team showed that each "knot" of the molecular tether was necessary, defining the mechanism in a way an artist would delineate the knots at each end of the rope that links a tetherball to a pole.
"It turns out that the virus needs surprisingly little p75 to integrate," says Dr. Poeschla. "Future studies will want to factor such potential potency into designs of screens for additional key cellular proteins that HIV either appropriates as partners, as in the case of p75, or schemes to evade. Quite a few more likely exist. The challenge is to use the right methods to find them."
How HIV Infects Humans -- Cannot Currently Be Eradicated
Each time HIV reproduces itself, it uses its integrase protein to insert a copy of its genome into a chromosome. That copy becomes a permanent archive of the virus's genetic program, like a tiny file burned onto a computer hard drive. While patients are kept healthy when those copies are "suppressed" with multiple daily antiviral medicines, they are never cured. Stopping the medicines even briefly lets HIV repopulate the body with many millions of copies, like a computer virus spreading around the world from a single infected computer.
'"/>Source:
Mayo Clinic
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