GreenLight (ENVI) and IAVI begin work on Omicron variant-adapted COVID-19 vaccine candidate

GreenLight Biosciences (ENVI) and IAVI, a nonprofit scientific research organization, today announced work on a messenger RNA vaccine candidate to tackle the COVID-19 Omicron variant.

Also Read: Artio Medical’s Amplifi™ Vein Dilation System Demonstrates Encouraging Clinical Results for Hemodialysis Patients Requiring Vascular Access

“The highly mutated Omicron variant may be partially capable of eluding existing vaccines, so rapid adaptation is an urgent priority,” said GreenLight CEO Andrey Zarur. “We have started lab work already. We will be testing a new candidate vaccine shortly in preclinical models. We have also begun an analysis on how we would proceed in clinical studies in Africa, in the context of our current clinical plans.”

GreenLight (ENVI) and IAVI begin work on Omicron variant-adapted COVID-19 vaccine candidate logo/read magazine

IAVI President and CEO Mark Feinberg said, “While it’s impossible to say right now where Omicron first emerged, we wouldn’t have been able to respond to this threat so quickly had it not been for the skill and openness of the South African scientists who identified the variant and shared the sequence with the world. Now we must focus on bringing solutions forward both to address this new variant and the stark inequities that remain in the global availability of vaccines to prevent COVID-19.”

On November 30, GreenLight and IAVI announced their plans to partner to advance GreenLight’s messenger RNA COVID-19 vaccine candidate in a Phase I clinical trial, with IAVI responsible for clinical trial management in collaboration with its network of clinical research center partners in sub-Saharan Africa. The flexibility of the messenger RNA platform has allowed GreenLight to advance new variant-adjusted vaccine candidates.

About GreenLight

Founded in 2008, GreenLight aims to solve some of the world’s biggest problems by delivering on the full potential of RNA for human health and agriculture.

In human health, this includes mRNA vaccines and therapeutics. In agriculture, this includes RNA to protect honeybees and a range of crops. The company’s breakthrough cell-free RNA manufacturing platform, which is protected by numerous patents, allows for cost-effective and scalable production of RNA

Subscribe Now

    Hot Topics