The Scientist | Researchers are slowly establishing a connection between an extremely rare genetic disease and HIV -- and homing in on a safe, non-prescription compound that could treat both.
Recently, James Hildreth at the Meharry Medical College School of Medicine in Nashville, Tenn., and his colleagues found that cells affected by Niemann-Pick Type C (NPC), which disrupts cholesterol trafficking, were unable to release HIV, suggesting these cells would not spread the virus.
These findings, published May 27 in the Journal of Virology, are rooted in a hypothesis Hildreth has explored for a long time: that "cholesterol is somehow essential" to HIV, he said. For instance, HIV-1 relies on specialized structures known as lipid rafts, which are rich in cholesterol, to infect new cells.
That line of thinking has led him to investigate whether a compound widely employed by the food and chemical industries (and used as a drug solubilizer) which depletes cells of cholesterol could serve as a preventative agent -- or even a treatment -- for HIV. And his growing body of evidence is suggesting the compound, known as cyclodextrin, might do just that.
"There are very few [compounds] that rival the safety profile" of cyclodextrin, said Hildreth. If further research confirms it has an effect on a disease that affects millions of people worldwide, that would be a major advance, he noted. "It's been exciting for me from the beginning."
Recently, James Hildreth at the Meharry Medical College School of Medicine in Nashville, Tenn., and his colleagues found that cells affected by Niemann-Pick Type C (NPC), which disrupts cholesterol trafficking, were unable to release HIV, suggesting these cells would not spread the virus.
These findings, published May 27 in the Journal of Virology, are rooted in a hypothesis Hildreth has explored for a long time: that "cholesterol is somehow essential" to HIV, he said. For instance, HIV-1 relies on specialized structures known as lipid rafts, which are rich in cholesterol, to infect new cells.
That line of thinking has led him to investigate whether a compound widely employed by the food and chemical industries (and used as a drug solubilizer) which depletes cells of cholesterol could serve as a preventative agent -- or even a treatment -- for HIV. And his growing body of evidence is suggesting the compound, known as cyclodextrin, might do just that.
"There are very few [compounds] that rival the safety profile" of cyclodextrin, said Hildreth. If further research confirms it has an effect on a disease that affects millions of people worldwide, that would be a major advance, he noted. "It's been exciting for me from the beginning."
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