UNDERGRADUATE SCHOLARSHIP PROGRAM: National Institutes of Health
 
     
The NIH Undergraduate Scholarship Program (UGSP) offers
competitive scholarships to exceptional students from
disadvantaged backgrounds who are committed to biomedical, behavioral, and social science research careers at the NIH.
 
Meet the Scholars of 2005
Carolina M. Montano

University: Brigham Young University
Hometown: Provo, UT

NIH Research Project:
Effect of DNA Damage on Transcription

Mentor: Rafael Casellas, Ph.D.
Genomic Integrity Group
National Institute of Arthritis and Musculoskeletal and Skin Diseases


Scholar Picture


Five years ago I had to start my life in this country and learn to communicate in English. Even though it was a big change, I was resolved to become a scientist, a dream that I have had ever since I was 8 years old. To that end, I enrolled at Brigham Young University, where I recently received dual degrees in neuroscience and molecular biology. My ultimate goal is to enroll in a joint M.D./Ph.D. program.

During my sophomore year, Dr. Dixon Woodbury opened the doors of his biophysics laboratory to me and showed me how satisfying science can be. After that year I spent a summer at the Mayo Clinic under the mentorship of Dr. Joseph Poduslo, where I helped study the role of programmed cell death in Lou Gehrig's disease.

After returning to BYU, I joined Dr. Laura Bridgewater's laboratory. Last year, she encouraged me to write a prospectus of my senior project to compete for a student grant. This grant allowed me to design and carry out a project that studied the role of bone morphogenetic proteins in the regulation of collagen genes.

Last summer, as a UGSP Scholar, I studied the activity of the JC virus during the differentiation of brain progenitor cells under the mentorship of Dr. Eugene Major. This summer I joined Dr. Rafael Casellas's laboratory in the National Institute of Arthritis and Musculoskeletal and Skin Diseases. I am studying the effects that DNA damage has in gene transcription. This work will help reveal the mechanisms that maintain the stability of the mammalian genome.

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