| Name/Degree |
Rank |
Primary (& Secondary) Appointment(s) |
Research Interest |
| Maria Altbach,
Ph.D. |
Res. Asst. Professor |
Radiology |
Clinical Cardiac and Abdominal MR Imaging; Vessel Wall Imaging |
| Harrison
Barrett, Ph.D. |
Regents Professor |
Radiology, Optical Sciences and Applied Math |
Research focuses on the areas of medical imaging, three-dimensional econstruction,
and investigations of image quality. |
| Jennifer Barton, Ph.D. |
Assistant Professor |
Biomedical Engineering |
Research focuses on Optical Coherence Tomography. Specific imaging interests
include intravascular stents and grafts, ligaments, and leg muscle
perfusion. |
| Russell
A. Chipman, Ph.D. |
Professor |
Optical
Sciences |
Research
interests:
Ophthalmic instrumentation, Retinal spectropolarimetry, the Eye
Oximeter |
| Eric
Clarkson, Ph.D. |
Res. Assistant Professor |
Radiology and Optical Sciences |
Research focuses on the areas of
theoretical image science and applications to medical imaging. |
| William Dallas, Ph.D. |
Professor |
Radiology, Optical Sciences, Applied Mathematics, Biomedical Engineering,
Arizona Cancer Center, and Emeritus ECE |
Research focuses on Micro-optical imaging systems for applications in
life/health sciences and design of multispectral and hyperspectral
imaging systems for remote-sensing and biomedical applications. |
| Michael
Descour, Ph.D. |
Associate Professor |
Optical Sciences |
Research focuses on Micro-optical imaging systems for applications in
life/health sciences and design of multispectral and hyperspectral
imaging systems for remote-sensing and biomedical applications. |
| Ralph Fregosi,
Ph.D. |
Professor |
Physiology |
The research is in the neural control
of the "upper airway" respiratory muscles. MRI is used
to address issues of muscle organization and function |
| Jean-Philippe
Galons, Ph.D. |
Res. Asst. Professor |
Radiology |
MRI Spectroscopy – Diffusion and Chemotherapy |
| Robert
Gatenby, M.D. |
Professor |
Radiology |
Analysis of the tumor microenvironemnt |
| Robert
Gillies, Ph.D. |
Professor |
Biochemistry & Molecular Biophysics, Radiology, Physiology and BME |
Research focuses on investigating
cancer cell and tumor physiology and metabolism using non-invasive
imaging and spectroscopic methods. |
| Arthur M. Gmitro,
Ph.D. |
Professor |
Radiology and Optical Sciences Center |
Research focuses on development
and demonstration of new diagnostic imaging technology. |
| John
Greivenkamp, Ph.D. |
Professor |
Optical Sciences and Ophthalmology |
Research focuses on ophthalmic and visual optics, ophthalmic instrumentation
and measurements, interferometry and optical testing of aspheric
surfaces, optical fabrication, optical system design, optical
metrology systems, distance measurement systems, sampled imaging
theory, and optics of electronic imaging systems. |
| James Hoying, Ph.D. |
Assistant Professor |
Physiology; BME |
Research focuses on addressing questions
related to vascular remodeling and dynamics. |
| Elizabeth Krupinski,
Ph.D. |
Res. Associate Professor |
Radiology |
Medical image perception with a
focus on observer performance assessment and human factors issues
in radiology and telemedicine applications |
| Marvin Landis |
Research Specialist |
Computer Sciences |
Image analysis; image warping and 3D display |
| Ronald Lynch,
Ph.D. |
Associate Professor |
Physiology; Pharmacology, BME |
Research focuses on understanding
the relations between obesity and the development of Diabetes.
Development and application of multi-dimensional microscopic imaging
devices. |
| Alan
Marmorstein, Ph.D. |
Associate
Professor |
Ophthalmology |
Research
focuses on developing instrumenation for early diagnosis of age-related
macular degeneration using fluorescence spectroscopy. Additional
projects involve development and application of imaging technologies
to understand basic physiology of the retina. |
| Paul McDonagh,
M.D. |
Professor |
Physiology; Surgery |
Research focuses on 1) the role
of the inflammatory response in the pathobiology of ischemia-reperfusion
(I/R) injury in non-diabetic and diabetic hearts and the brain,
and 2) hemostatic and inflammation abnormalities in artificial
heart patients. |
| Natarajan Raghunand,
Ph.D. |
Res. Assistant Scientist |
Arizona Cancer Center |
|
| Hans
Roehrig, Ph.D. |
Res. Professor |
Radiology and Optical Sciences |
Research focuses on the application of photoelectronic imaging devices
to diagnostic radiology. |
| Lee Ryan, Ph.D. |
Assistant Professor |
Psychology |
|
| James
Schwiegerling, Ph.D. |
Assistant Professor |
Ophthalmology and Optical Sciences |
Research focuses on corneal topography and optical properties of the
eye, schematic eye modeling, visual performance following refractive
surgery, and ophthalmic instrumentation. |
| Theodore Trouard,
Ph.D. |
Assistant Professor |
Biomedical Engineering |
Research focuses on the development
and application of novel MRI methodology for study of biological
systems. |
| Urs Utzinger, Ph.D. |
Assistant Professor |
Biomedical Engineering and Obstetrics
and Gynecology |
Research focuses on the development
of optical techniques for the early diagnosis of tissue pathologies
and monitoring of drug activity. |
| Stuart Williams, Ph.D. |
Professor |
Biomedical Engineering; Physiology |
Research focuses on the development
of tissue engineered cardiovascular implants. |
| Stephen Wright,
Ph.D. |
Professor |
Physiology |
Research focuses on cellular and molecular physiology of epithelial transport. |
| James Woolfenden,
M.D. |
Professor |
Radiology |
|