News

How a VCU professor’s research could help provide Covid-19 therapies

Virginia Commonwealth University is working on the development of a potential treatment for Covid-19.

Michael Peters, Ph.D., a professor in VCU’s Department of Chemical and Life Science Engineering, is leading the research.

Peters said he works everyday in response to the pandemic, which led him to the discovery of a possible lifesaving novel peptide therapeutic that could slow the transmission of Covid-19.

The research caught the attention of biopharmaceutical company Hoth Therapeutics, and recently led to a licensing deal.

“VCU Innovation Gateway and Dr. Peters partnered with Hoth Therapeutics to further develop Dr. Peters’ technology and bring new treatment to the market,” Magdalena Morgan, director of licensing at VCU Innovation Gateway told Inno. “The research is still ongoing but moving forward quickly.”

She added, “Development of new therapeutics is a not an easy and straight forward process, but we remain optimistic that together we can bring this therapy to the market soon.”

Peters said that like vaccines, the primary goal of therapies is to prevent severe illness and death due to Covid.

“This research focuses on understanding how the structure of the virus impacts its ability to attach to human cells,” he said. “This information is necessary for the development of inhibitors that bind to the virus surface to prevent attachment to cells.”

Therapies developed through the research are aimed at treating infected patients by reducing their viral load, which lessens the severity of the virus.

Peters said despite his research, it’s still important for people to get vaccinated to help stop the spread of Covid-19, as well as the emergence of new, and sometimes more dangerous variants.

“Viral variants, such as Delta, are only possible if the virus infects our living cells,” he said. “The virus cannot transform on its own … (It) is not alive any more than a book is alive. If the virus gets inside a cell, the cell, which is alive, reads the book and carries out the book’s instructions.”

“Variants will continue to emerge if we don’t stop the transmission through physical mitigation or vaccination against existing strains,” Peters added.

Morgan said Peters’ research is one of the reasons VCU’s Innovation Gateway is crucial.

“We are the main connection between the amazing research and innovation that is happening at VCU and the commercial partners who have resources to bring those innovations to market to benefit the society,” she said.

Learn more at Richmond Inno.

Recent News

07/23/2026

Activation Capital Expands the Bio+Tech Center, Doubling Laboratory Capacity to Strengthen Virginia’s Life Sciences Entrepreneurship and Innovation Ecosystem

Activation Capital, the operating name of the Virginia Biotechnology Research Partnership Authority, today announced an expansion of its Bio+Tech Center to support the continued growth of life sciences entrepreneurship across the region. Activation Capital’s Bio+Tech Center is a life sciences incubator located within the Virginia Bio+Technology Research Park. Serving as both a physical and programmatic

07/22/2026

Epidarex Announces Leadership Appointments

With the launch of our latest fund, Epidarex Capital IV, LP, we are pleased to announce several promotions. As we continue to grow and deepen our impact across the US and UK life science ecosystems, recognizing and elevating exceptional talent within our team is a vital part of that journey. These transitions reflect our continued

07/22/2026

Phlow Corp. Appoints Sripathy Venkatraman, Ph.D, As Chief Scientific Officer

Phlow Corp., a U.S.-based advanced pharmaceutical contract development and manufacturing organization (CDMO), dedicated to strengthening the nation’s pharmaceutical supply chain and protecting America’s medicine cabinet, today announced the appointment of Sripathy Venkatraman, Ph.D., MBA, as Chief Scientific Officer. Venkatraman brings more than 25 years of experience in pharmaceutical development, process chemistry, manufacturing, and scientific leadership. He