Investigators and Their Research Interests
Kenneth Alexander, PhD
Noninvasive techniques for evaluating the pathophysiology of retinal degenerations
Dimitri Azar, MD
Corneal wound healing, and role of Matrix Metalloproteinases in the cornea, Mathematical modeling and optics in refractive surgery and presbyopic treatments
Robert Chang, PhD
Matrix metalloproteinases and anti-angiogenic factors in corneal neovascularization
Ali Djalilian, MD
Cornea and ocular surface disease, ocular surface reconstruction, transplantation, limbal stem cell biology, tissue engineering
Gerald Fishman, MD
Molecular genetics and functional characteristics of hereditary retinal disorders
Charlotte Joslin, OD
Acanthamoeba keratitis, Corneal refractive power post refractive surgery
Nalin Kumar, PhD
Molecular structure and function of gap junctions in the eye
Timothy McMahon, OD
Corneal Topography, Contact Lenses, Keratoconus
David Pepperberg, PhD
Mechanisms of light and dark adaptation in rod photoreceptors, and the development of bioengineered structures for interaction with post-synaptic membrane receptors in retina and other neural tissues
Haohua Qian, PhD
Cellular and molecular mechanisms of visual signal processing in the vertebrate retina
Metabolism of retinoids (vitamin A derivatives) within the eye tissues that are needed by the rod and cone photoreceptors for their visual function
Harris Ripps, DSc, PhD
Structural and functional properties of retinal neurons and glia, mechanisms of intercellular communication via chemical and electrical synapses, and the subcellular basis of inherited retinal disorders
Mahnaz Shahidi, PhD
Development of optical imaging systems for quantitative assessment of eye diseases
Deepak Shukla, PhD
Molecular mechanisms of viral entry into human corneal cells
Janet P. Szlyk, PhD
Methods for the assessment of vision loss in retinal diseases, relationship between clinical tests of visual function and performance of everyday activities
Marlos A.G. Viana, PhD
Symmetry studies
Beatrice Y.J.T. Yue, PhD
Biochemical and molecular basis of keratoconus, and roles of glaucoma genes
