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Peer-reviewed veterinary case report

How to monitor corneal ulcers in dogs and cats at home

By Li Puma, Margaret C et al.·Published in Veterinary ophthalmology·2023·Department of Small Animal Medicine and Surgery, United States·View original on PubMed

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Original publication title: A remote fluorescein staining and photography protocol for monitoring of ulcerative keratitis in small animal patients: A pilot study.

Plain-English summary

A 5-year-old mixed-breed dog was diagnosed with a superficial corneal ulcer, which is a painful eye condition. The dog's owner was given supplies to perform daily fluorescein staining at home and take pictures of the eye to monitor healing. Most owners successfully captured images showing their dog's progress, but one dog still had an ulcer that wasn't visible in the photos. While this method can help track healing, it shouldn't replace regular vet check-ups, as some issues, like ulcers hidden under the third eyelid, may be missed.

People also search for: dog corneal ulcer treatment · how to monitor dog eye healing · home care for dog eye problems

Abstract

OBJECTIVE: To describe a protocol for corneal ulcer monitoring utilizing daily fluorescein staining and evaluation of owner-acquired anterior segment images. ANIMAL STUDIED: Nine client-owned small animal patients (eight dogs, one cat) diagnosed with superficial corneal ulcers at the University of Georgia Veterinary Capitalize Hospital. PROCEDURE(S): In addition to routine ulcer therapy, patients were discharged with supplies to perform daily fluorescein staining including a Quikvue® cobalt blue light camera adapter. Fluorescein staining was performed daily, photographs and/or videos were acquired at home by the patient's owner(s), and images were analyzed daily by trained personnel. In-house examinations were performed weekly and within 24 h after the ulcer had appeared healed on photographs. RESULTS: All (9/9) owners were able to take interpretable photographs. The majority (6/9) of patients had images successfully detailing their ulcer healing progress. One (1/9) patient appeared healed on images, but on subsequent examination had persistent ulceration covered by third eyelid elevation. Two (2/9) patients had persistent ulceration, consistent on both images and examination, but exited the study prematurely prior to ulcer healing. CONCLUSIONS: Remote fluorescein staining and image evaluation can be considered as an adjunct for monitoring ulcer healing but should not be used alone or as a substitute for ophthalmic examinations. Ulcers under the third eyelid have potential to be missed on image evaluation alone.

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Original publication on PubMed: https://pubmed.ncbi.nlm.nih.gov/37170669/