(COPE Credit) MGD-Associated Dry Eye Disease – How Emerging Options May Shift the Treatment Paradigm
View More
(CME/CNE Credit) MGD-Associated Dry Eye Disease – How Emerging Options May Shift the Treatment Paradigm
View More
(COPE Credit) Community Practice Connections™: Expert Approaches in Cataract Surgery – Managing Advances in Techniques and Technologies With an Updated Armamentarium
View More
(CME Credit) Community Practice Connections™: Expert Approaches in Cataract Surgery – Managing Advances in Techniques and Technologies With an Updated Armamentarium
View More
(COPE Credit) Expert Illustrations & Commentaries™: Envisioning New Therapies for Meibomian Gland Dysfunction-Associated DED
View More
(CME/CNE Credit) Expert Illustrations & Commentaries™: Envisioning New Therapies for Meibomian Gland Dysfunction-Associated DED
View More
(CME Credit) Patient, Provider, and Caregiver Connection™: Individualizing Care in Allergic Conjunctivitis – Understanding the Patient’s Perspective in Alleviating Disease Burden
View More
(COPE Credit) Patient, Provider, and Caregiver Connection™: Individualizing Care in Allergic Conjunctivitis – Understanding the Patient’s Perspective in Alleviating Disease Burden
View More
Study: Fish-like genetic program used to turn human Müller glia cells into neurons
Fish have the built-in ability to regenerate retinal neurons by turning another retinal cell type called Müller glia into neurons. Researchers have been able to coax the human Müller glia into changing identity in the laboratory, which could serve as a potential source of new neurons to treat vision loss.