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Peer-reviewed veterinary case report

Intracorneal hemorrhage in 19 dogs over 10 years study

By Matas, Màrian et al.·Published in Veterinary ophthalmology·2012·Unit of Comparative Ophthalmology, United Kingdom·View original on PubMed

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Original publication title: Intracorneal hemorrhage in 19 dogs (22 eyes) from 2000 to 2010: a retrospective study.

Species:
dog

Plain-English summary

A group of 19 dogs, mostly over 10 years old, were found to have intracorneal hemorrhage (bleeding in the eye) affecting 22 eyes. This condition was noted in various parts of the cornea, particularly the mid-peripheral area, and while it caused some long-term cloudiness, it did not lead to severe complications like those seen in humans. Fortunately, none of the dogs required surgery, and the bleeding seemed to resolve on its own over time, with or without treatment.

People also search for: dog eye bleeding treatment · why is my dog’s eye cloudy · intracorneal hemorrhage in dogs

Abstract

OBJECTIVE: The aim of this retrospective study is to review clinical data on patients that suffered intracorneal hemorrhage (ICH), and the veterinary and human literature available for this condition. ANIMAL STUDIED: A search for ICH was performed within the clinical database of the Animal Health Trust. Nineteen cases were identified (22 eyes). PROCEDURES: The patient's age, breed, and gender were reviewed, together with etiology, location, treatment, and follow-up. The relevant data were compared with the Animal Health Trust (AHT) ophthalmology referral population for the same period of time (n=5555). RESULTS: Twenty-two eyes were affected. No breed or sex predisposition could be identified. Patients aged 10 years and above were more frequently affected when compared with the AHT ophthalmology referral population. ICH was recorded in all corneal quadrants, with the mid-peripheral cornea more often affected. Areas of corneas affected by the ICH showed long-term loss of transparency. Ocular diseases as a source of neovascularization varied from ocular surface to intraocular disease. Systemic diseases were investigated in some patients, and no concomitant disease could be linked to the development of ICH. CONCLUSIONS: Intracorneal hemorrhage is a rare condition associated with corneal neovasculature. As in the human ophthalmology literature, ICH could not be linked to a specific ocular or systemic disease. Severe complications described in humans with this condition, such as pupillary block or corneal perforation, were not seen in any of these canine patients. Canine ICH seem to reabsorb with time, with or without medical treatment. Surgical treatment was not required in any of our patients.

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Original publication on PubMed: https://pubmed.ncbi.nlm.nih.gov/22129068/