We did it! cc-TDI has developed the world’s first genetically-engineered mice that contain the Pax7-Foxo1 gene fusion found in some forms of alveolar rhabdomyosarcoma. Typically, alveolar rhabdomyosarcoma is characterized by the Pax3-Foxo1 gene fusion. Pax7-Foxo1 is the less common fusion variant.
Rhabdomyosarcoma (RMS) is an underserved form of cancer found in the soft tissue of the muscle and skeletal systems. In the last 7 years no new drugs have emerged to be tested in clinical trials for high-risk or relapsed RMS and throughout history no primary drug approvals for RMS have occurred – leaving many patients and families without life-saving treatment options.
Having previously generated the Pax3-Foxo1 alveolar rhabdomyosarcoma mouse, cc-TDI is now beginning the months’ long process of putting the Pax7-Foxo1 mutation with activators in muscle to create the world’s first ever Pax7-Foxo1 alveolar rhabdomyosarcoma mouse that naturally develops tumors. The advantage of this particular mouse model is that it will allow researchers to essentially turn on and off the gene when testing against targeted drugs, an important experimental feature.
The $53,000 cost to produce this mouse was made possible by crowdfunding in honor of Suede, Tina, Gary, Leo and Kathryn that raised $18,196 (including $13,000 from David Sullivan via Golf Fights Cancer in honor of Princess Kiley) and was significantly enabled most recently by the Megan’s Mission Foundation and its community of Team Megan Bugg supporters with a contribution of $10,000. To help with the last $24,804 needed to complete the project, you can join via the crowdfunding campaign: https://cc-tdi.kidful.com/?campaign=1052576.