Selecta and Skolkovo Foundation Collaboration to Develop a Synthetic Vaccine Particle

Selecta Biosciences has been awarded a $3.2 million grant from Skolkovo Foundation in support of Selecta’s programme to develop an SVP (synthetic vaccine particles) immunotherapy to treat cancers caused by infections with Human Papilloma Virus (HPV), such as cervical, head and neck cancers. The grant award will assist with advancing an SVP cancer immunotherapy from preclinical through early clinical evaluation. This immuno-oncology programem is designed to develop novel SVP immunotherapies capable of harnessing the body’s ‘killer’ immune cells, known as cytolytic T-lymphocytes (CTL), to attack HPV-transformed tumor cells.

“These funds will help Selecta to rapidly validate our SVP platform in immuno-oncology, the most promising field of cancer therapy today,” said Werner Cautreels, PhD, President and CEO of Selecta. “With this grant, Selecta’s past and committed grant funding now exceeds $20 million, strategically enabling us to work on therapeutic and prophylactic vaccines in parallel to our core focus on antigen-specific immune tolerance.”

In preclinical studies, SVP immunotherapeutics have demonstrated synergistic effects with anti-PD-1 and anti-PD-L1 antibodies, a family of checkpoint inhibitors under development for various cancers. Leveraging the immune-activating potential of its SVP immunotherapeutics, Selecta intends to broaden its CTL program to other cancer types and chronic infections in parallel to the HPV program.

“We see tremendous potential to leverage the durable CTL-activating SVP immunotherapeutics in conjunction with the emerging class of checkpoint inhibitors,” said Takashi Kishimoto, PhD, Chief Scientific Officer of Selecta. “Immune checkpoint inhibitors relieve the immunosuppressive microenvironment found in tumors and chronic infections, while our SVP products elicit a focused and durable immune response specifically targeted against tumors and infected cells”