Baby Born With HIV Is Functionally Cured
March 4, 2013
Baby Born With HIV Is Functionally Cured
Now 2 years old, the child was born prematurely in rural Mississippi at 35 weeks to an HIV-positive mother who had not received prenatal care or ARVs. The child maintains an undetectable viral load even after remaining off ARVs for 10 months. Due to the high risk of mother-to-child transmission, physicians began the baby on liquid ARV treatment with AZT (zidovudine), Epivir (lamivudine) and Viramune (nevirapine). They confirmed the child’s HIV infection on the second day of life with two blood samples that were analyzed through polymerase chain reaction (PCR) testing. Repeat testing confirmed the HIV-positive diagnosis. After one week of life, the infant left the hospital and was kept on a cocktail of AZT (zidovudine), Epivir (lamivudine) and co-formulated Kaletra (lopinavir) with ritonavir, which is the standard treatment for babies born with HIV. While viral load tests initially confirmed the infection, their levels dropped to less than 50 by the child’s 29th day of life.
At 18 months of age, the child’s ARVs were discontinued for unknown reasons. About half a year later, medical professionals cared for the child again and discovered that the child maintained an undetectable viral load (less than 20) and had no HIV antibodies. After screening the child with a highly sensitive viral RNA and DNA test, the medical team found extremely low viral levels.
“This case suggests that providing antiretroviral therapy within the very first few days of life to infants infected with HIV through their mothers via pregnancy or delivery may prevent HIV from establishing a reservoir, or hiding place, in their bodies and, therefore, achieve a cure for those children,” said Deborah Persaud, MD, associate professor of infectious diseases at the Johns Hopkins Children’s Center, who presented the findings at CROI.
To read the National Institute of Allergy and Infectious Diseases release, click here.
To read the New York Times article, click here.
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