A gene that Just Says No to AIDS?
Mar. 3rd, 2008 06:43 pm![[personal profile]](https://www.dreamwidth.org/img/silk/identity/user.png)
Here's the story- apparently there's a gene in humans which, when activated, prevents infected cells from manufacturing HIV virii.
This could be one hell of a promising new avenue for AIDS research, especially given that drug-resistant HIV is gaining ground.
What I'm wondering, though, is this: if you could develop a treatment that would turn this gene on in every single cell (and it'd have to be every single cell), would this be a cure? Or would the infected cells be a danger, ready to resume making HIV should the gene be turned off again? And how long would the free-roaming virus remain viable within the system?
(Oh- and in less intellectual pursuits, the washer is fixed. The laundry room reeks of mildewed-moldy carpet, and the floorboards are warped and swollen in places, loose from their support boards in others... but nothing breaking, yet.)
This could be one hell of a promising new avenue for AIDS research, especially given that drug-resistant HIV is gaining ground.
What I'm wondering, though, is this: if you could develop a treatment that would turn this gene on in every single cell (and it'd have to be every single cell), would this be a cure? Or would the infected cells be a danger, ready to resume making HIV should the gene be turned off again? And how long would the free-roaming virus remain viable within the system?
(Oh- and in less intellectual pursuits, the washer is fixed. The laundry room reeks of mildewed-moldy carpet, and the floorboards are warped and swollen in places, loose from their support boards in others... but nothing breaking, yet.)
Viruses (or Virii-ain't Latin fun?)
Date: 2008-03-04 05:17 am (UTC)Every viral infection is forever.
As for the mildew, be careful; some forms of mildew are toxic.