Difference between revisions of "Test Set Construction SB2024 V1 DOCK6.10 A"

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(A. Ligand Preparation)
(A. Ligand Preparation)
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Each script should process the system in a fully automated manner. There are key elements to check at each step before proceeding to the next. The output to be checked from each step is written to a folder "zzz.outfiles" with a unique file for each system, at each step. At the top of this file is the netid of the user who ran each process.
 
Each script should process the system in a fully automated manner. There are key elements to check at each step before proceeding to the next. The output to be checked from each step is written to a folder "zzz.outfiles" with a unique file for each system, at each step. At the top of this file is the netid of the user who ran each process.
 
==A. Ligand Preparation==
 
==A. Ligand Preparation==
This step will assign am1bcc charges.
+
This step will assign am1bcc charges to the preliminary file $system.lig.moe.mol2
  
 
==B. Receptor Preparation==
 
==B. Receptor Preparation==

Revision as of 17:46, 9 February 2024

!!!!!!Under Construction!!!!!!

The purpose of this tutorial is to develop a uniform method for adding systems to the Rizzo Lab test set, and rebuilding the set from initial files. This is the protocol to be used by all lab members. If the protocol is changed, a new tutorial should be made, preserving this tutorial.

I.Introduction

A key development for this tutorial is bookkeeping scripts to manage the count of heavy atoms during processing and indicate unaccounted changes. Test cases are also included which should be visually inspected for indicated elements to be sure that processing occurred as expected.

II.Scripts for System Preparation

Each script should process the system in a fully automated manner. There are key elements to check at each step before proceeding to the next. The output to be checked from each step is written to a folder "zzz.outfiles" with a unique file for each system, at each step. At the top of this file is the netid of the user who ran each process.

A. Ligand Preparation

This step will assign am1bcc charges to the preliminary file $system.lig.moe.mol2

B. Receptor Preparation

C. Sphere Generation

D. Single Grid Generation

E. Multi Grid Generation

F. Bookkeeping of Heavy Atoms

III.Test Cases for Preparation Integrity

These are cases which that need to be visually inspected to ensure key operations during preparation were executed. This step is crucial after building the test set in batch mode.

System Element Details
2GQG PhosphoTyrosine Residue Check Residue 171 correctly has Y2P phosphotyrosine (See Picture below)
2Y03 Disulfide Bond Check bond Residue 82.SG and Residue 167.SG is actually bonded (See Picture below )
4WMZ Heme Check Heme is correctly incorporated, including Iron (Fe)
1P44 NADH Cofactor Make sure cofactor is present in 1P44.rec.clean.mol2 and grid.out as residue "COF"
5UPG Zinc Chelated Histidine Protonation Residue should have HID protonation (See Picture below)
3D94 NonStandard Residue Defined Mutatation Make sure Residue 146 successfully mutates to Residue "MET" from "MHO"

IV.To Do

1. Integrate prep and frcmod files for cofactors available at http://amber.manchester.ac.uk/

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Tutorial Written By: Christopher Corbo, Rizzo Lab, Stony Brook University (2024)

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https://github.com/rizzolab/Testset_Protocols.git