Sandbox Reserved 426: Difference between revisions

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The 1xcs (model at right) protein is a small, simple globular ~~protein lacking any clear~~ secondary beta sheets or alpha helices. The ~~protein~~ consists of two non-identical dimers. A simplified model of 1xcs is shown <scene name='48/483883/Title/4'>here,</scene> with the side chains removed for clarity. The protein can be followed from N to C terminus following along each strand from blue to red. Note that the strands are antiparallel where they are non-covalently bound. <scene name='48/483883/1xcs_with_side_chains/2'>1xcs with the side chains displayed (black)</scene> visualizes this bonding in the middle region of the ~~protein~~, again following each strand from blue to red from N to C terminus.

The 1xcs (model at right) protein is a small, simple globular DNA complex, and as such lacks secondary beta sheets or alpha helices. The complex consists of two non-identical dimers. A simplified model of 1xcs is shown <scene name='48/483883/Title/4'>here,</scene> with the side chains removed for clarity. The protein can be followed from N to C terminus following along each strand from blue to red. Note that the strands are antiparallel where they are non-covalently bound. <scene name='48/483883/1xcs_with_side_chains/2'>1xcs with the side chains displayed (black)</scene> visualizes this bonding in the middle region of the complex, again following each strand from blue to red from N to C terminus.

Sandbox Reserved 426: Difference between revisions

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 <Structure load='1xcs' size='300' frame='true' align='right' caption='Three dimensional representation of the 1xcs structure.' scene='Insert optional scene name here' />
-The 1xcs (model at right) protein is a small, simple globular protein lacking any clear secondary beta sheets or alpha helices. The protein consists of two non-identical dimers. A simplified model of 1xcs is shown <scene name='48/483883/Title/4'>here,</scene> with the side chains removed for clarity. The protein can be followed from N to C terminus following along each strand from blue to red. Note that the strands are antiparallel where they are non-covalently bound. <scene name='48/483883/1xcs_with_side_chains/2'>1xcs with the side chains displayed (black)</scene> visualizes this bonding in the middle region of the protein, again following each strand from blue to red from N to C terminus.
+The 1xcs (model at right) protein is a small, simple globular DNA complex, and as such lacks secondary beta sheets or alpha helices. The complex consists of two non-identical dimers. A simplified model of 1xcs is shown <scene name='48/483883/Title/4'>here,</scene> with the side chains removed for clarity. The protein can be followed from N to C terminus following along each strand from blue to red. Note that the strands are antiparallel where they are non-covalently bound. <scene name='48/483883/1xcs_with_side_chains/2'>1xcs with the side chains displayed (black)</scene> visualizes this bonding in the middle region of the complex, again following each strand from blue to red from N to C terminus.
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