Jennifer Wargo, M.D.
Associate Professor, Principal Investigator
Areas of Research
- Melanoma Research
- Immunotherapy Research
- Genetics Research
- Microbiome Research
- Targeted Therapy Research
Jennifer A. Wargo, M.D. runs a translational research laboratory studying the genetics of melanoma and other cancers with the goal of understanding what allows them to grow, spread and evade the immune system.
The research of the Wargo Lab is focused on using genetic targeted therapy to arrest the growth of these cancers and to make them more visible to the immune system. The lab is currently developing clinical trials incorporating what she has learned in the laboratory to treat patients with cancer. Her efforts in this regard have been nationally recognized, and she has several research grants for this work. In addition to her important work in the laboratory, Wargo has focused on minimally-invasive surgical techniques for the treatment of skin diseases, including skin cancer. As part of the Surgical Oncology department at MD Anderson Cancer Center, she has contributed to improving management for patients with skin cancer and other skin disease.
Meet the team
Back row (left to right): Peter A. Prieot, M.D., Alexandre Reuben, Ph.D., Vancheswaran “Deepak” Gopalakrishnan, M.P.H., Robert Szczepaniak Sloane, Christine Spencer, M.P.H., Alexander J. Lazar, M.D., Ph.D. and Luigi Nezi, Ph.D.
Front row (left to right): Sangeetha Reddy, M.D., M.Sci, Jennifer Wargo, M.D., M.MSc. and Hong Jiang, Ph.D.
In the spotlight
The groundbreaking research from the Wargo Lab is often featured in the media.
Jennifer A. Wargo, M.D. has received several accolades including:
Rising STARS Award from the UT System (2014- 2017)
The Regents’ Health Research Scholars Award, UT System (2014-2016)
Outstanding Young Investigator Award, Society for Melanoma Research (2014)
Our Research Matters
Jennifer A. Wargo, M.D.
There’s emerging evidence that the bacteria within our intestines can actually modulate our immune system, systemically, in our blood stream and elsewhere in our body.Learn more about our research