Berkeley CSUA MOTD:Entry 52949
Berkeley CSUA MOTD
2022/01/18 [General] UID:1000 Activity:popular

2009/5/5-6 [Health/Disease/General] UID:52949 Activity:nil
5/5     Influenza Antiviral Drug Search on grid computing:
2022/01/18 [General] UID:1000 Activity:popular

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4/17    Just a thought.  Say we select a small percentagle of the population
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2011/12/29-2012/2/6 [Politics/Domestic/California, Health/Disease/General] UID:54275 Activity:nil
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2011/8/15-27 [Health/Disease/General] UID:54164 Activity:nil
8/15    Do LCD monitors emit cancer-causing radiation like CRTs in the old
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2011/3/31-4/20 [Health/Disease/AIDS, Health/Disease/General, Computer/SW/Virus] UID:54067 Activity:nil
3/21    what are these virus phages? Can they be repurposed?
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2010/5/25-6/30 [Health/Disease/General] UID:53842 Activity:nil
        Sun Screens may be accelerating cancer. Ok, so plasticware in
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Mission The mission of the Influenza Antiviral Drug Search project is to find new drugs that can stop the spread of an influenza infection in the body. The research will specifically address the influenza strains that have become drug resistant as well as new strains that are appearing. Identifying the chemical compounds that are the best candidates will accelerate the efforts to develop treatments that would be useful in managing seasonal influenza outbreaks, and future influenza epidemics and even pandemics. Significance Hundreds of thousands of people around the world die each year as a result of influenza infections. If a particularly virulent strain emerges that is readily transmitted among humans, a pandemic can potentially kill millions of people. The influenza virus mutates rapidly and therefore new varieties of influenza appear each year. Influenza vaccines are designed to anticipate the strains likely to be prevalent for the next flu season but can often miss newly evolved varieties. While drugs such as oseltamivir (commercial name Tamiflu) and zanamivir (commercial name Relenza) help keep influenza from spreading in the body, they do not work for all types of influenza and new drug resistant forms of influenza evolve and cannot be treated with these drugs. When drug resistant strains emerge, manufacturers designing vaccines may not be able to respond quickly enough to prevent a large outbreak of the disease. This project will search for promising new drug leads that stop the replication of the influenza viruses within the body, potentially helping patients who are not immune to a particular form of influenza. The discovery of both broad-spectrum and specific antiviral drugs is expected to significantly improve global health. Approach One promising approach to combat these viruses and prevent them from causing disease is to develop new drugs that inhibit neuraminidase (N1, N2, etc), NS1 protein, hemagglutinin, and possibly other targets that influenza needs to spread in the body. Using the known chemical structures of these target molecules, the project will perform virtual chemistry experiments and determine which of millions of known compounds attach to these target molecules in a manner that can disable or inhibit them, thus potentially keeping the influenza virus from spreading in the body. These experiments are performed using a program called AutoDock, from the Scripps Research Institute. This software is used for several other projects on World Community Grid. These include FightAIDS@Home, Discovering Dengue Drugs - Together, and Help Fight Childhood Cancer projects. Once drug candidates are identified using World Community Grid, then additional laboratory work, testing and ultimately drug trials will be required. This will likely not lead to any immediate treatments for influenza during the current H1N1 outbreak. However, influenza viruses cause recurrent seasonal disease outbreaks and have the potential for evolving into dangerous forms. Thus, proceeding on this project at this time will give us a better chance to be prepared for more serious outbreaks in the future. Submit Research World Community Grid's Advisory Board is looking for new research projects that can benefit from grid technology and have a positive impact on humanity.