Life Sciences at BrandeisFaculty View by: Last Name; Program (Biochemistry, B&SB, GC, MCB, Neuroscience); Research Area
| Name | Home Dept. | Research Interest | Links |
| Jeffrey Agar | Chemistry | High resolution mass spectrometry | faculty webpage lab website |
| Susan Birren | Biology | Developmental Neurobiology | faculty webpage lab website |
| Carolyn Cohen | Biology | Protein Structure, Dynamics, and Assembly | faculty webpage |
| Li Deng | Chemistry | Organic chemistry. DNA demethylation | faculty webpage |
| David DeRosier (Emeritus) | Biology | Macromolecular Assemblies, Motors, Actin Cytoskeleton | faculty webpage |
| Paul DiZio | Psychology | Human spatial orientation and motor control | faculty webpage lab website |
| Zvonimir Dogic | Physics | Soft condensed matter physics. Biological physics. | faculty webpage |
| Irving Epstein | Chemistry | Nonlinear chemical dynamics. Mathematical modeling of biochemical kinetics and neural systems. | faculty webpage |
| József Fiser | Psychology | Visual information processing and learning | faculty webpage lab website |
| Seth Fraden | Physics | Macromolecules in suspension. Physics of protein crystallization. Microfluidics. | faculty webpage lab website |
| Chandler Fulton (Emeritus) | Biology | Cell differentiation and cell death | faculty webpage |
| Paul Garrity | Biology | Neural development and behavior | faculty webpage |
| Jeff Gelles | Biochemistry | Mechanisms of mechanoenzymes. Stochastic processes in single-enzyme molecules. | faculty webpage lab website |
| Bruce Goode | Biology | Biochemistry and genetics of yeast cytoskeleton | faculty webpage lab website |
| Leslie Griffith | Biology | Biochemistry of synaptic plasticity | faculty webpage lab website |
| Nikolaus Grigorieff | Biochemistry | High-resolution electron cryo-microscopy of macromolecular complexes | faculty webpage lab website |
| Angela Gutchess | Psychology | Life-span development. Culture, aging, and memory | faculty webpage lab website |
| James Haber | Biology | Genetics and molecular biology of yeast meiotic and mitotic recombination. | faculty webpage lab website |
| Michael Hagan | Physics | Computation and theory in biological physics | faculty webpage lab website |
| Jeffrey Hall (Emeritus) | Biology | Drosophila Neurogenetics | faculty webpage |
| Kenneth Hayes | Biology | Comparative nutritional pathophysiology in man and animals. | faculty webpage |
| Liz Hedstrom | Biology | Enzyme structure-function studies. Protein engineering. | faculty webpage lab website |
| Judith Herzfeld | Chemistry | Solid state NMR studies of membrane proteins. Modeling and design of proton transport systems. | faculty webpage lab website |
| Pengyu Hong | Computer Science | Dynamics of biological networks | faculty webpage |
| Donald Katz | Psychology | Neural dynamics of gustatory perception and learning | faculty webpage lab website |
| Dorothee Kern | Biochemistry | Dynamics of enzymes. Magnetic resonance methods. | faculty webpage |
| Jane Kondev | Physics | Biophysics and Structural Biology | faculty webpage |
| Melissa Kosinski-Collins | Biology | Protein biochemistry | faculty webpage |
| Isaac Krauss | Chemistry | Organic synthesis | faculty webpage |
| James Lackner | Psychology | Spatial orientation. Human movement control. Adaptation of unusual force environments. | faculty webpage lab website |
| Nelson Lau | Biology | Gene and genome regulation by RNAi and small RNAs | faculty webpage |
| John Lisman | Biology | Signal transduction and memory | faculty webpage lab website |
| Susan Lovett | Biology | Genetics and molecular biology of bacteria and yeast. | faculty webpage |
| John Lowenstein (Emeritus) | Biochemistry | Regulation and function of HINT | faculty webpage |
| Eve Marder | Biology | Modulation of Neural Networks | faculty webpage lab website |
| Michael Marr | Biology | Mechanisms controlling gene expression | faculty webpage |
| Robert Meyer | Physics | Physics of liquid crystals, colloids, and polymer gels | faculty webpage |
| Christopher Miller | Biochemistry | Structure and Mechanism of Ion Channels and Transporters | faculty webpage |
| Paul Miller | Biology | Computational and theorectical neuroscience | faculty webpage |
| James Morris | Biology | Evolution. Medicine. Epigenetics. History of science. | faculty webpage |
| Sacha Nelson | Biology | Physiological genomics of the mammalian neocortex | faculty webpage lab website |
| Daniela Nicastro | Biology | Electron tomography of cellular and macromolecular structures. | faculty webpage lab website |
| Daniel Oprian | Biochemistry | Structure-function studies of visual pigments and other cell surface receptors. | faculty webpage |
| Suzanne Paradis | Biology | Molecular mechanisms of synaptic development. | faculty webpage lab website |
| Dan L. Perlman | Biology | Ecology, conservation biology, animal behavior | faculty webpage |
| Gregory Petsko | Biochemistry | X-ray crystallographic analysis of protein structure and enzyme mechanisms. | faculty webpage lab website |
| Thomas Pochapsky | Chemistry | Biological redox enzymes structure and mechanism. | faculty webpage |
| Daniel Pomeranz Krummel | Biochemistry | RNA biochemistry, RNA-protein interactions. RNA processing. | faculty webpage |
| Joan Press | Biology | Developmental immunology and immunogenetics. | faculty webpage |
| Alfred Redfield (Emeritus) | Physics | Studies of Macromolecules by Magnetic Resonance | faculty webpage |
| Ruibao Ren | Biology | Signal transduction. | faculty webpage |
| Dagmar Ringe | Biochemistry | Structures of enzymes and enzyme-substrate complexes. | faculty webpage lab website |
| Nicolas Rohleder | Psychology | Health psychology | faculty webpage |
| Michael Rosbash | Biology | RNA processing and molecular neurobiology. | faculty webpage lab website |
| Azadeh Samadani | Physics | Understanding directional sensing mechanisms in eukaryotic cells | faculty webpage |
| Robert Sekuler | Psychology | Visual perception. Cognitive processes. | faculty webpage lab website |
| Piali Sengupta | Biology | Behavioral and neuronal development in C. elegans. | faculty webpage lab website |
| Neil Simister | Biology | Molecular immunology. Antibody transport. | faculty webpage |
| Barry Snider | Chemistry | Synthesis of natural products | faculty webpage |
| Douglas Theobald | Biochemistry | Structural bioinformatics analysis of telomeric complexes, integrating X-ray crystallographic structure determination, molecular evolution, and structure-function studies. | faculty webpage |
| Christine Thomas | Chemistry | Synthetic inorganic, bioinorganic and organometallic chemistry | faculty webpage |
| Judith Tsipis | Biology | Genetic counseling. | faculty webpage |
| Gina Turrigiano | Biology | Activity-dependent regulation of neuronal properties. | faculty webpage lab website |
| Steven Van Hooser | Biology | Development and function of cortical circuits | faculty webpage |
| Lawrence Wangh | Biology | Mammalian embryogenesis. Gene expression in single cells. | faculty webpage lab website |
| Kalpana White (Emeritus) | Biology | Neural Development | faculty webpage |
| Arthur Wingfield | Psychology | Human memory | faculty webpage lab website |
| Jutta Wolf | Psychology | Health psychology | faculty webpage |
| Bing Xu | Chemistry | Biomaterials and Self-assembly | faculty webpage |
| Satoshi Yoshida | Biology | Cell cycle control of RhoGTPases and cytoskeleton in yeast | faculty webpage |
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