Woman reportedly cured of HIV with new stem cell transplant method involving umbilical cord blood

A woman has reportedly been cured of HIV after a stem cell transplant treatment.

She now is the third person to be cured.

Stem cell transplant

The innovative and novel method involves umbilical cord blood. According to researchers, this blood is more widely available than adult stem cells. It also doesn’t need to be matched as closely to the recipient.

Researchers spoke about the method at the Conference on Retroviruses and Opportunistic Infections in Denver. They discussed the woman. She was given the cord blood to cure her leukemia from a partially matched donor, plus blood from a relative.

“The fact that she’s mixed race, and that she’s a woman. That is really important scientifically and really important in terms of the community impact,” said AIDS expert Dr. Steven Deeks of University of California, San Francisco.

Decks, who was not involved in the patient’s treatment, said this novel process is inspiring and “perhaps the road map”, but doesn’t believe it will be the standard.

Statistics

Globally, 73 percent of the nearly 38 million people with AIDS are receiving treatment. In addition, bone marrow transplants are usually offered to people who have exhausted all other options.

The two other people who have been cured in the past were

• men
• had received bone marrow transplants from people who had a mutation that blocks HIV infection.
• It has only been identified in about 20,000 donors.
• Both men suffered serious side effects as a result.

Dr. JingMei Hsu, the patient’s physician at Weill Cornell Medicine, said the woman—who was diagnosed with HIV in 2013 and acute myelogenous leukemia in 2017—left the hospital 17 days after her treatment. In fact, her relative’s cells combining with the umbilical cord blood seemed to have made an impact in dealing with side effects.

Experts are not certain why umbilical cord blood stem cells work well, but think such cells could be more effective to adapting to new environments, said Dr. Koen Van Besien, director of the transplant service at Weill Cornell.

“Umbilical stem cells are attractive,” Deeks said. “There’s something magical about these cells and something magical perhaps about the cord blood in general that provides an extra benefit.”