First Shots Given in Trial of Moderna mRNA-Based HIV Vaccine

TUESDAY, Feb. 1, 2022 (HealthDay News) -- Vaccinations have been given to the first volunteers in a phase 1 trial of the experimental Moderna HIV vaccine, the company has announced.

The vaccine uses mRNA technology -- similar to that utilized in breakthrough COVID-19 vaccines -- to deliver HIV-specific antigens that could trigger an immune response against the virus that causes AIDS, the company said in a statement about the trial.

"At Moderna, we believe that mRNA offers a unique opportunity to address critical unmet public health needs around the world," Stephen Hoge, M.D., the president of Moderna, said in a company news release. "We believe advancing this HIV vaccine program in partnership with IAVI and Scripps Research is an important step in our mission to deliver on the potential for mRNA to improve human health."

Moderna has partnered with IAVI, a nonprofit scientific research organization, for the trial being conducted at four locations in the United States: George Washington University School of Medicine, Hope Clinic of Emory Vaccine Center, Fred Hutchinson Cancer Research Center, and the University of Texas Health Science Center at San Antonio.

"We are tremendously excited to be advancing this new direction in HIV vaccine design with Moderna's mRNA platform," Mark Feinberg, M.D., president and CEO of IAVI, said in a statement. "The search for an HIV vaccine has been long and challenging, and having new tools in terms of immunogens and platforms could be the key to making rapid progress toward an urgently needed, effective HIV vaccine. We are grateful to all of our partners and especially to the Bill & Melinda Gates Foundation for funding this trial."

The trial will follow 56 HIV-negative adults to determine the safety and efficacy of the vaccine. Forty-eight of the volunteers will receive at least one dose of the primary vaccine, and 32 will also receive a booster version. The remaining eight participants will receive the booster vaccine alone.

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