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Graduate Field of Computational Biology Faculty

Adam Bogdanove Computational genetics; Functional genomics of plant interactions with plant pathogenic bacteria; Role of TAL effects in plant disease and applications for disease control and DNA targeting, including genome editing
James Booth Statistical topics ranging from the bootstrap and Monte Carlo methods, clustering, exact inference, mixed models, generalized linear models, applications of the saddlepoint and Laplace approximations and model fitting algorithms.
Adam Boyko Computational biology; Computational genetics; Genetics of adaptation and domestication; Bioinformatics
Ilana Brito Population genetics, bacterial genomics, human microbiome, systems biology
Andy Clark Molecular and theoretical population genetics; molecular evolution; Drosophila evolutionary biology
Thomas Cleland

Computational neuroscience, physiology and biophysics of neurons and networks, sensory systems, olfaction, neural representations

Evan Cooch Methods for quantitative analysis and management of population dynamics, theoretical ecology
Charles Danko Biomedical Sciences; gene regulation, functional genomic "next generation" sequencing data
Iwijn De Vlaminck Precision medicine; single-cell genomics; circulating cell-free DNA; genomic medicine
Steve Ellner Theoretical and computational population biology
David Field Theories and models of sensory coding and visual processing; visual perception
Yrjo Grohn Basic metabolism in ruminants and genetics to veterinary epidemiology, economic modeling and food safety
Zhenglong Gu Computational and experimental approaches to understand the structure of metabolic networks
Giles Hooker Dynamical Systems, Functional Data Analysis, Machine Learning, High Dimensional Visualization, Semi-parametric Regression
Ron Hoy Mechanisms of hearing in animals (insects) neuroanatomy, development, behavioral neurobiology
Alon Keinan Population Genomics, Statistical Genetics, Computational Modeling, Molecular Evolution, Evolutionary Dynamics
Michael King Analysis and modeling of adhesive interactions of flowing cells with reactive surfaces
Jon Kleinberg Combinatorial structure of networks and information, with applications to computational biology
Amnon Koren DNA replication timing programs using applied genomic approaches, integrating experimental and computational biology
Christiane Linster Neural basis of sensory processing and memory
John Lis Gene expression, gene regulation, molecular biology, molecular genetics, Rna aptamers, Rna splicing, transcription
Susan McCouch Evolutionary genomics of rice
Philipp Messer Population genetics, computational evolutionary biology, evolutionary theory, genetics of rapid adaptation 
Jason Mezey Quantitative genetics/genomics; statistical genetics; computational biology; pathway modeling; molecular evolution
Chris Myers Systems biology, regulatory and signaling networks, biological information processing, and dynamics of complex systems
Richard Rand Dynamical systems, biological systems
Kern Reeve Evolutionary game theory applied to the analysis of cooperation and conflict in social organisms
Frank Schroeder  
Jim Sethna Condensed-matter theory, dynamics of proteins, RNA, and DNA in the cell
Praveen Sethupathy microRNA; gene regulation; genomics/bioinformatics; systems genetics; liver/GI stem cells; liver/GI disease; diabetes, dyslipidemia
David Shalloway Role of alternative splicing in cancer
David Shmoys Efficient algorithms for discrete optimization with applications in computational biology
Christine Shoemaker Population modeling and optimization, including application to bacteria involved in groundwater remediation
Patrick Sullivan Spatial and temporal statistical modeling and assessment of populations and communities
Marjolein C H van der Meulen Orthopedic biomechanics of bone adaptation to mechanical stimuli
Jane Wang Biofluid dynamics and scientific modeling and computing
Martin Wells Applications of statistics in biology
Amy Williams Computational methods that leverage large scale genetic datasets to learn about human genetic history, evolution, and the genetic basis of human disease
Haiyuan Yu Quantitative and experimental systems biology; statistical genetics; comparative genomics; machine learning; molecular evolution; disease prognosis analysis