 The overall goal of my work in the Broach lab is to understand how cells regulate their growth. Multiple signal transduction pathways regulate cell growth in response to nutritional and mitogenic signals.
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 I received my Ph.D. degree from Indiana University-Bloomington with a specialty in biochemistry and structural biology. I am currently a postdoc in the Fred Hughson laboratory, Department of Molecular Biology, Princeton University.
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 I am intrigued by the molecular and genetic mechanisms utilized during development to establish cellular axes within the developing embryo.
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 The overriding goal of my work is to explore the mechanisms and consequences of chemical communication between bacteria and eukaryotes. Cell-to-cell communication typically occurs through the production and detection of secreted hormone-like molecules. |
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 The Molecular Biology Department at Princeton provides a number of excellent opportunities for postdocs. Scientifically, there's a wide range of labs and expertise to learn from – you may work with one PI, but you have many potential colleagues and informal mentors University-wide. |
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 The overall goal of my research is to understand how genes and phenotypes are expressed from the genetic information encoded in genomes. |
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 My work in the laboratory of David Botstein focuses on understanding the interactions between the host stroma and the primary tumor during cancer.
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 I’m a local girl who went for undergrad at the University of Scranton, PA to study Philosophy and Biochemistry and then to graduate school at the University of Pennsylvania, PA for Neuroscience.
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 My project aims to elucidate the cellular and network mechanisms
underlying a form of short-term memory at work in the head
direction (HD) system of a behaving transgenic mouse.
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 Work in the Shenk Lab focuses on human cytomegalovirus (HCMV). HCMV is a herpesvirus that upon infection remains with its host for life.
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 The Department of Molecular Biology provides a flexible environment that encourages collaboration and communication among diverse groups. |
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The Bassler lab studies quorum sensing (QS); a process of bacterial cell-cell communication involving the
production, secretion and subsequent detection of extracellular signal molecules called autoinducers (AIs). |
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 Because my undergraduate training was in chemistry, and my doctorate was in biochemistry at a biophysical institute, my knowledge of basic biology was very limited when I came to Princeton. |
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