Difference between revisions of "Pathway Gap Filling Post-CHECKSPMUTATE"

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(Created page with "== Introduction == This is a recommended procedure to be used following the use of CHECKSPMUTATE, if it was a pathway which was being reoptimised. CHECKSPMUTATE muta...")
 
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It is almost inevitable (particularly is we are introducing bulky mutations) that not all of the stationary points post-mutation will reoptimise (there could be steric clashes etc). Thus, there will be gaps in our new, mutated pathway. Hence the need for post-processing to fill these gaps.
 
It is almost inevitable (particularly is we are introducing bulky mutations) that not all of the stationary points post-mutation will reoptimise (there could be steric clashes etc). Thus, there will be gaps in our new, mutated pathway. Hence the need for post-processing to fill these gaps.
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Please note this method listed below is highly idiosyncratic, and as such is only meant as a loose guide. It uses very simple bash scripts, which can be easily edited. Please feel free to adapt the procedure to your own needs/preferences.
   
 
== Method ==
 
== Method ==
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Ordinarily, I will have run two CHECKSPMUTATE calculations in

Revision as of 11:02, 3 June 2020

Introduction

This is a recommended procedure to be used following the use of CHECKSPMUTATE, if it was a pathway which was being reoptimised.

CHECKSPMUTATE mutates a selected set of residues in a protein or protein+ligand system, and reoptimises all of the stationary points from the original system. Thus mutated forms or a close homologue can be directly compared against a wild type protein. This is particularly useful when comparing a particular protein fold or protein+cofactor interaction. In these instances, we are interested in reoptimising only the stationary points comprising a particular pathway, and the database before mutation is set up accordingly.

It is almost inevitable (particularly is we are introducing bulky mutations) that not all of the stationary points post-mutation will reoptimise (there could be steric clashes etc). Thus, there will be gaps in our new, mutated pathway. Hence the need for post-processing to fill these gaps.

Please note this method listed below is highly idiosyncratic, and as such is only meant as a loose guide. It uses very simple bash scripts, which can be easily edited. Please feel free to adapt the procedure to your own needs/preferences.

Method

Ordinarily, I will have run two CHECKSPMUTATE calculations in