RESUMO
The general dentist has a unique role as the gatekeeper of dental care. In this role, the generalist is called upon to be the primary diagnostician and is charged with the responsibility for triaging patients. Classification systems devised by many of the dental specialties are valuable tools for the diagnosis of diseases and conditions specific to the specialty, but no classifications have been directed to the general dentist. This paper describes a system being used at the University of California at San Francisco School of Dentistry that enables the general dentist to classify a patient's stomatognathic system as either physiologic or nonphysiologic and then guides the clinician toward appropriate treatment decisions.
Assuntos
Oclusão Dentária , Má Oclusão/diagnóstico , Adulto , Tomada de Decisões , Restauração Dentária Permanente , Odontologia Geral , Humanos , Má Oclusão/classificação , Má Oclusão Classe I de Angle/diagnóstico , Má Oclusão Classe I de Angle/terapia , Má Oclusão Classe II de Angle/diagnóstico , Má Oclusão Classe II de Angle/terapia , Má Oclusão Classe III de Angle/diagnóstico , Má Oclusão Classe III de Angle/terapia , Planejamento de Assistência ao Paciente , Sistema Estomatognático/fisiologia , Sistema Estomatognático/fisiopatologiaRESUMO
From a parent population of 774, a subpopulation of 160 normal adults ages 27-66 was randomly selected, 20 from each decade and sex. A detailed comparison was made by analytic ultracentrifugation and complete agarose gel electrophoresis on serum and the 1.006 g/ml top and bottom preparative ultracentrifuge lipoprotein fractions. The latter was internally standardized by total lipid and plasma total cholesterol and triglyceride determinations giving normal reference lipoprotein values. The reading procedure allowed the identification and quantification of floating beta and sinking pre-beta. In the subpopulation, there were two of the former and 13 of the latter. For large scale clinical application of such quantitative lipoprotein electrophoresis full automation of the microdensitometry and calculations will be required.