Telemedicine

Two options for Telemedicine visits

QR codes for Eyecare live

We have added Telemedicine to our practice to give our patients continued access to care during the coronavirus pandemic. You will be able to communicate with Dr Titone, send pictures, text or even video conference. Eyecare live can be used with an app or app-less.  You have to use a smart phone For the  App but Eyecarelive can be used from any browser  app-less! Download the app from the links above or scan the QR code with your smart device. Come See what we can do!

The New Panoptix IOL

With an Expanded visual range
See near, Far and in between
Click Here
Previous slide
Next slide

 Food and Drug Administration (FDA) has approved and its initial commercial launch of AcrySof®IQ PanOptix®Trifocal Intraocular Lens (IOL), the first and only trifocal lens for U.S. patients undergoing cataract surgery. PanOptix is clinically shown to deliver an exceptional combination of near, intermediate and distance vision while significantly reducing the need for glasses after surgery.

PanOptix is already one of the leading presbyopia-correcting IOLs in more than 70 countries. It is designed for today’s active lifestyles, from viewing mobile devices and computer screens to high-quality distance vision in a range of lighting conditions. The new lens uses ENLIGHTEN®Optical Technology, a proprietary design that optimizes intermediate vision without compromising near and distance vision. Available in spherical and toric designs, PanOptix is built on Alcon’s proven AcrySof IQ IOL platform that has been implanted in more than 120 million eyes globally.

The AcrySof® IQ PanOptix® Trifocal IOL is a type of multifocal IOL used to focus images clearly onto the back of your eye (retina) to allow clear vision after the cataract removal. In addition, the center of the AcrySof® IQ PanOptix® Trifocal IOL allows for better near (reading) vision and intermediate (computer work) vision versus what a monofocal lens would.

AcrySof® IQ PanOptix® Trifocal IOL  will be avaliable soon at East Carolina Center for Sight, Ask Dr Titone if this is the right lens for your cataract surgery. 

Zeiss Veracity Cataract planning tool

Dr Titone has added Veracity to your Cataract Surgery

The new cataract planning tool by Veracity Surgical division of Zeiss generates comprehensive surgery plans by seamlessly integrating with our Electronic Medical Records (EMR) system and IOL master 700 with Total Keratometry.

The platform synthesizes critical data and presents the data that is needed at each step of the procedure, helping Dr Titone work more efficiently, reduce risks due to manual data copying, and improve outcomes for our patients.

With Veracity Surgical, doctors can create customized, efficient, one-click plans for each patient based on a holistic view of the patient because the system can access relevant data from the patient’s EMR. Vital information such as problem lists, medications, prior surgeries, and refractions are taken into consideration to individualize and optimize surgical planning. A patient questionaire helps choose the lens that will meet our patients visual goals.

Using this systematic thorough approach Dr Titone can go through many different surgical options in real time to find the best possible combination for you.

 

Schedule your Cataract evaluation with Veracity today

Type your Contact information below to have us contact you.

1011 WH Smith Blvd Ste 108, Greenville NC

(252) 355-7301

FDA Approves Staar Surgical Toric Visian ICL

It is Here Book your evaluation today

Now you can have clear Vision without glasses or contacts! The Visian Toric ICL can correct Nearsightedness and Astigmatism.

  • Are nearsighted with  astigmatism from -3.0 D to ≤ -15.0 D (spherical equivalent) with astigmatism of 1.0 D to 4.0 D (Eyeglass measurements)
  • Are nearsighted with  astigmatism with spherical equivalent ranging from greater than -15.0 D to -20.0 D (spherical equivalent) with astigmatism of 1.0 D to 4.0 D (Eyeglass measurements)
  • Have an anterior chamber depth (ACD) of 3.00 mm or greater, from the  back of the cornea to the front  surface of the natural lens
  • You must have a stable refractive history (within 0.5 D for both spherical equivalent and cylinder for 1 year prior to implantation).
  • The Visian TICL is  for placement in behind the Iris  of an eye with is natural lens intact.
Visian Toric ICL

Schedule your evaluation Today

MONROVIA, Calif.–(BUSINESS WIRE)–Sep. 13, 2018– STAAR Surgical Company (NASDAQ: STAA), a leading developer, manufacturer and marketer of implantable lenses and companion delivery systems for the eye, is today announcing that the FDA has granted approval of the PMA Supplement for the Visian Toric ICL for the correction of myopia with astigmatism.

This approval represents a meaningful expansion of the Implantable Collamer® Lens (ICL) product line for the correction of refractive error in patients with both myopia and astigmatism which are common conditions in the United States (US). Astigmatism affects approximately 30 percent of the population.1

The ICL in both spherical and toric designs has been associated with significant improvements in quality of life. Patients have described ICL surgery as “life changing” or wished they had opted for the surgery sooner.2 The approval of the Visian Toric ICL is also an important step towards the future availability of advanced ICL models in the US, such as the EVO/EVO+ Toric ICL.

“FDA’s approval of STAAR’s Visian Toric ICL in the U.S. provides an exciting treatment option for myopic patients with astigmatism in search of visual freedom. We are thrilled to be able to offer this lens in the United States and look forward to officially making the Visian Toric ICL available to U.S. surgeons for their patients on November 1st, 2018,” said

FDA approves update to IOL master 700 to include posterior corneal measurements

Dr Titone at East Carolina Center for Sight has been selected to be one of the first in the USA to receive the new Total Keratometry upgrade for the IOLMaster 700. This will allow us to select the best possible Lens power for our cataract surgery patients.

The IOLMaster®700 from ZEISS with SWEPT Source OCT technology now allows us to directly measure the posterior corneal surface. It combines unique telecentric keratometry measurement of the anterior corneal surface with measurement of the posterior corneal surface in order to calculate Total Keratometry (TK®).

  • There are two exclusive new formulas: Barrett TK Universal II and Barrett TK Toric
The current Barrett Toric Calculator uses a unique eye model to predict the posterior corneal surface. Using Total Keratometry with the Barrett Toric Calculator would thus lead to overcompensation of posterior corneal astigmatism.
Because of this, Graham Barrett has developed two new IOL power calculation formulas: the Barrett TK Universal II for non-toric IOLs, and the Barrett TK Toric for toric IOLs. Both new formulas use posterior corneal surface measurements instead of the eye model used by the Barrett Toric Calculator
  • We Can use existing IOL calculation formulas – no need for a second device, third-party software or an online calculator
This decreases errors in manual data entry and streamlines workflow.
 

East Carolina Center for Sight where Great vision is Our Mission.

 

MIGS – Changing the face of Glaucoma Surgery

MIGS -Micro Incisional Glaucoma Surgery is revolutionizing glaucoma surgery. Glaucoma surgery used to require invasive large incision procedure requiring sutures, prone to scarring with  variable results and long recovery.  This is no longer the case there are several new surgical devices that can be implanted through  small self sealing incisions. Some of these are only approved with cataract surgery in the USA.   The Express shunt was the first device to enter this space. It is a small tube placed under the white vascular loose covering of the eye (Subconjunctival space) and though the withe part of the eye into the he filled area in the front of the eye (Anterior chamber).  Although it is not truley a MIGS device bucause  it still required sutures on the outside of the eye, it still began the change leading to the devices we have now. The next device was really the first MIGS device available in the USA, the Istent a very small tube device shaped like a capital letter L. This device is placed into the drainage canals of the eye (Schlemm’s canal) to allow fluid to bypass the poorly functioning natural pathway (Trabecular meshwork). While this works it has been found multiple devices are required to achieve good results and this is not approved by insurers in the USA. Most US surgeons are using other devices. The next device arrived last year, The Cypass Shunt takes the fluid a different route from the anterior chamber into the vascular space beneath the outer covering of the eye and above the retina (Suprachoridal space). This shunt is easy for surgeons to place and is all done through a small 1 mm incision during cataract surgery. The last device is the Xengel Stent it is a soft implant that shunts the fluid from the Anterior chamber to the subconjunctival space. This procedure can be done with cataract surgery or by itself. All the procedures are approved for open angle glaucoma of based on severity of the disease. Your surgeon will choose one based on the selection criterion provided by the manufacturer.  There are several other new devices under development and close to FDA approval stay tuned for more info.

SightLife to acquire the Kamra inlay from AcuFocus

Kamara

Kamara will go on under new company

 Acufocus announced  On March 8 2018  SightLife surgical agreed  to terms to acquire the Kamara inlay.

SightLife surgical is well known for its support for corneal transplant  DSEK and DMEK tissue. SightLife also recently added the acquisition of Intacs to its portfolio.

A team from AcuFocus will join SightLife surgical, with Partick Jacques taking on the role of refractive cornea VP. AcuFocus’ medical affairs & biz strategy VP Yari Mitchell will also support the transition as a strategic advisor

This ensures they will have all the staff needed for continued support and success of the surgical proceedure.

Search for the Right Lens power for Cataract surgery

IOL Master 700

As the patient demand for eyeglass free vision has increased manufacturers have responded with a diversity of lenses to implant. There are now lenses to correct astigmatism, reading vision, intermediate vision and even light adjustable lenses.

This has increased the burden on eye surgeons to calculate the exact power of a lens to implant. There are various machines to acquire measurements and several formulas to use this adds a lot of time and work to getting that perfect lens for our patients.

Dr Titone has acquired then IOL master 700 to achieve the best results possible for our patients.

With the Carl Zeiss IOL master 700 We have the most advanced biometry system for IOL power calculation with the latest integrated lens calculation formulas.  This allows all the needed measurements to be completed rapidly and reproducibly. With innovations like telecentric keratometry to allow accurate keratometry readings even if the focus is difficult for the technician. Swept source OCT to measure the length of the eye, the lens, corneal thickness and the AC depth with repeatable accuracy. A scan of the macula is also done allowing us to detect subtle abnormalities needing further investigation that may have been missed with older technologies and standard exams. All the measurments can be accomplished within 1 minute or less for both eyes!

Zeiss has plans to add to this platform with additional advances to the calculation formulas; and with the recent acquisition of the Veracity surgical suite, Cataract and IOL tracking.  This will become the new gold standard for Catarct surgery.  The IOL master 700 also takes images of the eye for use with Zeiss’s Calisto intraoperative real time heads up digital display for their Lumera microscope that can help eye surgeons get the best alignment possible for toric IOLs to correct astigmatism. We hope to add this tool soon.

With tools like these it’s a great time to be a refractive cataract surgeon.  More patients then ever before can be eyeglass free after cataract surgery.

iDesign is Here! The next Evolution is Customized Laser Vision Correction

iDesign Studio arrives at ECCS

The iDesign studio couples the unprecedented accuracy of custom mapping of your cornea with the AMO S4IR Eximer Laser to achive the best outcomes ever. The iDESIGN® System utilizes a high-definition Hartmann-Shack Wavefront sensor, capturing images of outstanding quality. 5x the resolution and 3x the dynamic range of the previous WaveScan WaveFront® System 25x more precise than traditional glasses or contacts measurements Measures up to 1,257 micro-refractions over a 7.0 mm pupil Captures more ocular aberrations unique to every patient’s eye.

Kamara corneal inlay receives thumbs up from FDA advisory panel

From CRS Today Divided FDA Advisory Panel Votes that Benefits of Kamra Inlay Outweigh Risks The FDA’s Ophthalmic Devices Panel voted on June 6 that the benefits of the Kamra inlay (AcuFocus) outweigh the risks for patients with vision loss as a result of presbyopia. The voting was divided, however, and concerns about safety were raised. The FDA panel reviewed clinical data from 508 patients implanted monocularly with the inlay in the US IDE clinical trial. Of the eight panelists, seven voted that the implant is effective in patients who meet the criteria specified in the proposed indication. On the question of the implant’s safety in patients who meet the criteria specified in the proposed indication, there was a 4-4 tie. Panel chairman Neil M. Bressler, MD, cast a tiebreaker vote by voting “no. ” The chairman only votes in case of a tie. On the question of whether the benefits outweigh the risks, four panelists voted “yes,” three voted “no,” and one abstained. John A. Vukich, MD, a partner at the Davis Duehr Dean Center for Refractive Surgery in Madison, Wisconsin, and a clinical investigator for AcuFocus, presented efficacy data from the 36-month prospective, open-label, multicenter pivotal trial. The patients included in the study all had uncorrected near visual acuity worse than 20/40 but better than 20/100 and a best-corrected distance visual acuity of 20/20 or better. The primary effectiveness endpoint—75% of the subjects achieving uncorrected near visual acuity of 20/40 or better at 12 months—was met (83.5%). Participants had a mean 2.9-line gain at month 12, Dr. Vukich said. “In the clinical trial, the average loss of uncorrected distance vision was only 3 letters,” Dr. Vukich said in an interview with Cataract & Refractive Surgery Today. “So we give up a little bit, but that’s uncorrected vision. The average loss of BCVA was only 1 letter, and so we’re giving up very, very little, and in return, we’re maintaining excellent binocularity at distance, excellent stereopsis, and excellent binoncular submmation because both eyes are still functioning at distance together as a team. And we’re not penalizing the implant eye for the distance-related activities. And yet (the implant) still provides the near acuity that allows people to read and do things that they want up close.” The FDA will consider the advisory panel outcome as part of its own determination of the benefit-risk of AcuFocus’ premarket approval submission for the Kamra inlay, according to a company news release. The Kamra inlay is a permanent implant intended to improve the near vision of presbyopic patients. The inlay is implanted into the patient’s nondominant eye and uses the principle of small-aperture optics to improve near vision with minimal change in distance vision. The Kamra poses little or no risk to distance visual acuity, is removable, and sustains its effect over time, according to AcuFocus. The entire proposed indication is “for the improvement of near and intermediate vision in presbyopic patients who require near or intermediate correction. The inlay is intended to be placed intrastromally in the cornea, on the visual axis, by way of a femtosecond laser-created pocket using a spot/line separation of 6×6 µm or less. The inlay should be placed at a depth equal to or greater than 180 μm.” Kamra has been on the market outside the United States since 2009, with approval in 50 countries, and AcuFocus estimates that nearly 20,000 Kamra inlays have been implanted.