Microinstrumentation provides surgeons increased control

Managing unique challenges of pediatric congenital cataract

Creative disruption of an existing model can be the path forward to a new technology, such as telehealth, a market that has grown rapidly since 2012, and is expected to continue to do so over the next several years.

Telemedicine, teleophthalmology programs in action at Johns Hopkins

Artificial intelligence has the potential to have a significant impact on ophthalmology in the coming years.

Artificial intelligence gains more acceptance in ophthalmology

Eye drops, drug-delivery system innovations aim to improve outcomes, adherence

Pharmacologic pipeline makes waves in glaucoma

Differing signaling pathways could lead to different types of cataracts in children.

Exploring correlation between gene expression, cataract morphology

Deep Phenotyping is shedding new light on congenital corneal opacities, and with the initial diagnoses, physicians should also delve deeper to avoid overlooking the causes of some ocular anomalies.

How deep phenotyping of pediatric corneal opacities targets diagnosis

Follow Marie Kondo’s lead and spring clean your practice to make way for fresh frames.

Ophthalmology Times, April 15 2019