(COPE Credit) Community Practice Connection™: Paradigm Shifts in Presbyopia – Understanding Advances in Topical Treatment Innovations
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(CME Credit) Learning About the Lid – Optimizing Recognition, Diagnosis, and Treatment of Demodex Blepharitis & Blepharoptosis
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2nd Annual IKA Keratoconus Symposium: Front to Back and Everything in Between
May 18-19, 2024
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(COPE Credit) Learning About the Lid – Optimizing Recognition, Diagnosis, and Treatment of Demodex Blepharitis & Blepharoptosis
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(COPE Credit) Clinical Crossroads: Navigating Neurotrophic Keratitis – The Importance of Avoiding Pitfalls and Ensuring Early Intervention
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(CME Credit) Virtual Case Studies™ in Cataract Surgery: Selecting Surgical Techniques and Preventing Intra-Operative Complications
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Neurotrophic Keratitis Management: How Early Intervention Can Make a Difference
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Neurotrophic Keratitis Management: How Early Intervention Can Make a Difference
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Connecticut ophthalmologist sentenced to prison for health care fraud scheme
Connecticut ophthalmologist Donald Salzberg, MD, was sentenced to a year and a day in prison for taking kickbacks in exchange for ordering medically unnecessary brain scans on patients. He was ordered to pay $1.34 million in restitution.
Prevent Blindness kicks off ‘It Started With an Eye Exam’
The campaign will encourage, educate and empower the public to include vision and eye health as a part of their healthcare by asking them to share how eye care services and exams improved their vision and their daily lives.
ARVO 2024: Abnormal subendothelial matrix exacerbates choroidal endothelial cell death in early AMD
May 16th 2024At this year's ARVO meeting, Irene Santiago Tierno, MS, talked with Ophthalmology Times about the paper she presented on how abnormal subendothelial matrix exacerbates choroidal endothelial cell death in early age-related macular degeneration.
Study: Virus that causes COVID-19 can penetrate blood-retinal barrier and may damage vision
Researchers at the University of Missouri School of Medicine have conducted a study in a humanized mouse model to show that infections can occur deep inside the eye by penetrating the blood-retinal barrier.