Health and Healthcare Systems

This new HIV therapy could save millions of lives

The gloved hands of an army nurse are seen during a demonstration of an isolation chamber for the treatment of infectious disease patients, at the Germany army medical centre, Bundeswehr Clinc, in Koblenz October 16, 2014. The worst Ebola outbreak on record has killed more than 4,000 people -- mostly in Liberia, Sierra Leone and Guinea -- and has spread beyond West Africa, with a nurse in the United States and one in Spain having caught the disease from patients.   REUTERS/Ralph Orlowski (GERMANY  - Tags: HEALTH MILITARY TPX IMAGES OF THE DAY)   - LR1EAAG0ZTX5Q

A breakthrough achievement. Image: REUTERS/Ralph Orlowski

Kristin Houser
Writer, Futurism

Kick And kill

HIV is a sneaky virus. It can hide in the immune cells of people taking daily antiretroviral therapy (ART) drugs, waiting until they stop the therapy to come back with a vengeance.

This forces them to continue ART — and continue dealing with its many side effects — for their entire lives.

But now, researchers from the University of Pittsburgh have developed an HIV immunotherapy that not only kicks the virus out of hiding, but also kills it permanently — the first step, they say, to an HIV vaccine.

“It’s like the Swiss Army knife of immunotherapies,” researcher Robbie Mailliard said in a press release.

Image: Lancet

Double duty

In a study published Tuesday in the journal EBioMedicine, the Pitt team details how it engineered an immunotherapy called MDC1 to target both HIV and Cytomegalovirus (CMV), a virus that infects 95 percent of people with HIV.

“The immune system spends a lot of time keeping CMV in check; in some people, 1 one out of every 5 T cells are specific to that one virus,” researcher Charles Rinaldo said. “That got us thinking – maybe those cells that are specific to fighting CMV also make up a large part of the latent HIV reservoir. So we engineered our immunotherapy to not only target HIV, but to also activate CMV-specific T helper cells.”

The plan worked, with MDC1 sussing out the latent HIV in infected blood and then killing it.

The team now plans to start pursuing funding for clinical trials in humans — in the hopes of one day creating a vaccine that would allow HIV-infected people to stop taking their daily medications.

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