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Gene Editing Checkpoint Molecule Genes for the Treatment of Cancer
Checkpoint molecule genes act to prevent the immune system from attacking normal cells. In many cancers, the expression of checkpoint molecule genes by cancer cells prevents their destruction by the immune system (a “cold” tumor).
Our scientists developed a method for treating cancer by inactivating checkpoint molecule genes in cancer cells using mRNA encoding gene-editing proteins to unmask the cancer cells to the immune system, and thus turn a “cold” tumor “hot”.
Gene Editing Checkpoint Molecule Genes for the Treatment of Cancer is protected by four U.S. patents (with additional patents pending in the U.S. and in other countries). Of note, certain granted patents include claims that are not limited by type of cancer, specific checkpoint molecule gene, mRNA sequence or chemistry, or type of gene-editing protein.
- Inactivate checkpoint molecule genes in tumor cells to unmask them to the immune system
- Treat metastatic disease by training the immune system on unmasked tumor cells
- Combine with Factor’s Chromatin Context-Sensitive Gene-Editing Endonuclease for high-specificity inactivation of target checkpoint molecule genes
- Combine with Factor’s ToRNAdo™ Nucleic-Acid Delivery System for high-efficiency delivery to tumor cells in vivo
- Inactivate multiple checkpoint molecule genes to unmask multi-pathway-resistant tumor cells
Figure 1. Gene editing the TRAC gene and the checkpoint molecule gene PD1 in human iPS cells.