The organization, function and maintenance of the genome are the focus of a large number of BMCB laboratories, which form a vibrant community of both established and younger faculty. Students in the BMCB program may choose from a diverse range of laboratories studying topics ranging from DNA repair and DNA replication, to chromatin, nuclear architecture and transcription. A distinct feature of the program is the use of various model organisms and the integration of classical and modern techniques to address fundamental questions in nuclear biology and their implications for human health.
Research Area Faculty
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Eric Alani, Professor Molecular Biology & Genetics Research Interests: Understanding how DNA mismatch repair proteins act in repair and genetic recombination |
607-254-4811 eea3@cornell.edu Lab Website |
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Daniel Barbash, Professor Research Interests: Chromosome structure and segregation; Genomeevolution |
607-254-5208 dab87@cornell.edu Lab Website Publications |
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Paula Cohen, Professor Biomedical Sciences Research Interests: Molecular regulation of meiotic recombination and crossing over in the mouse |
607-253-4301 paula.cohen@cornell.edu Lab Website Publications |
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Brooks Crickard, Assistant Professor Research Interests: In the Crickard lab we use single molecule imaging in combination with genetic approaches to dissect molecular mechanisms of chromosome maintenance and genomic stability. |
607-254-4679 jbc287@cornell.edu Lab Website Publications |
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Cedric Feschotte, Professor Molecular Biology & Genetics Research Interests: Genome biology & evolution; mobile genetic elements; endogenous viruses; gene regulation; noncoding RNA |
607-255-8793 cf458@cornell.edu Lab Website Publications |
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Martha Field, Assistant Professor Human Ecology: Nutritional Sciences Research Interests: My laboratory studies gene-nutrient-environment interactions, and underlying molecular mechanisms, that lead to development of pathology. We currently focus on folate and vitamin B12 metabolism as well as central/glucose metabolism. |
607-255-6081 mas246@cornell.edu Lab Website Publications |
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Jan Lammerding, Professor Biomedical Engineering Research Interests: Cellular biomechanics; mechanotransduction; mechanically induced gene expression; nuclear envelope proteins; cell migration and cancer metastasis; muscular dystrophy; heart disease |
607-255-1700 jl2792@cornell.edu Lab Website Publications |
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David Lin, Associate Professor Biomedical Sciences Research Interests: The Lin lab uses molecular, genetic and genomic tools to study the development and degeneration of the nervous system, focusing on the mouse olfactory system. |
607-253-4360 dml45@cornell.edu Lab Website |
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Eirene Markenscoff-Papadimitriou, Assistant Professor Molecular Biology & Genetics Research Interests: My research probes gene regulatory mechanisms that control neuronal identity and function during brain development and how they misfunction in autism and other neurodevelopmental disorders. |
ecm253@cornell.edu Publications |
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John Schimenti, Professor Biomedical Sciences Molecular Biology & Genetics Research Interests: Mammalian Genetics, reproductive biology, maintenance of genome integrity and development |
607-253-3636 jcs92@cornell.edu Lab Website Publications |
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Marcus Smolka, Associate Professor Molecular Biology & Genetics Research Interests: We study genome maintenance mechanisms using mass spectrometry technologies, genetics and biochemical approaches in yeast and mammalian systems. |
607-255-0274 mbs266@cornell.edu Lab Website Publications |
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Meng Wang, Assistant Professor Division of Nutritional Sciences Research Interests: We aim to dissect how metabolism can cause DNA damage that impacts cancer development and aging, and to design novel treatments that target DNA damage pathways. We use genetic and mass spectrometry approaches in cell lines and animal models. |
607-254-2321 mengwang@cornell.edu Lab Website Publications |
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Michelle Wang, James Gilbert White Distinguished Professor of Physical Sciences and Howard Hughes Medical Institute Investigator Physics Research Interests: Mechanisms of motor protein collision and navigation; chromatin dynamics and remodeling; torsional mechanics of replication and transcription; development of innovative single-molecule mechanical manipulation techniques |
607-255-6414 mdw17@cornell.edu Lab Website |
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Robert Weiss, Professor Biomedical Sciences Research Interests: Molecular mechanisms for the maintenance of genomic stability; cellular responses to DNA damage; mouse models of human cancer. |
607-253-4443 rsw26@cornell.edu Lab Website Publications |