Hi Brecht Crombez
Unfortunately I am totally blind, so I can't see the picture, sorry.

First Results of FightAIDS@Home Research Published We have published the initial analysis of the vast number of docking results from our FightAIDS@Home computations. This week the first peer-reviewed scientific paper reporting results from our research using FightAIDS@Home is being published. As we continue to test experimentally the first batch of compounds identified in our first computational experiment, we have been able to analyze the broader computational results to give us more information about the entire range of mutations to the HIV viral protease and how they respond to a large class of diverse chemical compounds.

This analysis, and how we can use it is the subject of the paper that appears in the Journal of Chemical Information and Modelling. The paper is titled: "Analysis of HIV wild-type and mutant structures via in silico docking against diverse ligand libraries.” The authors are Max Chang, Lindy Lindstrom, Arthur Olson, and Richard Belew. The abstract of the paper reads as follows:
In simple terms, the results from FightAIDS@Home has given us the ability to classify both protease mutants and potential chemical inhibitors so that the docking calculations that we do in the future will be more targeted and efficient. We will, for instance, be able to use a small set of mutant protease structures to represent a much larger set of HIV mutants in our docking analysis. This will allow us to screen much larger chemical libraries more efficiently, or enable us to use more sophisticated models of the mutant structures, that incorporate flexibility into their representation. While this is principally a technical break-through, it means that we can get more reliable and meaningful results in the computations that we will now be pursuing. This should speed us to our goal of finding new HIV therapeutics that are effective in the face of drug resistance. These results would not have been possible without the computing resources of the World Community Grid, and the generous support of the FightAIDS@Home volunteers. We are most grateful to all of you, and your contributions are acknowledged in the paper.