Backbone representations
From Proteopedia
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m (Backbone representation moved to Backbone representations: There are more than one) |
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==Ribbon Backbone Trace== | ==Ribbon Backbone Trace== | ||
| - | Perhaps the most common backbone representation is the <scene name='59/599354/Helix/10'>ribbon</scene>. Here the <font style="color:#ff0080;"> ribbon is violet </font>, the [[DRuMS#Element|standard secondary structure color]] for alpha helices. | + | Perhaps the most common backbone representation is the <scene name='59/599354/Helix/10'>ribbon</scene>. Here the <font style="color:#ff0080;"> ribbon is violet </font>, the [[DRuMS#Element|standard secondary structure color]] for alpha helices. As you can see, the ribbon is a smoothed backbone trace expanded in width. |
*Here is the <scene name='59/599354/Helix/11'>ribbon alone</scene>. | *Here is the <scene name='59/599354/Helix/11'>ribbon alone</scene>. | ||
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*Here the <scene name='59/599354/Helix/12'>ribbon is decorated with sticks representing all atoms in this helix</scene>. | *Here the <scene name='59/599354/Helix/12'>ribbon is decorated with sticks representing all atoms in this helix</scene>. | ||
| - | == | + | ==Protein Domain Example== |
| + | Now lets look at a <scene name='59/599354/Domain/1'>small protein domain</scene> ([[1pgb]]). This domain contains the alpha helix used above, but also contains a small beta sheet made of four beta strands, plus loops (regions that are neither alpha helix nor beta strand) connecting the helices and strands. The helices and strands are represented as ribbons, while the "ropes" connecting them are smoothed backbone traces. | ||
| - | + | *Lets <scene name='59/599354/Domain/2'>color by secondary structure</scene>: | |
| - | + | {{Template:ColorKey_Helix}}, | |
| - | <scene name='59/599354/Domain/2'> | + | {{Template:ColorKey_Strand}}, |
| + | {{Template:ColorKey_Loop}}. | ||
<scene name='59/599354/Domain/3'>domain cartoon + wireframe</scene> | <scene name='59/599354/Domain/3'>domain cartoon + wireframe</scene> | ||
Revision as of 18:44, 19 September 2014
THIS ARTICLE IS UNDER DEVELOPMENT AND IS CURRENTLY INCOMPLETE. Eric Martz 20:18, 19 September 2014 (IDT)
Backbone representations are simplified 3D depictions of proteins or nucleic acids that enable the polymer chain structure to be seen. In proteins, a simple backbone trace connects alpha carbons (balls) but the backbone trace line does not coincide with any of the covalent bonds in the main chain ().
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