Refractive Surgery

Refer patients who have reduced vision and functional vision goals

Binocular testing, extraocular movements, dilation, and visual acuity are reviewed

The earlier patients are prepared for surgery, the better the outcomes will be

Educate providers, build a referral network, and add tools of the trade

New technology may be able to help ODs’ most challenging patient segment

The best outcomes for cataract surgery occur when surgery is performed soon after vision problems develop.

A protocol of patient questions and clinical measurements can show a need for therapy

Have a plan when infection occurs

Understand the condition’s structural, innervational, neurological, and genetic abnormalities

Educate patients preoperatievly, evaluate their needs, and set appropriate expectations

From daily disposables to increased refractive surgeries, dropout and more

Find out the latest on technologies, techniques, and treatments

quick quiz

Vision deficit associated with stroke is common, and many ODs will see these patients in their chairs

These options increase the depth of field to address the symptoms of presbyopia

Eye physicals should be full-scope

Keep the specific needs of this patient population in mind as more patients return to the office

LASIK deserves the hype, but it’s not for everyone

Three cases illustrate the perils of failing to address ocular surface disease

Studies highlight importance of tear film stability in cataract and refractive surgery outcomes

ODs should keep top of mind the science and application of visible and imperceptible light

How to take on the challenge of providing therapy to improve vision.

Quick diagnosis leads to better outcomes and reduces long-steroid usage.