Main navigation | Main content
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Taner Akkin |
Biomedical optics, imaging |
Office: 6-130 Hasselmo Hall |
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Patrick Alford |
Soft Tissue Biomechanics, Tissue Engineering, Traumatic Injury, Morphogenesis |
Office: 6-136 Hasselmo Hall |
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Shai Ashkenazi |
Bioimaging, instrumentation |
Office: 6-126 Hasselmo Hall |
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Victor Barocas |
Computational biomechanics and transport |
Office: 7-115 Hasselmo Hall |
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John Bischof |
Bioheat and mass transfer, thermophysics and biophysics, thermal injury, cryopreservation |
Office: 200 Mechanical Eng
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Bin He |
Biomedical imaging, neuroengineering, bioinstrumentation, biomodeling |
Office: 6-124 Hasselmo Hall |
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Brian Herman
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Cell death, optical imaging technologies |
Office: 419 Johnston Hall
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Matthew Johnson |
Neural engineering, computational modeling, neurophysiology |
Office: 6-134 Hasselmo Hall |
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Hugh Lim |
Neural prostheses, auditory neuroscience, neural plasticity |
Office: 6-132 Hasselmo Hall |
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Tay Netoff |
Neuroscience, study of epilepsy |
Office: 6-122 Hasselmo Hall |
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David Odde |
Cellular and molecular bioengineering in cancer |
Office: 7-132 Hasselmo Hall |
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Brenda Ogle |
Cardiovascular tissue engineering, stem cell bioengineering, cell-matrix interactions, microfluidic cytometry |
Office: |
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Paolo Provenzano |
Quantitative cancer biology, cell-matrix interactions, signal transduction, mechanotransduction, advanced optical imaging/bio-photonics |
Office: 7-120 Hasselmo Hall |
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Jonathan Sachs |
Cellular membrane structure, biophysics |
Office: 7-126 Hasselmo Hall |
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Wei Shen |
Biomaterials, cellular microenvironments, cell-environment interactions, biomolecular engineering |
Office: 7-118 Hasselmo Hall |
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Ronald Siegel |
Drug delivery, hydrogels, MEMS |
Office: 9-127E Weaver-Densford Hall
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Alena Talkachova |
Cardiac electrophysiology, cardiac imaging, numerical modeling |
Office: 6-128 Hasselmo Hall |
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Bob Tranquillo |
Cardiovascular tissue engineering |
Office: 7-114 Hasselmo Hall |
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Chun Wang |
Biomaterials, drug and gene delivery, tissue engineering |
Office: 7-116 Hasselmo Hall |
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David Wood |
Microfluidics, bioMEMS, disease-on-a-chip, diagnostics |
Office: 7-110 Hasselmo HallPhone: 612-624-1438Email: dkwood@umn.edu |
Marie Johnson |
BMEn 4001W and 4002W - Senior Design I and II for Biomedical Engineers |
Email: mariej@aumcardiovascular.com |
Bruce KenKnight |
BMEn 4001W and 4002W - Senior Design I and II for Biomedical Engineers |
Email: kenknight.bruce@gmail.com |
Mark Kroll |
Medical Devices Emphasis Area Advisor; BMEn 4001W and 4002W - Senior Design I and II for Biomedical Engineers |
Email: mark@kroll.name |
Steven Saliterman |
BMEn 5151 - Intro to BioMEMs |
Email: drsteve@umn.edu |
Faculty Member |
Primary Department |
Research Topics |
Taner Akkin |
Biomedical Engineering |
Biomedical optics and imaging |
Alptekin Aksan |
Mechanical Engineering |
Biostabilization and biopreservation |
Patrick Alford |
Biomedical Engineering |
Soft tissue biomechanics, tissue engineering, traumatic injury, morphogenesis |
Edgar Arriaga |
Chemistry |
Characterization of subcellular environments, single cell studies, BioMEMS |
James Ashe |
Neurology |
Neural control of behavior including basic motor function, motor learning, sequence production, and decision making |
Shai Ashkenazi |
Biomedical Engineering |
Bioimaging, instrumentation |
Kenneth Baker |
Neurology |
Deep brain stimulation, Parkinson's disease, stroke, addiction |
Roberto Ballarini |
Civil Engineering |
Biomechanics |
Alan Bank* |
Medicine |
Arterial elastic mechanics, biomechanics of atherosclerotic plaque rupture, congestive heart failure, endothelial function |
Victor Barocas |
Biomedical Engineering |
Soft tissue biomechanics, biotransport |
Joanie Bechtold* |
Orthopaedic Surgery |
Biomechanics of osteoarthritis, fracture stabilization and joint replacement |
John Bischof |
Mechanical Engineering |
Bioheat and mass transfer, thermophysics and biophysics, thermal injury, cryopreservation |
Patrick Bolan* |
Radiology |
MRI/MRS techniques forĀ cancer detection and therapy response |
Michael Bowser |
Chemistry |
Bioanalysis, microfluidics, neurochemistry, in vitro selection |
Matthew Chafee* |
Neuroscience |
Neural basis of spatial cognition and working memory, cortical system dysfunction in psychiatric disease |
Wei Chen |
Radiology |
Study of brain metabolism and function using magnetic resonance spectroscopy (MRS) and imaging (MRI) technologies |
Michel Cramer-Bornemann* |
Neurology |
Sleep disorders medicine |
Tianhong Cui |
Mechanical Engineering |
MEMS/NEMS, micro- and nanomanufacturing, flexible electronics |
Afshin Divani |
Neurosurgery |
Cerebrovascular diseases and stroke, spinal cord injury, endovascular/implantable devices, medical signal and image processing, traumatic brain injury |
Kevin Dorfman |
Chemical Engineering and Materials Science |
Microfluidic electrophoresis of DNA and other biomolecules, biophysics of structured nucleic acids |
Will Durfee |
Mechanical Engineering |
Biomechanics and neuromuscular physiology of human movement, electrical stimulation of paralyzed muscles to return function to the spinal cord injured, product design |
Emad Ebbini |
Electrical and Computer Engineering |
Ultrasonic signal processing, image-guided therapeutic systems, real-time 3D ultrasonic imaging, diffraction tomography and inverse problems, phased-array pattern synthesis, imaging through inhomogeneities |
Timothy Ebner |
Neuroscience |
Cerebellum and motor cortex control of limb movements, optical imaging of the brain |
Art Erdman |
Mechanical Engineering |
Medical device and product design, MEMS devices in medicine |
Stan Finkelstein |
Lab Medicine and Pathology |
Instrumentation, medical computing, patient home monitoring |
John Foker |
Surgery |
Myocardial metabolism and its relation to cardiac function, energy metabolism and ischemia |
Melissa Gardner |
Genetics, Cell Biology and Development |
Computational biology, quantitative fluorescence microscopy, single-molecule TIRF microscopy, genetics |
Michael Garwood* |
Radiology |
Non-invasive nuclear magnetic resonance spectroscopy (MRS) and imaging (MRI) methodologies for cancer research |
Geoff Ghose |
Neuroscience |
Effect of cognitive phenomena on neuronal signals underlying visually-guided behaviors |
William Gleason |
Lab Medicine and Pathology |
Biomaterials, drug delivery, computational biology |
Benjamin Hackel |
Chemical Engineering and Materials Science |
Molecular imaging, engineering proteins, tumor targeting |
Bruce Hammer |
Radiology |
Biotechnology, MR safety/compatability of medical devices, industrial process monitoring |
Bin He |
Biomedical Engineering |
Biomedical imaging, neuroengineering, bioinstrumentation, biomodeling |
Robert Hebbel |
Medicine |
Endothelial biology and tissue engineering, vascular pathobiology of sickle disease, endothelial-based gene therapy approaches to hemophilia and cancer |
Wei-Shou Hu |
Chemical Engineering and Materials Science |
Cell culture technology, tissue engineering, metabolic engineering |
Allison Hubel |
Mechanical Engineering |
Culture and cryopreservation of engineered tissues, microfluidic devices |
Paul Iaizzo |
Surgery |
Skeletal and cardiac muscle physiology, pathophysiology of inherited muscle disorders, human thermoregulation and biomedical correlates of wound prevention |
Matt Johnson |
Biomedical Engineering |
Neuromodulation mechanisms and technology |
Steven Koester |
Electrical and Computer Engineering |
Micro- and nanoelectronics, optoelectronic devices, photovoltaics, energy harvesting, biomedical devices |
Efrosini Kokkoli |
Chemical Engineering and Materials Science |
Targeted drug delivery, biomimetic approaches to biomaterials design |
Cornelius Lam |
Neurosurgery |
Pediatric neurosurgery, epilepsy, craniofacial disorders, brain tumors |
Paul Letourneau |
Neuroscience |
Nerve fiber growth, formation of neuronal connections during embryogenesis, mechanisms of cell motility |
Jack Lewis |
Orthopaedic Surgery |
Musculoskeletal biomechanics, orthopaedic engineering |
Hugh Lim |
Biomedical Engineering |
Neural prostheses, auditory neuroscience, neural plasticity |
Fei Lu |
Medicine |
Cardiac pacing for heart failure; state-of-the-art catheter ablation for complex cardiac arrhythmias, including atrial fibrillation and ventricular tachycardia |
Paula Ludewig* |
Physical Medicine and Rehabilitation |
Musculoskeletal injury and rehabilitation |
Jeffrey McCullough* |
Lab Medicine and Pathology |
Novel cellular therapies, clinical trials of platelet or granulcyte transfusion, trials of pathogen inactivated blood products |
Greg Metzger |
Radiology |
Prostate cancer, ultra-high field magnetic resonance imaging |
Joachim Mueller |
Physics |
Experimental biophysics, two-photon excitation microscopy, fluorescence fluctuation spectroscopy |
Tay Netoff |
Biomedical Engineering |
Study of epilepsy, in vitro calcium imaging of seizures |
Tom Novacheck |
Orthopaedic Surgery |
Gait analysis |
David Nuckley |
Physical Medicine and Rehabilitation |
Spinal mechanics, pediatric neck injury care, therapeutic strategies for low back pain resolution |
David Odde |
Biomedical Engineering |
Cellular and molecular bioengineering in cancer |
Sang-Hyun Oh |
Electrical and Computer Engineering |
Nanoscale biosensors, nanostructured solar cells, surface plasmon resonance, microfluidics |
Hans Othmer |
Mathematics |
Cell mechanics and motility, developmental biology, dynamical systems, mathematical biology |
Richard Poppele |
Neuroscience |
Neurophysiology of sensory-motor functions |
Paolo Provenzano |
Biomedical Engineering |
Quantitative cancer biology, cell-matrix interactions, signal transduction, mechanotransduction, advanced optical imaging/biophotonics |
Rajesh Rajamani |
Mechanical Engineering |
MEMS sensors, biomedical devices, battery-less wireless sensing applications |
David Redish |
Neuroscience |
Dynamics of neural ensemble activity during learning, computational models of addiction and other disorders |
Osha Roopnarine |
Biochemistry, Molecular Biology and Biophysics |
Spectroscopic and functional studies of myosin mutations that cause heart disease |
Jonathan Sachs |
Biomedical Engineering |
Computational molecular modeling, experimental biophysics |
Michael Schwartz |
Orthopaedic Surgery |
Biomechanics, gait analysis |
Wei Shen |
Biomedical Engineering |
Biomaterials, cellular microenvironments, cell-environment interactions, biomolecular engineering |
Ron Siegel |
Pharmaceutics |
Drug delivery, hydrogels, MEMS |
Fotis Sotiropoulos |
Civil Engineering |
Computational fluid dynamics, biomedical devices and virtual surgery |
Ephraim Sparrow |
Mechanical Engineering |
Heat transfer and fluid mechanics |
Alena Talkachova |
Biomedical Engineering |
Cardiac electrophysiology, cardiac imaging, numerical modeling |
David Thomas |
Biochemistry, Molecular Biology and Biophysics |
Molecular dynamics of energy transduction in muscle using site-directed spectroscopic probes |
Gerald Timm |
Urologic Surgery |
Technological solutions to urologic disease, disorders of the pelvic viscera, diagnosis and treatment of urinary incontinence and sexual dysfunction |
Bob Tranquillo |
Biomedical Engineering |
Cardiovascular tissue engineering |
Kamil Ugurbil |
Radiology |
Development of ultrahigh field magnetic resonance methodology for MR imaging and spectroscopy |
Pierre-Francois Van de Moortele |
Radiology |
Medical imaging |
Thomas Vaughan |
Radiology |
Biomedical instrumentation, electromagnetics design and modeling, magnetic resonance imaging |
Jerrold Vitek |
Neurology |
Deep brain stimulation, Parkinson's disease, dystonia, tremor |
Chun Wang |
Biomedical Engineering |
Biologically guided engineering of polymeric biomaterials |
Jian-Ping Wang |
Electrical and Computer Engineering |
Magnetic materials and spintronic devices, magnetic nanoparticles, spin transfer devices, magnetic information and biomedical technologies |
David Wood |
Biomedical Engineering |
In vitro models of human disease, disease diagnostics |
Jay Zhang |
Medicine |
Cardiology, NMR spectroscopic study of myocardial bioenergetics, cardiac applications of MRS and MRI, heart energetics |
* Individuals marked with an asterisk (*) can only advise M.S. students. They may co-advise Ph.D. students with an eligible member of the BME Graduate Faculty, but they cannot serve as the sole Ph.D. advisor.
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