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The aim was to determine the morphometric parameters of the maxillofacial area of Omsk young men of 18-20 years of age according to the teleroentgenography of the head (in a lateral projection), taking into account the indicators of cephalometry and anthropometry, to identify regional constitutional features of quantitative values.Material and methods. A cephalometric and somatometric examination of 26 Omsk Slavic young men of 18-20 years of age without concomitant pathology was performed, supplemented by an X-ray examination of the head (to obtain teleroentgenograms in a lateral projection). The analysis of teleroentgenograms was carried out in the online service Mave Cloud.Results. According to the results of anthropometry, the longitudinal and transverse dimensions of the young men's heads, the zygomatic diameter and the full height of the face were assessed; the indicators of body growth, body weight, chest circumference and transverse chest diameter were determined. These indicators were used to calculate the indices. The value of the facial index was 81.86 (79.31; 88.88), the value of the head index was 76.65 (74.27; 79.47), the Rees-Eisenck index corresponded to 97.58 (94.62; 107.48), the Rohrer index was 13.34 (12.07; 15.48), the Pinier index was 11.1 (-10; 22), the Quetelet II index was 23.33 (22.03; 27.71). When analyzing teleroentgenograms, it was revealed that the values of some parameters in Omsk young men of 18-20 years of age differ from the values of the «norm». Thus, the indicators of the lower jaw length (Go-Gn), the ratio of the body of the lower jaw length to the length of the anterior base of the skull (Go-Me/S-N), the length of the posterior base of the skull (S-Ar), the height of the branch of the lower jaw (Ar-Go), the ratio of the heights of the face (S-Go/N-Me), the angle between the axis of the lower incisor and the plane of the lower jaw (IM IMPA) have greater values than the «norm»; and the figures of the angles sum according to Bjork (∠SUM Bjork), mandibular angle (∠Ar-Go-Me), maxillary angle (∠N-Go-Ar), upper jaw inclination angle (∠NSL-NL), lower jaw inclination angle (∠NSL-ML), intermaxillary angle (∠NL-ML), the angle between the lower jaw plane and the Frankfurt horizontal (∠FMA), have values less than the «norm». The values of the saddle angle (∠N-S-Ar) differed in young men with euryprosopic and leptoprosopic facial forms. The quantitative values of the lower jaw angle (ArGo-Me) and the upper jaw angle (N-Go-Ar) differed only in the representatives of the dolichocephalic and mesocephalic forms of the head.Conclusion. Quantitative values of cephalometric and somatometric parameters in Omsk young men of 18-20 years of age have distinctive features. Individual parameters of the maxillofacial area (according to teleroentgenograms) differ in persons with dolichocephalic and mesocephalic forms of the head and in the representatives of euryprosopic and leptoprosopic forms of the face.
The aim was to determine the morphometric parameters of the maxillofacial area of Omsk young men of 18-20 years of age according to the teleroentgenography of the head (in a lateral projection), taking into account the indicators of cephalometry and anthropometry, to identify regional constitutional features of quantitative values.Material and methods. A cephalometric and somatometric examination of 26 Omsk Slavic young men of 18-20 years of age without concomitant pathology was performed, supplemented by an X-ray examination of the head (to obtain teleroentgenograms in a lateral projection). The analysis of teleroentgenograms was carried out in the online service Mave Cloud.Results. According to the results of anthropometry, the longitudinal and transverse dimensions of the young men's heads, the zygomatic diameter and the full height of the face were assessed; the indicators of body growth, body weight, chest circumference and transverse chest diameter were determined. These indicators were used to calculate the indices. The value of the facial index was 81.86 (79.31; 88.88), the value of the head index was 76.65 (74.27; 79.47), the Rees-Eisenck index corresponded to 97.58 (94.62; 107.48), the Rohrer index was 13.34 (12.07; 15.48), the Pinier index was 11.1 (-10; 22), the Quetelet II index was 23.33 (22.03; 27.71). When analyzing teleroentgenograms, it was revealed that the values of some parameters in Omsk young men of 18-20 years of age differ from the values of the «norm». Thus, the indicators of the lower jaw length (Go-Gn), the ratio of the body of the lower jaw length to the length of the anterior base of the skull (Go-Me/S-N), the length of the posterior base of the skull (S-Ar), the height of the branch of the lower jaw (Ar-Go), the ratio of the heights of the face (S-Go/N-Me), the angle between the axis of the lower incisor and the plane of the lower jaw (IM IMPA) have greater values than the «norm»; and the figures of the angles sum according to Bjork (∠SUM Bjork), mandibular angle (∠Ar-Go-Me), maxillary angle (∠N-Go-Ar), upper jaw inclination angle (∠NSL-NL), lower jaw inclination angle (∠NSL-ML), intermaxillary angle (∠NL-ML), the angle between the lower jaw plane and the Frankfurt horizontal (∠FMA), have values less than the «norm». The values of the saddle angle (∠N-S-Ar) differed in young men with euryprosopic and leptoprosopic facial forms. The quantitative values of the lower jaw angle (ArGo-Me) and the upper jaw angle (N-Go-Ar) differed only in the representatives of the dolichocephalic and mesocephalic forms of the head.Conclusion. Quantitative values of cephalometric and somatometric parameters in Omsk young men of 18-20 years of age have distinctive features. Individual parameters of the maxillofacial area (according to teleroentgenograms) differ in persons with dolichocephalic and mesocephalic forms of the head and in the representatives of euryprosopic and leptoprosopic forms of the face.
The aim of the study was to compare the cephalometric and somatometric parameters of boys and girls aged 18-20 to reveal features of the anthropometry of the youth population of the Omsk city.Material and methods. There was performed an anthropometric examination of 140 people aged 18 to 20 years (70 boys and 70 girls), Slavic ethnic group. Height, transverse chest diameter, chest circumference, body weight, longitudinal and transverse dimensions of the head, full face height, and zygomatic diameter were measured. To obtain generalized data indices of Rees-Eysenck, Rohrer, Quetelet II, Pignet, the head index and the facial index according to Garson were calculated. The data obtained were statistically processed.Results. According to our data, the average height of boys was 180,49±0,73 cm, body weight – 77,28±1,65 kg, average height of girls – 165,79±0,79 cm, body weight – 59,25±1,15 kg. Normosthenic type (44%) prevailed in boys, and asthenic (53%) somatotype prevailed in girls (according to the Rees–Eysenck index). Individuals of both sexes were more likely to have harmonious (57 and 72%, respectively) physical development (according to the Rohrer index). According to the M.V. Chernorutsky index, hypersthenic (44%) somatotype prevailed in boys, and normosthenic (66%) somatotype prevailed in girls. Cephalometry demonstrated that mesocephalic head shape (54%) was more commonly determined in boys, and brachycephalic (50%) head shape - in girls, while euryprosopia was typical for people of both sexes (50% of cases in boys and 63% in girls).Conclusion. The study determined and evaluated typical features of anthropometric data (head shape, face, somatotype) of boys and girls aged 18 – 20 years of the Omsk city.
Омский государственный медицинский университет, Омск, РоссияАннотация. Цель исследования -выявить особенности взаимосвязи между параметрами кефало-и соматометрии и показателями телерентгенограмм головы (в боковой проекции) для оценки их влияния на форму лица.Материал и методы. Проведено антропометрическое исследование головы и тела у 70 юношей и 70 девушек. Для получения телерентгенограмм головы в боковой проекции 39 юношей и 39 девушек (из числа обследованных и на основе их информированного согласия) прошли рентгенологическое обследование на компьютерном томографе Planmeca ProMax 3D (Финляндия). Кефалометрический анализ полученных снимков осуществляли при помощи онлайн-сервиса Mave Cloud. Количественные данные подвергали статистической обработке в программе Statistica 6.0.Результаты. Установлены половые различия значений (p<0,05) для следующих параметров: длины переднего основания черепа по Bjork, передней высота лица, длины тела нижней челюсти по Jarabac, высоты ветви нижней челюсти, длины заднего основания черепа, задней высоты лица, длины переднего основания черепа по Schwarz, длины нижней челюсти, длины верхней челюсти, толщины мягких тканей в области подбородка на отрезках Me-me, Gn-gn, Pog-pg. Выявлена прямая умеренная связь между значениями межчелюстного угла и скулового диаметра, с одной стороны, и формой лица -с другой стороны (p<0,05).Заключение. Ряд линейных параметров боковых телерентгенограмм имеют половые и региональные особенности. Кроме того, показатели телерентгенограмм и соматотип оказывают влияние на форму лица, что необходимо учитывать при коррекции окклюзии и эстетики лица в практике врача-стоматолога.Ключевые слова: телерентгенография, антропометрия, юноши и девушки ОмскаКонфликт интересов: авторы заявляют об отсутствии конфликта интересов.
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