Cell Source received two Patents for their Veto Cell Technology

Cell Source centers itself with the cellular therapy and immunotherapy platform technologies for treating blood

Update: 2021-03-20 11:15 GMT

Cell Source received two Patents for their Veto Cell Technology Cell Source centers itself with the cellular therapy and immunotherapy platform technologies for treating blood cancer and more accessible bone marrow transplantation Cell Source Inc. announced that they have received two patents for their Veto Cell Technology, which has been issued by the United States Patent and...

Cell Source received two Patents for their Veto Cell Technology

Cell Source centers itself with the cellular therapy and immunotherapy platform technologies for treating blood cancer and more accessible bone marrow transplantation

Cell Source Inc. announced that they have received two patents for their Veto Cell Technology, which has been issued by the United States Patent and Trademark Office (USPTO). The first patent is the "Veto Cells Generated from Memory T Cells" and the second patent is the "Method of Transplantation and Disease Treatment."

The first patent describes those Veto Cells that safely elicit patient acceptance of transplanted cells, such as stem cells, by overcoming the barriers of graft rejection and graft versus host disease (GvHD). On the other hand, the second patent describes those Veto Cells act as unique, powerful companion cells that allow cellular therapies such as CAR-T and NK to be safely tolerated by the patient without transplant rejection or graft vs. host disease (GvHD) – while increasing overall combined treatment impact.

Speaking on the issuance of the patents, Dennis Brown, Chairman of Cell Source said, "These issued patents reiterate the versatility of Veto Cells as a powerful, multi-faceted immunotherapy platform technology. They can act as enablers that improve the duration and efficacy of important cellular therapy treatment methodologies such as the use of CAR-T or NK cells, are capable of fighting bacterial and viral infections that often occur with stem cell transplants, and can be employed in a direct, stand-alone, cancer-fighting capacity. We believe Veto Cells have the potential to play a crucial role in the future for a broad range of adoptive cell therapies, as stand-alone cell therapy, and in combination with other treatments."

The patents increase the overall treatment efficacy of the patients suffering from transplant-related complications whereby the cells work in conjunction with the existing stem cell transplant therapies. It enables the Veto Cells to effectively target cancer that has not responded to genetically modified T-cell therapies or where these therapies do not currently exist.

The first patent (US Patent No. 10,961,504 to be issued March 30, 2021) effectively helps the Veto Cells to generate the memory function allowing the cell to effectively recognize the specific targets, including viruses, bacteria, and cancer. The advance put up by the patent is the memory capacity that adds to the Veto Cell beyond their ability to immune system. The memory in the Veto Cells comes up with the prior exposure to the antigen. A Phase 1/2 clinical trial is currently in progress testing the safety and efficacy of Cell Source's Veto Cells in patients with hematological cancers or with non-malignant hematological diseases

The second patent (US Patent No. 10,933,124, issued March 2, 2021) enables the Veto Cell to allow the transplanted mismatched donor cell, including treatment cells to achieve "safe passage" through the patient's immune system while avoiding transplant-related issues such as GvHD. It helps to ensure that the patient's immune system fully accepts and integrates the treatment cell.

Cell Source centers itself with the cellular therapy and immunotherapy platform technologies for treating blood cancer and more accessible bone marrow transplantation (BMT). Being an exclusive innovator of Veto Cells, it also works for the correction of nonmalignant genetic blood disorders like sickle cell disease and to durably treat autoimmune diseases such as type-one diabetes. The company is working on a broader perspective for developing safe and curative BMT.

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