Difference between revisions of "User:Remig/plico/plicoGeneral"

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(Created page with "It is designed to support modeling the de novo protein folding approach where folding is envisioned to occur as the polypeptide emerges from the ribosome as water and side-chain ...")
 
(Plico General Operations)
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It is designed to support modeling the de novo protein folding approach where folding is envisioned to occur as the polypeptide emerges from the ribosome as water and side-chain oxygens (predominantly) disrupt the h-bonds of the alpha helix (likewise for RNA emerging from polymerase).
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The Plico suite was designed to support modeling the de novo protein folding approach where folding is envisioned to occur as the polypeptide emerges from the ribosome as water and side-chain oxygens (predominantly) disrupt the h-bonds of the alpha helix (likewise for RNA emerging from polymerase).
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The suite consists of Jmol scripts for manipulating polypeptides, scripts for manipulating polynucleotides and scripts for manipulating either.  The names of scripts for polynucleotides generally end in NT (except for the script "polymeraze.spt").  Scripts designed for both polypeptides and polynucleotides include "modify.spt" and "convert_residue.spt".
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The scripts can be run manually or as macros in the Jmol application.  In the future I may also provide means to add them to the Jmol menu.
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When run, the scripts either prompt for inputs or else display a list of available mouse actions as echo text in the upper left corner of the Jmol window.  These actions consist of mouse clicks and drags in combination with the modifier keys SHIFT, ALT and CTRL.  The list of actions is presented with a yellow background.  When the script is busy for any time, the background changes to pink until the script action completes.  Clicking on the top line of the list will toggle the list display on and off.

Revision as of 18:17, 24 July 2015

The Plico suite was designed to support modeling the de novo protein folding approach where folding is envisioned to occur as the polypeptide emerges from the ribosome as water and side-chain oxygens (predominantly) disrupt the h-bonds of the alpha helix (likewise for RNA emerging from polymerase).

The suite consists of Jmol scripts for manipulating polypeptides, scripts for manipulating polynucleotides and scripts for manipulating either. The names of scripts for polynucleotides generally end in NT (except for the script "polymeraze.spt"). Scripts designed for both polypeptides and polynucleotides include "modify.spt" and "convert_residue.spt".

The scripts can be run manually or as macros in the Jmol application. In the future I may also provide means to add them to the Jmol menu.

When run, the scripts either prompt for inputs or else display a list of available mouse actions as echo text in the upper left corner of the Jmol window. These actions consist of mouse clicks and drags in combination with the modifier keys SHIFT, ALT and CTRL. The list of actions is presented with a yellow background. When the script is busy for any time, the background changes to pink until the script action completes. Clicking on the top line of the list will toggle the list display on and off.

Contributors

Remig