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Article title matches

  1. Image:LOOPS.png (0 bytes)
  2. Category:Loops with alpha helice (54 bytes)
    1: List of pages with the keyword Loops with alpha helice
  3. Category:Kdsa kdo8ps loops catalysis conformation (71 bytes)
    1: List of pages with the keyword Kdsa kdo8ps loops catalysis conformation
  4. Category:Loops motion (43 bytes)
    1: List of pages with the keyword Loops motion
  5. Image:Riboswitch loops replaced.png (121 bytes)
    1: Left: guanine riboswitch with terminal loops intact
    2: Right: same riboswitch with terminal loops replaced by UUCG sequences
  6. Image:Loops.png (0 bytes)
  7. Image:AF-F8JB59-charge-catres-loops.gif (0 bytes)
  8. Image:AANAT loops & catalytics.pse (0 bytes)
  9. Image:AANAT loops & catalytics.png (0 bytes)
  10. Image:Loops and catalytics.spt (39 bytes)
  11. Image:1h58 sheets alfa loops.pse (155 bytes)
    2: ...58 customized to highlight sheets, alfa-helix and loops
  12. Image:1h58 sheets alfa loops.pdb (140 bytes)

Page text matches

  1. Telomerase Reverse Transcriptase (5,665 bytes)
    37: ...-87) and β4 with α5 (residues 122-127) through loops. The methionine can be found at either end of α4...
    38: Loops also link the His6 tag and the N-terminal TERT re...
  2. 1e4i (5,527 bytes)
    24: ... of helix alpha2, to Asp28, located in one of the loops surrounding the active-site cavity. The new ion p...
  3. 1vyo (4,008 bytes)
    24: ... for azo ligand recognition; information on these loops is provided by the high-resolution (1.5 A) X-ray ...
  4. 1nvg (3,945 bytes)
    24: ...ights the role in SsADH catalysis of the flexible loops located at the interface between the catalytic an...
  5. Sandbox 781 (8,140 bytes)
    28: ...ef name="four">PMID:29438582</ref>.TM5–TM10 and loops C and D also play a role in the catalytic site an...
  6. 2boa (4,425 bytes)
    24: ...t resides. The border of this funnel is shaped by loops, which are responsible for the interaction with t...
  7. 2cn5 (7,986 bytes)
    26: ...veals a remarkable dimeric arrangement in which T-loops are exchanged between protomers, to form an activ...
  8. 2cn8 (7,949 bytes)
    26: ...veals a remarkable dimeric arrangement in which T-loops are exchanged between protomers, to form an activ...
  9. 3zjm (4,488 bytes)
    14: ...om the structural viewpoint, protoglobin-specific loops and a N-terminal extension of 20 residues complet...
  10. 3zjn (4,423 bytes)
    14: ...om the structural viewpoint, protoglobin-specific loops and a N-terminal extension of 20 residues complet...
  11. 1hg3 (4,880 bytes)
    24: ...pruning of several helices and truncation of some loops give rise to a much more compact monomer in the s...
  12. 1rbo (4,633 bytes)
    24: ...rs. Both inhibitors induce closure of active site loops despite the inactivated state of the enzyme. Xylu...
  13. 1npm (5,105 bytes)
    24: ...rather than NGFgamma. The unique conformations of loops G and H form an S1 pocket specific for both argin...
  14. 1vdc (4,629 bytes)
    24: ...ia coli enzyme, and most differences occur in the loops. Because the plant and E. coli enzymes have the s...
  15. 1h7r (4,687 bytes)
    24: ...by inducing a number of conformational changes in loops covering the active site, which may be important ...
  16. 1h7o (4,697 bytes)
    24: ...by inducing a number of conformational changes in loops covering the active site, which may be important ...
  17. 1h7n (4,680 bytes)
    24: ...by inducing a number of conformational changes in loops covering the active site, which may be important ...
  18. 1h7p (4,711 bytes)
    24: ...by inducing a number of conformational changes in loops covering the active site, which may be important ...
  19. 1cux (5,108 bytes)
    23: ... to investigate the dynamics of cutinase. Surface loops were identified as the major flexible protein reg...
  20. 9k3m (1,870 bytes)
    10: ...e virus interacts with LPS through the exposed EF loops on the F proteins. After the genome had been ejec...

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