Ophthalmology & Ocular Biology
Christopher Murphy, DVM, PhD
VM: Ophthalmology, Biomedical Engineering, Glaucoma, Corneal Diseases, Wound Healing, Comparative Ocular Anatomy and Physiological Optics
Dr. Christopher Murphy is a clinician-scientist and practicing veterinary ophthalmologist whose laboratories are focused on discovery and translational research. He co-manages a large (approx 30 personnel) highly collaborative interdisciplinary laboratory with Dr Paul Russell, an expert in the biology of glaucoma. The laboratory conducts research at the intersection of biomaterials, cell biology, biomedical engineering, interfacial science and clinical need. Their laboratories are fully equipped for cell and molecular biology studies as well as in vivo studies. The lab has a fully equipped suite for advanced ocular imaging of the anterior and posterior segment. There are several active areas of research including cell-biomaterial interactions, use of engineering inspired approaches for accelerating wound healing, development of an improved artificial cornea, development of improved surgical approaches for corneal transplantation, biophysical attributes of the extracellular matrix and their relevance to health and disease of the eye, and finally, comparative ocular anatomy and physiological optics. He also has clinical areas of expertise in exotic animal ophthalmology and diseases and surgery of the cornea.
With the breath of projects available, the 1st task for a Star student working in our labs is to identify a project that the student is motivated by and that is accomplishable within the time frame provided. Murphy Russell Vision Science Lab: Tupper Hall, room 1220.
Please visit Dr. Murphy's website at: http://faculty.vetmed.ucdavis.edu/faculty/cjmurphy/
Sara Thomasy, Dip. ACVO, DVM, Ph.D.
Corneal endothelial disease, keratoconjunctivitis sicca (dry eye), corneal wound healing, glaucoma
VM: Surgical & Radiological Sciences
Dr. Sara Thomasy is a veterinary ophthalmologist and clinician-scientist with strong interests in advanced ocular imaging, corneal disease and glaucoma. She is a PI in the Murphy-Russell-Thomasy laboratory, a large (approx 15 personnel) highly collaborative interdisciplinary laboratory which conducts research at the intersection of biomaterials, cell biology, biomedical engineering, interfacial science and clinical need. Their laboratories are fully equipped for cell and molecular biology studies as well as in vivo studies. The lab has a fully equipped suite for advanced ocular imaging of the anterior and posterior segment. With the breath of projects available, the initial task for a STAR student working in our labs is to identify a project that the student is motivated by and that is accomplishable within the time frame provided.
CONTACT INFORMATION: Murphy Russell Thomasy Vision Science Lab: Tupper Hall, room 1220; firstname.lastname@example.org.
Faculty website pg: http://www.vetmed.ucdavis.edu/faculty/results.cfm?fid=20599
Glenn Yiu, MD, PhD
Med: Ophthalmology & Vision Science
Dr. Yiu is a clinician-scientist and vitreoretinal surgeon at the UC Davis Medical Center who uses advanced ocular imaging technologies to study diseases of the eye. Examples include optical coherence tomography (OCT), which allows visualization of retinal pathology in vivo with near-histological details. OCT imaging allows physicians to identify age-related or pathologic changes in the structure of the retina or vasculature, particularly in diseases such as age-related macular degeneration in humans, the leading cause of blindness in the elderly.
Through collaborations with veterinary ophthalmologist Dr. Sara Thomasy, they are now using OCT technology to study retinal anatomy in rhesus macaques at the California National Primate Research Center. Potential projects for STAR students include:
1) Comparison of normal retinal and vascular structure between humans and rhesus macaques
2) Evaluation of retinal pathology such as "drusen" deposits in geriatric rhesus macaques
3) Assessment of retinal nerve fiber layer thickness in relationship to intraocular pressures in rhesus macaques
More details about Dr. Yiu are available at: https://www.ucdmc.ucdavis.edu/eyecenter/yiulab/index.html
Contact Dr. Yiu: email@example.com