| Joseph Distefano |
Dynamic systems biology modeling |
| David Eisenberg |
Protein structure, folding and design. |
| Eleazar Eskin |
Bioinformatics, Statistical Genetics, Genetic Basis of Complex Traits. (see seminar video: Integrated genomics approaches for analyzing complex traits in inbred mice; see another seminar video) |
| Thomas Graeber |
Systems Biology of Cancer Signaling |
| Stefan Horvath |
Statistical analysis of DNA and tissue microarray data (see seminar video: Consensus eigengene networks: studying gene co‐expression modules and networks) |
| James Lake |
Genomics and bioinformatics, including the evolution and origin of genomes |
| Kenneth Lange |
Human genetics, population biology, biomedical imaging, computational statistics, and applied stochastic processes |
| Christopher Lee |
Bioinformatics, Genome Evolution, Alternative Splicing (see seminar video) |
| Huiying Li |
Human microbiome and diseases, Metagenomics, Bioinformatics, Systems biology |
| Kerchau Li |
Bioinformatics, systems biology, High dimensional data analysis, network study, microarray gene expression, microRNA expression analysis, array CGH, biomarker, eQTL, Maldi-Seldi protein profile analysis (see seminar video: Liquid Association: a new bioinformatics tool for exploring gene expression data) |
| James Liao |
Metabolic Engineering and Systems Biology (see seminar video: Developing new bioenergy sources by metabolic pathway engineering; see another seminar video) |
| Parag Mallick |
Clinical Proteomics and Systems Biology |
| John Novembre |
Computational methods in population genetics; human evolutionary genetics; genome evolution; population structure and adaptation (see seminar video: A collective living stockpile of biological information: lessons and chellenges from population genomics) |
| Douglas Parker |
Data Mining, Bioinformatics, Database Management, Scientific Data Management and Modeling |
| Matteo Pellegrini |
Computational methods to interpret genomic data (see seminar video) |
| Sebastien Roch |
Mathematical phylogenetics |
| Chiara Sabatti |
Statistical genomics |
| Janet Sinsheimer |
Statistical methodology for mapping complex trait and disease genes and for understanding evolution |
| Marc Suchard |
Stochastic processes in biology; Evolutionary medicine; Statistical computing |
| Zhuowen Tu |
Medical Imaging, Machine Learning, Statistical modeling/computing, and Computer Vision |
| Xinshu Grace Xiao |
Computational and Systems Biology of Pre-mRNA Splicing and Gene Expression |
| Todd Yeates |
Structures of large protein assemblies, including the carboxysome and other bacterial microcompartment shells; applications of geometry and topology to proteins; discovery of protein function through comparative genomics. |
| Qing Zhou |
Computational biology, Monte Carlo methods and Bayesian statistics (see seminar video: Extracting sequence features to predict protein-DNA interactions) |
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