ABSTRACT
Introduction: Cerebral palsy is defined as a non-progressive brain disorder of movement and posture. The patient is characterized by mental and motor disabilities, sensory impairments of vision and hearing, besides having seizures and contraction joints. Objective: To address a multidisciplinary dental intervention in a patient, leucoderma, 11 years-old, with cerebral palsy who attended the Special Patients Clinic of the Catholic University of Brasilia, Brazil. Case report: Clinical interventions to promote oral health, emphasizing the responsible guidelines regarding oral hygiene techniques, and surgical procedures such as extractions of deciduous teeth #75, #85, #63 (phase 1) and ulectomy in the region of teeth #24 and #25 (phase 2) were performed. Conclusion: The multidisciplinary assistance targeted to the oral health of the patient with cerebral palsy can be considered as an important strategy for promoting the health and quality of life in this population group.
ABSTRACT
Onze cães e quatro gatos, portadores de alterações buco-dentárias e atendidos no Centro Veterinário do Gama, em Brasília, DF, foram submetidos à tomografia computadorizada de feixe cônico. Os exames foram realizados em um tomógrafo i-CAT, utilizando para aquisição das imagens, altura de seis centímetros, tempo de 40 segundos, 0,2 voxel, 120 kilovolts e 46,72 miliampéres por segundo. O melhor posicionamento dos animais para realização do exame foi definido neste estudo. Esse é um fator fundamental para a realização do exame, que necessitou um protocolo anestésico simples e seguro, em função do tempo mínimo necessário à obtenção das imagens. Várias alterações e enfermidades foram identificadas, com extrema acurácia, credenciando a tomografia computadorizada de feixe cônico como um exame seguro, acessível e exeqüível e que pode ser incorporado à rotina odontológica das clínicas de pequenos animais.
Eleven dogs and four cats with buccodental alterations, treated in the Centro Veterinário do Gama, in Brasilia, DF, Brazil, were submitted to cone beam computed tomography. The exams were carried out in a i-CAT tomograph, using for image acquisition six centimeters height, 40 seconds time, 0.2 voxel, 120 kilovolts and 46.72 milliamperes per second. The ideal positioning of the animal for the exam was also determined in this study and it proved to be fundamental for successful examination, which required a simple and safe anesthetic protocol due to the relatively short period of time necessary to obtain the images. Several alterations and diseases were identified with accurate imaging, demonstrating that cone beam computed tomography is a safe, accessible and feasible imaging method which could be included in the small animal dentistry routine diagnosis.