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Cellular process fights type 1 herpes
The five-year study, a joint project with the University of Montreal, Washington University and Pennsylvania State University, found that the nuclear membrane of an infected cell can unmask type 1 herpes simplex and stimulate the immune system to disintegrate the virus.
"Once human cells are infected with Type 1 herpes simplex, the virus comes back because it hides and blocks protection from our immune system," lead author Luc English, a doctoral student at the University of Montreal, said in a statement.
"For the first time, our research team has unidentified a combative cellular mechanism in this game of hide-and-seek."
The team made its discovery while conducting various tests in type 1 herpes simplex infected mice cells. They replicated environments when type 1 herpes simplex thrives, namely periods of low-grade fever and found that herpes-fighting mechanisms were unleashed.
The findings are published in the online edition of Nature Immunology.
Copyright 2009 by United Press International
This news arrived on: 03/24/2009
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