|
| Abramowitch, Steve |
Functional tissue engineering of injured ligaments, ACL replacements,
mechanisms of pelvic organ prolapse, tissue structure/function relationships |
| Aizenstein, Howard |
Using functional MRI to relate depression in the elderly to neuroanatomy |
| Almarza, Alejandro |
Temporomandibular Joint Cartilage and Bone Regeneration and Biomechanics. Functional tissue engineering techniques; development of novel bioreactors; identifying appropriate stem cell sources; genetic manipulation of cells to promote regeneration; and quantification of joint movement. |
| Amoscato, Andrew |
Mass spectrometry of peptides, proteins, lipid and carbohydrates; alterations in cellular lipids during apoptosis and mechanisms of apoptosis; sequencing of MHC peptide epitopes; matrix metalloproteases of dendritic cells. |
| Antaki, James |
Implantable prosthetic organs, instruments for minimally invasive
surgery. |
| Apodaca,
Gerard |
Endocytic pathways and stretch-regulated endocytosis/exocytosis
in bladder. |
| Ataai,
Mohammad |
Bioprocess engineering, cell culture, viral vectors for gene
therapy. |
| Badylak,
Stephen |
Tissue engineering and wound healing, biomaterial/tissue interactions. |
| Bae, Kyongtae, MD, PhD |
Research focuses on quantitative and physiologic imaging and computer applications in diagnostic imaging. |
| Balaban, Carey |
Anatomy, neurophysiology and neurochemistry of vestibular function. |
| Banerjee, Ipsita |
Sstem cell differentiation, tissue engineering, systems biology, gene network modeling. |
| Batista, Aaron |
Neurophysiology of sensory-motor coordination, brain-machine interfaces. |
| Beniash, Elia |
Biomineralization, with primary focus dental tissues. |
| Beckman, Eric |
Use of carbon dioxide as a solvent or raw material, polymer chemistry & processing. |
| Boada,
Fernando |
Sodium and functional MRI signal processing and physics, stroke
and cancer. |
| Boninger,
Michael |
Assistive technology, upper extremity pain, wheelchairs, telerehabilitation. |
| Borovetz, Harvey |
Cardiovascular organ replacements for adult and pediatric patients. |
|
Boston, Bob |
Speech enhancement, LVAD control, analysis of coordination in
movement. |
| Brienza,
David |
Soft tissue mechanics, wheelchair seating, pressure ulcer prevention. |
| Brigham, John |
Development of efficient computational methods for the representation of multiphysics and multiscale systems, solution strategies for inverse problems associated with nondestructive and noninvasive testing, and numerical modeling of biological systems. |
| Chakraborty, Dev |
Observer performance, mammography, image analysis, dual energy
imaging. |
| Cham, Rakié |
Postural control, gross movement biomechanics, gait, falls,
ergonomics. |
| Chapman,
Brian |
Image analysis and enhancement for MR angiography, liver CT,
breast MRI. |
| Cheng, Allen |
Research interests are at the interdisciplinary confluence of computer engineering, computer science, electrical engineering, neural engineering, biomedical engineering, and medicine. |
| Chu,
Constance |
Growth factor releasing polymers to enhance repair, tissue engineered cartilage disks. |
| Cole, Daniel |
Nanosystems, measurement, and control. |
| Cooper, Gregory |
Translational-related research based on tissue engineering for the Department of Surgery, Division of Plastic Surgery. He is Director of the Craniofacial Biology Laboratory at Children’s Hospital. |
| Cooper,
Rory |
Assistive devices for mobility impairment, neuromotor control,
smart sensors. |
| Corcoran,
Timothy |
Aerosol drug delivery, fluid mechanics, nuclear medicine, cystic
fibrosis. |
| Cui, Tracy |
Neural tissue engineering, electrode/tissue interface, bioactive
conducting polymer. |
| |
|
| Davidson, Lance |
Reverse Engineering Morphogenesis: From Cell Motility & ECM to Tissue
Mechanics. |
| Deasy, Bridget |
Tissue engineering, human umbilical cord stem cells,
time-lapsed imaging, cell kinetics |
| Debski,
Richard |
Biomechanics of shoulder & knee, soft tissue injuries & repair,
robotics. |
| DeGroff, Curt |
CFG modeling & artificial neural networks to improve
techniques in cardiology |
| Ding, Dan |
Assistive device instrumentation and monitoring; wheelchair modeling, control, test, and evaluation; rehabilitation robotics; virtual reality. |
| Federspiel,
William |
Artificial lung, cardiovascular devices, biotransport, tissue
engineering. |
| Friberg, Thomas |
Bio-mechanical properties of ocular tissues and how they are altered in diseases and disorders. |
| Furman, Joseph
|
Neurology, vestibular processing, vestibulo-ocular function
in the elderly. |
| Gach,
Michael |
MRI imaging for quantitative hemodynamics of flow, perfusion,
diffusion. |
| Gandhi,
Neeraj (Raj) |
Neural basis of coordinated eye and head motion. |
| Gartner, Mark |
Medical product design, minimally invasive tool development, computational fluid, heat, and mass transfer. |
| Gerlach,
Jörg |
Bioreactor, hybrid organs, bio-artificial liver, stem cells. |
| Gilbert, Tom |
Extracellular matrix, trachea, vocal fold, biomechanics, magnetic nanoparticles. |
| Goitz,
Robert |
Orthopedic surgery, upper extremity, biomechanics, compressive
neuropathies. |
| Gronenborn, Angela |
Biomolecular structure and its correlation to function in
transcription factor complexes, HIV-1 proteins, and
signaling proteins. |
| He,
Qiuhong |
Magnetic Resonance Spectroscopic imaging of cancer. |
| Hertle, Richard |
Investigating Abnormal Eye Movement and Brain Systems In Strabismus and Nystagmus |
| Hostler, David |
Resuscitation, hypothermia, environmental physiology,
first responder safety |
| Huard, Johnny |
Gene therapy, tissue engineering/regeneration, muscle-derived
stem cells. |
| Hung,
Tin-Kan |
Computational fluid mechanics and biomechanics. |
| Huppert, Theodore |
Development and testing of physiologically plausible models of cerebral physiology and the application of these models to human imaging experiments; development of new MRI, optical, EEG, and MEG methods. |
| Ibrahim, Tamer |
Antenna design for MRI & biological implantable devices; computational electromagnetics. |
| Ishikawa, Hiroshi |
Image analysis methods for assessment of retina using various ocular imaging modalities. |
| Jung, Kwan-Jin |
MRI: sequence design, fMRI: BOLD modeling and analysis, Image processing: DTI & STI |
| Kagemann, Larry |
Functional and structural imaging of the eye, including hemodynamic and metabolic measurements in the retina. |
| Kameneva,
Marina |
Biorheology, hemorheology, hemodynamics and mechanical blood
trauma in artificial organs. |
| Keller, Brad |
Pediatric cardiology; pediatric tissue engineering. |
| Kellum, John |
Critical care nephrology, sepsis and multi-organ failure, and clinical epidemiology |
|
Development of imaging research in the Center for Ultrasound Molecular Imaging and Theraupeutics; high resolution nonlinear ultrasound elasticity imaging; high resolution thermal strain imaging; molecular contrast imaging. |
| Klein-Seetharaman, Judith |
Structure and dynamics of retinal membrane receptors and negatively charged proteins. |
|
Intraoperative neurophysiological monitoring, computer vision. |
| Kumta, Prashant |
Nanostructured materials; non-viral gene and protein delivery, energy storage systems, mineralized tissue engineering. |
| Koontz,
Alicia |
Rehabilitation Biomechanics and Upper Extremity Injury Prevention. |
|
Laymon, Charles |
Imaging instrumentation, and algorithm and methods development |
| Leuba,
Sanford |
Single-molecule techniques applied to the study of chromatin
fibers in the nucleus. |
| Li, Yong |
Dedifferentiation, adult stem cells, and fibrosis in musculoskeletal system. |
| Li,
Zong-Ming |
Biomechanics and motor control of the hand, carpal tunnel syndrome. |
| Little, Steven |
Drug Delivery, Biomimetics, Immunotherapeutics, Tissue Engineering, Biomaterials, Synthetic Systems. |
| Liu, Yang |
Biomedical optics; optical spectroscopy and imaging for cancer diagnosis, surveillance and prevention. |
| Lotze, Michael
|
Tumor immunology, biomarkers, intracellular signaling, multicolor
flow cytometry. |
| Loughlin, Patrick
|
Non-stationary signal processing, analysis/modeling of human
postural control. |
| Mao, Zhi-Hong |
Automatic control, signal processing, and optimization; neural signals and systems; robots, multi-agent systems, and air traffic management. |
| Marra,
Kacey |
Nerve regeneration, polymeric conduits, microspheres/hydrogels,
stem cells. |
| McMahon, Patrick J., PhD |
Dr. McMahon provides comprehensive care for shoulder and elbow problems and treatment for basic knee injuries. |
| Menegazzi, James |
Resuscitation from cardiac arrest, ventricular fibrillation, ventilation adjuncts, emergency medicine. |
| Miller, Mark |
Mechanical behavior of all structures in the human shoulder, human gait and strength related to the repair of hip fractures; influence of the mechanical environment on the growth of bone in lengthening procedures and the effect of stress on diffusion in nonlinear materials. |
| Moalli, Pamela |
Pathophysiology and treatment of pelvic organ prolapse, Department of Obstetrics, Gynecology & Reproductive Sciences. |
| Oudega, Martin |
Spinal cord injury; secondary damage; neuroprotection; axon regeneration; axon mylenination; behavioral restoration; glial scar; growth inhibitors; chondroitin sulfate proteoglycans; cell transplantation; neurotrophins; deoxyribozymes; Schwann cells; bone marrow stromal cells; stem cells; viral vectors; light microscopy; fluorexcence microscopy; electron microscopy. |
| Panza,
Janice |
Clinical artificial heart, VADs and other medical circulatory
devices. |
| Patzer,
John |
Tissue engineering for artificial liver, implantable glucose
sensors. |
| Péault,
Bruno |
Characterization and purification of hematopoietic and respiratory
stem cells. |
| Pettegrew,
Jay |
Magnetic resonance imaging and spectroscopy to study diseases
of the brain. |
| Pinkus,
Rosa |
Ethical components in practical bioengineering, modeling learning
of ethics. |
| Pinsky,
Michael |
Critical Care, Heart-lung Interactions, Molecular Mechanisms
in Sepsis/Shock. |
| Pitt, Bruce
|
Pulmonary endothelial cell biology, metal ion homeostasis, NO,
oxidants. |
| Rajagopal, K. R. |
Continuum mechanics and its applications to non-linear materials. |
| Ramaswamy, Sharan |
Heart valve and cartilage tissue engineering, MRI-based methods for
monitoring tissue engineered constructs, CFD modeling in engineered tissue
growth studies, bioreactor design and development, biomechanics.
|
| Redfern, Mark |
Postural control, vestibular disorders in elderly, visual/proprioceptive
cues. |
| Robertson,
Doug |
Musculoskeletal imaging, biomechanics, modeling, joint replacement. |
| Roy, Partha |
Cancer biology, cytoskeleton and cell migration,
angiogenesis, cell signaling, optical manipulation of proteins |
| Russell,
Alan |
Biocatalytic polymers, enzyme/material interfaces, chemical
weapons defense. |
| Sacks, Michael |
Micromechanics of heart valve, bladder, engineered muscle, aorta. |
| Salama,
Guy |
Cardiac Arrhythmia Mechanisms, 3-D imaging of electrical activity. |
| Samosky, Joseph |
Creating bridges between medicine and engineering, helping to develop solutions at the interface of clinical medicine, technology, and education. |
| Schaefer,
Andrew |
Disease progression and optimal treatment plans for end stage liver disease, sepsis, and HIV. |
| Schatten, Gerald |
Developmental, reproductive and molecular medicine research from preconception through birth |
| Schaub,
Richard |
Clinical use of artificial organ technologies. |
|
Schuman, Joel |
Eye surgery, glaucoma, laser cyclophotocoagulation, antimetabolite
therapy. |
|
Schwartz, Andrew |
Neurobiology, motor neurophysiolgy, neural prosthetics, chronic
microelectrodes. |
| Sclabassi,
Robert |
Electroencephalogram source localization and analysis, neural
networks. |
| Sfeir, Charles |
Role of extracellular matrix in tissue engineering and biomineralization; The use of bioceramic nanoparticles in non-viral DNA gene delivery. |
| Shroff, Sanjeev |
Mechano-energetic function of the heart, underlying cellular
processes. |
| Simpson,
Richard |
Rehabilitation robotics, assistive technology, human-computer
interaction . |
| Sparto,
Patrick |
Effects of aging and vestibular disease on postural control. |
| Stetten, George |
In situ image guided intervention, image analysis,
open-source software. |
| Sun,
Mingui |
Neurophysiology, detection/localization of electrical generators
in the brain. |
| Tashman, Scott |
Kinematics, dynamics of human movement, medical imaging, musculoskeletal modeling and instrumentation design. |
| Tobita, Kimimasa |
Cardiovascular development, cardiac morphogenesis, mechanical load, tissue engineering, myocardial graft. |
| Tyler-Kabara, Elizabeth |
Cerebral palsy, spasticity; dystonia; movement disorders; pediatric spinal disorders. |
| van Roosmalen, Linda |
Universal design of products and technologies for improved transportation usability and safety for people with disabilities; wheelchair securement, occupant restraint system design, and crashworthiness of wheelchair components. |
| |
|
| Vipperman, Jeffrey |
Control of biological simulators; modeling, and estimation of hearing
hazards. |
| Vorp,
David |
Mechanics of vascular disease, tissue-engineered blood vessels,
stem cells. |
| Wagner, William |
Cardiovascular tissue engineering, blood interactions with artificial
surfaces. |
| Wang,
James |
Cell mechanobiology, contraction vs wound healing, functional
tissue engineering. |
| Wang, Yadong |
Polymeric materials, non-viral gene delivery, hybrid structures, bio-inspired materials, tissue engineering. |
| Wang, Wei |
Bioengineering, neuroprosthetics, neurophysiology, developing virtual reality (VR) rehabilitation platforms. |
| Waters, Jonathan |
Transfusion management, fluid resuscitation and acid-base theory. |
| Weber, Doug |
Neural engineering and prosthetics, functional electrical
simulation, neural decoding. |
| Wells,
Alan |
Biochemistry and mechanics of cell motility in tumors, wounds,
and organogenesis. |
| Wiener,
Erik |
Contrast agents for MRI applied to the detection of cancer. |
| Witte, Frank |
International collaborator on NSF ERC Grant. |
| Woo,
Savio |
Tendon/ligament mechanics, homeostasis, functional tissue engineering,
robotics. |
|
|
Eye movements in relation to binocular function and vision |
|
|
3-D structural elucidation of biomacromolecules and
methodologies development to enhance structural-functional studies |
| Yun, Minhee |
Design, fabrication, and development of nanowire sensors for the detection of chemical and biomolecules based on conductometric sensing. Design and development of microbial fuel cells (MFC) for practical use. Ultra low-noise carbon nanotube engineering for photo detector applications. MEMS and Semiconductor device fabrication and development. |
| Zenati, Marco |
Advanced medical robotics, model-guided theapy, cardiac tissue engineering, implantable cardiac sensors, minimally invasive surgery, arrhythmia surgery. |
| Zeringue, Henry |
Applications of Microtechnologies (e.g. BioMEMS, microfluidics) to neuroscience. |
|
Biomechanical modeling/simulation; musculoskeletal biomechanics; micro-scale and nano-scale biomechanics; biologically inspired robots, models, and solutions; computer-assisted surgery and rehabilitation; digital human modeling for computer aided ergonomics; virtual reality and simulation in medicine; motor control theory. |
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