The Power of Green Tea Against AIDS Better Understood

Researchers from Houston and the United Kingdomthe body to fight off infections. Their report is
report a significant breakthrough in understandingavailable online in the Journal of Allergy and Clinical
why green tea may be able to help fight AIDS. ThisImmunology.
breakthrough adds an important piece of the puzzleResearchers described using a relatively new
of identifying exactly how one component of greenapproach involving nuclear magnetic resonance
tea already recognized as effective against AIDS canspectroscopy to actually "see" this binding action. The
actually slow or thwart the destructive actions of thisHIV appears to seek out this T-cell to invade and
deadly immune disease; specifically, the ability of theuse it as a spawning ground for launching the next
virus to hijack and destroy immune system cells.wave of attacking viruses. But not if access is
This component of green tea Epigallocatechin gallateblocked by the EGCg molecule, leaving HIV with no
or EGCg is thought to be related to many of thisother way inside the cell.
popular brew's health benefits. EGCg is a flavinoid thatThey noted also that because the EGCg molecule is
is thought to be responsible for giving green tea itsso small, it appeared that it could occupy the slot on
color and has demonstrated anti-cancer, anti-microbialthe T-cell without adversely affecting its needed
and anti-inflammatory properties.actions in the body.
Clinical trials are already underway to evaluate EGCgResearchers noted they could inhibit the progression
based cancer drugs. There is also considerableof HIV in the laboratory using an amount of EGCg
optimism that green tea or EGCg could be usefulfound in just two cups of green tea. However they
against HIV however it is not being formerlycautioned this should not be construed that
recommended yet for AIDS prevention or treatment.consumption of large amounts of green tea can
For at least 10 years, researchers have known thatprevent HIV infection.
EGCg can inhibit the progression of AIDS inMore research is needed in order to advance these
laboratory experiments, but the exact mechanism forobservations on to drug development. Current HIV
this has been unknown.treatments consist of multiple drugs or a "cocktail"
Research by Baylor College of Medicine anddesigned to block or interrupt the life cycle of this
University of Sheffield, UK reveals how EGCg canvirus at different points. An EGCg type drug if
bind to the exact spot HIV needs to invade or infectdeveloped would probably be one of a cocktail of
a healthy T-cell, a type of white blood cell needed bydrugs, researchers predict.