ablab.ucsd.edu
Abagyan Lab
http://ablab.ucsd.edu/index.html
Molecular Modeling and Bioinformatics. Ligand docking and drug discovery. Protein-protein docking and interface prediction. Binding pockets as drug targets. Website Of The Abagyan Lab. We dock compounds, proteins and peptides, do protein modeling, structure based lead discovery, drug repurposing, cheminformatics, molecular design, structural modeling and drug binding for GPCRs, kinases, nuclear receptors, green chemistry, structural basis of adverse effects. And the San Diego Supercomputer Center. Struct...
ablab.ucsd.edu
Abagyan Lab
http://ablab.ucsd.edu/ex/home.html
Molecular Modeling and Bioinformatics. Ligand docking and drug discovery. Protein-protein docking and interface prediction. Binding pockets as drug targets. Website Of The Abagyan Lab. We dock compounds, proteins and peptides, do protein modeling, structure based lead discovery, drug repurposing, cheminformatics, molecular design, structural modeling and drug binding for GPCRs, kinases, nuclear receptors, green chemistry, structural basis of adverse effects. And the San Diego Supercomputer Center. Struct...
molsoft.com
Molsoft L.L.C.: The Latest Molsoft News
http://www.molsoft.com/news.html
Request a Trial License. The Latest Molsoft News. To subscribe to the MolSoft News Mailing List (approx 1 Email/month) or follow us on: Twitter. June 14th 2016: New Ligand Interaction Diagrams. A guide to the coloring and representation of the 2D diagrams:. Green shading represents hydrophobic region. Blue shading represents hydrogen bond acceptor. White dashed arrows represents hydrogen bonds. Grey parabolas represents accessible surface for large areas. At the PDB website. The image on the left shows t...
bioinformatictools.blogspot.com
Bioinformatics Tools: In-silico Binding Site Prediction in Proteins
http://bioinformatictools.blogspot.com/2012/02/in-silico-binding-site-prediction-in.html
Bioinformatics has evolved as a great tool for molecular biologists. There are various tools available for helping in reducing the time required to analyze biological materials be it DNA, RNA, Proteins etc. I wish to list here few of the commonly used tools. Please send me suggestions to improve the content. If you like or dislike something, let me know, your inputs matters. contact me: drsanjivk[at]gmail[dot]com. Sunday, February 26, 2012. In-silico Binding Site Prediction in Proteins. Is a meta server ...
ablab.ucsd.edu
Abagyan Lab
http://ablab.ucsd.edu/ex/servers.html
Molecular Modeling and Bioinformatics. Ligand docking and drug discovery. Protein-protein docking and interface prediction. Binding pockets as drug targets. Results of 2013 worldwide assessment of GPCR modeling and docking. Encyclopedia of transient ligand pockets in 4D: multple conformations, subtype classification. Results of worldwide assessment of GPCR modeling and docking. Predict likely protein-protein interaction patches. Generate Elastic Network Normal Mode guided multiple receptor conformations.
