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Cancer Biology & Gene Regulation Program
The study of gene expression and genome stability with applications to
cancer, development, and cancer radiotherapy.

From left: Hernan Flores-Rozas, David
Kozlowski, Tohru Ikuta (former program member), Yoshihiko Takeda, Wendy Bollag, Stephen Hsu, Lan Ko,
seated: Hubert Stoppler, William Dynan and Andrew Phillips
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William S.
Dynan, Ph.D., Program Chief
- Molecular mechanism of DNA double-strand break repair.
- Drugs to improve the efficacy of radiation therapy.
- Effects of ionizing radiation on the vertebrate embryo.
- Tools for clinical proteomics.
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Hernan Flores-Rozas, Ph.D.
- Molecular mechanism of DNA mismatch repair.
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| Lan Ko, Ph.D.
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| Andrew Phillips, Ph.D.
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| Hubert Stöppler, Ph.D.
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Yoshihiko Takeda, M.D.
- Autoantibodies in lupus nephritis.
- DNA double-strand break repair proteins.
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| Affiliated Faculty: |
Wendy Bollinger Bollag,
Ph.D. (IMMAG: Regenerative Medicine)
- Signal transduction in keratinocytes and adrenal glomerulosa
cells.
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Steven Hsu, Ph.D. (MCG School of Dentistry)
- Beneficial properties of green tea polyphenols for
prevention of cancer, skin diseases, and autoimmune syndromes.
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David Kozlowski, Ph.D.
(IMMAG: Developmental & Regenerative Neurobiology)
- Genes and pathways that control development of the inner
ear.
- Transgenic zebrafish core facility director.
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