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Contrast-enhanced ocular ultrasonography in brachycephalic dogs

Abreu, Thais Guimarães Morato; Feliciano, Marcus Antônio Rossi; Maronezi, Marjury Cristina; Uscategui, Ricardo Andres Ramirez; Madruga, Gabriela Morais; Kobashigawa, Karina Kamachi; Crivelaro, Roberta Martins; Thiesen, Roberto; Laus, José Luiz.
Acta Sci. vet.; 46: 1-7, 2018. ilus, tab
Artigo em Inglês | VETINDEX | ID: vti-728661

Resumo

Background: Contrast Enchantment Ultrasonography (CEUS) allows for detection of vascular flows that are difficult to detect with traditional methods. There were no reports found in the literature of the use of CEUS to evaluate the vascular pattern of the eye of brachycephalic dogs. The objective of this paper is to describe ultrasound findings observed in the eyes of healthy brachycephalic dogs subjected to CEUS.Materials, Methods & Results: Thirty adult brachycephalic dogs were subjected to physical, laboratorial, and ophthalmic examination. The eye structures were evaluated using CEUS after intravenous administration of Sonovue®. Contrast enhancement was seen in 52 eyes with a homogeneous and centrifugal filling pattern. Structures adequately enhanced consisted of the optic nerve, the retina-choroid-sclera complex (RCSC), and the ciliary body. The optic nerve was hyperenhanced and the other structures were isoenhanced. The wash-in time, peak enhancement time, and wash-out time were similar for both right and left eyes. Mean values and standard deviation were calculated for contrast wash-in time, peak enhancement time, and wash-out time in the optic nerve, RCSC, and ciliary body.Discussion: Ultrasound is an important diagnostic resource for veterinary ophthalmology and provides relevant information for the detection of pathological conditions of the eyes of animals. The contrast-enhanced ultrasound allows evaluation of tissues at the capillary level (macro and microcirculation), complementing the vascular ultrasound scan. This study brings original information on contrast-enhanced ultrasound findings for evaluation of eyes in dogs, creating novel diagnostic possibilities for the use of this imaging technique in veterinary ophthalmology.[...](AU)
Biblioteca responsável: BR68.1
Localização: BR68.1