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Evolutionary genomics and molecular evolution, particularly the interaction between protein sequence, structure, function, and molecular co-evolution within and between proteins. |
Evolutionary dynamics and adaptation. Evolution of squamates. |
Comparative and evolutionary genomics; evolution of molecular function (adaptation, convergence, coevolution); mathematical and theoretical biology; computational and Bayesian statistics. |
Evolution of transcription factors. |
Comparative genomics. |
Transposable element genomics, snakes and salamanders. |
High throughput sequencing, library creation, project monitoring. |
Protein structure and sequence evolution. |
Protein structure and sequence evolution. |
Snake evolutionary genomics. |
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Comparative genomics. |
High throughput sequencing, library creation,
hybridization and targeted seqeuncing. |
High throughput sequencing, library creation, TCR amplification. |
Evolution and detection of transcription factors. Transcription and ChIP-chip assays. Analysis of hydrophobiicty profiles. |
Codon bias, dinucleotide effects, evolution of repetitive elements. |
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Protein structure and evolution. Evolution of photolyase. |
Postdoc, Center of Computational Science, University of Miami |
Senior Scientist in Computational Biology, Washington University at Saint Louis |
Senior System Admin & Scientific Computing Lead, Enterprise Research Infrastructure Systems (ERIS), Partners Healthcare, Harvard Medical School |
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Woods Hole |
PhD candidate in Batzer laboratory, LSU |
PhD candidate in Sheraga laboratory, Cornell |
India |
PhD candidate at TATA Institute, India |
Israel |
Assistant Professor, SUNY Staten Island |
Postdoc, Washington University |
PhD candidate, U. Minnesota |
Philosopher |
Assistant Professor, Park University, Texas |
Arizona State Department, Tucson, AZ |
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Gone off to medical school and such
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