Dal.ca Home
About
Admissions
Academics
Campus Life
Libraries
Research
Alumni
News & Events
my
Dal
Directory
Maps
Dal.ca Home
About
Admissions
Academics
Campus Life
Libraries
Research
Alumni
News & Events
Dal.ca Home
About
Admissions
Academics
Campus Life
Libraries
Research
Alumni
News & Events
Dalhousie University
About
Medical Admissions
Medical Alumni
Dean
News
Giving Opportunities
Medical Research
Search Medicine
About
Medical Admissions
Medical Alumni
Dean
News
Giving Opportunities
Medical Research
Search Medicine
Glaucoma Research Group
Home
About
Research
Our Team
Contact
Dal.ca Home
Faculty of Medicine
Departments
Department of Ophthalmology & Visual Sciences
Research
Glaucoma Research Group
Photographs of a healthy optic nerve (left) and a glaucomatous optic nerve (right)
Glaucoma is the second most common cause of irreversible blindness in North America. The focus of the Dalhousie Glaucoma Research Group is to develop a better understanding of this complex disease, leading to enhanced diagnosis and treatment.
Read More...
Glaucoma is the second most common cause of irreversible blindness in North America. The focus of the Dalhousie Glaucoma Research Group is to develop a better understanding of this complex disease, leading to enhanced diagnosis and treatment.
Understanding the true scope of glaucomatous damage
We now can also detect glaucoma damage in the macula, with loss of retinal ganglion cells. This examination can help clinicians minimize further glaucoma damage to the most important region of sight.
Read More...
We now can also detect glaucoma damage in the macula, with loss of retinal ganglion cells. This examination can help clinicians minimize further glaucoma damage to the most important region of sight.
Improved Diagnostics
Combining conventional ophthalmic photography (panel A) with advanced imaging techniques, we are now able to identify and measure previously undistinguishable structures in the optic nerve (panels B and C), to enhance diagnostic performance.
Read More...
Combining conventional ophthalmic photography (panel A) with advanced imaging techniques, we are now able to identify and measure previously undistinguishable structures in the optic nerve (panels B and C), to enhance diagnostic performance.
Building Expertise
Sharing research knowledge
Clinical Innovation
Translating research into care