A retrospective study of the UCDavis experience with pediatric PKs.

Faculty Mentor(s): Dr. O'Hara

Preop OCT changes in the macula of patients with ERM predictive of visual improvement following vitrectomy surgery.

Faculty Mentor(s): Dr. Park

High resolution OCT changes in patients following vitrectomy surgery for ERM.

 

Faculty Mentor(s): Dr. Park, Dr. Werner

Review of UCD experience with temporary keratoprosthesis combined with vitrectomy surgery for patients with combined retinal and corneal pathology.

Faculty Mentor(s): Dr. Rosenblatt, Dr. Park

MFVEP vs HVF in Glaucoma and Neuro-Ophthalmology.

 

Faculty Mentor(s): Dr. Brandt, Dr. Lim, and Dr. Keltner

OCT, High Resolution OCT, Adaptive Optics, HVF, and MFVEP in Glaucoma and MS Optic Atrophy

 

Faculty Mentor(s): Dr. Werner, Dr. Choi, Dr. Zawadzki, Dr. Brandt, Dr. Lim, and Dr. Keltner

Changes in optic nerve structure and retinal nerve fiber layer thickness in patients with diabetes.

 

Faculty Mentor(s): Dr. Lim

Refractive outcomes for post-operative cataract patients (Were the IOL Calculations Correct).

 

Faculty Mentor(s): Dr. Kim, Dr. Casper, and Dr. Choo

Reproducibility of Zeiss OCT Optic nerve results in Normals with expert photolgraphers.

 

Faculty Mentor(s): Dr. Keltner, Dr. Werner, Dr. Choi and Dr. Zawadski

Raman spectroscopy. This involves a new kind of imaging using Raman spectroscopy.  With this method, one does not actually extract a structural image, but a spectroscopic signature for various molecules.  In this way, we can look for a variety of substances, including amyloid plaques that may be related to aging.The project cannot, at present, be used in the living eye.  Instead we will start with animal eyes.  We would especially value any help in removing  the retinas from the globe so they can be examined with a system we are building.

Faculty Mentor(s): Dr. Werner