Microsoft's anti-spam technology used to fight HIV
Microsoft's anti-spam technology used to fight HIV
Feb 24, 2005: An Australian researcher working with Microsoft through its Microsoft Research arm (MSR), has pioneered promising new ways to combat the deadly HIV virus with software typically used to analyse large computer databases and complex digital images, or to separate spam from legitimate email.
At the 12th Conference on Retroviruses and Opportunistic Infections (CROI), Microsoft Research will show how medical researchers can use machine-learning, data-mining and other software techniques to comb through millions of strains of human immunodeficiency virus (HIV) to find the genetic patterns necessary to train a patient’s immune system to fight the virus. The first of these vaccine designs are currently undergoing laboratory testing.
Microsoft researchers David Heckerman and Nebojsa Jojic are the first to use algorithms similar to those in Microsoft's database and anti-spam software to uncover hidden patterns within the genetic mutations of the virus and the immune system of the patient.
The researchers, in collaboration with doctors and scientists from the University of Washington in Seattle and Australia’s Royal Perth Hospital, plan to exploit these patterns to create improved vaccine designs that pack more HIV-fighting genetic markers into vaccines.
“Microsoft has helped us make a tremendous leap forward in our efforts to halt a virus that has already killed nearly 30 million people worldwide,” said Simon Mallal, professor and executive director of the Centre for Clinical Immunology and Biomedical Statistics at Royal Perth Hospital and Murdoch University.
“Microsoft Research’s contributions enabled us to filter patient data 10 times faster than any previous research technique we’ve used and produced vital clues about the building blocks of a vaccine - clues that were all but impossible to find in our growing stockpile of medical data.”
“The potential for these vaccines is a powerful example of how computer science is transforming medical research and other areas of science,” said Dr. James Mullins, professor in the UW Department of Microbiology. “These Microsoft Research technologies weren’t initially conceived as medical research tools, but they may prove to be critical to the ongoing battle to slow down or halt HIV and other deadly viruses.”
The Microsoft Research-aided vaccine designs are currently undergoing laboratory testing at the University of Washington. The tests are being conducted on samples of immune cells taken from HIV-infected patients to determine how effectively the models uncover the appropriate genetic patterns. Similar tests are planned at the Royal Perth Hospital in Australia. Initial results should be available later this year.
Researchers plan to use the same techniques to analyse HIV strains from different parts of the world to gain a global understanding of vaccine components in a fraction of the time it would otherwise take. The new vaccine models may also help in the development of treatments for hepatitis C and other mutating viruses.
“Science is changing rapidly with the explosion of new data, and we’ve only scratched the surface of what computers can do to help advance this kind of research,” said David Heckerman, senior researcher and manager of the Research Machine Learning and Applied Statistics Group at Microsoft. “Our goal is to accelerate scientific insight and radical breakthroughs by advancing the state of the art in machine learning and statistics. I’m inspired by the idea that new algorithms and software we have developed could potentially benefit so many people some day.”
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