Contract Awarded for Development of HIV Vaccine

“We believe that the use of our technology, which spontaneously converts high-quality HIV-derived proteins into virus-resembling particles, could significantly boost vaccine efficacy,” says Jonathan F. Lovell, PhD, POP BIO co-founder and an associate professor of biomedical engineering.

The funding — a Phase I Small Business Innovation Research contract with the National Institute of Allergy and Infectious Diseases — supports a collaboration between POP BIO and Scripps Research, with the goal of using POP BIO’s next-generation vaccine delivery platform to enhance the performance of vaccine antigens developed by scientists at Scripps Research.

The delivery platform, a liposome-based vaccine adjuvant, leverages technology that POP BIO has licensed from UB.

“We are combining two cutting-edge technologies to create a vaccine against HIV,” says Jonathan Smyth, president of POP BIO.

“POP BIO’s vaccine delivery system is a highly efficient platform for binding and delivering antigens, resulting in a robust and lasting immune response,” explains Smyth, a UB School of Law graduate.

POP BIO’s vaccine delivery platform is called SNAP (Spontaneous Nanoliposome Antigen Particleization). SNAP consists of specialized liposomes, originally developed in Lovell’s UB lab, that bind to and improve the effectiveness of vaccine antigens — molecules that prompt the body to produce antibodies that neutralize disease.

POP BIO will partner with Richard Wyatt’s group at Scripps Research to combine SNAP liposomes with leading HIV vaccine antigens developed by Wyatt’s team. Then, scientists will test the effectiveness of the new vaccine in inducing an immune response in animals.

Wyatt, PhD, is a professor in the Department of Immunology and Microbiology at Scripps Research, and director of viral immunology for the International AIDS Vaccine Initiative’s Neutralizing Antibody Center, headquartered at Scripps Research.

In addition to its vaccine delivery platform, POP BIO is working to commercialize a light-targeted chemotherapy drug delivery system, also developed in Lovell’s lab, that kills cancer cells while limiting harm to surrounding tissues.

HIV is a global problem. Though antiretroviral medicines can help to both prevent and suppress HIV, about 1.4 to 2.3 million people worldwide were newly infected with HIV in 2018, bringing the total number of people living with the virus to 32.7 to 44 million, according to UNAIDS, the Joint United Nations Programme on HIV/AIDS.

The Centers for Disease Control and Prevention estimates that in the United States, about 38,700 people were newly infected with HIV in 2016.

The continued infections highlight the urgency of creating a vaccine.

POP BIO — which was established with the mission of using innovative liposomal nanomedical platforms to create solutions addressing unmet medical needs — has strong ties to UB, going back to the company’s formation.

Founders include Lovell, Smyth and Kevin Carter, a doctoral graduate in biomedical engineering who was a member of Lovell’s lab.

In 2015, the company won the Henry A. Panasci Jr. Technology Entrepreneurship Competition, which was created by the UB School of Management and the UB Office of Business and Entrepreneur Partnerships.

POP BIO also attracted the interest of America Online co-founder Steve Case, who along with local investors awarded POP BIO $100,000 during Case’s Rise of the Rest business plan contest.

Today, the company has several employees, as well as research agreements with clients including international pharmaceutical companies.