Synthetic DNA improves human immune system
Independent - 27-Jul-2015New technique called electroporation opens up microscopic pores in T-cells allowing Crispr/Cas9 e...
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Director of the UCSF-Gladstone Institute for Genomic Immunology.
I was fortunate to work under the joint mentorship of Rick Young and Rudolf Jaenisch at the Whitehead Institute at MIT for my PhD training. Using genomic techniques, I studied how multiple cell types, all with identical genetic information, establish highly specialized identities. My research focused on two medically important cell types: regulatory T cells, which are essential in preventing autoimmune disease; and embryonic stem cells, whose potential to differentiate into every type of adult cell offer great promise for regenerative medicine.
After finishing medical school, and then my internship and residency at the Brigham and Women’s Hospital, I came west to UCSF. After completing my final year of full time clinical work as an infectious diseases fellow, I started my lab as a Sandler Faculty Fellow. Now, I'm on the faculty at UCSF and the Scientific Director of Biomedine at the IGI. We are continuing our studies of the genetic and epigenetic circuits that control human T cell function.
Visit website: https://marsonlab.ucsf.edu/
See also: University of California, San Francisco (UCSF) - Public research university that is part of the University of California system and dedicated entirely to health science
Details last updated 05-Sep-2020
New technique called electroporation opens up microscopic pores in T-cells allowing Crispr/Cas9 e...