CONDITIONS
DISEASE & MANAGEMENT
Accommodative (Focusing) Dysfunctions
Cataracts
Cornea Cross-Linking
Contact Lens & Eyeware
Convergence Excess (BV Disorder)
Convergence Insufficiency (BV Disorder)
Developmental Disability
Diabetic Retinopathy
Diabetes
Double Vision
Dry Eye
Electrophysiology
Eyelid Bump / Swelling
Eye Pain or Eyelid Pain
Flashes or Floaters in Vision
Glaucoma
Glasses & Eyeware
Keratoconus Management
Ischemic Optic Neuropathy
Loss of Vision
Macular Degeneration
Myopia Management
Occupational Therapy
Ocularmotor Dysfunction
Ocular Prosthetics
Optic Neuritis
Red Eye
Retinal Tear & Detachment
Refractive Error
Strabismus & Amblyopia
Traumatic Brain Injury
Trauma
Vision Disorders
Vision Rehabilitation
MYOPIA MANAGEMENT
OVERVIEW
The Center for Myopia Control specializes in optometric care of children and young adults with myopia. In addition to providing conventional glasses to clear vision, our services include options for controlling the progression of myopia.
We use specialty equipment and techniques to comprehensively evaluate the refractive errors, ocular size and shape of our patients’ eyes. These measurements – along with myopia progression history – are used to determine an optimum management strategy which may include specialty contact lenses or eye drops, outlined below.
DESCRIPTION
Myopia has become increasingly prevalent. In the US, levels of myopia have reached 50%, while in Asia they are at epidemic levels. Both genetics as well as visual habits contribute to the progression of myopia. If both parents are myopic, then their child is more than 5x more likely to develop myopia themselves. Other factors such as minimal amounts of time spent outdoors, increased time devoted to near activities (smartphones, laptops, etc), as well circadian rhythm may play a role.
TYPES OF MYOPIA MANAGEMENT
WHY TRY TO CONTROL MYOPIA GROWTH?
Once a child develops myopia, the average rate of progression is 0.50 diopters per year. Myopia has been associated with sight-threatening conditions such as cataracts, primary open angle glaucoma, and retinal detachments. The higher the amount of myopia, the greater the risk of these conditions. Therefore, reducing a person’s myopia progression also reduces their risk of these conditions. Myopia generally stops progressing in your late teens or early twenties.
There are treatments available which have been shown in studies to reduce a patient’s long-term myopia progression. While there is evidence for the techniques (listed below) and their ability to slow myopia, there is currently no FDA approved technique specifically for the indication of myopia control. All the techniques have been approved by the FDA, but not specifically for the slowing of myopia – as such, these are “off-label” uses of approved techniques.
TREATMENTS
SERVICE AREAS PROVIDING TREATMENT
Cornea Center for Clinical Excellence