| NAME |
CURRENT RESEARCH INTERESTS |
| Ioannis Androulakis |
Computational systems biology, bioinformatics |
| Gyan Bhanot |
Computational Systems Biology related to caner; Evolutionary Genetics
including human migration and mutation. |
| Nada Boustany |
Biomedical optics, subcellular imaging and spectroscopy |
| Helen Buettner |
Tissue engineering; nerve regeneration; microfabrication; applied neurobiology |
| Grigore Burdea |
Virtual reality in medicine and rehabilitation; robotics |
| Li Cai |
Neural tissue engineering, computational biology, and genomics |
| Yves Chabal |
Bio-functional surfaces; biosensors; nanotechnology; microelectronics
and photonics |
| Bernard Coleman |
Continuum mechanics in biological systems; DNA topology; structure and
micromechanics |
| William Craelius |
Electromechanical transduction; membrane biophysics; prosthetic devices;
rehabilitation engineering |
| Gary Drzewiecki |
Circulatory system dynamics; noninvasive hemodynamics; chaos and fractals |
| Stanley Dunn |
Biomedical image analysis; quantitative radiography; quantitative microscopy;
bioinformatics |
| Sobin Kim |
New methods for studying nucleotide (SNPs) variations in the genome, genomics,
mass spectrometry |
| Joachim Kohn |
New biomaterials, tissue engineering, combinatorial techniques for biopolymer
development |
| Casimir Kulikowski |
Biomedical image analysis; artificial intelligence; expert systems; bioinformatics;
telemedicine |
| Noshir Langrana |
Biomechanics; computer-aided design; rapid prototyping; rehabilitation
engineering |
| John K-J Li |
Cardiovascular engineering; cardiac assist devices; sensors and transducers;
controlled drug delivery |
| Anant Madabhushi |
Medical image analysis, machine learning, biomedical
image processing, image understanding, and computer vision. |
| Adrian Mann |
Biomaterials, nanoscale mechanical properties of materials |
| Dimitris Metaxas |
Computational bioengineering; medical image analysis; modeling of cardiac
function and human gait |
| Prabhas Moghe |
Tissue engineering; cellular interactions with biomaterials; matrix microarchitecture;
vascular grafts; hepatic tissue engineering |
| Thomas Papathomas |
Computational models of neural mechanics; visual perception of motion,
depth, and texture; visual pattern recognition |
| Charles Roth |
Molecular and cellular bioengineering; genomics and proteomics; nucleic
acid biotechnology |
| John Semmlow |
Noninvasive medical instrumentation; medical imaging; fMRI; physiological
motor control; vision |
| Troy Shinbrot |
Nerve regeneration; structure from noise; pharmaceutical engineering |
| George Shoane |
Human visual processing; models of eye disorders; biocontrol of eye movement |
| David Shreiber |
Injury biomechanics; nerve tissue engineering; cell and tissue mechanics |
| Evangelia Tzanakou |
Neural networks in biology and medicine; visual and auditory systems;
modeling of neurological disorders; telesurgery |
| Kathryn Uhrich |
Drug delivery, microfabrication and surface modification |
| Martin Yarmush |
Tissue engineering; metabolic engineering; gene therapy and genomics;
applied immunology |
| Jeffrey Zahn |
Microfabrications and microfluidics |
