TFY - Main Page Drug Design and Optimization Lab Sengent, Inc. ars technica site

Aiming for 4th... again!

Well, Free-DC gave us a run but proved too much, and bumped us temporarily down to 5th place in the overall ranking. However, our daily output is still easily exceeding that of Team Norway, so 4th place will soon be ours again. Output on our side has been down a bit lately, though, so start b0rging those new PCs you'll be asked to set up at your friends and family's places this Christmas season!

Welcome new members!

Thank you, everyone, for heeding the call on arstechnica.com's front page this week! We've had a massive explosion of additional users, and it's already showing: we're beating our original daily score of 10,000 results easily now. If you know of anyone who's got a PC just sitting wasting electricity doing nothing, be sure to mention our project!

Get Firefox!

You've come to help the right people.

Welcome to the Ars Technica Team Frozen Yogurt (D2OL)™ Project site. We are proud to be part of this important scientific project, representing the fine community at Ars Technica, our gathering place for technology news with a smattering of science.

The Drug Design and Optimization Lab (D2OL)™ works to discover drug candidates against Anthrax, Smallpox, Ebola and SARS and other potentially devastating infectious diseases.

By simply downloading a no cost, non-intrusive software application, you can contribute the idle time available on your computer to emerging microbial diseases and other pathogens that significantly impact global health even when not connected to the Internet.

(D2OL)™ was first to use computational methods to deploy targets against Anthrax, Smallpox and Ebola, and now is first to have a credible SARS target (a target conserved between pig and human coronovirus, the suspected virus behind SARS).

The (D2OL)™ software is downloaded to your personal computer and given drug candidates to evaluate. Once your computer receives tasks to execute, it begins a candidate evaluation process similar to finding the right key to fit into a lock. Distributed computing technology enables the process of sending hundreds of thousands of possible keys to all computing devices participating in the network. This site manages the results generated and returned to the network once you connect again to the internet. As a user, no intervention is required and the software executes as long as it is turned on, even when disconnected from the Internet.

 

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