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Xiaodong Cheng, Ph. D. - Professor,
Cellular modifications including DNA methylation, protein (histone) methylation, and small molecule methylation involved in methyl conjugation. |
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Anita Corbett, Ph. D. - Associate Professor,
I have two general research interests. The first is the study of the transport of macromolecules into and out of the nucleus and the second is the regulation of mitosis. |
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Richard D. Cummings, Ph. D. - William Patterson Timmie Professor and Chair,
Glycoconjugate structure/function/biosynthesis; cell adhesion involving lectins and glycoproteins in human inflammation, tumor metastasis and schistosomiasis. |
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Scott Devine, Ph. D. - Assistant Professor,
I study the basic mechanisms by which transposable genetic elements (or "jumping genes") move from one site to another in the genomes of their hosts. My work focuses primarily on the final integration step of transposition. |
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Paul Doetsch, Ph. D. - Professor,
Molecular biology of DNA damage, repair, and mutagenesis. Genetic instability and cancer. |
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Christine Dunham, Ph. D. - Assistant Professor, christine.m.dunham@emory.edu
My research focuses on the important roles that RNA molecules and RNA-protein interactions play in gene expression and regulation. |
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Dale Edmondson, Ph. D. - Professor,
Flavin chemistry and flavoenzyme catalysis, mechanism of action of metalloflavoenzymes, phosphoprotein structure and function. |
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Richard Kahn, Ph. D. - Professor,
The research focus in my laboratory is the family of 21 kDa GTP binding proteins, termed ADP- ribosylation factors of Arfs.
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Ichiro Matsumura, Ph. D. - Associate Professor,
My objective is to understand the adaptive evolution of protein structure and function. I recapitulate the evolutionary process in the laboratory, and identify the correlations between specific changes in tertiary structure and improvements in fitness. These experiments often yield proteins with enhanced industrial or pharmaceutical utility. |
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Eric Ortlund, Ph. D. - Assistant Professor, eric.ortlund@emory.edu
The lab will use structural biology to focus on nuclear receptor mediated transcription, on complexes between specific lipid transporters and their cognate nuclear receptor recipients and will utilize structure and ancestral gene resurrection to understand the evolution of novel function within proteins. |
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David C. Pallas, Ph. D. - Associate Professor,
The primary purpose of the research in my laboratory is to understand the molecular basis of the control of cell proliferation and of mechanisms by which this control is circumvented in neoplastic cell growth. This knowledge will be applied to help identify new targets for small molecule drug therapy for cancer and other diseases in which aberrant cell proliferation is involved. |
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Daniel Reines, Ph. D. - Professor,
Current research is focusing on the biochemistry and molecular biology of gene expression. |
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Keith Wilkinson, Ph. D. - Professor,
Our laboratory concentrates on the regulation of protein amount and location in the cell. We are studying the ubiquitin-dependent proteolysis system that is responsible for regulated degradation of intracellular proteins as well as the role of ubiquitin and ubiquitin-like proteins as a targeting signal. |
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Tatiana Chernova, Ph. D. - Senior Associate,
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Natasha Degtyareva, Ph. D. - Assistant Professor,
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John R. Horton, Ph. D. - Assistant Professor,
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Tongzhong Ju, Ph. D. - Assistant Professor, tju@emory.edu
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Malle Kolli, Ph. D. - Associate,
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Sankhavaram Panini, Ph. D. - Assistant Professor, spanini@emory.edu
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Carlos Rivera-Marrero, Ph. D. - Assistant Professor,
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David F. Smith, Ph. D. - Professor and Director, Core H,
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Shuh-Chyung (Thomas) Song, PhD, Ph. D. - Assistant Professor,
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Yingchun Wang, Ph. D. - Associate, ywang49@emory.edu
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Baoyun Xia, Ph. D. - Associate, bxia@emory.edu
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Xing Zhang, Ph. D. - Assistant Professor,
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