Chromatin, the assembly of DNA and its associated proteins, constitutes the template for most nuclear processes, including transcription, replication and DNA damage repair. Faithful regulation of chromatin processes is central to normal cellular function and development. Employing a broad range of genome-wide approaches to interrogate chromatin, backed by computational analytics, our lab has been interested the functional consequences of aberrant chromatin in cancer development.
We study these processes in two primary models: Ewing Sarcoma and Renal Cell Carcinoma. Ewing sarcoma, a tumor of children and young adults, is characterized by a chromosomal translocation that creates a transcriptional factor that gains chromatin remodeling activity. Regulators of chromatin are commonly mutated in clear cell renal cell carcinoma. The lab offers a unique opportunity to bridge high-throughput sequencing-based approaches with cellular and biochemical studies.