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Marcello R. Roza,Luiz Antonio F. Silva,Mauricio Barriviera,Alessandro L. Januário,Ana Cristina B. Bezerra,Maria Clorinda S. Fioravanti 대한수의학회 2011 Journal of Veterinary Science Vol.12 No.4
The development of veterinary dentistry has substantially improved the ability to diagnose canine and feline dental abnormalities. Consequently, examinations previously performed only on humans are now available for small animals, thus improving the diagnostic quality. This has increased the need for technical qualification of veterinary professionals and increased technological investments. This study evaluated the use of cone beam computed tomography and intraoral radiography as complementary exams for diagnosing dental abnormalities in dogs and cats. Cone beam computed tomography was provided faster image acquisition with high image quality, was associated with low ionizing radiation levels, enabled image editing, and reduced the exam duration. Our results showed that radiography was an effective method for dental radiographic examination with low cost and fast execution times, and can be performed during surgical procedures.
Francisco Claudio Dantas Mota,Duvaldo Eurides,Patricia Maria Coletto Freitas,Marcelo Emilio Beletti,Michelle Rodriques Goulart,Livia Maria Ferreira Cunha,Luiz Antonio Franco da Silva,Maria Clorinda So 대한수의학회 2004 Journal of Veterinary Science Vol.5 No.3
The aim of this study was to evaluate the cicatricial repair of perforating cornea in rabbits, by using the Nbutyl cyanoacrylate adhesive compared to the 910- polyglactine thread suture through macroscopic and histological assays. Corneas from 18 adult rabbits were perforated and subsequently occluded with N-butyl cyanoacrylate synthetic adhesive (right cornea) or by separated single points using the 910-polyglactine thread (left cornea). The rabbits were divided into groups containing three animals per group. Examination after 7, 15, and 30 days post-operative showed that both the synthetic adhesive and the suture were efficient in the occlusion of the surgical wounds, thus stabilizing the intra-ocular content. The N-butyl cyanoacrylate adhesive was shown to be superior to the 910-polyglactine suture thread with regards to the evolution and the organization of the healing process.