What they call their work
What they do
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Biomedical Research and Innovation 2 activities
- Advance HIV vaccine candidate through preclinical and clinical developmentConducts and supports research to advance an HIV vaccine candidate, including preclinical development activities such as optimizing vaccine design, conducting animal-model validation studies, and scaling up manufacturing. Collaborated with UC San Diego on atomic-resolution modeling to refine the E-vaccine structure and conducted validation studies in mice and non-human primates.
- Secure intellectual property for HIV vaccine technologiesObtained intellectual property rights for the HIV E-vaccine and four additional related patents in 2025, establishing direct ownership of key scientific assets to support further development and potential commercialization.
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Who runs it
- BETH MILLER SAKS — Director
- TIM VOLK — Director
- VALERIE KERR — Director
- ZACHARY BARNETT — Director
Who they work with
- Amaro Lab Partner — Partnered with ARF to apply computational biology and AI-powered molecular dynamics for HIV vaccine design.
- FDA Government — Engaged in pre-Investigational New Drug meeting regarding vaccine compound development.
- Gilead Partner — Modeled HIV vaccine access plan after Gilead’s lenacapavir access plan.
- Harvard Partner — Conducted HIV cure-research trials involving ARF's founder at labs including Bruce Walker's at Harvard.
- Rockefeller University Partner — Conducted HIV cure-research trials involving ARF's founder at Michel Nussenzweig's lab at Rockefeller.
- UC San Diego Partner — Collaborated with ARF to develop an atomic-resolution model of HIV's outer shell and optimize the E-vaccine structure using AI-powered molecular dynamics.
How they approach the work
Named approaches extracted from this org’s sources. Where others share an approach, follow it to see the full set of orgs running it.
- Atomic-Resolution Vaccine Designmethodology: atomic-resolution vaccine designBy using AI-powered molecular dynamics and atomic-resolution modeling to stabilize the neutralization-relevant conformation of HIV’s envelope protein, we produce more effective vaccine candidates because precise structural targeting enables stronger and more durable immune responses.
- Equitable Access Licensingmethodology: equitable_access_modelBy licensing the HIV vaccine royalty-free to manufacturers serving the Global South, we ensure broader access and faster scale-up in low-income regions because removing cost and intellectual property barriers accelerates production and distribution where need is greatest.
- Equity-Centered Distribution Prioritizationmethodology: equity-centered_distributionBy prioritizing low-cost deployment to populations in extreme poverty, we reduce AIDS-related mortality more effectively because targeting the most vulnerable populations produces greater health equity and public health impact.
- Functional Cure Strategymethodology: functional cure strategyBy designing vaccine-induced antibodies to both prevent HIV infection and reduce the latent viral reservoir, we advance toward a functional cure because dual-purpose immunogens simultaneously address transmission and persistence of the virus.