Using technology to cure human diseases

Welcome to Docking@Home

Docking@Home is a project which uses Internet-connected computers to perform scientific calculations that aid in the creation of new and improved medicines. The project aims to help cure diseases such as Human Immunodeficiency Virus (HIV). Docking@Home is a collaboration between the University of Delaware, The Scripps Research Institute, and the University of California - Berkeley. It is part of the Dynamically Adaptive Protein-Ligand Docking System project and is supported by the National Science Foundation.

How Does It Work?

Before new drugs can be produced for laboratory testing, researchers must create molecular models and simulate their interactions to reveal possible candidates for effective drugs. This simulation is called docking. The combinations of molecules and their binding orientations are infinite in number. Simulating as many combinations as possible requires a tremendous amount of computing power. In order to reduce costs, researchers have decided that an effective means of generating this computing power is to distribute the tasks across a large number of computers.

How Can I Help?

By downloading a free program developed at University of California - Berkeley called BOINC, you can contribute your computer's idle processing cycles to the Docking@Home project. It's safe, easy to setup, and runs only when you want it to so it won't affect your ability to use your computer. If you are interested in finding out more information, you can read more about the project and the science behind it, or if you are ready to help, you can get started below.



Sponsors

News

D@H in Scientific American
June 26, 2009 18:17 EST

Docking@Home is in Scientific American!! Check the link at the 60-Second Science Blog

P38alpha distribution
June 04, 2009 10:16 EST

Today we will resume our normal distribution rate with p38alpha 1a9u Results of the preliminary tests we did yesterday with some D@H workunits indicate that a normal execution of this complex can take from 4 to 13 hours.

Change of protein and low distribution
June 03, 2009 11:48 EST

Today we will start distributing our simulations with p38alpha and model 14. Since the change of protein may cause workunits with errors, today we will keep a very low distribution and we will increase it gradually. If we have not found any problem by tomorrow afternoon we will resume our normal distribution rate. Workunits of the first complex (1a9u) take in average from 4 to 6 hours to complete

View all news stories

RSS Feed Icon News is available as an RSS Feed.

User of the Day

Liaison42

I am a patient of the intractable disease named ALS.
I am wishing the patient in the future not to experience the same suffering with me today.

 

Concept of the Day

Peptide

A molecule consisting of 2 or more amino acids. Peptides are smaller than proteins, which are also chains of amino acids. Molecules small enough to be synthesized from the constituent amino acids are, ...