[ Back to EurekAlert! ] Public release date: 17-Feb-2010
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Contact: Joe Bonner
bonnerj@rockefeller.edu
212-327-8998
Rockefeller University

Rockefeller scientist to speak at AAAS on infections as genetic disorders

Rockefeller University's Jean-Laurent Casanova to present evidence that infectious diseases in the general population are frequently genetic disorders

Rockefeller University's Jean Laurent Casanova will speak on the connection between genetics and infectious diseases at the 2010 annual conference of the American Association for the Advancement of Science (AAAS) on Friday, February 19, focusing on current findings and putting them in context in this small but emerging field.

The talk, titled Inborn Errors of Innate Immunity in Humans, will be presented at AAAS's symposium on innate immunity at 1:50 p.m. in Room 5A at the San Diego Convention Center.

Drawing from his most recent work on invasive pneumococcal disease and herpes simplex encephalitis, Casanova will present evidence that infectious diseases in the general population are, as a rule, genetic disorders. While microbes are required for infection, he says, one's genetic background could make the difference between fighting an infection and succumbing to it.

"Individual patients lacking one or another molecular component of innate immunity are highly vulnerable to a narrow range of microbes," says Casanova. " We try to describe individual mutations and specific components in innate immunity that either confer resistance or susceptibility to a specific microbe or genus."

The idea that infectious diseases may actually be genetic traits has encountered some resistance in the field of microbiology, which asserts that infectious diseases are strictly environmental, and among immunologists, who are uncomfortable with the possibility that certain immunological molecules merely target a narrow range of microbes.

"Our goal is to put these conflicting theories into a unified conceptual framework for exploring the molecular genetic basis of infectious diseases in humans," says Casanova. "It will lead to a more informed and precise approach to treating infections."

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