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David Cortez, Ph.D.

Professor and Ingram Professor of Cancer Research, Department of Biochemistry


Billions of base pairs of DNA must be replicated trillions of times during a human lifetime. Adding to the difficulty, thousands of DNA lesions happen in each cell of our body every day. Furthermore, replication is challenged by difficult to replicate sequences and conflicts with transcription.  DNA damage response mechanisms act to repair the damaged DNA, signal checkpoint activation, ensure completion of DNA replication, and maintain genome stability. Defects in these mechanisms cause developmental abnormalities, premature aging, and cancer. Replication errors are the single largest cause of cancer.

The Cortez lab is dedicated to understanding the mechanisms that maintain genome integrity and promote the complete and accurate replication of the genome.


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