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User:Kasha Maslowski/Sandbox 2

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Revision as of 21:41, 6 August 2019

References

Molecular models in this page were created or modified from PDB files by Alejandro Porto using the tool JSME Molecular Editor [2]

↑ Herráez, Angel, and Michael Bruist. “Intermolecular Hydrogen Bonds in Liquid Water and in Ice.” Structure of Water and Ice, biomodel.uah.es/en/water/p1.htm | [1]

Proteopedia Page Contributors and Editors (what is this?)

Kasha Maslowski

Retrieved from "http://52.214.119.220/wiki/index.php/User:Kasha_Maslowski/Sandbox_2"

@@ Line 21: / Line 21: @@
 | <scene name='82/822541/Molecule_j3/2'>Molecule J</scene>
 | <scene name='82/822541/Molecule_k/1'>Molecule K</scene>
-| <scene name='82/822541/Molecule_k/2'>Molecule L</scene>
+| <scene name='82/822541/Molecule_l/1'>Molecule L</scene>
 |-
-| Molecule M
+| <scene name='82/822541/Molecule_m/2'>Molecule M</scene>
-| Molecule N
+| <scene name='82/822541/Molecule_n/1'>Molecule N</scene>
-| Molecule O
+| <scene name='82/822541/Molecule_o/1'>Molecule O</scene>
-| Molecule P
+| <scene name='82/822541/Molecule_p/1'>Molecule P</scene>
 |}
-<scene name='60/603296/Estradiol/1'>estradiol</scene>
-<scene name='82/822541/Molecule_a/2'>Molecule A</scene>
-<scene name='82/822541/Molecule_c/11'>Molecule C</scene>
-::<scene name='60/603296/Gliceraldehido/1'>D-gliceraldehyde</scene> molecular structure
-::<scene name='60/603296/Gliceraldehido/2'>L-gliceraldehyde</scene> molecular structure.
-::<scene name='60/603296/Gliceraldehido/3'>Mirror images from each other</scene>.
-::<scene name='60/603296/Glucosa/1'>D-glucose</scene>
-::<scene name='60/603296/Glucopiranosa/10'>carbon C1 and C5 approach</scene>
-::<scene name='60/603296/Glucopiranosa/13'>Pyranose ring</scene>.
-::<scene name='60/603296/Glucopiranosa/9'>α-D-glucopyranose</scene>.
-::<scene name='60/603296/Fructofuranosa/1'>β-D-fructofuranose</scene>.
-::<scene name='60/603296/Glucosamina/1'>D-glucosamine</scene>
-==Disaccharides==
-::<scene name='60/603296/Glucosidico1/1'>2 glucose molecules approach</scene>.
-::<scene name='60/603296/Glucosidico1/3'> 1 water molecule is losed</scene>
-::<scene name='60/603296/Glucosidico2/2'>a glycosidic bond is formed</scene>.
-::<scene name='60/603296/Maltosa/1'>Maltose</scene> shows a α-glycosidic bond
-::<scene name='60/603296/Celobiosa/1'>Cellobiose</scene> shows a β-glycosidic bond, like <scene name='60/603296/Sacarosa/1'>sucrose</scene>.
-==Polysaccharides==
-*'''Starch'''
-**'''Amylose'''
-::<scene name='60/603296/Amilosa/3'>Maltose (2 residues of glucose)</scene>
-::We add a <scene name='60/603296/Amilosa/4'>3rd</scene>, <scene name='60/603296/Amilosa/5'>4th</scene>, <scene name='60/603296/Amilosa/6'>5th</scene> and <scene name='60/603296/Amilosa/7'>6th</scene> residues.
-::<scene name='60/603296/Amilosa/8'>Activate rotation</scene> to observe helical structure
-::<scene name='60/603296/Amilosa/9'>Zoom out</scene> and adition of more glucose residues to reach a <scene name='60/603296/Amilosa/10'>30 residues</scene> molecule
-::Look from a <scene name='60/603296/Amilosa/11'>polar view</scene>.
-**'''Amylopectin'''.-
-::A fragment of ''amylopectin'' including <scene name='60/603296/Amilopectina/1'>5 glucose residues</scene>.
-::Zoom in to show a <scene name='60/603296/Amilopectina/5'>Branch point</scene>
-::<scene name='60/603296/Amilopectina/10'>4 residues at branch point</scene>.
-::By adding to <scene name='60/603296/Amilopectina/12'>initial structure</scene> 25 glucose residues we get a <scene name='60/603296/Amilopectina2/1'>30 residues amylopectin fragment</scene>.
-::<scene name='60/603296/Amilopectina/13'>Zoom out</scene> to show that branch points are spaced by 24-30 glucose residues.
-*<scene name='60/603296/Glucogeno/1'>Glycogen</scene>.- Structure like ''amylopectin'' but with branch points spaced by 8-12 glucsoe residues.
-*'''Cellulose'''.-
-::<scene name='60/603296/Celulosa/1'>Cellobiose (2 glucose residues)</scene>
-::<scene name='60/603296/Celulosa/2'>Zoom out</scene>
-::We add a <scene name='60/603296/Celulosa/3'>3rd</scene>, a <scene name='60/603296/Celulosa/4'>4th</scene>, a <scene name='60/603296/Celulosa/5'>5th</scene> and a <scene name='60/603296/Celulosa/6'>6th</scene> glucose residue to show the <scene name='60/603296/Celulosa/7'>helical structure</scene> of ''cellulose'' molecule (more extended that the ''amylose'' one).
-::<scene name='60/603296/Celulosa/8'>Zoom out</scene> and adition of new residues to complete a <scene name='60/603296/Celulosa/9'>30 residuos cellulose fragment</scene>.
-::Look from a <scene name='60/603296/Celulosa/10'>polar view</scene>
-*<scene name='60/603296/Quitina/6'>Chitin</scene>.- A polymer of <scene name='60/603296/Quitina/4'>β-N-acetil-D-glucosamina</scene>.
-::A <scene name='60/603296/chitin/2'>3 residues</scene> chitin fragment.
-*<scene name='60/603296/Hialuron/2'>Hyaluronic acid</scene>.- ''Heteropolysaccharide'' with alternating residues of <scene name='60/603296/Quitina/4'>β-N-acetil-D-glucosamine</scene> and <scene name='60/603296/Glucuronico/1'>glucuronic acid</scene>
 </StructureSection>
 == References ==
 *Molecular models in this page were created  or modified from [[PDB files]] by [[User:Alejandro Porto|Alejandro Porto]] using the tool JSME Molecular Editor [http://biomodel.uah.es/en/DIY/JSME/draw.es.htm]
 <references/>

User:Kasha Maslowski/Sandbox 2

From Proteopedia

Revision as of 21:41, 6 August 2019

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