Articles related to EYE SURGERY

For a comprehensive approach to refractive IOL surgery, understanding the nuances of preoperative assessment and ocular surface optimization is essential. Dive deeper into effective protocols to ensure optimal patient outcomes.

This case study provides a detailed look at the management of a complex eyelid laceration, from initial diagnosis to successful recovery, offering valuable insights for clinicians in the field.

A new comprehensive study brings to light the considerable cost disparities between FLACS and PCS, urging opthalmologists to reconsider their preferred surgical procedures for cataract treatment.

The current study is the largest case series (49 patients [50 eyes]) of retinal toxicity caused by a specific compounded formulation of triamcinolone-moxifloxacin to date. Patients were referred to Texas Retina Associates in Dallas after cataract surgery and were identified through an EMR system query up to 24 months after their initial presentation. This article describes the clinical presentation, course, and outcomes of a toxic posterior segment syndrome (TPSS) outbreak.

Chalazia are very typical eyelid lesions that most optometrists often treat. There are several treatment choices, with incision and curettage being a great in-office surgical option that often produces the best outcomes with the most patient satisfaction. The chalazion incision and curettage surgery is particularly satisfying to carry out since patients respond well to it and typically see a noticeable improvement in the appearance of their eyelid from preoperative to postoperative times. A piece of advice for an optometrist who is just beginning to undertake in-office treatments is to complete a number of other procedures first to gain experience performing them on simpler removals before beginning chalazion incision and curettage.

After cataract surgery, a fragment of the lens is thought to stay in the eye in 0.3% to 1.1% of cases. Following cataract surgery, the retained cortex and nucleus respond differently: While the nucleus triggers a potent, destructive inflammatory response, the cortex only induces low-grade inflammation. Increased postoperative drops are administered more frequently, and if necessary, IOP-lowering medications are added.