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A count of the viral load is routine before the start of HIV treatment. [1] If the treatment is not changed, then viral load is monitored with testing every 3–4 months to confirm a stable low viral load. [1] Patients who are medically stable and who have low viral load for two years may get viral load counts every 6 months instead of 3. [1 ...
Viral load is reported as copies of HIV RNA in a millilitre (mL) of blood. Changes in viral load are usually reported as a log change (in powers of 10). For example, a three log increase in viral load (3 log10) is an increase of 10 3 or 1,000 times the previously reported level, while a drop from 500,000 to 500 copies would be a three-log-drop ...
At this point, seroconversion, the development of antibodies, occurs and the CD4 T cell counts begin to recover as the immune system attempts to fight the virus, marking the HIV set point. The higher the viral load at the set point, the faster the virus will progress to AIDS; the lower the viral load at the set point, the longer the patient ...
And antiviral treatment has changed HIV from a death sentence in the early '80s to people with HIV now having a normal life expectancy. People with HIV on antiviral drugs can safely have babies.
“If you're someone who's HIV positive, and you're on HIV medication, and your viral load is suppressed to undetectable levels, this means that the virus can't be transmitted to your sexual ...
Suppressing the viral load to undetectable levels (<50 copies per ml) is the primary goal of ART. [56] This should happen by 24 weeks after starting combination therapy. [83] Viral load monitoring is the most important predictor of response to treatment with ART. [84] Lack of viral load suppression on ART is termed virologic failure.
The viral load of an infected person is an important risk factor in both sexual and mother-to-child transmission. [67] During the first 2.5 months of an HIV infection, a person's infectiousness is twelve times higher due to the high viral load associated with acute HIV. [65]
The progression of HIV infection is analyzed by measuring the concentration of HIV virions (or viral load) and the concentration of CD4 T cells in the patient's bloodstream and lymphoid tissues. An untreated infection will progress in the following phases: Acute phase, chronic phase, and AIDs phase.