|
| 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. |
|
Center for Biologics Evaluation and Research at the Federal Drug Administration (FDA). |
| 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. |
| 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. |
| |
Founding Director of the Center for Cellular and Molecular Engineering within the University of Pittsburgh, Department of Orthopaedic Surgery. Mission of the Center is to apply the principles of cellular and molecular science and engineering to restore tissue and organ functions. Dr. Tuan will also serve as the Executive Vice Chairman for Orthopaedic Research. |
| 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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