Alpha helix: Difference between revisions

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Karsten Theis (talk | contribs)
Karsten Theis (talk | contribs)
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In an alpha helix, the main chain arranges in a <scene name='77/778341/Ribbon/1'>right-handed helix</scene> with the <jmol><jmolLink>
In an alpha helix, the main chain arranges in a <scene name='77/778341/Ribbon/1'>right-handed helix</scene> with the <jmol><jmolLink>
<script>  select 6-10:A.sidechain; spacefill 20%; delay 0.4; select (6-10:A.CB) or (6-10:A.backbone); restrict selected;
<script>  select 6-10:A.sidechain; spacefill 20%; wireframe 0.3; delay 0.8; select (6-10:A.CB) or (6-10:A.backbone); restrict selected;
   </script>
   </script>
   <text>side chains</text>
   <text>side chains</text>
</jmolLink></jmol>side chains (truncated at the beta carbon for a better view of the main chain) pointing away from the helical axis. The alpha helix is stabilized by <scene name='77/778341/Hbonds/2'>hydrogen bonds</scene> (shown as dashed lines) from the <jmol>
</jmolLink></jmol> (truncated at the beta carbon shown in green for a better view of the main chain) pointing away from the helical axis. The alpha helix is stabilized by <scene name='77/778341/Hbonds/2'>hydrogen bonds</scene> (shown as dashed lines) from the <jmol>
<jmolLink>
<jmolLink>
<script>  select 6-10:A.O; spacefill 30%; delay 0.4; spacefill 20%; delay 0.4; spacefill 30%; delay 0.4; spacefill 20%l delay 0.4;
<script>  select 6-10:A.O; spacefill 30%; delay 0.4; spacefill 20%; delay 0.4; spacefill 30%; delay 0.4; spacefill 20%l delay 0.4;