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686 The dental anomaly has now become a public health problem due to its special features: wide spread in the population, with increasing general trend, aesthetic disturbances that may lead to difficulties in social integration of individuals, a complex etiopathogeny, disturbances in the general state of the organism [1-4[. To establish a proper treatment it is required, first of all, to know the degree of spreading of the disease, the quantitative dimension of the phenomenon, but also the qualitative aspect expressed in the gravity index of the malocclusion. The need for treatment is correlated with the development of the dentition. In Finland it is found that at the age of 7.23% of children have a malocclusion requiring immediate treatment, and 34% require repeated controls to observe the evolution of anomalies [5]. In Iceland, there is a prevalence of dentomaxillary anomalies of 11% in temporary dentition and 52% in permanent dentition [6]. Establishing an orthodontic diagnosis and treatment strategy involves knowing the characteristics of a dentomaxillary anomaly and also the identifying and quantifying changes in the dental and muscular skeleton [7-10]. The dental arch is defined by: size and shape. The interest in knowing this sector of the stomatognate system is determined by: the relations established between the dental arcade and the cranio-facial structures, the fact that the dental arcade often reacts, compensating for the disequilibrium at the skeletal level, and, importantly, that the dental intra-arch harmony has consequences on dental occlusion [11-15]. Researchers focused on the study of the relationship between the cranio-facial structures and the size of the dental arch in the subjects with malocclusions [16-18], finding that the maxillary dental arcade in class II/1

Morphofunctional Features in Angle Second Class Malocclusion on Dental Gypsum Models