Dr. Hugh Jellie obtained his Doctor of Medicine degree at the University of Western Ontario in 1980, graduating cum laude. He then went on to complete a rotating internship with the North York General Hospital. Dr. Jellie then completed a residency with the department of ophthalmology of the University of Western Ontario, before finishing a cornea and anterior segment surgery fellowship with Duke University in North Carolina.

  Refractive experience

Dr. Jellie has an ophthalmic practice in Kitchener-Waterloo and has been performing corneal and refractive surgery since 1986. As part of his surgical duties, he performs implantable contact lens as well as LASIK procedures. He has experience with a number of ocular procedures, including radial keratotomy, epikeratophakia, posterior chamber phakic intraocular lens implantations and corneal cross linking. Dr. Jellie has undergone the LASIK procedure himself to correct his astigmatism and nearsightedness at TLC’s Waterloo clinic in July 1999.

If you are looking for local services or  treatment from your Local Ophthalmologist in the office or hospital from a Local Ophthalmologist, contact a provider such as ( Dr. Hugh Jellie ) to inquire if they are accepting patients or you need a referral.   Phone number to book an appointment (519) 579-2020

The speaker in the video may have no association with ( Dr. Hugh Jellie, Local Ophthalmologist Kitchener, ON ). 
( Dr. Hugh Jellie, Local Ophthalmologist Kitchener, ON ), may talk about some of the conditions and some of the treatment options shown on the videos. Always talk with your Local Ophthalmologist about the information you learnt from the videos in regards to treatments for What is Glaucoma? and procedures the Local Ophthalmologist could  perform and if they would be appropriate for you. Remember good information is the corner stone to understanding your condition or disease.

A local ophthalmologist is different from a local optometrist in that an optometrist doesn’t perform surgery. If you have a condition known as ocular hypertension, which is a result of high ocular pressure, your risk of developing glaucoma increases.Your optometrist or ophthalmologist may want to lower your IOP as a preventative measure.

Please contact ( Dr. Hugh Jellie, Local Ophthalmologist Kitchener, ON ) to enquire if this health care provider is accepting new patients.Patients are often concerned that an injection of material into their eye will be a painful or scary procedure. In fact, after the first or second injection, patients become quite at ease with the idea that they will have these injections, Following an intravitreal injection, you may feel pressure or grittiness in the eye, slight bleeding on the white of the eye and floaters in your vision. These are temporary and normal. As glaucoma progresses, it damages more and more of your optic nerve fibers, leading to vision loss. With primary open-angle glaucoma, the fluid can’t effectively flow back out of your eye. Angle-closure glaucoma occurs when the iris of the eye closes off the drainage angle completely, causing an increase in IOP pressure and damage to the optic nerve.

Glaucoma is a condition where there is increased pressure within the eyeball, causing damage to the optic nerve and gradual loss of sight.  If glaucoma is detected early preventative measures can be taken to save vision loss.

Cataracts can affect both eyes or just one, and some patients experience mild symptoms, while others can barely see any shapes or movements. Cataract symptoms include blurry vision, haloes, sensitivity to bright lights, decreased night vision, frequent changes in eyeglass prescriptions, and faded colours.

Glaucoma is a group of eye conditions that primarily affect the optic nerve, which transmits visual information from the retina to the brain. In most cases of glaucoma, damage to the optic nerve is associated with increased pressure within the eye, known as intraocular pressure (IOP). However, glaucoma can also occur without elevated IOP, known as normal-tension glaucoma.

When the pressure inside the eye becomes elevated, it can cause compression and damage to the retinal fibers that make up the optic nerve. These fibers are responsible for transmitting visual signals to the brain, allowing us to see.