410, 11.475, 18.145
{ ca  pro b 51 } 19.005, 9.173, 15.513
{ ca  asp b 52 } 22.188, 8.998, 17.594
{ ca  ala b 53 } 20.246, 8.104, 20.728
{ ca  val b 54 } 18.390, 5.334, 18.898
{ ca  met b 55 } 21.451, 3.846, 17.222
{ ca  gly b 56 } 23.450, 3.868, 20.457
{ ca  asn b 57 } 20.633, 2.580, 22.681
{ ca  pro b 58 } 21.724, -0.755, 24.202
{ ca  lys b 59 } 18.165, -2.088, 24.473
{ ca  val b 60 } 17.611, -1.430, 20.804
{ ca  lys b 61 } 20.822, -3.296, 20.028
{ ca  ala b 62 } 19.846, -6.189, 22.280
{ ca  his b 63 } 16.420, -6.537, 20.769
{ ca  gly b 64 } 17.792, -6.197, 17.252
{ ca  lys b 65 } 20.056, -9.108, 17.979
{ ca  lys b 66 } 17.179, -11.218, 19.279
{ ca  val b 67 } 15.050, -10.501, 16.216
{ ca  leu b 68 } 17.771, -11.168, 13.639
{ ca  gly b 69 } 18.808, -14.341, 15.477
{ ca  ala b 70 } 15.315, -15.741, 15.029
{ ca  phe b 71 } 15.426, -14.537, 11.449
{ ca  ser b 72 } 18.742, -16.383, 11.000
{ ca  asp b 73 } 17.298, -19.592, 12.295
{ ca  gly b 74 } 14.464, -19.237, 9.749
{ ca  leu b 75 } 16.974, -19.165, 6.880
{ ca  ala b 76 } 17.660, -22.767, 7.764
{ ca  his b 77 } 13.997, -23.657, 7.129
{ ca  leu b 78 } 13.179, -21.701, 3.988
{ ca  asp b 79 } 11.017, -24.677, 2.915
{ ca  asn b 80 } 8.612, -24.146, 5.785
{ ca  leu b 81 } 8.696, -20.656, 7.215
{ ca  lys b 82 } 5.112, -20.888, 8.417
{ ca  gly b 83 } 5.767, -23.900, 10.588
{ ca  thr b 84 } 8.988, -22.343, 11.882
{ ca  phe b 85 } 7.358, -19.062, 12.871
{ ca  ala b 86 } 3.887, -20.227, 13.980
{ ca  thr b 87 } 4.526, -19.742, 17.702
{ ca  leu b 88 } 6.147, -16.349, 17.230
{ ca  ser b 89 } 3.255, -15.360, 14.952
{ ca  glu b 90 } 0.780, -16.132, 17.703
{ ca  leu b 91 } 2.868, -14.291, 20.248
{ ca  his b 92 } 3.123, -11.140, 18.161
{ ca  cys b 93 } -0.628, -11.135, 17.629
{ ca  asp b 94 } -2.099, -12.210, 20.976
{ ca  lys b 95 } 0.415, -10.791, 23.382
{ ca  leu b 96 } 2.460, -8.096, 21.668
{ ca  his b 97 } -0.255, -6.603, 19.362
{ ca  val b 98 } 2.210, -5.778, 16.599
{ c   val b 98 } 1.528, -5.885, 15.234
{ o   val b 98 } 1.354, -6.988, 14.721
{ c   val b 98 } P 1.528, -5.885, 15.234
{ n   asp b 99 } 1.133, -4.757, 14.673
{ ca  asp b 99 } 0.605, -4.722, 13.296
{ ca  pro b 100 } 2.201, -7.128, 10.763
{ ca  glu b 101 } 2.885, -4.153, 8.465
{ ca  asn b 102 } 5.881, -3.603, 10.772
{ ca  phe b 103 } 7.388, -6.887, 9.547
{ ca  arg b 104 } 7.320, -5.599, 5.985
{ ca  leu b 105 } 8.950, -2.319, 6.970
{ ca  leu b 106 } 11.700, -4.180, 8.802
{ ca  gly b 107 } 12.240, -6.455, 5.800
{ ca  asn b 108 } 12.838, -3.471, 3.551
{ ca  val b 109 } 15.135, -1.759, 6.032
{ ca  leu b 110 } 17.088, -5.010, 6.358
{ ca  val b 111 } 17.578, -5.052, 2.593
{ ca  cys b 112 } 18.883, -1.471, 2.731
{ ca  val b 113 } 21.265, -2.448, 5.512
{ ca  leu b 114 } 22.604, -5.423, 3.582
{ ca  ala b 115 } 23.110, -3.176, 0.564
{ ca  his b 116 } 24.936, -0.605, 2.659
{ ca  his b 117 } 27.067, -3.267, 4.218
{ ca  phe b 118 } 28.017, -5.313, 1.208
{ ca  gly b 119 } 28.072, -2.628, -1.480
{ ca  lys b 120 } 28.503, -3.953, -5.017
{ ca  glu b 121 } 28.352, -7.563, -3.788
{ ca  phe b 122 } 24.676, -7.016, -3.149
{ ca  thr b 123 } 23.779, -7.320, -6.816
{ ca  pro b 124 } 20.257, -6.944, -8.289
{ ca  pro b 125 } 19.771, -10.821, -8.443
{ ca  val b 126 } 20.900, -11.164, -4.824
{ ca  gln b 127 } 18.541, -8.390, -3.768
{ ca  ala b 128 } 15.708, -10.131, -5.621
{ ca  ala b 129 } 16.371, -13.327, -3.687
{ ca  tyr b 130 } 16.446, -11.496, -0.374
{ ca  gln b 131 } 13.216, -9.693, -1.202
{ ca  lys b 132 } 11.493, -13.020, -1.595
{ ca  val b 133 } 12.895, -14.188, 1.718
{ ca  val b 134 } 11.872, -11.127, 3.711
{ ca  ala b 135 } 8.393, -11.187, 2.178
{ ca  gly b 136 } 8.189, -14.868, 3.080
{ ca  val b 137 } 9.214, -14.229, 6.672
{ ca  ala b 138 } 6.762, -11.321, 7.037
{ ca  asn b 139 } 4.094, -13.605, 5.676
{ ca  ala b 140 } 4.951, -16.393, 8.008
{ ca  leu b 141 } 4.875, -14.066, 10.991
{ ca  ala b 142 } 1.476, -12.686, 9.994
{ ca  his b 143 } -0.085, -16.044, 9.300
{ ca  lys b 144 } -1.667, -16.718, 12.668
{ ca  tyr b 145 } -3.231, -13.270, 13.180
{ c   tyr b 145 } -4.724, -13.514, 12.926
{ o   tyr b 145 } -5.106, -14.181, 11.959
{ c   tyr b 145 } P -4.724, -13.514, 12.926
{ n   his b 146 } -5.518, -12.955, 13.826
{ ca  his b 146 } -6.973, -13.067, 13.956
{ c   his b 146 } -7.348, -11.911, 14.904
{ o   his b 146 } -6.408, -11.378, 15.522
{ c   his b 146 } P -7.348, -11.911, 14.904
{ oxt his b 146 } -8.512, -11.497, 15.006
@balllist {Fe} color= orange     radius= 0.500
{fe   hem b 1 } 9.401, -9.297, 17.375
@balllist {N} color= blue     radius= 0.200
{ n a hem b 1 } 10.318, -10.836, 18.457
{ n b hem b 1 } 10.311, -10.036, 15.722
{ n c hem b 1 } 9.151, -7.526, 16.386
{ n d hem b 1 } 9.137, -8.253, 19.134
@vectorlist {heme} color= pink
{fe   hem b 1 } P 9.401, -9.297, 17.375
{ n a hem b 1 } 10.318, -10.836, 18.457
{ cha hem b 1 } P 9.791, -10.028, 20.746
{ c1a hem b 1 } 10.356, -10.944, 19.837
{ c2a hem b 1 } 11.111, -12.117, 20.243
{ c3a hem b 1 } 11.508, -12.718, 19.074
{ chb hem b 1 } P 11.216, -12.152, 16.612
{ c4a hem b 1 } 11.024, -11.902, 17.979
{ c3a hem b 1 } P 11.508, -12.718, 19.074
{ cma hem b 1 } 12.428, -13.915, 18.932
{ c2a hem b 1 } P 11.111, -12.117, 20.243
{ caa hem b 1 } 11.240, -12.645, 21.667
{ cba hem b 1 } 10.026, -13.494, 22.084
{ cga hem b 1 } 10.017, -14.080, 23.474
{ o1a hem b 1 } 10.445, -13.418, 24.415
{ cga hem b 1 } P 10.017, -14.080, 23.474
{ o2a hem b 1 } 9.565, -15.190, 23.710
{fe   hem b 1 } P 9.401, -9.297, 17.375
{ n b hem b 1 } 10.311, -10.036, 15.722
{ chb hem b 1 } P 11.216, -12.152, 16.612
{ c1b hem b 1 } 10.906, -11.264, 15.571
{ c2b hem b 1 } 11.149, -11.550, 14.182
{ c3b hem b 1 } 10.762, -10.462, 13.473
{ chc hem b 1 } P 9.815, -8.250, 14.128
{ c4b hem b 1 } 10.280, -9.514, 14.454
{ c2b hem b 1 } P 11.149, -11.550, 14.182
{ cmb hem b 1 } 11.881, -12.779, 13.699
{ c3b hem b 1 } P 10.762, -10.462, 13.473
{ cab hem b 1 } 10.901, -10.179, 12.009
{ cbb hem b 1 } 12.085, -10.332, 11.331
{fe   hem b 1 } P 9.401, -9.297, 17.375
{ n c hem b 1 } 9.151, -7.526, 16.386
{ chc hem b 1 } P 9.815, -8.250, 14.128
{ c1c hem b 1 } 9.316, -7.311, 15.029
{ c2c hem b 1 } 8.933, -5.959, 14.665
{ c3c hem b 1 } 8.492, -5.364, 15.818
{ chd hem b 1 } P 8.262, -6.123, 18.207
{ c4c hem b 1 } 8.615, -6.350, 16.870
{ c2c hem b 1 } P 8.933, -5.959, 14.665
{ cmc hem b 1 } 9.109, -5.303, 13.306
{ c3c hem b 1 } P 8.492, -5.364, 15.818
{ cac hem b 1 } 7.890, -4.013, 16.021
{ cbc hem b 1 } 8.404, -2.869, 15.433
{fe   hem b 1 } P 9.401, -9.297, 17.375
{ n d hem b 1 } 9.137, -8.253, 19.134
{ chd hem b 1 } P 8.262, -6.123, 18.207
{ c1d hem b 1 } 8.550, -7.009, 19.261
{ c2d hem b 1 } 8.321, -6.726, 20.655
{ c3d hem b 1 } 8.744, -7.806, 21.384
{ cha hem b 1 } P 9.791, -10.028, 20.746
{ c4d hem b 1 } 9.250, -8.773, 20.422
{ c2d hem b 1 } P 8.321, -6.726, 20.655
{ cmd hem b 1 } 7.733, -5.440, 21.194
{ c3d hem b 1 } P 8.744, -7.806, 21.384
{ cad hem b 1 } 8.814, -7.878, 22.893
{ cbd hem b 1 } 10.179, -7.502, 23.454
{ cgd hem b 1 } 10.159, -7.564, 24.906
{ o1d hem b 1 } 10.810, -6.736, 25.501
{ cgd hem b 1 } P 10.159, -7.564, 24.906
{ o2d hem b 1 } 9.521, -8.215, 25.671
{ n a hem b 1 } P 10.318, -10.836, 18.457
{ c1a hem b 1 } 10.356, -10.944, 19.837
{ n a hem b 1 } P 10.318, -10.836, 18.457
{ c4a hem b 1 } 11.024, -11.902, 17.979
{ c3a hem b 1 } P 11.508, -12.718, 19.074
{ c4a hem b 1 } 11.024, -11.902, 17.979
{ n b hem b 1 } P 10.311, -10.036, 15.722
{ c1b hem b 1 } 10.906, -11.264, 15.571
{ n b hem b 1 } P 10.311, -10.036, 15.722
{ c4b hem b 1 } 10.280, -9.514, 14.454
{ c3b hem b 1 } P 10.762, -10.462, 13.473
{ c4b hem b 1 } 10.280, -9.514, 14.454
{ n c hem b 1 } P 9.151, -7.526, 16.386
{ c1c hem b 1 } 9.316, -7.311, 15.029
{ n c hem b 1 } P 9.151, -7.526, 16.386
{ c4c hem b 1 } 8.615, -6.350, 16.870
{ c3c hem b 1 } P 8.492, -5.364, 15.818
{ c4c hem b 1 } 8.615, -6.350, 16.870
{ n d hem b 1 } P 9.137, -8.253, 19.134
{ c1d hem b 1 } 8.550, -7.009, 19.261
{ n d hem b 1 } P 9.137, -8.253, 19.134
{ c4d hem b 1 } 9.250, -8.773, 20.422
{ c3d hem b 1 } P 8.744, -7.806, 21.384
{ c4d hem b 1 } 9.250, -8.773, 20.422
@balllist {ns} color= blue    master= {Switch}  radius= 0.200
{ nd1 his b 97 } -2.607, -7.347, 21.328
{ ne2 his b 97 } -2.184, -7.102, 23.539
{ nd2 asn b 102 } 3.976, -2.614, 13.446
@balllist {os} color= red    master= {Switch}  radius= 0.200
{ od1 asp b 99 } -0.561, -1.837, 11.304
{ od2 asp b 99 } -0.404, -3.930, 10.775
{ od1 asn b 102 } 5.640, -1.284, 12.724
@vectorlist {b sc} color= yellowtint    master= {Switch}
{ ca  his b 97 } P -0.255, -6.603, 19.362
{ cb  his b 97 } -0.993, -5.635, 20.285
{ cg  his b 97 } -1.624, -6.366, 21.488
{ nd1 his b 97 } -2.607, -7.347, 21.328
{ ce1 his b 97 } -2.957, -7.804, 22.603
{ ne2 his b 97 } -2.184, -7.102, 23.539
{ ce1 his b 97 } -2.957, -7.804, 22.603
{ cg  his b 97 } P -1.624, -6.366, 21.488
{ cd2 his b 97 } -1.358, -6.208, 22.838
{ ne2 his b 97 } -2.184, -7.102, 23.539
{ ce1 his b 97 } -2.957, -7.804, 22.603
{ ca  asp b 99 } P 0.605, -4.722, 13.296
{ cb  asp b 99 } 0.389, -3.247, 12.944
{ cg  asp b 99 } -0.235, -2.999, 11.568
{ od1 asp b 99 } -0.561, -1.837, 11.304
{ cg  asp b 99 } P -0.235, -2.999, 11.568
{ od2 asp b 99 } -0.404, -3.930, 10.775
{ ca  asn b 102 } P 5.881, -3.603, 10.772
{ cb  asn b 102 } 5.847, -3.639, 12.304
{ cg  asn b 102 } 5.134, -2.402, 12.850
{ od1 asn b 102 } 5.640, -1.284, 12.724
{ cg  asn b 102 } P 5.134, -2.402, 12.850
{ nd2 asn b 102 } 3.976, -2.614, 13.446
@balllist {ns} color= blue    master= {Salt bridges} off  radius= 0.200
{ nd1 his b 146 } -7.673, -15.464, 16.897
{ ne2 his b 146 } -5.895, -14.661, 18.048
@balllist {os} color= red    master= {Salt bridges} off  radius= 0.200
{ od1 asp b 94 } -3.785, -13.867, 19.688
{ od2 asp b 94 } -3.012, -15.710, 20.545
{ oh  tyr b 145 } 1.797, -9.585, 14.928
@vectorlist {b2} color= yellowtint    master= {Salt bridges} off
{ ca  asp b 94 } P -2.099, -12.210, 20.976
{ cb  asp b 94 } -2.194, -13.666, 21.433
{ cg  asp b 94 } -3.062, -14.478, 20.479
{ od1 asp b 94 } -3.785, -13.867, 19.688
{ cg  asp b 94 } P -3.062, -14.478, 20.479
{ od2 asp b 94 } -3.012, -15.710, 20.545
{ ca  tyr b 145 } P -3.231, -13.270, 13.180
{ cb  tyr b 145 } -2.780, -11.966, 12.508
{ cg  tyr b 145 } -1.540, -11.313, 13.153
{ cd1 tyr b 145 } -1.650, -10.086, 13.779
{ ce1 tyr b 145 } -0.537, -9.493, 14.365
{ cz  tyr b 145 } 0.696, -10.138, 14.318
{ oh  tyr b 145 } 1.797, -9.585, 14.928
{ cg  tyr b 145 } P -1.540, -11.313, 13.153
{ cd2 tyr b 145 } -0.312, -11.942, 13.105
{ ce2 tyr b 145 } 0.806, -11.360, 13.686
{ cz  tyr b 145 } 0.696, -10.138, 14.318
{ ca  his b 146 } P -6.973, -13.067, 13.956
{ cb  his b 146 } -7.329, -14.437, 14.548
{ cg  his b 146 } -6.921, -14.663, 16.024
{ nd1 his b 146 } -7.673, -15.464, 16.897
{ ce1 his b 146 } -7.036, -15.460, 18.152
{ ne2 his b 146 } -5.895, -14.661, 18.048
{ ce1 his b 146 } -7.036, -15.460, 18.152
{ cg  his b 146 } P -6.921, -14.663, 16.024
{ cd2 his b 146 } -5.829, -14.177, 16.733
{ ne2 his b 146 } -5.895, -14.661, 18.048
{ ce1 his b 146 } -7.036, -15.460, 18.152
@vectorlist {hbonds} color= white    master= {Salt bridges} off
{ od1 asp b 94 } P -4.088, -13.981, 19.453
{ ne2 his b 146 } -5.592, -14.547, 18.283
{ oh  tyr b 145 } P 1.730, -9.192, 14.897
{ o   val b 98 } 1.421, -7.381, 14.752
{ oxt his b 146 } P   -8.994, -11.208, 15.216 
{ nz  lys a 40 } L   -9.800, -10.724, 15.569 
{ o   val b 34 } P   10.798, 7.000, 8.216 
{ nh1 arg a 141 } L   10.325, 7.369, 6.602 
@subgroup {alpha1} dominant
@balllist {mco} color= red     radius= 0.200
{ o   val a 93 } -0.259, 4.877, 11.715
{ o   thr a 41 } -2.985, -3.188, 18.673
{ o   tyr a 140 } 6.495, 10.643, 12.157
{ o   arg a 141 } 7.115, 13.968, 8.884
{ oxt arg a 141 } 9.236, 14.027, 9.328
@vectorlist {ca alpha1} color= bluetint
{ ca  val a 1 } P -7.061, 17.801, -4.722
{ ca  val a 1 } -7.061, 17.801, -4.722
{ ca  leu a 2 } -10.787, 18.162, -4.198
{ ca  ser a 3 } -12.496, 19.940, -7.085
{ ca  pro a 4 } -15.518, 22.193, -6.285
{ ca  ala a 5 } -17.679, 19.404, -7.683
{ ca  asp a 6 } -16.059, 16.944, -5.274
{ ca  lys a 7 } -16.812, 19.270, -2.384
{ ca  thr a 8 } -20.413, 19.633, -3.466
{ ca  asn a 9 } -20.714, 15.835, -3.702
{ ca  val a 10 } -19.206, 15.269, -0.262
{ ca  lys a 11 } -21.394, 17.906, 1.396
{ ca  ala a 12 } -24.474, 16.476, -0.233
{ ca  ala a 13 } -23.742, 12.899, 0.768
{ ca  trp a 14 } -22.641, 13.692, 4.273
{ ca  gly a 15 } -25.649, 15.964, 4.625
{ ca  lys a 16 } -27.921, 12.948, 4.030
{ ca  val a 17 } -25.892, 11.035, 6.613
{ ca  gly a 18 } -26.818, 13.760, 9.081
{ ca  ala a 19 } -27.744, 12.348, 12.458
{ ca  his a 20 } -26.765, 8.748, 11.737
{ ca  ala a 21 } -23.126, 9.709, 11.441
{ ca  gly a 22 } -22.215, 8.086, 14.768
{ ca  glu a 23 } -24.077, 4.875, 13.996
{ ca  tyr a 24 } -22.360, 4.648, 10.617
{ ca  gly a 25 } -18.995, 5.311, 12.240
{ ca  ala a 26 } -19.448, 2.329, 14.545
{ ca  glu a 27 } -20.588, 0.113, 11.701
{ ca  ala a 28 } -17.530, 1.027, 9.643
{ ca  leu a 29 } -15.288, 0.112, 12.572
{ ca  glu a 30 } -16.981, -3.235, 13.017
{ ca  arg a 31 } -16.655, -3.918, 9.303
{ ca  met a 32 } -12.954, -3.095, 9.533
{ ca  phe a 33 } -12.295, -5.373, 12.523
{ ca  leu a 34 } -13.995, -8.309, 10.814
{ ca  ser a 35 } -12.630, -7.840, 7.293
{ ca  phe a 36 } -9.108, -6.777, 8.285
{ ca  pro a 37 } -8.311, -8.392, 11.649
{ ca  thr a 38 } -4.820, -6.875, 11.716
{ ca  thr a 39 } -6.451, -3.543, 12.607
{ ca  lys a 40 } -7.527, -4.964, 15.964
{ ca  thr a 41 } -3.901, -4.774, 17.124
{ c   thr a 41 } -3.788, -3.385, 17.757
{ o   thr a 41 } -2.985, -3.188, 18.673
{ c   thr a 41 } P -3.788, -3.385, 17.757
{ n   tyr a 42 } -4.582, -2.441, 17.281
{ ca  tyr a 42 } -4.496, -1.084, 17.840
{ ca  phe a 43 } -7.457, -1.739, 20.101
{ n   pro a 44 } -6.346, -3.271, 21.729
{ ca  pro a 44 } -6.308, -4.437, 22.633
{ ca  his a 45 } -7.939, -2.404, 25.417
{ ca  phe a 46 } -11.409, -2.484, 23.849
{ ca  asp a 47 } -14.264, -4.891, 24.016
{ ca  leu a 48 } -14.651, -5.399, 20.280
{ ca  ser a 49 } -17.743, -7.567, 20.517
{ ca  his a 50 } -20.749, -6.547, 18.510
{ ca  gly a 51 } -22.605, -3.625, 19.979
{ ca  ser a 52 } -19.953, -2.705, 22.472
{ ca  ala a 53 } -20.292, 0.766, 23.975
{ ca  gln a 54 } -16.574, 1.346, 23.411
{ ca  val a 55 } -16.891, 0.821, 19.681
{ ca  lys a 56 } -20.077, 2.864, 19.448
{ ca  gly a 57 } -18.410, 5.652, 21.398
{ ca  his a 58 } -15.349, 5.596, 19.224
{ ca  gly a 59 } -17.479, 5.468, 16.077
{ ca  lys a 60 } -19.162, 8.657, 17.141
{ ca  lys a 61 } -15.830, 10.384, 17.663
{ ca  val a 62 } -14.602, 9.325, 14.243
{ ca  ala a 63 } -17.813, 10.496, 12.650
{ ca  asp a 64 } -17.724, 13.879, 14.387
{ ca  ala a 65 } -14.181, 14.439, 13.155
{ ca  leu a 66 } -15.296, 13.681, 9.604
{ ca  thr a 67 } -18.226, 16.045, 10.055
{ ca  asn a 68 } -15.705, 18.678, 11.150
{ ca  ala a 69 } -13.614, 17.943, 8.070
{ ca  val a 70 } -16.579, 18.313, 5.701
{ ca  ala a 71 } -17.461, 21.654, 7.305
{ ca  his a 72 } -13.894, 22.855, 6.771
{ ca  val a 73 } -13.052, 21.089, 3.588
{ ca  asp a 74 } -11.140, 24.170, 2.325
{ ca  asp a 75 } -9.002, 24.197, 5.461
{ ca  met a 76 } -8.641, 20.586, 6.611
{ ca  pro a 77 } -4.943, 20.752, 7.827
{ ca  asn a 78 } -5.963, 23.348, 10.396
{ ca  ala a 79 } -9.249, 21.817, 11.349
{ ca  leu a 80 } -7.707, 18.399, 12.034
{ ca  ser a 81 } -4.420, 19.703, 13.489
{ ca  ala a 82 } -4.961, 18.248, 16.964
{ ca  leu a 83 } -5.962, 14.892, 15.494
{ ca  ser a 84 } -2.866, 14.701, 13.279
{ ca  asp a 85 } -0.711, 15.423, 16.322
{ ca  leu a 86 } -2.510, 12.703, 18.237
{ ca  his a 87 } -2.086, 10.038, 15.601
{ ca  ala a 88 } 1.485, 11.020, 14.792
{ ca  his a 89 } 2.936, 11.256, 18.282
{ ca  lys a 90 } 0.744, 9.114, 20.445
{ ca  leu a 91 } -1.372, 6.501, 18.692
{ ca  arg a 92 } 1.132, 5.968, 15.843
{ ca  val a 93 } -1.132, 3.863, 13.683
{ c   val a 93 } -0.416, 3.827, 12.335
{ o   val a 93 } -0.259, 4.877, 11.715
{ c   val a 93 } P -0.416, 3.827, 12.335
{ n   asp a 94 } 0.007, 2.658, 11.892
{ ca  asp a 94 } 0.671, 2.607, 10.585
{ ca  pro a 95 } -0.541, 4.659, 7.567
{ ca  val a 96 } -1.708, 1.545, 5.670
{ ca  asn a 97 } -4.620, 1.142, 8.083
{ ca  phe a 98 } -6.183, 4.448, 7.025
{ ca  lys a 99 } -6.953, 2.907, 3.665
{ ca  leu a 100 } -8.679, 0.015, 5.287
{ ca  leu a 101 } -10.947, 2.181, 7.398
{ ca  ser a 102 } -11.635, 4.435, 4.403
{ ca  his a 103 } -12.795, 1.459, 2.379
{ ca  cys a 104 } -15.077, 0.267, 5.181
{ ca  leu a 105 } -16.551, 3.736, 5.563
{ ca  leu a 106 } -17.269, 3.759, 1.827
{ ca  val a 107 } -18.959, 0.348, 2.098
{ ca  thr a 108 } -21.043, 1.569, 5.027
{ ca  leu a 109 } -22.175, 4.632, 3.090
{ ca  ala a 110 } -22.994, 2.477, 0.055
{ ca  ala a 111 } -25.135, 0.181, 2.177
{ ca  his a 112 } -27.133, 3.054, 3.637
{ ca  leu a 113 } -27.395, 5.590, 0.846
{ ca  pro a 114 } -28.845, 3.616, -2.097
{ ca  ala a 115 } -29.920, 6.715, -4.007
{ ca  glu a 116 } -26.945, 9.036, -3.171
{ ca  phe a 117 } -24.056, 6.698, -3.858
{ ca  thr a 118 } -23.699, 7.386, -7.575
{ ca  pro a 119 } -20.407, 6.649, -9.437
{ ca  ala a 120 } -19.469, 10.329, -9.272
{ ca  val a 121 } -20.254, 10.603, -5.567
{ ca  his a 122 } -18.354, 7.383, -4.888
{ ca  ala a 123 } -15.336, 8.893, -6.615
{ ca  ser a 124 } -15.615, 12.139, -4.659
{ ca  leu a 125 } -15.995, 10.337, -1.338
{ ca  asp a 126 } -12.974, 8.121, -1.968
{ ca  lys a 127 } -10.965, 11.202, -2.808
{ ca  phe a 128 } -12.168, 12.953, 0.285
{ ca  leu a 129 } -11.273, 10.055, 2.586
{ ca  ala a 130 } -7.836, 9.883, 1.001
{ ca  ser a 131 } -7.343, 13.581, 1.731
{ ca  val a 132 } -8.410, 13.150, 5.341
{ ca  ser a 133 } -6.003, 10.210, 5.616
{ ca  thr a 134 } -3.192, 12.311, 4.148
{ ca  val a 135 } -3.791, 15.093, 6.657
{ ca  leu a 136 } -3.957, 12.697, 9.605
{ ca  thr a 137 } -0.604, 11.140, 8.627
{ ca  ser a 138 } 1.052, 14.475, 7.754
{ ca  lys a 139 } 3.185, 14.815, 10.822
{ ca  tyr a 140 } 4.354, 11.240, 11.263
{ c   tyr a 140 } 5.886, 11.287, 11.298
{ o   tyr a 140 } 6.495, 10.643, 12.157
{ c   tyr a 140 } P 5.886, 11.287, 11.298
{ n   arg a 141 } 6.472, 12.034, 10.376
{ ca  arg a 141 } 7.928, 12.247, 10.281
{ c   arg a 141 } 8.123, 13.500, 9.424
{ o   arg a 141 } 7.115, 13.968, 8.884
{ c   arg a 141 } P 8.123, 13.500, 9.424
{ oxt arg a 141 } 9.236, 14.027, 9.328
@balllist {fe alpha} color= orange     radius= 0.500
{fe   hem a 1 } -8.117, 7.342, 15.041
@balllist {N} color= blue     radius= 0.200
{ n a hem a 1 } -9.287, 8.633, 16.136
{ n b hem a 1 } -9.157, 8.052, 13.341
{ n c hem a 1 } -7.619, 5.623, 13.955
{ n d hem a 1 } -7.770, 6.218, 16.714
@vectorlist {heme} color= pinktint
{fe   hem a 1 } P -8.117, 7.342, 15.041
{ n a hem a 1 } -9.287, 8.633, 16.136
{ cha hem a 1 } P -8.606, 7.844, 18.381
{ c1a hem a 1 } -9.267, 8.736, 17.508
{ c2a hem a 1 } -10.075, 9.862, 17.926
{ c3a hem a 1 } -10.557, 10.458, 16.806
{ chb hem a 1 } P -10.348, 9.975, 14.343
{ c4a hem a 1 } -10.068, 9.691, 15.689
{ c3a hem a 1 } P -10.557, 10.458, 16.806
{ cma hem a 1 } -11.520, 11.624, 16.750
{ c2a hem a 1 } P -10.075, 9.862, 17.926
{ caa hem a 1 } -10.385, 10.298, 19.338
{ cba hem a 1 } -9.358, 11.302, 19.842
{ cga hem a 1 } -9.665, 11.800, 21.239
{ o1a hem a 1 } -9.880, 11.012, 22.162
{ cga hem a 1 } P -9.665, 11.800, 21.239
{ o2a hem a 1 } -9.620, 13.014, 21.438
{fe   hem a 1 } P -8.117, 7.342, 15.041
{ n b hem a 1 } -9.157, 8.052, 13.341
{ chb hem a 1 } P -10.348, 9.975, 14.343
{ c1b hem a 1 } -9.937, 9.184, 13.256
{ c2b hem a 1 } -10.293, 9.421, 11.885
{ c3b hem a 1 } -9.718, 8.431, 11.136
{ chc hem a 1 } P -8.294, 6.433, 11.687
{ c4b hem a 1 } -9.011, 7.579, 12.061
{ c2b hem a 1 } P -10.293, 9.421, 11.885
{ cmb hem a 1 } -11.056, 10.634, 11.397
{ c3b hem a 1 } P -9.718, 8.431, 11.136
{ cab hem a 1 } -9.580, 8.375, 9.659
{ cbb hem a 1 } -10.681, 8.576, 8.852
{fe   hem a 1 } P -8.117, 7.342, 15.041
{ n c hem a 1 } -7.619, 5.623, 13.955
{ chc hem a 1 } P -8.294, 6.433, 11.687
{ c1c hem a 1 } -7.757, 5.485, 12.577
{ c2c hem a 1 } -7.265, 4.184, 12.164
{ c3c hem a 1 } -6.874, 3.531, 13.303
{ chd hem a 1 } P -6.913, 4.117, 15.739
{ c4c hem a 1 } -7.144, 4.418, 14.404
{ c2c hem a 1 } P -7.265, 4.184, 12.164
{ cmc hem a 1 } -7.131, 3.707, 10.736
{ c3c hem a 1 } P -6.874, 3.531, 13.303
{ cac hem a 1 } -6.393, 2.123, 13.481
{ cbc hem a 1 } -6.742, 1.060, 12.651
{fe   hem a 1 } P -8.117, 7.342, 15.041
{ n d hem a 1 } -7.770, 6.218, 16.714
{ chd hem a 1 } P -6.913, 4.117, 15.739
{ c1d hem a 1 } -7.243, 4.952, 16.812
{ c2d hem a 1 } -7.052, 4.602, 18.198
{ c3d hem a 1 } -7.500, 5.638, 18.943
{ cha hem a 1 } P -8.606, 7.844, 18.381
{ c4d hem a 1 } -7.963, 6.650, 18.009
{ c2d hem a 1 } P -7.052, 4.602, 18.198
{ cmd hem a 1 } -6.316, 3.392, 18.728
{ c3d hem a 1 } P -7.500, 5.638, 18.943
{ cad hem a 1 } -7.605, 5.658, 20.448
{ cbd hem a 1 } -8.933, 5.103, 20.962
{ cgd hem a 1 } -9.033, 5.112, 22.476
{ o1d hem a 1 } -10.125, 5.413, 22.975
{ cgd hem a 1 } P -9.033, 5.112, 22.476
{ o2d hem a 1 } -8.081, 4.790, 23.192
{ n a hem a 1 } P -9.287, 8.633, 16.136
{ c1a hem a 1 } -9.267, 8.736, 17.508
{ n a hem a 1 } P -9.287, 8.633, 16.136
{ c4a hem a 1 } -10.068, 9.691, 15.689
{ c3a hem a 1 } P -10.557, 10.458, 16.806
{ c4a hem a 1 } -10.068, 9.691, 15.689
{ n b hem a 1 } P -9.157, 8.052, 13.341
{ c1b hem a 1 } -9.937, 9.184, 13.256
{ n b hem a 1 } P -9.157, 8.052, 13.341
{ c4b hem a 1 } -9.011, 7.579, 12.061
{ c3b hem a 1 } P -9.718, 8.431, 11.136
{ c4b hem a 1 } -9.011, 7.579, 12.061
{ n c hem a 1 } P -7.619, 5.623, 13.955
{ c1c hem a 1 } -7.757, 5.485, 12.577
{ n c hem a 1 } P -7.619, 5.623, 13.955
{ c4c hem a 1 } -7.144, 4.418, 14.404
{ c3c hem a 1 } P -6.874, 3.531, 13.303
{ c4c hem a 1 } -7.144, 4.418, 14.404
{ n d hem a 1 } P -7.770, 6.218, 16.714
{ c1d hem a 1 } -7.243, 4.952, 16.812
{ n d hem a 1 } P -7.770, 6.218, 16.714
{ c4d hem a 1 } -7.963, 6.650, 18.009
{ c3d hem a 1 } P -7.500, 5.638, 18.943
{ c4d hem a 1 } -7.963, 6.650, 18.009
@balllist {os} color= red    master= {Switch}  radius= 0.200
{ og1 thr a 38 } -4.314, -5.727, 9.648
{ og1 thr a 41 } -2.523, -4.095, 15.268
{ oh  tyr a 42 } -0.383, -0.074, 13.054
{ od2 asp a 94 } 1.682, 1.451, 8.006
{ od1 asp a 94 } 3.310, 1.058, 9.356
@vectorlist {a sc} color= seagreen    master= {Switch}
{ ca  thr a 38 } P -4.820, -6.875, 11.716
{ cb  thr a 38 } -3.883, -6.773, 10.509
{ og1 thr a 38 } -4.314, -5.727, 9.648
{ cb  thr a 38 } P -3.883, -6.773, 10.509
{ cg2 thr a 38 } -3.857, -8.093, 9.730
{ ca  thr a 41 } P -3.901, -4.774, 17.124
{ cb  thr a 41 } -2.637, -5.059, 16.304
{ og1 thr a 41 } -2.523, -4.095, 15.268
{ cb  thr a 41 } P -2.637, -5.059, 16.304
{ cg2 thr a 41 } -2.614, -6.465, 15.698
{ ca  tyr a 42 } P -4.496, -1.084, 17.840
{ cb  tyr a 42 } -4.708, -0.041, 16.749
{ cg  tyr a 42 } -3.543, -0.048, 15.748
{ cd1 tyr a 42 } -2.376, 0.628, 16.046
{ ce1 tyr a 42 } -1.315, 0.626, 15.149
{ cz  tyr a 42 } -1.430, -0.064, 13.946
{ oh  tyr a 42 } -0.383, -0.074, 13.054
{ cg  tyr a 42 } P -3.543, -0.048, 15.748
{ cd2 tyr a 42 } -3.656, -0.732, 14.555
{ ce2 tyr a 42 } -2.604, -0.743, 13.650
{ cz  tyr a 42 } -1.430, -0.064, 13.946
{ ca  pro a 44 } P -6.308, -4.437, 22.633
{ cb  pro a 44 } -4.822, -4.694, 22.900
{ cg  pro a 44 } -4.167, -3.331, 22.739
{ cd  pro a 44 } -4.993, -2.660, 21.650
{ n   pro a 44 } P -6.346, -3.271, 21.729
{ cd  pro a 44 } -4.993, -2.660, 21.650
{ ca  asp a 94 } P 0.671, 2.607, 10.585
{ cb  asp a 94 } 1.119, 1.175, 10.291
{ cg  asp a 94 } 2.108, 1.207, 9.130
{ od1 asp a 94 } 3.310, 1.058, 9.356
{ cg  asp a 94 } P 2.108, 1.207, 9.130
{ od2 asp a 94 } 1.682, 1.451, 8.006
@vectorlist {switch hbond} color= white    master= {Switch}
{ oh  tyr a 42 } P -0.419, -0.428, 12.703
{ od1 asp b 99 } -0.525, -1.483, 11.655
@balllist {ns} color= blue    master= {Salt bridges} off  radius= 0.200
{ nz  lys a 40 } -10.282, -10.435, 15.779
{ nh1 arg a 141 } 10.161, 7.497, 6.039
{ nh2 arg a 141 } 8.736, 8.140, 4.364
@balllist {os} color= red    master= {Salt bridges} off  radius= 0.200
{ oh  tyr a 140 } -0.851, 7.467, 12.351
@vectorlist {a1} color= seagreen    master= {Salt bridges} off
{ ca  lys a 40 } P -7.527, -4.964, 15.964
{ cb  lys a 40 } -8.073, -6.346, 16.266
{ cg  lys a 40 } -9.358, -6.764, 15.573
{ cd  lys a 40 } -9.486, -8.214, 16.010
{ ce  lys a 40 } -10.467, -9.081, 15.245
{ nz  lys a 40 } -10.282, -10.435, 15.779
{ ca  tyr a 140 } P 4.354, 11.240, 11.263
{ cb  tyr a 140 } 3.876, 10.042, 10.441
{ cg  tyr a 140 } 2.587, 9.362, 10.953
{ cd1 tyr a 140 } 2.552, 7.988, 11.070
{ ce1 tyr a 140 } 1.407, 7.350, 11.528
{ cz  tyr a 140 } 0.284, 8.093, 11.875
{ oh  tyr a 140 } -0.851, 7.467, 12.351
{ cg  tyr a 140 } P 2.587, 9.362, 10.953
{ cd2 tyr a 140 } 1.470, 10.101, 11.296
{ ce2 tyr a 140 } 0.317, 9.473, 11.756
{ cz  tyr a 140 } 0.284, 8.093, 11.875
{ ca  arg a 141 } P 7.928, 12.247, 10.281
{ cb  arg a 141 } 8.646, 11.006, 9.713
{ cg  arg a 141 } 8.161, 10.554, 8.333
{ cd  arg a 141 } 8.923, 9.324, 7.819
{ ne  arg a 141 } 8.526, 9.083, 6.426
{ cz  arg a 141 } 9.152, 8.243, 5.614
{ nh1 arg a 141 } 10.161, 7.497, 6.039
{ cz  arg a 141 } P 9.152, 8.243, 5.614
{ nh2 arg a 141 } 8.736, 8.140, 4.364
@vectorlist {hbonds} color= white    master= {Salt bridges} off
{ oh  tyr a 140 } P U -0.699, 6.803, 12.188 
{ o   val a 93 } L U -0.411, 5.541, 11.878 
@subgroup {Proximl His} dominant
@balllist {his ns} color= blue     radius= 0.200
{ nd1 his b 92 } 6.206, -12.074, 17.236
{ ne2 his b 92 } 7.591, -10.268, 17.251
{ nd1 his a 87 } -5.297, 10.582, 14.941
{ ne2 his a 87 } -6.429, 8.599, 14.851
@vectorlist {his} color= cyan
{ ca  his a 87 } P -2.086, 10.038, 15.601
{ cb  his a 87 } -2.893, 9.883, 14.310
{ cg  his a 87 } -4.387, 9.586, 14.578
{ nd1 his a 87 } -5.297, 10.582, 14.941
{ ce1 his a 87 } -6.552, 9.978, 15.111
{ ne2 his a 87 } -6.429, 8.599, 14.851
{ ne2 his a 87 } P -6.429, 8.599, 14.851
{ ce1 his a 87 } -6.552, 9.978, 15.111
{ cg  his a 87 } P -4.387, 9.586, 14.578
{ cd2 his a 87 } -5.067, 8.373, 14.517
{ ne2 his a 87 } -6.429, 8.599, 14.851
{ ce1 his a 87 } -6.552, 9.978, 15.111
{ ca  his b 92 } P 3.123, -11.140, 18.161
{ cb  his b 92 } 3.894, -10.985, 16.852
{ cg  his b 92 } 5.428, -10.931, 17.038
{ nd1 his b 92 } 6.206, -12.074, 17.236
{ ce1 his b 92 } 7.539, -11.669, 17.368
{ ne2 his b 92 } 7.591, -10.268, 17.251
{ ne2 his b 92 } P 7.591, -10.268, 17.251
{ ce1 his b 92 } 7.539, -11.669, 17.368
{ cg  his b 92 } P 5.428, -10.931, 17.038
{ cd2 his b 92 } 6.263, -9.824, 17.046
{ ne2 his b 92 } 7.591, -10.268, 17.251
{ ce1 his b 92 } 7.539, -11.669, 17.368
@vectorlist {his ligs} color= greentint
{ ne2 his b 92 } P 7.591, -10.268, 17.251
{fe   hem b 1 } 8.961, -9.533, 17.345
{ ne2 his a 87 } P -6.429, 8.599, 14.851
@subgroup {labels} nobutton off master= {Labels}
@labellist {a-1} nobutton color= bluetint
{ alpha1 } -19.469, 10.329, -9.272
@labellist {b-2} nobutton color= skyblue 
{ beta2 } 17.555, -19.659, -9.714
@group {OxyHb}    animate
@subgroup {beta2} dominant
@balllist {mco} color= red     radius= 0.200
{ o   val b 34 } 9.897, 6.707, 8.570
{ o   val b 98 } 0.687, -7.251, 11.191
{ o   tyr b 145 } -6.463, -12.409, 7.749
{ o   his b 146 } -6.760, -17.299, 7.460
{ oxt his b 146 } -8.458, -15.914, 7.272
@vectorlist {backbone} color= pink
{ ca  val b 1 } P 10.737, -18.800, -3.820
{ ca  val b 1 } 10.737, -18.800, -3.820
{ ca  his b 2 } 12.288, -20.223, -6.906
{ ca  leu b 3 } 15.652, -18.683, -6.748
{ ca  thr b 4 } 17.555, -19.659, -9.714
{ ca  pro b 5 } 20.986, -21.222, -9.095
{ ca  glu b 6 } 22.717, -17.907, -9.926
{ ca  glu b 7 } 20.271, -15.897, -7.720
{ ca  lys b 8 } 20.777, -18.647, -5.086
{ ca  ser b 9 } 24.524, -18.225, -5.581
{ ca  ala b 10 } 24.143, -14.551, -4.935
{ ca  val b 11 } 21.899, -14.534, -1.857
{ ca  thr b 12 } 23.986, -17.168, 0.005
{ ca  ala b 13 } 27.344, -15.659, -0.854
{ ca  leu b 14 } 26.357, -12.192, 0.633
{ ca  trp b 15 } 24.687, -13.625, 3.767
{ ca  gly b 16 } 27.906, -15.354, 4.731
{ ca  lys b 17 } 29.549, -11.959, 4.896
{ ca  val b 18 } 26.747, -10.374, 6.977
{ ca  asn b 19 } 27.542, -9.285, 10.542
{ ca  val b 20 } 24.498, -10.878, 12.170
{ ca  asp b 21 } 25.060, -9.279, 15.552
{ ca  glu b 22 } 25.011, -5.817, 14.139
{ ca  val b 23 } 22.988, -5.962, 10.836
{ ca  gly b 24 } 19.613, -6.994, 12.276
{ ca  gly b 25 } 19.658, -4.077, 14.618
{ ca  glu b 26 } 20.619, -1.552, 11.983
{ ca  ala b 27 } 17.563, -2.653, 10.145
{ ca  leu b 28 } 15.071, -2.712, 13.096
{ ca  gly b 29 } 16.406, 0.597, 14.089
{ ca  arg b 30 } 16.104, 2.120, 10.657
{ ca  leu b 31 } 12.536, 0.990, 10.604
{ ca  leu b 32 } 11.691, 2.684, 13.797
{ ca  val b 33 } 13.278, 5.810, 12.650
{ ca  val b 34 } 12.088, 5.799, 9.135
{ c   val b 34 } 10.548, 5.816, 9.129
{ o   val b 34 } 9.897, 6.707, 8.570
{ c   val b 34 } P 10.548, 5.816, 9.129
{ n   tyr b 35 } 10.022, 4.818, 9.818
{ ca  tyr b 35 } 8.597, 4.581, 9.902
{ ca  pro b 36 } 7.834, 6.050, 13.357
{ ca  trp b 37 } 4.459, 4.508, 13.774
{ ca  thr b 38 } 6.163, 1.209, 14.188
{ ca  gln b 39 } 7.708, 2.392, 17.435
{ ca  arg b 40 } 4.060, 1.827, 18.783
{ ca  phe b 41 } 5.338, -1.692, 19.166
{ ca  phe b 42 } 8.485, -1.080, 21.286
{ ca  glu b 43 } 7.325, 1.368, 23.986
{ ca  ser b 44 } 8.641, -1.381, 26.334
{ ca  phe b 45 } 12.128, -0.788, 24.937
{ ca  gly b 46 } 13.185, 2.575, 26.260
{ ca  asp b 47 } 14.040, 5.907, 24.880
{ ca  leu b 48 } 13.459, 6.028, 21.140
{ ca  ser b 49 } 12.720, 9.728, 20.947
{ ca  thr b 50 } 15.749, 10.516, 18.958
{ ca  pro b 51 } 17.245, 8.235, 16.366
{ ca  asp b 52 } 20.564, 8.322, 18.150
{ ca  ala b 53 } 18.790, 6.903, 21.072
{ ca  val b 54 } 17.326, 4.312, 18.700
{ ca  met b 55 } 20.546, 3.246, 17.172
{ ca  gly b 56 } 22.469, 2.685, 20.431
{ ca  asn b 57 } 19.584, 1.099, 22.234
{ ca  pro b 58 } 20.613, -2.341, 23.396
{ ca  lys b 59 } 17.159, -3.788, 23.436
{ ca  val b 60 } 16.847, -2.574, 19.819
{ ca  lys b 61 } 20.095, -4.342, 18.761
{ ca  ala b 62 } 19.033, -7.232, 21.072
{ ca  his b 63 } 15.940, -7.723, 19.212
{ ca  gly b 64 } 17.258, -7.171, 15.719
{ ca  lys b 65 } 19.485, -10.177, 15.873
{ ca  lys b 66 } 16.482, -12.276, 16.763
{ ca  val b 67 } 15.043, -10.878, 13.630
{ ca  leu b 68 } 17.999, -11.721, 11.435
{ ca  gly b 69 } 17.879, -15.093, 13.066
{ ca  ala b 70 } 14.474, -15.877, 11.542
{ ca  phe b 71 } 15.719, -14.583, 8.170
{ ca  ser b 72 } 18.676, -16.994, 8.237
{ ca  asp b 73 } 16.071, -19.581, 9.011
{ ca  gly b 74 } 13.950, -18.599, 6.093
{ ca  leu b 75 } 16.766, -17.735, 3.578
{ ca  ala b 76 } 17.848, -21.353, 3.589
{ ca  his b 77 } 14.450, -22.985, 4.037
{ ca  leu b 78 } 12.910, -21.351, 1.050
{ ca  asp b 79 } 10.951, -24.443, 0.157
{ ca  asn b 80 } 8.429, -23.983, 2.843
{ ca  leu b 81 } 8.836, -20.353, 3.709
{ ca  lys b 82 } 5.348, -20.911, 5.215
{ ca  gly b 83 } 6.013, -23.795, 7.469
{ ca  thr b 84 } 9.043, -22.121, 8.900
{ ca  phe b 85 } 7.264, -18.944, 9.806
{ ca  ala b 86 } 3.862, -20.072, 11.205
{ ca  thr b 87 } 4.565, -19.633, 14.821
{ ca  leu b 88 } 5.975, -16.167, 14.156
{ ca  ser b 89 } 3.082, -15.226, 11.929
{ ca  glu b 90 } 0.789, -16.263, 14.787
{ ca  leu b 91 } 2.759, -14.083, 17.166
{ ca  his b 92 } 2.670, -11.038, 15.027
{ ca  cys b 93 } -0.685, -11.563, 13.476
{ ca  asp b 94 } -3.162, -12.550, 16.101
{ ca  lys b 95 } -0.878, -11.529, 18.971
{ ca  leu b 96 } 0.743, -8.266, 18.287
{ ca  his b 97 } -1.597, -7.367, 15.326
{ ca  val b 98 } 1.152, -5.985, 13.166
{ c   val b 98 } 0.657, -6.152, 11.736
{ o   val b 98 } 0.687, -7.251, 11.191
{ c   val b 98 } P 0.657, -6.152, 11.736
{ n   asp b 99 } 0.207, -5.068, 11.181
{ ca  asp b 99 } -0.197, -5.059, 9.811
{ ca  pro b 100 } 1.636, -7.030, 7.176
{ ca  glu b 101 } 2.779, -3.972, 5.342
{ ca  asn b 102 } 5.366, -3.304, 7.966
{ ca  phe b 103 } 6.631, -6.701, 6.986
{ ca  arg b 104 } 7.382, -5.288, 3.532
{ ca  leu b 105 } 8.823, -2.216, 5.028
{ ca  leu b 106 } 11.367, -4.164, 7.249
{ ca  gly b 107 } 12.008, -6.301, 4.242
{ ca  asn b 108 } 12.914, -3.226, 2.218
{ ca  val b 109 } 14.834, -1.532, 4.959
{ ca  leu b 110 } 16.715, -4.779, 5.180
{ ca  val b 111 } 17.507, -4.392, 1.582
{ ca  cys b 112 } 18.648, -0.906, 2.232
{ ca  val b 113 } 20.938, -2.068, 5.128
{ ca  leu b 114 } 22.559, -4.708, 2.972
{ ca  ala b 115 } 23.078, -2.267, 0.166
{ ca  his b 116 } 24.745, 0.175, 2.598
{ ca  his b 117 } 26.912, -2.591, 3.931
{ ca  phe b 118 } 28.089, -4.236, 0.793
{ ca  gly b 119 } 28.012, -1.233, -1.493
{ ca  lys b 120 } 28.838, -2.050, -5.058
{ ca  glu b 121 } 28.782, -5.746, -4.222
{ ca  phe b 122 } 25.113, -5.281, -3.954
{ ca  thr b 123 } 24.430, -5.177, -7.662
{ ca  pro b 124 } 20.977, -4.820, -9.085
{ ca  pro b 125 } 20.700, -8.649, -9.844
{ ca  val b 126 } 21.573, -9.414, -6.295
{ ca  gln b 127 } 19.161, -6.966, -5.089
{ ca  ala b 128 } 16.565, -8.537, -7.396
{ ca  ala b 129 } 17.314, -11.911, -5.783
{ ca  tyr b 130 } 16.929, -10.533, -2.277
{ ca  gln b 131 } 13.652, -8.793, -3.118
{ ca  lys b 132 } 12.076, -11.993, -3.893
{ ca  val b 133 } 13.238, -13.427, -0.676
{ ca  val b 134 } 12.193, -10.566, 1.587
{ ca  ala b 135 } 8.866, -10.849, -0.247
{ ca  gly b 136 } 8.602, -14.431, 0.469
{ ca  val b 137 } 9.348, -13.762, 3.997
{ ca  ala b 138 } 6.764, -10.867, 4.332
{ ca  asn b 139 } 4.236, -13.076, 2.720
{ ca  ala b 140 } 4.966, -15.998, 5.073
{ ca  leu b 141 } 4.503, -14.094, 8.228
{ ca  ala b 142 } 1.380, -12.411, 6.993
{ ca  his b 143 } -0.253, -15.651, 6.205
{ ca  lys b 144 } -2.203, -16.114, 9.423
{ ca  tyr b 145 } -4.282, -12.935, 8.701
{ c   tyr b 145 } -5.540, -13.229, 7.887
{ o   tyr b 145 } -6.463, -12.409, 7.749
{ c   tyr b 145 } P -5.540, -13.229, 7.887
{ n   his b 146 } -5.483, -14.439, 7.372
{ ca  his b 146 } -6.383, -15.135, 6.444
{ c   his b 146 } -7.259, -16.190, 7.137
{ o   his b 146 } -6.760, -17.299, 7.460
{ c   his b 146 } P -7.259, -16.190, 7.137
{ oxt his b 146 } -8.458, -15.914, 7.272
@balllist {hto} color= red     radius= 0.300
{ o1  hem b 1 } 10.369, -7.811, 14.951
{ o2  hem b 1 } 11.190, -6.946, 14.606
@vectorlist {Drawn} color= red    
{ o1  hem b 1 } P   10.369, -7.811, 14.951 
{ o2  hem b 1 } L   11.190, -6.946, 14.606 
@balllist {Fe} color= orange     radius= 0.450
{fe   hem b 1 } 8.969, -9.034, 14.806
@balllist {N} color= blue     radius= 0.200
{ n a hem b 1 } 9.765, -10.577, 15.570
{ n b hem b 1 } 9.456, -9.730, 13.059
{ n c hem b 1 } 8.039, -7.434, 13.907
{ n d hem b 1 } 8.117, -8.375, 16.428
@vectorlist {ht} color= purple
{fe   hem b 1 } P 8.969, -9.034, 14.806
{ n a hem b 1 } 9.765, -10.577, 15.570
{ cha hem b 1 } P 8.930, -10.213, 17.840
{ c1a hem b 1 } 9.655, -10.901, 16.902
{ c2a hem b 1 } 10.501, -12.023, 17.246
{ c3a hem b 1 } 11.052, -12.472, 16.077
{ chb hem b 1 } P 10.834, -11.678, 13.685
{ c4a hem b 1 } 10.549, -11.590, 15.041
{ c3a hem b 1 } P 11.052, -12.472, 16.077
{ cma hem b 1 } 12.291, -13.296, 15.920
{ c2a hem b 1 } P 10.501, -12.023, 17.246
{ caa hem b 1 } 10.498, -12.630, 18.621
{ cba hem b 1 } 10.930, -14.077, 18.784
{ cga hem b 1 } 10.638, -14.488, 20.229
{ o1a hem b 1 } 11.049, -15.599, 20.586
{ cga hem b 1 } P 10.638, -14.488, 20.229
{ o2a hem b 1 } 10.019, -13.697, 20.960
{fe   hem b 1 } P 8.969, -9.034, 14.806
{ n b hem b 1 } 9.456, -9.730, 13.059
{ chb hem b 1 } P 10.834, -11.678, 13.685
{ c1b hem b 1 } 10.296, -10.778, 12.765
{ c2b hem b 1 } 10.550, -10.862, 11.386
{ c3b hem b 1 } 9.879, -9.818, 10.793
{ chc hem b 1 } P 8.470, -7.984, 11.571
{ c4b hem b 1 } 9.226, -9.121, 11.835
{ c2b hem b 1 } P 10.550, -10.862, 11.386
{ cmb hem b 1 } 11.542, -11.844, 10.841
{ c3b hem b 1 } P 9.879, -9.818, 10.793
{ cab hem b 1 } 9.585, -9.459, 9.371
{ cbb hem b 1 } 10.247, -10.032, 8.297
{fe   hem b 1 } P 8.969, -9.034, 14.806
{ n c hem b 1 } 8.039, -7.434, 13.907
{ chc hem b 1 } P 8.470, -7.984, 11.571
{ c1c hem b 1 } 7.971, -7.169, 12.562
{ c2c hem b 1 } 7.473, -5.846, 12.310
{ c3c hem b 1 } 7.088, -5.345, 13.500
{ chd hem b 1 } P 7.136, -6.244, 15.828
{ c4c hem b 1 } 7.385, -6.364, 14.479
{ c2c hem b 1 } P 7.473, -5.846, 12.310
{ cmc hem b 1 } 7.294, -5.189, 10.968
{ c3c hem b 1 } P 7.088, -5.345, 13.500
{ cac hem b 1 } 6.069, -4.268, 13.661
{ cbc hem b 1 } 6.464, -2.973, 13.906
{fe   hem b 1 } P 8.969, -9.034, 14.806
{ n d hem b 1 } 8.117, -8.375, 16.428
{ chd hem b 1 } P 7.136, -6.244, 15.828
{ c1d hem b 1 } 7.496, -7.200, 16.733
{ c2d hem b 1 } 7.368, -7.059, 18.161
{ c3d hem b 1 } 7.819, -8.205, 18.689
{ cha hem b 1 } P 8.930, -10.213, 17.840
{ c4d hem b 1 } 8.257, -9.039, 17.617
{ c2d hem b 1 } P 7.368, -7.059, 18.161
{ cmd hem b 1 } 7.203, -5.789, 18.955
{ c3d hem b 1 } P 7.819, -8.205, 18.689
{ cad hem b 1 } 8.089, -8.401, 20.144
{ cbd hem b 1 } 7.470, -9.712, 20.565
{ cgd hem b 1 } 7.335, -9.750, 22.069
{ o1d hem b 1 } 6.183, -9.606, 22.489
{ cgd hem b 1 } P 7.335, -9.750, 22.069
{ o2d hem b 1 } 8.345, -9.900, 22.773
{ n a hem b 1 } P 9.765, -10.577, 15.570
{ c1a hem b 1 } 9.655, -10.901, 16.902
{ n a hem b 1 } P 9.765, -10.577, 15.570
{ c4a hem b 1 } 10.549, -11.590, 15.041
{ c3a hem b 1 } P 11.052, -12.472, 16.077
{ c4a hem b 1 } 10.549, -11.590, 15.041
{ n b hem b 1 } P 9.456, -9.730, 13.059
{ c1b hem b 1 } 10.296, -10.778, 12.765
{ n b hem b 1 } P 9.456, -9.730, 13.059
{ c4b hem b 1 } 9.226, -9.121, 11.835
{ c3b hem b 1 } P 9.879, -9.818, 10.793
{ c4b hem b 1 } 9.226, -9.121, 11.835
{ n c hem b 1 } P 8.039, -7.434, 13.907
{ c1c hem b 1 } 7.971, -7.169, 12.562
{ n c hem b 1 } P 8.039, -7.434, 13.907
{ c4c hem b 1 } 7.385, -6.364, 14.479
{ c3c hem b 1 } P 7.088, -5.345, 13.500
{ c4c hem b 1 } 7.385, -6.364, 14.479
{ n d hem b 1 } P 8.117, -8.375, 16.428
{ c1d hem b 1 } 7.496, -7.200, 16.733
{ n d hem b 1 } P 8.117, -8.375, 16.428
{ c4d hem b 1 } 8.257, -9.039, 17.617
{ c3d hem b 1 } P 7.819, -8.205, 18.689
{ c4d hem b 1 } 8.257, -9.039, 17.617
@vectorlist {Fe-O2 bond} color= green
{fe   hem b 1 } P 8.969, -9.034, 14.806
{ o1  hem b 1 } 10.369, -7.811, 14.951
@balllist {ns} color= blue    master= {Switch}  radius= 0.200
{ nd1 his b 97 } -4.396, -8.455, 16.307
{ ne2 his b 97 } -4.522, -8.711, 18.521
{ nd2 asn b 102 } 4.437, -0.726, 9.189
@balllist {os} color= red    master= {Switch}  radius= 0.200
{ od1 asp b 99 } -2.759, -3.963, 8.199
{ od2 asp b 99 } -0.878, -3.513, 7.129
{ od1 asn b 102 } 2.846, -2.118, 9.881
@vectorlist {sc} color= yellowtint    master= {Switch}
{ ca  his b 97 } P -1.597, -7.367, 15.326
{ cb  his b 97 } -2.653, -6.588, 16.105
{ cg  his b 97 } -3.511, -7.542, 16.928
{ nd1 his b 97 } -4.396, -8.455, 16.307
{ ce1 his b 97 } -5.027, -9.189, 17.292
{ ne2 his b 97 } -4.522, -8.711, 18.521
{ ce1 his b 97 } -5.027, -9.189, 17.292
{ cg  his b 97 } P -3.511, -7.542, 16.928
{ cd2 his b 97 } -3.582, -7.683, 18.294
{ ne2 his b 97 } -4.522, -8.711, 18.521
{ ce1 his b 97 } -5.027, -9.189, 17.292
{ ca  asp b 99 } P -0.197, -5.059, 9.811
{ cb  asp b 99 } -0.750, -3.682, 9.472
{ cg  asp b 99 } -1.535, -3.698, 8.161
{ od1 asp b 99 } -2.759, -3.963, 8.199
{ cg  asp b 99 } P -1.535, -3.698, 8.161
{ od2 asp b 99 } -0.878, -3.513, 7.129
{ ca  asn b 102 } P 5.366, -3.304, 7.966
{ cb  asn b 102 } 5.091, -2.989, 9.438
{ cg  asn b 102 } 4.013, -1.892, 9.518
{ od1 asn b 102 } 2.846, -2.118, 9.881
{ cg  asn b 102 } P 4.013, -1.892, 9.518
{ nd2 asn b 102 } 4.437, -0.726, 9.189
@balllist {N} color= blue    master= {Salt bridges} off  radius= 0.200
{ nd1 his b 146 } -3.669, -14.177, 5.261
{ ne2 his b 146 } -3.023, -14.540, 3.139
@balllist {O} color= red    master= {Salt bridges} off  radius= 0.200
{ od1 asp b 94 } -2.991, -15.818, 15.606
{ od2 asp b 94 } -4.187, -14.855, 14.058
{ oh  tyr b 145 } -1.143, -8.573, 12.047
@vectorlist {sc} color= yellowtint    master= {Salt bridges} off
{ ca  asp b 94 } P -3.162, -12.550, 16.101
{ cb  asp b 94 } -4.079, -13.790, 16.182
{ cg  asp b 94 } -3.709, -14.902, 15.200
{ od1 asp b 94 } -2.991, -15.818, 15.606
{ cg  asp b 94 } P -3.709, -14.902, 15.200
{ od2 asp b 94 } -4.187, -14.855, 14.058
{ ca  tyr b 145 } P -4.282, -12.935, 8.701
{ cb  tyr b 145 } -3.485, -11.807, 8.018
{ cg  tyr b 145 } -2.731, -10.914, 9.010
{ cd1 tyr b 145 } -3.525, -10.230, 9.896
{ ce1 tyr b 145 } -2.987, -9.404, 10.854
{ cz  tyr b 145 } -1.633, -9.237, 10.944
{ oh  tyr b 145 } -1.143, -8.573, 12.047
{ cg  tyr b 145 } P -2.731, -10.914, 9.010
{ cd2 tyr b 145 } -1.352, -10.753, 9.052
{ ce2 tyr b 145 } -0.792, -9.894, 10.039
{ cz  tyr b 145 } -1.633, -9.237, 10.944
{ ca  his b 146 } P -6.383, -15.135, 6.444
{ cb  his b 146 } -5.495, -15.954, 5.535
{ cg  his b 146 } -4.422, -15.218, 4.738
{ nd1 his b 146 } -3.669, -14.177, 5.261
{ ce1 his b 146 } -2.798, -13.748, 4.261
{ ne2 his b 146 } -3.023, -14.540, 3.139
{ ne2 his b 146 } P -3.023, -14.540, 3.139
{ ce1 his b 146 } -2.798, -13.748, 4.261
{ cg  his b 146 } P -4.422, -15.218, 4.738
{ cd2 his b 146 } -4.030, -15.453, 3.438
{ ne2 his b 146 } -3.023, -14.540, 3.139
{ ce1 his b 146 } -2.798, -13.748, 4.261
@vectorlist {hbonds} color= white    master= {Salt bridges} off
{ oh  tyr b 145 } P U -0.612, -8.190, 11.799 
{ o   val b 98 } L U 0.156, -7.634, 11.439 
@subgroup {alpha1} dominant
@balllist {mco} color= red     radius= 0.200
{ o   thr a 41 } -4.719, -0.780, 20.513
{ o   val a 93 } -0.243, 5.681, 11.809
{ o   tyr a 140 } 7.114, 10.955, 8.111
{ o   arg a 141 } 7.541, 14.413, 7.464
{ oxt arg a 141 } 6.731, 15.177, 5.594
@vectorlist {backbone} color= pinktint
{ ca  val a 1 } P -5.777, 17.911, -5.556
{ ca  val a 1 } -5.777, 17.911, -5.556
{ ca  leu a 2 } -9.700, 18.057, -5.403
{ ca  ser a 3 } -11.165, 19.934, -8.217
{ ca  pro a 4 } -13.968, 22.446, -8.325
{ ca  ala a 5 } -16.195, 19.438, -8.980
{ ca  asp a 6 } -14.826, 17.174, -6.351
{ ca  lys a 7 } -15.357, 19.912, -3.907
{ ca  thr a 8 } -18.921, 20.324, -5.294
{ ca  asn a 9 } -19.819, 16.539, -4.917
{ ca  val a 10 } -18.234, 16.319, -1.586
{ ca  lys a 11 } -20.125, 19.555, -0.601
{ ca  ala a 12 } -23.108, 17.654, -1.599
{ ca  ala a 13 } -23.086, 14.140, -0.611
{ ca  trp a 14 } -22.392, 15.603, 2.785
{ ca  gly a 15 } -25.314, 17.955, 2.368
{ ca  lys a 16 } -27.478, 14.930, 1.864
{ ca  val a 17 } -26.063, 12.930, 4.869
{ ca  gly a 18 } -26.944, 15.724, 7.292
{ ca  ala a 19 } -27.768, 14.883, 10.874
{ ca  his a 20 } -26.950, 11.282, 10.526
{ ca  ala a 21 } -23.327, 12.010, 9.903
{ ca  gly a 22 } -22.351, 10.783, 13.441
{ ca  glu a 23 } -24.586, 7.725, 13.131
{ ca  tyr a 24 } -22.733, 6.825, 10.013
{ ca  gly a 25 } -19.528, 7.552, 11.465
{ ca  ala a 26 } -20.180, 5.192, 14.197
{ ca  glu a 27 } -21.191, 2.549, 11.734
{ ca  ala a 28 } -18.036, 2.968, 9.620
{ ca  leu a 29 } -15.993, 2.435, 12.729
{ ca  glu a 30 } -17.887, -0.715, 13.630
{ ca  arg a 31 } -17.362, -2.117, 10.120
{ ca  met a 32 } -13.627, -1.555, 10.401
{ ca  phe a 33 } -13.224, -3.087, 13.763
{ ca  leu a 34 } -15.126, -5.999, 12.312
{ ca  ser a 35 } -13.473, -6.253, 8.873
{ ca  phe a 36 } -9.964, -5.331, 9.818
{ ca  pro a 37 } -9.527, -6.661, 13.326
{ ca  thr a 38 } -5.981, -5.277, 13.597
{ ca  thr a 39 } -7.354, -1.800, 14.007
{ ca  lys a 40 } -8.943, -2.944, 17.317
{ ca  thr a 41 } -5.472, -2.395, 18.904
{ c   thr a 41 } -5.378, -0.998, 19.489
{ o   thr a 41 } -4.719, -0.780, 20.513
{ c   thr a 41 } P -5.378, -0.998, 19.489
{ n   tyr a 42 } -6.048, -0.104, 18.834
{ ca  tyr a 42 } -5.904, 1.277, 19.227
{ ca  phe a 43 } -9.029, 1.008, 21.103
{ n   pro a 44 }  -8.237, -0.169, 23.076
{ ca  pro a 44 } -8.372, -1.309, 23.986
{ ca  his a 45 } -10.406, 1.010, 26.329
{ ca  phe a 46 } -13.377, 0.746, 24.213
{ ca  asp a 47 } -16.151, -1.620, 24.297
{ ca  leu a 48 } -16.029, -2.439, 20.557
{ ca  ser a 49 } -19.270, -4.248, 20.703
{ ca  his a 50 } -22.314, -3.430, 18.666
{ ca  gly a 51 } -24.301, -1.001, 20.712
{ ca  ser a 52 } -21.235, 0.535, 22.348
{ ca  ala a 53 } -21.710, 4.023, 23.458
{ ca  gln a 54 } -17.957, 4.676, 23.261
{ ca  val a 55 } -17.907, 3.839, 19.562
{ ca  lys a 56 } -21.180, 5.655, 19.227
{ ca  gly a 57 } -19.703, 8.706, 20.605
{ ca  his a 58 } -16.547, 8.193, 18.610
{ ca  gly a 59 } -18.414, 8.068, 15.313
{ ca  lys a 60 } -19.669, 11.511, 16.377
{ ca  lys a 61 } -16.092, 12.755, 16.666
{ ca  val a 62 } -14.805, 11.226, 13.460
{ ca  ala a 63 } -17.914, 12.595, 11.666
{ ca  asp a 64 } -17.412, 16.059, 13.026
{ ca  ala a 65 } -13.770, 16.068, 11.982
{ ca  leu a 66 } -14.866, 15.057, 8.574
{ ca  thr a 67 } -17.360, 17.993, 8.420
{ ca  asn a 68 } -14.752, 20.375, 9.633
{ ca  ala a 69 } -12.657, 19.022, 6.707
{ ca  val a 70 } -15.582, 19.612, 4.089
{ ca  ala a 71 } -16.015, 23.125, 5.447
{ ca  his a 72 } -12.374, 24.295, 5.204
{ ca  val a 73 } -11.556, 21.728, 2.468
{ ca  asp a 74 } -9.351, 24.413, 0.801
{ ca  asp a 75 } -7.477, 24.485, 4.164
{ ca  met a 76 } -7.681, 21.137, 5.884
{ ca  pro a 77 } -3.937, 21.304, 6.816
{ ca  asn a 78 } -4.464, 24.216, 9.380
{ ca  ala a 79 } -7.843, 22.910, 10.367
{ ca  leu a 80 } -6.912, 19.241, 11.120
{ ca  ser a 81 } -3.766, 20.669, 12.572
{ ca  ala a 82 } -4.231, 19.152, 15.997
{ ca  leu a 83 } -5.698, 15.767, 14.926
{ ca  ser a 84 } -2.530, 15.400, 12.776
{ ca  asp a 85 } -0.497, 15.742, 15.908
{ ca  leu a 86 } -2.766, 13.478, 17.941
{ ca  his a 87 } -2.885, 10.682, 15.431
{ ca  ala a 88 } 0.727, 10.694, 14.136
{ ca  his a 89 } 2.654, 11.962, 17.174
{ ca  lys a 90 } 0.826, 10.865, 20.125
{ ca  leu a 91 } -1.057, 7.843, 18.804
{ ca  arg a 92 } 1.324, 6.644, 16.089
{ ca  val a 93 } -1.471, 5.316, 13.888
{ c   val a 93 } -0.827, 4.892, 12.560
{ o   val a 93 } -0.243, 5.681, 11.809
{ c   val a 93 } P -0.827, 4.892, 12.560
{ n   asp a 94 } -0.966, 3.625, 12.290
{ ca  asp a 94 } -0.350, 3.084, 11.114
{ ca  pro a 95 } -1.107, 4.987, 7.996
{ ca  val a 96 } -2.517, 1.808, 6.486
{ ca  asn a 97 } -5.288, 2.277, 9.026
{ ca  phe a 98 } -6.390, 5.396, 7.273
{ ca  lys a 99 } -7.019, 3.391, 4.119
{ ca  leu a 100 } -9.214, 0.802, 5.877
{ ca  leu a 101 } -11.375, 3.373, 7.654
{ ca  ser a 102 } -11.749, 5.447, 4.544
{ ca  his a 103 } -13.049, 2.472, 2.819
{ ca  cys a 104 } -15.522, 1.681, 5.548
{ ca  leu a 105 } -16.711, 5.282, 5.334
{ ca  leu a 106 } -17.429, 4.844, 1.547
{ ca  val a 107 } -19.188, 1.417, 2.052
{ ca  thr a 108 } -21.257, 3.300, 4.781
{ ca  leu a 109 } -22.100, 6.373, 2.478
{ ca  ala a 110 } -22.946, 3.911, -0.303
{ ca  ala a 111 } -24.994, 1.694, 1.932
{ ca  his a 112 } -26.983, 4.746, 2.893
{ ca  leu a 113 } -27.208, 7.070, -0.094
{ ca  pro a 114 } -27.539, 5.138, -3.383
{ ca  ala a 115 } -29.084, 7.972, -5.386
{ ca  glu a 116 } -26.186, 10.226, -4.445
{ ca  phe a 117 } -23.362, 7.688, -4.474
{ ca  thr a 118 } -22.645, 8.083, -8.192
{ ca  pro a 119 } -19.386, 6.650, -9.670
{ ca  ala a 120 } -18.223, 10.246, -9.788
{ ca  val a 121 } -19.147, 11.059, -6.282
{ ca  his a 122 } -17.632, 7.825, -5.161
{ ca  ala a 123 } -14.470, 9.100, -6.816
{ ca  ser a 124 } -14.699, 12.665, -5.233
{ ca  leu a 125 } -15.278, 11.081, -1.881
{ ca  asp a 126 } -12.451, 8.684, -2.149
{ ca  lys a 127 } -10.118, 11.568, -3.165
{ ca  phe a 128 } -11.402, 13.654, -0.406
{ ca  leu a 129 } -10.884, 10.926, 2.130
{ ca  ala a 130 } -7.470, 10.487, 0.850
{ ca  ser a 131 } -6.673, 14.116, 1.505
{ ca  val a 132 } -7.896, 14.019, 4.967
{ ca  ser a 133 } -5.783, 10.873, 5.609
{ ca  thr a 134 } -2.706, 12.476, 4.044
{ ca  val a 135 } -3.115, 15.414, 6.318
{ ca  leu a 136 } -3.533, 13.230, 9.488
{ ca  thr a 137 } -0.332, 11.244, 8.616
{ ca  ser a 138 } 1.761, 14.248, 7.484
{ ca  lys a 139 } 3.751, 14.596, 10.589
{ ca  tyr a 140 } 5.213, 11.205, 9.566
{ c   tyr a 140 } 6.055, 11.563, 8.324
{ o   tyr a 140 } 7.114, 10.955, 8.111
{ c   tyr a 140 } P 6.055, 11.563, 8.324
{ n   arg a 141 } 5.573, 12.529, 7.568
{ ca  arg a 141 } 6.047, 12.996, 6.260
{ c   arg a 141 } 6.846, 14.289, 6.447
{ o   arg a 141 } 7.541, 14.413, 7.464
{ c   arg a 141 } P 6.846, 14.289, 6.447
{ oxt arg a 141 } 6.731, 15.177, 5.594
@balllist {hto} color= red     radius= 0.300
{ o1  hem a 1 } -10.482, 8.253, 14.994
{ o2  hem a 1 } -11.194, 7.265, 15.007
@vectorlist {Drawn} color= red    
{ o1  hem a 1 } P   -10.482, 8.253, 14.994 
{ o2  hem a 1 } L   -11.194, 7.265, 15.007 
@balllist {Fe} color= orange     radius= 0.450
{fe   hem a 1 } -9.012, 9.005, 14.870
@balllist {N} color= blue     radius= 0.200
{ n a hem a 1 } -9.998, 10.580, 15.650
{ n b hem a 1 } -9.686, 9.764, 13.106
{ n c hem a 1 } -8.401, 7.354, 14.025
{ n d hem a 1 } -8.478, 8.226, 16.553
@vectorlist {ht} color= magenta
{fe   hem a 1 } P -9.012, 9.005, 14.870
{ n a hem a 1 } -9.998, 10.580, 15.650
{ cha hem a 1 } P -9.467, 10.011, 17.990
{ c1a hem a 1 } -10.040, 10.841, 16.983
{ c2a hem a 1 } -10.766, 12.071, 17.238
{ c3a hem a 1 } -11.099, 12.559, 16.017
{ chb hem a 1 } P -10.712, 11.863, 13.719
{ c4a hem a 1 } -10.593, 11.654, 15.063
{ c3a hem a 1 } P -11.099, 12.559, 16.017
{ cma hem a 1 } -11.947, 13.727, 15.624
{ c2a hem a 1 } P -10.766, 12.071, 17.238
{ caa hem a 1 } -10.669, 12.854, 18.535
{ cba hem a 1 } -10.364, 14.338, 18.512
{ cga hem a 1 } -10.559, 14.824, 19.946
{ o1a hem a 1 } -11.435, 15.653, 20.226
{ cga hem a 1 } P -10.559, 14.824, 19.946
{ o2a hem a 1 } -9.845, 14.297, 20.791
{fe   hem a 1 } P -9.012, 9.005, 14.870
{ n b hem a 1 } -9.686, 9.764, 13.106
{ chb hem a 1 } P -10.712, 11.863, 13.719
{ c1b hem a 1 } -10.342, 10.919, 12.792
{ c2b hem a 1 } -10.667, 10.998, 11.380
{ c3b hem a 1 } -10.173, 9.869, 10.778
{ chc hem a 1 } P -8.964, 7.904, 11.681
{ c4b hem a 1 } -9.563, 9.127, 11.872
{ c2b hem a 1 } P -10.667, 10.998, 11.380
{ cmb hem a 1 } -11.226, 12.250, 10.772
{ c3b hem a 1 } P -10.173, 9.869, 10.778
{ cab hem a 1 } -9.857, 9.552, 9.321
{ cbb hem a 1 } -10.361, 10.263, 8.227
{fe   hem a 1 } P -9.012, 9.005, 14.870
{ n c hem a 1 } -8.401, 7.354, 14.025
{ chc hem a 1 } P -8.964, 7.904, 11.681
{ c1c hem a 1 } -8.421, 7.085, 12.674
{ c2c hem a 1 } -7.794, 5.803, 12.393
{ c3c hem a 1 } -7.368, 5.279, 13.573
{ chd hem a 1 } P -7.463, 6.084, 15.900
{ c4c hem a 1 } -7.731, 6.238, 14.571
{ c2c hem a 1 } P -7.794, 5.803, 12.393
{ cmc hem a 1 } -7.385, 5.360, 11.024
{ c3c hem a 1 } P -7.368, 5.279, 13.573
{ cac hem a 1 } -6.738, 3.941, 13.843
{ cbc hem a 1 } -7.419, 2.765, 13.627
{fe   hem a 1 } P -9.012, 9.005, 14.870
{ n d hem a 1 } -8.478, 8.226, 16.553
{ chd hem a 1 } P -7.463, 6.084, 15.900
{ c1d hem a 1 } -7.851, 7.051, 16.840
{ c2d hem a 1 } -7.638, 6.934, 18.245
{ c3d hem a 1 } -8.160, 8.014, 18.818
{ cha hem a 1 } P -9.467, 10.011, 17.990
{ c4d hem a 1 } -8.718, 8.834, 17.777
{ c2d hem a 1 } P -7.638, 6.934, 18.245
{ cmd hem a 1 } -7.394, 5.651, 18.975
{ c3d hem a 1 } P -8.160, 8.014, 18.818
{ cad hem a 1 } -8.281, 8.188, 20.305
{ cbd hem a 1 } -9.531, 7.555, 20.902
{ cgd hem a 1 } -9.464, 7.781, 22.395
{ o1d hem a 1 } -8.436, 7.442, 22.975
{ cgd hem a 1 } P -9.464, 7.781, 22.395
{ o2d hem a 1 } -10.428, 8.315, 22.950
{ n a hem a 1 } P -9.998, 10.580, 15.650
{ c1a hem a 1 } -10.040, 10.841, 16.983
{ n a hem a 1 } P -9.998, 10.580, 15.650
{ c4a hem a 1 } -10.593, 11.654, 15.063
{ c3a hem a 1 } P -11.099, 12.559, 16.017
{ c4a hem a 1 } -10.593, 11.654, 15.063
{ n b hem a 1 } P -9.686, 9.764, 13.106
{ c1b hem a 1 } -10.342, 10.919, 12.792
{ n b hem a 1 } P -9.686, 9.764, 13.106
{ c4b hem a 1 } -9.563, 9.127, 11.872
{ c3b hem a 1 } P -10.173, 9.869, 10.778
{ c4b hem a 1 } -9.563, 9.127, 11.872
{ n c hem a 1 } P -8.401, 7.354, 14.025
{ c1c hem a 1 } -8.421, 7.085, 12.674
{ n c hem a 1 } P -8.401, 7.354, 14.025
{ c4c hem a 1 } -7.731, 6.238, 14.571
{ c3c hem a 1 } P -7.368, 5.279, 13.573
{ c4c hem a 1 } -7.731, 6.238, 14.571
{ n d hem a 1 } P -8.478, 8.226, 16.553
{ c1d hem a 1 } -7.851, 7.051, 16.840
{ n d hem a 1 } P -8.478, 8.226, 16.553
{ c4d hem a 1 } -8.718, 8.834, 17.777
{ c3d hem a 1 } P -8.160, 8.014, 18.818
{ c4d hem a 1 } -8.718, 8.834, 17.777
@vectorlist {Fe-O2 bond} color= green
{fe   hem a 1 } P -9.012, 9.005, 14.870
{ o1  hem a 1 } -10.482, 8.253, 14.994
@balllist {os} color= red    master= {Switch}  radius= 0.200
{ og1 thr a 38 } -3.731, -5.885, 12.715
{ og1 thr a 41 } -3.547, -3.704, 18.807
{ od1 asp a 94 } 0.576, 1.523, 8.997
{ od2 asp a 94 } 0.880, -0.186, 10.254
{ oh  tyr a 42 } -1.763, 1.616, 14.525
@vectorlist {sc} color= seagreen    master= {Switch}
{ ca  thr a 38 } P -5.981, -5.277, 13.597
{ cb  thr a 38 } -5.034, -5.430, 12.404
{ og1 thr a 38 } -3.731, -5.885, 12.715
{ cb  thr a 38 } P -5.034, -5.430, 12.404
{ cg2 thr a 38 } -5.100, -4.396, 11.288
{ ca  thr a 41 } P -5.276, -3.102, 18.860
{ ca  thr a 41 } P -5.472, -2.395, 18.904
{ cb  thr a 41 } -4.182, -2.675, 18.143
{ og1 thr a 41 } -3.547, -3.704, 18.807
{ cb  thr a 41 } P -4.182, -2.675, 18.143
{ cg2 thr a 41 } -3.188, -1.524, 18.149
{ ca  tyr a 42 } P -5.904, 1.277, 19.227
{ cb  tyr a 42 } -6.127, 2.117, 18.018
{ cg  tyr a 42 } -4.973, 1.916, 17.039
{ cd1 tyr a 42 } -3.914, 2.778, 17.155
{ ce1 tyr a 42 } -2.851, 2.689, 16.323
{ cz  tyr a 42 } -2.843, 1.705, 15.356
{ oh  tyr a 42 } -1.763, 1.616, 14.525
{ cg  tyr a 42 } P -4.973, 1.916, 17.039
{ cd2 tyr a 42 } -4.978, 0.906, 16.089
{ ce2 tyr a 42 } -3.907, 0.804, 15.240
{ cz  tyr a 42 } -2.843, 1.705, 15.356
{ ca  pro a 44 } P -8.372, -1.309, 23.986
{ cb  pro a 44 } -6.949, -1.648, 24.380
{ cg  pro a 44 } -6.052, -0.754, 23.521
{ cd  pro a 44 } -6.904, 0.466, 23.219
{ n   pro a 44 } P -8.237, -0.169, 23.076
{ cd  pro a 44 } -6.904, 0.466, 23.219
{ ca  asp a 94 } P -0.350, 3.084, 11.114
{ cb  asp a 94 } -0.358, 1.578, 11.211
{ cg  asp a 94 } 0.419, 0.938, 10.066
{ od1 asp a 94 } 0.576, 1.523, 8.997
{ cg  asp a 94 } P 0.419, 0.938, 10.066
{ od2 asp a 94 } 0.880, -0.186, 10.254
@vectorlist {switch hbond} color= white    master= {Switch}
{ od1 asn b 102 } P 2.493, -1.771, 9.948
{ od2 asp a 94 } 1.233, -0.533, 10.187
@balllist {ns} color= blue    master= {Salt bridges} off  radius= 0.200
{ nz  lys a 40 } -12.831, -7.348, 16.254
{ nh1 arg a 141 } 2.919, 10.585, 2.020
{ nh2 arg a 141 } 0.612, 10.400, 2.171
@balllist {os} color= red    master= {Salt bridges} off  radius= 0.200
{ oh  tyr a 140 } 1.222, 7.534, 13.048
@vectorlist {sc} color= seagreen    master= {Salt bridges} off
{ ca  lys a 40 } P -8.943, -2.944, 17.317
{ cb  lys a 40 } -9.482, -4.327, 17.569
{ cg  lys a 40 } -10.746, -4.558, 16.751
{ cd  lys a 40 } -11.711, -5.498, 17.509
{ ce  lys a 40 } -11.634, -6.970, 17.046
{ nz  lys a 40 } -12.831, -7.348, 16.254
{ ca  tyr a 140 } P 5.213, 11.205, 9.566
{ cb  tyr a 140 } 4.655, 9.830, 9.190
{ cg  tyr a 140 } 3.758, 9.178, 10.248
{ cd1 tyr a 140 } 2.484, 8.782, 9.900
{ ce1 tyr a 140 } 1.632, 8.211, 10.835
{ cz  tyr a 140 } 2.083, 8.037, 12.108
{ oh  tyr a 140 } 1.222, 7.534, 13.048
{ cg  tyr a 140 } P 3.758, 9.178, 10.248
{ cd2 tyr a 140 } 4.235, 8.993, 11.525
{ ce2 tyr a 140 } 3.396, 8.420, 12.463
{ cz  tyr a 140 } 2.083, 8.037, 12.108
{ ca  arg a 141 } P 6.047, 12.996, 6.260
{ cb  arg a 141 } 4.820, 13.332, 5.393
{ cg  arg a 141 } 3.832, 12.181, 5.130
{ cd  arg a 141 } 2.625, 12.722, 4.341
{ ne  arg a 141 } 1.655, 11.715, 3.765
{ cz  arg a 141 } 1.749, 10.950, 2.620
{ nh1 arg a 141 } 2.919, 10.585, 2.020
{ cz  arg a 141 } P 1.749, 10.950, 2.620
{ nh2 arg a 141 } 0.612, 10.400, 2.171
@vectorlist {hbonds} color= white    master= {Salt bridges} off
{ oh  tyr a 140 } P U 0.838, 7.048, 12.723 
{ o   val a 93 } L U 0.141, 6.167, 12.134 
@subgroup {Proximl His} dominant
@balllist {his ns} color= blue     radius= 0.200
{ nd1 his a 87 } -5.971, 11.753, 14.790
{ ne2 his a 87 } -7.336, 9.971, 14.779
{ nd1 his b 92 } 5.914, -11.943, 14.173
{ ne2 his b 92 } 7.327, -10.262, 14.540
@vectorlist {his} color= cyan
{ ca  his a 87 } P -2.885, 10.682, 15.431
{ cb  his a 87 } -3.729, 10.636, 14.180
{ cg  his a 87 } -5.237, 10.621, 14.466
{ nd1 his a 87 } -5.971, 11.753, 14.790
{ ce1 his a 87 } -7.276, 11.341, 14.973
{ ne2 his a 87 } -7.336, 9.971, 14.779
{ ne2 his a 87 } P -7.336, 9.971, 14.779
{ ce1 his a 87 } -7.276, 11.341, 14.973
{ cg  his a 87 } P -5.237, 10.621, 14.466
{ cd2 his a 87 } -6.063, 9.544, 14.480
{ ne2 his a 87 } -7.336, 9.971, 14.779
{ ce1 his a 87 } -7.276, 11.341, 14.973
{ ca  his b 92 } P 2.670, -11.038, 15.027
{ cb  his b 92 } 3.645, -10.734, 13.907
{ cg  his b 92 } 5.168, -10.788, 14.159
{ nd1 his b 92 } 5.914, -11.943, 14.173
{ ce1 his b 92 } 7.207, -11.601, 14.390
{ ne2 his b 92 } 7.327, -10.262, 14.540
{ ne2 his b 92 } P 7.327, -10.262, 14.540
{ ce1 his b 92 } 7.207, -11.601, 14.390
{ cg  his b 92 } P 5.168, -10.788, 14.159
{ cd2 his b 92 } 6.030, -9.766, 14.407
{ ne2 his b 92 } 7.327, -10.262, 14.540
{ ce1 his b 92 } 7.207, -11.601, 14.390
@vectorlist {his ligs} color= green
{fe   hem a 1 } P -8.579, 9.254, 14.847
{ ne2 his a 87 } -7.336, 9.971, 14.779
{fe   hem b 1 } P 8.572, -9.331, 14.742
{ ne2 his b 92 } 7.327, -10.262, 14.540
@subgroup {labels} nobutton off master= {Labels}
@labellist {a-1} nobutton color= pinktint  
{ alpha1 } -19.469, 10.329, -9.272
@labellist {b-2} nobutton color= pink
{ beta2 } 17.555, -19.659, -9.714

22
Exercise 6. Myoglobin and Hemoglobin


1
		Exercise 6. Myoglobin and Hemoglobin


24
Exercise 7. Saccharides


107
		Exercise 7. Saccharides