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Ph.D.
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Research Interest: Examining individual human variation due to differential LINE-1 activity and the role of the cysteine rich domain in LINE-1 mobilization. |
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Ph.D.
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Research Interest: Regulation of the forkhead transcription factor, FOXC2, using transgenic mouse models. |
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Ph.D.
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Research Interest: The role of FIG4, a phosphoinositide phosphatase, in mouse and human neurological disease (CMT4J). |
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Ph.D.
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Research Interest: Mouse model of progressive hearing loss caused by dominant mutations in gamma-actin. |
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M.S./G.C.
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Research Interest: Assessing knowledge and attitudes towards direct-to-consumer genetic testing among genetic counselors. |
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M.S/G.C.
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Research Interest: People's perspectives on the term "adaptation" as it is used in the definition of genetic counseling as put forth by the National Society of Genetic Counselors. |
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Ph.D.
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Research Interest: The regulation of Artemis and its relationship to other nucleases in VDJ recombination. |
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Ph.D.
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Research Interest: Identification of the functions of CHD7, a novel chromodomain protein that is mutated in human CHARGE syndrome. |
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M.S./G.C.
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Research Interest: To evaluate if the genetic counseling session influences a priori decisions to accept or decline genetic testing in advanced maternal age patients. |
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M.S./G.C.
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Research Interest: Attitudes of patients and healthcare professionals toward hypothetical genetic testing for bipolar disorder. |
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Ph.D.
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Research Interest: The role of SEPT9_v1 expression in malignant transformation with special attention to mammary tumorigenesis. |
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Ph.D.
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Research Interest: Cell fate specification in the mammalian retina, focusing on the Math5cell lineage. |
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Ph.D.
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Research Interest: Analysis of CHFR, a novel checkpoint protein, in the suppression of tumor formation and maintenance of genomic stability in mammary epithelial cells. |
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Ph.D.
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Research Interest: Mechanisms of cytogenetic breakage seen at common fragile sites after replication stress in human cells. |
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Ph.D.
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Research Interest: Statistical and population genetics, with a focus on the genomic architecture and quantitative trait mapping in the Old Order Amish. |
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