| Abrajano, Jun |
Environmental fate of biogenic organics in ground water |
| Akella, Srinivas |
Algorithms for digital microfluidic biochips for combinatorial biosynthesis; protein folding using motion planning; robotics |
| Akpalu, Yvonne |
Polymers and bionano composites |
| Barquera, Blanca |
Bacterial energy metabolism |
| Belfort, Georges |
Biomolecular interactions in protein separations, surface science, and protein misfolding (amyloids, surfaces) |
| Bennett, Kristin P. |
Artificial intelligence in solving biological and medial problems |
| Bequette, B. Wayne |
Systems engineering applied to biomedicine and bioprocessing |
| Bjornsson, Chris |
Characterizing and minimizing the brain’s reactive responses to neural prosthetic device insertion |
| Breneman, Curtis M. |
Molecular modeling of structure function relationships |
| Brunski, John |
Biomechanics of implants and the bone-implant interface |
| Bystroff, Christopher |
Bioinformatics, protein folding and design |
| Collins, Cynthia |
Synthetic biology: cell-cell communication, microbial ecosystems, metabolic and protein engineering |
| Colón, Wilfredo |
Biochemistry and biophysics of protein folding and misfolding |
| Coppens, Marc-Olivier |
Nature inspired chemical engineering |
| Corr, David T. |
Wound healing, musculoskeletal soft tissue mechanics |
| Cramer, Steven |
Novel bioseparation technologies |
| Dai, Guohao |
Cardiovascular biomechanics and its role in vascular disease and tissue regeneration process |
| Damljanovic, Vesna |
Cellular mechanics: force generation and transmission as precursors in tissue formation |
| DePaola, Natacha |
Fluid mechanics and mass transport in mammalian cell function |
| Drew, Donald A. |
Mathematical biology models for processes in cells |
| Dordick, Jonathan S. |
Biocatalysis in drug discovery and nanotechnology |
| Ehrlich, Henry L. |
Metal mobilization and immobilization by bacterial redox reactions |
| Embreachts, Mark |
Automated drug design and discovery |
| Ferland, Russell |
Neurodevelopment, neurological and neurodevelopmental disorders, and brain plasticity |
| Ferris, James P. |
Origins of life and photochemistry in the atmosphere of Titan |
| Finger, Fern |
Functions of C. elegans Septin-family GTP-binding proteins in nervous system and organ development |
| Garcia, Angel E. |
Computational and theoretical studies of biomolecular structure, dynamics and folding |
| Garde, Shekhar |
Molecular thermodynamics and simulations of biological systems |
| Gilbert, Susan P. |
Structure and mechanism of molecular motors involved in cell motility and the cytoskeleton |
| Han, Jong-In |
Environmental microbiology and quorum sensing |
| Holmes, Mark |
Mathematical models for physiological systems |
| Intes, Xavier |
Optical molecular imaging |
| Isaacson, David |
Mathematics applied to the diagnosis and treatment of heart disease and cancer |
| Jansen, Kenneth E. |
Computational bio-fluid dynamics (cardiovascular and respiratory systems) |
| Kane, Ravi S. |
Research at the interface of biotechnology and nanotechnology |
| Kempf, James |
Functional dynamics of biological macromolecules from nuclear magnetic resonance (NMR) |
| Kilduff, James |
Adsorption and membrane processes |
| Koretz, Jane |
Modeling the human visual process; biophysics of small heat shock proteins |
| Ledet, Eric |
Biomechanics of the spine, low back pain, traumatic fracture repair, and mechanobiology |
| Ligon, Lee |
Cell biology/neuroscience with focus on cytoskeleton |
| Linhardt, Robert J. |
Biocatalysis focused on glycobiology |
| Makhatadze, George |
Protein engineering and design, experimental and computational studies of biomacromolecular interactions |
| McCallum, Scott A. |
Characterizing macromolecular interactions and structure-function relationships by NMR |
| McGown, Linda |
G-quadruplex DNA in cellular processes and biotechnology |
| McLaughlin, Joyce |
Nonlinear analysis in medical diagnosis |
| Monastersky, Glenn M. |
Mammalian gene regulation and expression, transgenic disease models and protein production |
| Morgan, Joel |
Reverse engineering enzymes that work as molecular energy transducing machines, feature size: 1 atom |
| Newell, Jonathan |
Electrical Impedance Tomography focused on breast cancer diagnosis |
| Nierzwicki-Bauer, Sandra |
Microbiology of fresh water systems |
| Nyman, Marianne |
Environmental fate of hydrophobic organic compounds |
| Page-McCaw, Andrea |
Protease-mediated cell-cell signaling and tissue remodeling in Drosophila |
| Page-McCaw, Patrick |
Using zebrafish as a model for human disease |
| Palazzo, Robert E. |
Cell biology and biochemistry of centrosomes |
| Paluh, Janet L. |
Cell cycle signaling for G2/M/G1 and asymmetry pathways in Schizosaccharomyces pombe and human ESCs |
| Pell, Richard |
Mapping the genetic relationships between workhorse species within the engineered tree of life |
| Platt, Mark D. |
Development of novel proteomic approaches and applications of biological mass spectrometry |
| Plopper, George |
Extracellular matrix and cell function |
| Ramanath, Ganapathiraman |
Assembly of nanoscale structures |
| Roysam, Badrinath “Badri” |
Multi-dimensional biological image analysis |
| Schadler, Linda S. |
Interfacial behavior of polymer nanocomposites and mechanical and electrical behavior |
| Sharfstein, Susan |
Mammalian cell biotechnology and bioprocessing focused on recombinant biopharmaceutical production |
| Siegel, Richard |
Nano structured materials and biomaterials |
| Spilker, Robert L. |
Computational modeling in biomedical systems |
| Stegemann, Jan P. |
Cell-matrix interactions in 3D as applied to biomaterials and regenerative medicine |
| Stewart, Charles |
Algorithms for automatic biomedical image registration |
| Sukumar, N. |
Quantum chemistry, drug design, cheminformatics, geometric phase, nonadiabatic couplings |
| Swank, Douglas M. |
Muscle physiology and motor proteins |
| Tessier, Peter |
Protein folding and aggregation of prions, amyloids and therapeutic antibodies, bionanotechnology
|
| Thompson, Deanna M. |
Neural engineering |
| Vashishth, Deepak |
Tissue engineering of hard tissues |
| von Maltzahn, Wolf |
Biomedical engineering (currently acting VP of Research) |
| Wang, Chunyu |
NMR of proteins in Alzheimer’s disease and intein splicing |
| Wentland, Mark P. |
Medicinal chemistry focused on drug discovery |
| Wilke, Ingrid |
Ultrafast laser applications in biology and medicine |
| Xu, George X. |
Radiation dosimetry and image-based human computation |
| Zagorevski, Dmitri |
Gas-phase ion chemistry; Development of mass spectrometry methods of analyses of variety of compounds; Elucidation of structures of molecules and gas-phase ions.
|
| Zaki, Mohammed J. |
Data mining, database indexing, bioinformatics |
| Zhang, Fuming |
Biomolecular interactions, glycomics and glycoengineering |
| Zhang, Xi-Cheng |
Terahertz (Thz) optics sensing and imaging |
| Zuker, Michael |
Algorithms and software for nucleic acid folding, hybridization and melting profile prediction |
