|
Name |
Current
Research Interests |
|
Harold Alexander |
Biomechanics,
biomaterials, orthopedic implant design |
|
Stephen Anderson
|
Protein engineering, structural
bioinformatics |
|
Edward Arnold |
Drug and vaccine design, HIV protein engineering |
|
Helen
Berman |
Biomolecular crystallography, structural bioinformatics |
|
Bharat Biswal |
Functional magnetic resonance imaging |
|
Kenneth Breslauer |
DNA-drug
interactions, biothermodynamics |
|
Kenneth Ciuffreda |
Visual
function and oculomotor control |
|
Stephen Danforth |
Bioceramics,
rapid prototyping, nano-sized powders |
|
David Denhardt |
Metastatic disease, mechanostransduction |
|
Michael
Dunn |
Tissue engineering of tendons and ligaments |
|
Richard Ebright |
Protein-DNA interactions, dynamics of gene expression |
|
Sandra England |
Respiratory
control and mechanics |
|
Bonnie Firestein |
Neuronal proteins at synapses, Patterns
of dendrites
|
|
David Foran |
Computer
Assisted Diagnoses |
|
Stephen Garofalini |
Molecular dynamics of surfaces |
|
Charles Gatt |
Orthopaedics, Sportsmedicine, Biomechanics |
|
Carey Glass |
Prosthetic Materials and Devices |
|
Panos Gorgeopoulos |
Modeling of bioenvironmental systems |
|
Martin Grumet |
Cell adhesion in the nervous system |
|
James Guo |
Biophotonics, laser tissue interactions |
|
Joseph
Kedem |
Quantitative cardiac function and metabolism |
|
John B. Kostis |
Cardiovascular
disease, hypertension |
|
Eileen
Kowler |
Eye movements and visual information processing |
|
Richard Lehman |
Pallidotomy
surgery, neural engineering |
|
Michael Lewis |
Pediatrics |
|
Yicheng Lu |
Biosensors, microelectronic materials and devices |
|
Ted Madey |
Structure and reactivity of surfaces |
|
Dinos Mavroidis |
Biomedical
and rehabilitation robotics |
|
Guy
Montelione |
NMR spectroscopy, functional and structural genomics |
|
Fernando Muzzio |
Pharmaceutical
engineering, nanopharmaceuticals |
|
Gary Nackman |
Vascular
tissue engineering |
|
Judith
Neubauer |
Central respiratory control |
|
Richard Nowakowski |
Cell cycle fate of sister cells during the development of
the vertebrate cerebral cortex |
|
Pat O'Connor |
Molecular biology in orthopedic applications |
|
Wilma
Olson |
Theoretical studies of nucleic acid structure and properties |
|
John R. Parsons |
Biomechanics
of orthopedic devices, biomaterials |
|
Henrik
Pedersen |
Metabolic engineering, plant cell biotechnology, biophotonics |
|
John
Ricci |
Microtexturing for dental biomaterials |
|
Richard Riman |
Nanostructured
biomaterials |
|
Aaron Shatkin |
Transcription and translation mechanism |
|
Larry
Shepp |
Statistical analysis, computed tomography |
|
Fred
Silver |
Biomaterials, connective tissue structure and mechanics |
|
Patrick Sinko |
Pharmacokinetics, targeted drug delivery |
|
Jay Tischfield |
Large scale genetics, complex human diseases |
|
George Tzanakos |
Positron emission tomography, image reconstruction |
|
Harvey
Weiss |
Quantitative circulatory physiology |
|
Joseph
Wilder |
Human visual perception |
|
Peter Yim |
Medical Image Analysis |
|
Wise Young |
Brain and spinal cord injury |
|
Dajun
Zhang |
Tissue engineering, bone biomechanics, biomedical imaging |
|
Mark
Zimmerman |
Orthopedic biomaterials and biomechanics, acoustic microscopy |
