US-based Calidi Biotherapeutics announces research collaboration with the NIH

29th May 2019 (Last Updated May 29th, 2019 15:05)

US-based clinical-stage biotechnology company Calidi Biotherapeutics collaborates with National Institutes of Health on the therapeutic potential of oncolytic viruses delivered by mesenchymal stem cells. Credit: PR Newswire

US-based Calidi Biotherapeutics announces research collaboration with the NIH
US-based clinical-stage biotechnology company Calidi Biotherapeutics collaborates with National Institutes of Health on the therapeutic potential of oncolytic viruses delivered by mesenchymal stem cells.

US-based clinical-stage biotechnology company Calidi Biotherapeutics has announced an ongoing scientific collaboration with the Cell Therapy Section at the Department of Transfusion Medicine of National Institutes of Health’s (NIH).

The scientific collaboration will study the impact of different stem cell carriers on therapeutic potential of oncolytic viruses in cancer treatment.

Currently, Calidi is developing a new immunotherapy method that utilises oncolytic vaccinia virus delivered through cell-based therapeutic platforms.

The company’s initial clinical trial using autologous cells to deliver the vaccinia virus showed good results of safety and efficacy in patients suffering with cancer.

The company is also developing off-the-shelf, allogeneic cell-based delivery technology to protect and potentiate the virus using cultured mesenchymal stem cells.

Calidi Biotherapeutics president for medical and scientific affairs Boris Minev said: “It has been an honor to work with the Department of Transfusion Medicine at the National Institutes of Health over the last ten months. This joint research is laying the groundwork for our future clinical trials.

“We are driven by one mission; to create an affordable treatment that will eradicate cancer and save lives. As such, we are excited to participate with the NIH in the development of oncolytic virus-based therapies.  The ability to protect oncolytic viruses from destruction by the human immune system is very significant when it comes to developing the next generation of oncolytic immunotherapies.”

The collaboration will study how the natural immunomodulatory capacity would differ with the progression of oncolytic virus infection in the carrier stem cells.

The collaborative research will mainly analyse and compare the therapeutic potential of oncolytic viruses delivered by various different MSCs.