Our success in defining novel functional interactions within the p53 family provides new therapeutic possibilities for a variety of treatment-refractory malignancies. We are currently developing high-throughput approaches to identify specific therapeutic targets within the critical pathways we have uncovered. Through collaborations with academic and industry partners we seek to rapidly develop and test the new treatments that may emerge based on our basic science discoveries.

Our success in defining novel functional interactions within the p53 family provides new therapeutic possibilities for a variety of treatment-refractory malignancies. We are currently developing high-throughput approaches to identify specific therapeutic targets within the critical pathways we have uncovered. Through collaborations with academic and industry partners we seek to rapidly develop and test the new treatments that may emerge based on our basic science discoveries.