Difference between revisions of "2024 AMBER tutorial 2 with PDBID 1NDV"

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(Introduction)
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=Introduction=
 
=Introduction=
 +
DOCK6 is a great tool that helps us understand ligand binding poses and relative binding energies. When DOCK6 is combined with another computational method known as molecular dynamics, we can calculate free energies of binding and probe how the ligand behaves in the binding pocket. In this tutorial we will walk through the use of AMBER16 to perform and analyze molecular dynamic simulations of PDBID 1NDV.
  
 
==Getting Started==
 
==Getting Started==
 +
Before starting simulations it is important to create our directories so that we can keep our simulations organized. Create the following directories:
 +
000.paramters
 +
001.tleap_build
 +
002.equilbration
 +
003.production
 +
004.analysis
 +
zzz.master
 +
 +
We will use the zzz.master directory to store our initial mol2 files and other files we may use that do not belong in another directory. Once you have your directories created you can begin to prepare they system for simulation.
  
 
=Before Simulation=
 
=Before Simulation=

Revision as of 19:57, 5 May 2024

Introduction

DOCK6 is a great tool that helps us understand ligand binding poses and relative binding energies. When DOCK6 is combined with another computational method known as molecular dynamics, we can calculate free energies of binding and probe how the ligand behaves in the binding pocket. In this tutorial we will walk through the use of AMBER16 to perform and analyze molecular dynamic simulations of PDBID 1NDV.

Getting Started

Before starting simulations it is important to create our directories so that we can keep our simulations organized. Create the following directories:

000.paramters
001.tleap_build
002.equilbration
003.production
004.analysis
zzz.master

We will use the zzz.master directory to store our initial mol2 files and other files we may use that do not belong in another directory. Once you have your directories created you can begin to prepare they system for simulation.

Before Simulation

Structure

Force Field Parameters

TLEap

Minimization and Equilibration

Production

Analysis

RMSD

Hydrogen Bonding

MM-GBSA