Welcome

Julius Shulman, M.D., P.C. Eastside Eye Associates was started in 1975 by Dr. Julius Shulman. Since then we have evolved into a multispecialty ophthalmology practice with specialists in laser vision correction, cataract surgery, glaucoma, retinal diseases, ophthalmic plastic surgery, contact lenses, general eye care and eyeglass dispensing. Dr. Dalia Nagel recently joined our staff, expanding our services and hours of operation. We take great pride in offering the most technologically advanced developments in ophthalmology, along with individualized and personal attention to our patients.

CustomVue Lasik

CustomVue LasikDr. Julius Shulman is a board certified highly skilled LASIK surgeon using state of the art equipment including the Intralase bladefree laser, the VISX S4 excimer laser with advanced eye-tracking capabilities and CustomVue wavefront technology with Iris registration. If you are seeking LASIK in NYC please call us for a complimentary screening.The safety of all-laser LASIK using blade-free Intralase and a customized laser profile is unprecedented. All-laser LASIK is now approved by NASA and the United States Air Force.

 

CustomVue Lasik

Custom Cataract Surgery

Custom Cataract Surgery Modern cataract surgery in the average patient now takes about 20 minutes or less, with the patient resuming normal activity shortly after surgery. The incision to remove the cataract is so small that stitches are usually unnecessary and healing is largely completed in a week or two. With the advent of microsurgery and the intraocular lens implant , cataracts no longer have to "ripen" and can be removed at any stage.

Custom Cataract Surgery

Glaucoma

Glaucoma Glaucoma is a disease of the optic nerve, which becomes damaged from a build up of fluid and pressure inside the eye. Although the earliest sign of glaucoma is usually elevated intraocular pressure, many patients do not demonstrate this elevation but sustain optic nerve damage from what is considered a normal pressure. Detection of this and other types of glaucoma rely on detecting a change in the shape of the optic nerve and a loss of parts of your field of vision.

Glaucoma

Retina

Retina In the center of the retina, similar to the central bulls-eye of a target, is the macula, the most sensitive part of the retina and the part that gives precise vision for reading and driving. Some common disorders of the retina include macular degeneration, "floaters" and retinal detachment. Many patients with macular degeneration can now be treated with vitamins and medication to avert severe vision loss.

Retina

All Laser Advanced Custom LASIK

wavescan wavefront systemLVC is the most revolutionary, rapidly changing area in ophthalmology. First approved for clinical use in 2002, wavefront technology involves measuring the optical imperfections of the eye and then guiding the excimer laser to correct them. Used for many years to measure the quality of optical lenses in astronomy, wavefront technology is now available for use in LVC.

All human eyes suffer from optical aberrations or distortions. Low order aberrations are the familiar sphere and cylinder of myopia, hyperopia, and astigmatism, measured through refraction and denoted by diopters on your prescription. Higher-order aberrations such as trefoil, coma, and other similarly unfamiliar terms cannot be measured with a standard refraction. Instead, they are measured with a complex, computerized instrument called an aberrometer. The aberrometer measures the total amount of aberrations in the eye, including the familiar refraction, and transforms this complex data into a wavefront map. To generate a wavefront map (called a WaveScan by AMO, the laser model I use), the aberrometer sends an infrared wave of light into the eye and analyzes the wave of light that is reflected. The more aber rations in the eye, usually in the cornea and lens, the more irregular the reflected wave of light will be. In a wavefront-guided LVC, aberrometer findings (the WaveScan), are transferred to a hard drive, and then loaded into the excimer laser. The laser ablation pattern to improve your vision is derived from the total set of aberrations in the WaveScan, including the refraction used in standard LVC.

To better understand wavefront technology, picture the surface of a pond, smooth and flat, undisturbed by wind. This is analogous to the ideal optical system, without any aberrations. If wind blows across the surface of the pond, or if a pebble is tossed into the water, the surface of the pond is disrupted by ripples. These surface ripples are aberrations. In general terms, the flatter and smoother your wavefront, the better your vision will be. Although no one has a perfectly flat wavefront, or a perfect optical system without aberration, most people have mainly second-order aberrations (myopia, hyperopia, and astigmatism), easily correctable by glasses or contact lenses. A wavefront guided ablation that can correct the remaining third-order and higher aberration promises unsurpassed vision.

As of this writing, four excimer laser systems have been approved by the Food and Drug Administration (FDA) for wavefront-guided laser treatments. Alcon Pharmaceutical’s LADAR Wave Customized Ablation System received approval in October 2002, the AMO CustomVue System in May 2003, Bausch & Lomb’s Zyoptix System in October 2003, and Allegretto’s wavefront-guided WaveLight in August 2006. Results have been excellent, most patients having achieved 20/20 or better vision. Customized treatments are now approved for almost all levels of refractive errors, but as more studies are completed and more data becomes available, the range of approved treatments will be expanded.

wavefront LASIKYour Surgeon's experience combined with the latest advances in laser vision technology are the two most important elements that determine how you will see after laser vision correction. At Eastside Eye Associates, we invest heavily in training and in leading edge technology. Our commitment to you is that we will not take short cuts to save you a few dollars.

Diagnostic Technology:

State-of-the-art diagnostic equipment is important because it's used to determine whether you are a candidate for laser vision correction, and if so, which procedure is most appropriate for you. It's also used to calculate the customized settings for the laser for your particular treatment.

Lasers:

We use the Visx S4 laser and WaveScan, the most widely used laser in the country. Custom treatments with the AMO laser are possible with almost any prescription, giving unsurpassed results in vision and clarity.

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