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Epiretinal
Membrane Peeling or Macular Pucker
The
symptoms of a macular pucker are: distortion in lines
or letters while reading, a decrease in central vision
for distance and reading activities, and blurring or
distortion of images when looking at television or in
the theater.
View OCT Images
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A
fluorescein angiogram (injection of a dye into the vein,
with photographs taken of the back of the eye) may be
recommended to evaluate the situation and determine
if leakage or swelling of the retina is taking place
as a result of the scar tissue being present on the
surface of the macula. In most cases, no treatment is
recommended for macular pucker. This is due to the fact
that the visual distortion and decreased reading and
distance vision is minimal in the majority of patients.
Although some mild visual problems are noted, these
are usually easily adjusted to and pose no limitation
on full activity. In some instances, however, the distortion
and vision loss may be significant. There may be an
inability to perform certain daily tasks such as reading
or driving.
It is at this point, that consideration for surgical
repair would be entertained. Surgery would also be considered
if vision loss is moderate, but there is evidence on
the fluorescein angiogram of significant leakage posing
a threat to permanent damage to central vision in those
individuals. Repair of a macular pucker or epiretinal
membrane is accomplished through use of vitreoretinal
surgery. Using microsurgical instruments, a procedure
known as a vitrectomy, the microscopic removal of vitreous
jell from the center of the eye, is performed.
Unlike
macular hole surgery, macular pucker surgery does not
typically involve the use of an intraocular air bubble.
As a result, no specialized positioning in the postoperative
period is required. However, in rare instances where
retinal tears or detachments occur at the time of surgery,
air bubbles and special positioning may be required.
The surgical procedure itself is typically performed
under local anesthesia and a patient may remain in the
hospital overnight or may be scheduled for ambulatory
surgery, able to return home by the end of the day of
the surgical procedure itself. A postoperative examination
within 24 hours of surgery is required in all cases.
Regular follow-up examinations are performed during
the first six weeks of recovery, and then at regular
intervals after that. Patients typically utilize several
eye drops applied to the operated eye over the course
of several weeks following the surgical procedure.
Approximately 10-12 weeks after surgery, when the eye
has recovered from the surgery and the macula has had
a chance to return to a more normal configuration, the
patient is measured for glasses. Full visual recovery
may not occur for at least 3-4 months following the
procedure.
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Interior Retina, Kamloops, B.C.,
Canada, Dr. Peter Hopp, argon laser treatments for diabetic retinopathy,
branch retinal vein occlusions, clinically significant macular edema,
central serous retinopathy, lattice degeneration, macular edema
and retinal tears, retinal detachments, vitreous hemorrhages, dropped
nucleuses, macular holes
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laser treatment of the retina,
laser treatment for glaucoma, laser treatment for diabetic eye disease,
laser treatment for certain types of macular degeneration,surgery
for cataracts, retinal detachment, macular hole, epiretinal membrane,
diabetic retinal disease,vitreous hemorrhages, chalazion excision,
entropion, other miscellaneous retinal and vitreous disorders
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Interior Retina, Kamloops, B.C.,
Canada, Dr. Peter Hopp, argon laser treatments for diabetic retinopathy,
branch retinal vein occlusions, clinically significant macular edema,
central serous retinopathy, lattice degeneration, macular edema
and retinal tears, retinal detachments, vitreous hemorrhages, dropped
nucleuses, macular holes
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Interior Retina provides treatment
and management of glaucoma, iritis, scleritis, vein/artery occlusions,
diabetic eye diseases, corneal abrasions, double vision, floaters,
optic neuritis, uveitis and after-cataracts.
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