Research in the Clinical Vision Science Program
Research is an essential tool in the processes of
The Clinical Vision Science program recognizes the importance of research to the profession and includes training in research methods for all students (VISC 5031.03). Clinical Vision Science students who opt to pursue the M.Sc. program stream will have the benefit of interactions with, and training from, the experienced faculty of the program, many of whom they will see on a daily basis (see Faculty).
The Program is also strongly in favour of the interdisciplinary model of modern research and is very cognizant of the important, central role vision plays in linking several areas of research endeavor - from basic science to clinical investigation, from cell biology, genetics, amblyopia, ocular motility, and electrophysiology to behaviour and psychology - with many possibilities in between. This is readily evident in the varied backgrounds of the program faculty, but the program is also continually seeking out collaborations with investigators from a broad range of fields and institutions. Some colleagues involved in the supervision of M.Sc. thesis students (past and present) include:
Dr. Ahmed Alsaleh, King Saud University Riyadh, Department of Ophthalmology
Dr. Arif Khan, King Khalid Eye Specialist Hospital Riyadh, Department of Pediatric Ophthalmology
Drs. Paul Artes, Lesya Shuba & Alejandra Valenzuela, Dalhousie University Department of Ophthalmology & Visual Sciences
Dr. William Baldridge, Dalhousie University Departments of Anatomy & Neurobiology and Ophthalmology & Visual Sciences
Dr. Linda Dagi, Children's Hospital Boston, Department of Ophthalmology
Drs. Kevin Duffy, Patricia McMullen & Donald Mitchell, Dalhousie University Department of Psychology
Dr. Charles Maxner, Dalhousie University Department of Neurology
Dr. David Westwood, Dalhousie University School of Health and Human Performance
Pediatric Vision Science Research Group (PVSRG)
Research in the Clinical Vision Science Program overlaps partially with research efforts in the IWK Health Centre Eye Care Team and the IWK Health Centre Division of Ophthalmology (a division of the Department of Surgery). These three entities are all located at the IWK Health Centre Eye Clinic and their research programs have been united in the recently created IWK Health Centre Pediatric Vision Science Research Group (PVSRG). It is the goal of the PVSRG to more closely integrate research by the three groups so that everyone can gain through shared resources and expertise. Participation of the CVS program in the PVSRG extends the resources and access to expertise of CVS students, including potential supervisors.
PVSRG Facilities
In 2007 a new research lab space at the IWK Health Centre was commissioned. The PVSRG Lab is located only two floors from the Eye Clinic and enhances the Clinical Vision Science research program by providing dedicated work space and an area for research participant assessment and testing.
The PVSRG also employs a Research Associate, Mr. Steve Van Iderstine, who is available as a resource on topics such as: research ethics and Research Ethics Board applications and communications, participant recruitment and consenting, funding opportunities, and publication support.
PVSRG website
www.pvsrg.org
Sample Projects
The following is a sample of research projects currently underway. Both those involving and not involving CVS students have been listed to give an idea of the range of investigations ongoing. (CVS MSc students are listed in italics.)
|
Investigator(s) |
Study |
|
Lina Alkahmous, Ahmed Alsaleh & |
The use of occlusion therapy for intermittent exotropes in Saudi Arabia |
|
Hadil Eshtaya & Lesya Shuba |
Central and peripheral visual fields in patients with migraine |
|
Bo-Ram Hong, Johane Robitaille & Paul Artes |
Visual function in school-age children with history of prematurity |
|
Shannon MacDonald & David Westwood |
An evaluation of prehension in individuals with absent stereoacuity: Is there a binocular advantage? |
|
Sarah Mackinnon & Linda Dagi |
The comparative results on ocular motility of two neurosurgical techniques for the treatment of unilateral coronal synostosis |
|
Roxana Rivera & Robert LaRoche |
Effect of Sevoflurane on the intraocular pressure |
|
Johane Robitaille |
Genetic analysis of Frizzled-4 (FZD4) and its influence on familial exudative vitreoretinopathy (ROP) and others associated retinal disorders |
|
Johane Robitaille |
Genetic analysis and mutation effect on the variation of phenotype of autosomal dominant optic atrophy (ADOA), Leber’s Congenital Amaurosis & congential stationary night blindness |
|
Johane Robitaille & François Tremblay |
Clinical and genetic analysis of Presumed Pericentral Retinal Degeneration |
|
Sapna Sharan & Robert LaRoche |
Pediatric pseudotumor cerebri in Atlantic Canada: Is its incidence on the rise? |
|
Andrea Skeet & François Tremblay |
An investigation of central vs. peripheral visual evoked potentials in amblyopia |
|
François Tremblay |
Does long-term feeding of blueberry anthocyanins affect night vision? |
|
François Tremblay |
Stem cell retinal rescue |
|
François Tremblay & Joan Parkinson |
The effect of stimulus masking on pattern visual evoked potential and pattern electroretinogram |
| Leah Wood & François Tremblay |
The impact of anesthesia on neuronal activity: an ex vivo retinal model looking at isoflurane, propofol and nitrous oxide |