Phacoemulsification (Phaco) is the modern technique of cataract surgery that allows the cataract to be removal through at 2.8mm incision. As the incision is small and sutures less, the patient can be discharged in two hours and remove his/ her duties in 2-3 days. Around 90% cataracts are suitable for this technique. A foldable intraocular lens is implanted in the capsular bag. There is no injection, no pain and the lens stay in place for a lifetime.
The clinic also has the ‘PHACO NIT’ system, which allows the incision to be reduced to 1.8 mm, and a rollable lens is implanted. Phaconit, bimanual phaco or old phaco system is the 21st century modification of the conventional phaco technique The colloquially called a laser phacoemulsification is a ultrasound based technique..
Squint is deviation of either eye from the midline position. Squint is not only cosmetically unappealing nut also impairs binocular single vision. Squint should be corrected as early as possible so that binocular single vision (BSV) may develop normally.
BSV is needed for distance and depth perception, for everyday activities like drawing, playing ball game and performing fine tasks. Squint can be covered easily with spectacles, exercises/or surgery. The child/person with squint many need to wear glasses and keep one eye occluded for a few months for exercise can be given on machine called synoptophore. Squint surgery is safe and does not involve opening up the eyeball like cataract (It is thus an extra ocular and not intraocular surgery). The patient needs to take eye drops for a month after surgery.
Glaucoma (Kachbindu in Marathi, kalamoti in Hindi) involves increase in the intraocular pressure IOP (eyes pressure) Normal IOP is 12-19 mm of hg, if the IOP is raised more than 20 mm of hg. It may put in the optic nerve which convey the single from the eye to the ——.
This loss of nerve function could lead to irreversible vision loss side vision is affected first and than central vision. As few decades ago glaucoma was associated with blindness but with modern diagnostic and therapeutic techniques, it can be easily controlled. The patient needs to get his eyes checked up regularly with measurement of IOL once every Six month visual fields (side vision) needs to be checked with a auto perimeter. This test takes up to half an hour.
Application tonometer to measure IOP slit lamp with gonioscopy – to see angle of anterior chamber, Autoperimetry – for visual fields testing Glaucoma is easily treated with medicine, laser and /— surgery (trabeculectomy).
Contact lenses are a very convenient alternative to wearing spectacles. They enable visual freedom and full peripheral vision that is impossible to achieve with spectacles. They are ideal for sports and can work to help create a whole new look. Everyone has different visual needs, and as a result we fit different kinds of contact lenses. If you are new to contact lenses or regular wearer, we have the lenses for you: A good way to look at disposable lenses is by how often you would like to replace them:
New lenses are inserted every time the lenses are worn, and are thrown away at the end of the wearing day. Great for casual wear to play sport, attend special functions or wear on holiday.
Lenses are worn during waking hours, then removed and cleaned before sleep and replaced either fortnightly or monthly. Suitable to people who want to wear contact lenses every day for up to 10 hrs.
This type of lens is worn for longer working hours (> 10 hours) and replaced monthly or biweekly. They may suit people with busy lifestyles where these lenses are an ideal option.
Semisoft or rigid gas permeable contact lenses are also good alternative to soft contact lenses. Thinking Contact Lenses – Think Dr. Gogate’s eye clinic – For Expertise, Advice and Service offered by Dr Meena Kharat
Contact Lens Trial set:
The clinic offers special facilities for HIV affected individuals. Uveitis is inflammation of uvea, the middle layer of the eye between the sclera and the retina. Most treatment may be long drawn.
LASIK (LASER Assisted In-Situ Keratomileusis) is the most common laser procedure done on the eye to reduce and eliminate refractive error. More than 100,000 people a year now have this procedure performed in the UK.
During LASIK, an eye surgeon cuts across the cornea of the eye and raises a flap of tissue and carries out reshaping to correct vision.
LASIK is often used for people who are short-sighted, long-sighted, or who have astigmatism. LASIK, may not be suitable for people with strong lens prescriptions, such as a high degree of short-sightedness.
No medical procedure is without risks, and complications can happen in fewer than 1 in 50 laser eye operations.
One in 3 people patients will still need to glasses some of the time after the procedure, such as for night driving
Despite the pluses, there are some disadvantages:
Some patients experience discomfort in the first 24 to 48 hours after surgery.
Other side effects, although rare, may include:
Before your LASIK laser eye surgery, you will meet with an adviser who will discuss what you should expect during and after the surgery. During this session, your medical history will be evaluated and your eyes will be tested. Likely tests include measuring corneal thickness, refraction, and pupil dilation. At any meeting with your surgeon, you should ask further questions you may have. Afterwards, you can book an appointment for the procedure.
Implantable Phakic intraocular lenses, or phakic lenses, are lenses made of plastic or silicone that are implanted into the eye permanently to reduce a person’s need for glasses or contact IPCL SURGERY lenses. Phakic refers to the fact that the lens is implanted into the eye without removing the eye’s natural lens. During phakic lens implantation surgery, a small incision is made in the front of the eye. The phakic lens is inserted through the incision and placed just in front of or just behind the iris.
Phakic lenses are used to correct refractive errors, errors in the eye’s focusing power. All phakic lenses approved by the FDA are for the correction of nearsightedness (myopia). The cornea and natural lens of the eye focus light to create an image on the retina, much like the way the lens of a camera focuses light to create an image on film. The bending and focusing of light is also known as refraction. Imperfections in the focusing power of the eye, called refractive errors, cause images on the retina to be out of focus or blurred.
People who are nearsighted have more difficulty seeing distant objects than near objects. For these people, the images of distant objects come to focus in front of the retina instead of on the retina.
Ideally, phakic lenses cause light entering the eye to be focused on the retina providing clear distance vision without the aid of glasses or contact lenses.
Surgery is not required to correct nearsightedness. You can wear glasses or contact lenses instead to correct your vision. Depending on how nearsighted you are, and other conditions of your eye, other refractive surgery (surgery to correct refractive errors) options may be available to you, including PRK (Photorefractive Keratectomy) and LASIK (Laser Assisted In-Situ Keratomileusis).
Phakic lenses are intended to be permanent. While the lenses can be surgically removed, return to your previous level of vision or condition of your eye cannot be guaranteed.
Phakic intraocular lenses are implanted in the eye without removing the natural lens. This is in contrast to intraocular lenses that are implanted into eyes after the eye’s cloudy natural lens (cataract) has been removed during cataract surgery.
The first part of the anatomy of the eye animated illustration shows an external side view of the eyeball with the parts labeled. The sclera, cornea, iris, pupil, and optic nerve are identified. The second part of the illustration shows an internal side view with the eye cut in half from front to back. It identifies the sclera, cornea, anterior chamber, iris, pupil, posterior chamber, natural lens, retina, and optic nerve.
The illustration of how phakic lenses work shows the side view of eye as if you cut it in half from front to back and you were looking at the inside. It shows light rays from a stop sign being focused by the cornea and lens onto the retina of an eye that needs no vision correction. It depicts the clear retinal image of the stop sign being sent to the brain by the optic nerve. When light rays come into focus on the retina, we see the object clearly.
The image of the same stop sign is focused in front of the retina in a nearsighted (myopic) eye. The light rays from the stop sign that fall onto the retina are out of focus creating a blurred image. The blurred retinal image is sent to the brain by the optic nerve. When light rays do not come into focus on the retina, we see the object as blurred.
The inset image shows the clear retinal image of the stop sign being sent to the brain by the optic nerve. This is the idealized results of the phakic lens bending light from the stop sign to redirect the focused image onto the retina. When light rays are redirected by the phakic lens onto the retina, the nearsighted eye sees distant objects more clearly.