Tentative support for registrars private training
https://nzoptics.co.nz/live-articles/focus-on-eye-health-at-the-beehive/
Susanne Bradley3 min read
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https://nzoptics.co.nz/live-articles/focus-on-eye-health-at-the-beehive/
Assessing a novel topical selenium disulphide treatment for MGD
A single application to the periocular region significantly thickened the eye's lipid layer
Large study confirms people who lead healthier lifestyles tend to have better retinal neurovascular health
A new AI algorithm can detect retinal toxicity years before symptoms appear for patients on hydroxychloroquine
A survey conducted by Optical Dispensers Australia (ODA) revealed the majority of respondents (74.1%) do not think their remuneration reflects the specialised nature of their work. In addition to w
The US Food and Drug Administration (FDA) has given its first approval to an aceclidine-based eye drop for the treatment of presbyopia in adults. Maker Lenz Therapeutics said it is ready and excite
The International Agency for the Prevention of Blindness (IAPB) is inviting eye health professionals to capture what it means to #LoveYourEyes by entering the IAPB World Sight Day Photo Competition.
The FDA has approved Alcon’s Tryptyr (acoltremon ophthalmic solution) 0.003%, formerly known as AR-15512, for the treatment of signs and symptoms of dry eye disease (DED). A first-in-class, transien
With every blink, the meibomian glands release meibum that contributes to the outermost layer of the tear film. Abnormal blinking can reduce meibum release and may lead to more permanent changes. However, the exact relationship between blinking and meibomian gland dysfunction (MGD) is not well under
Contact lens discomfort (CLD) has been widely recognised as one of the primary factors influencing contact lens (CL) drop out1,2. As noted in my other CL article on this page, CL wear affects various tear film characteristics, with disruption of the pre-lens lipid layer being identified as critical
The lipid layer, the thin outermost layer of the tear film, plays a critical role in preventing tear evaporation and maintaining ocular surface health. Even a thin but stable lipid layer can support tear film homeostasis1, but this requires frequent and complete blinking, a mechanism often compromis