Molecular Docking | Autodock VINA Virtual Screening | VINA Docking tutorial | Bioinformatics

Published 2020-07-30
Virtual screening based on molecular docking is becoming a powerful tool in identifying lead compounds in a huge pool of small molecules.After the construction of library and preparation of receptor, each compound in the library is virtually docked into the target binding site with a docking program.
The Docking aims to predict the ligand-protein complex structure by exploring the conformational space of the ligands within the binding site of the protein. A scoring function is then utilized to calculate the free energy of binding between the protein and the ligand in each docking pose or confirmation. Docking and scoring produce ranked compounds, which are then post-processed by examining calculated binding scores, validity of generated pose, undesirable chemical moieties, metabolic liabilities, desired physicochemical properties, lead-likeness, and chemical diversity.
Post-processing results can filer down the compounds, which can be further proceed to experimental assay to identify potential compounds.

AutoDock Vina significantly improves the average accuracy of the binding mode predictions compared to AutoDock 4.

MGL Tools: mgltools.scripps.edu/
Autodock Vina: vina.scripps.edu/index.html
OpenBabel: bit.ly/3eMgXZm
Perl: padre.perlide.org/

PerlScript File: bit.ly/31gNgef


Literature:
www.nature.com/articles/s41598-018-23768-7
pubmed.ncbi.nlm.nih.gov/28809009/
experiments.springernature.com/articles/10.1007/97…

All Comments (21)
  • @mollylu3638
    Thank you this has been VERY VERY helpful and I really appreciate your tutorial. Everything is so clear and I love how you also provided sources on where to find downloads :)
  • Thank you! How do I add new atom types in Vina, specifically for Silicon? Is there a parameter file like GPF or DPF that needs to be edited?
  • @zyx6239
    This video tutorial is truly helpful for my thesis. I have a question though... Why is the exhaustiveness parameter is not typed out in the configuration file or Vina will carry it out at default ?
  • It's an excellent tutorial for virtual screening using autodock vina
  • Thank you so much for the video. I have a little question about the small peptide as ligands. when I transform it from pdb file into pdbqt file. it was broken (when i visualize them by chimera X or pymol). Do you have any solution for the transformation ?
  • @user-oh9zk7cb6m
    Thanks for your lectures Sir Can you please explain the steps of ( metal complex) docking??
  • @_lemonny
    Wonderful tutorial! This will save me a lot of time (8 protein targets and 23 ligands). I was going to be very selective about the ligands, but I don't have to be now.
  • @ashrafwazir5037
    This is another master piece from you sir. Kindly add tutorials about ligand DNA docking using autodock. Thanks regards
  • @tonz1956
    this tutorial is very helpful in my thesis!! i want to add it in citation. which journals can I cite?
  • @arosh2094
    Thank you sir for this wonderful guidance !
  • @Zack6ix
    thank you for this, is this still the easiest way to use autodock vina for screening a library of ligands?
  • Hello Sir I hope you are doing great I have tried to use the perl script with the new version of Vina (v 1.2.3) but Vina didn't recognize the --log argument in the script. Is there any problem/modification?
  • @athirat4021
    Thank you so much, this is very informative and help me a lot in doing Autodock
  • @armintoghi6769
    hey sir, why don't we just use Pyrx ? is there any difference with accuracy or sth else?