A METHOD FOR MODELING ARTIFICIAL DENTURES IN PATIENTS WITH ADENTIA BASED ON INDIVIDUAL SIZES OF ALVEOLAR ARCHES AND CONSTITUTION TYPES

87 persons of older age groups with complete adentia underwent somatometric (anthropometric) as well as biometric measurements with cast models of the toothless jaws. The linear and index somatometric parameters, and linear and index parameters for the upper jaw alveolar arches, were calculated. Alv...

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প্রধান লেখক:	Domenyuk, S., Доменюк, С.
বিন্যাস:	Статья
ভাষা:	English
প্রকাশিত:	EUROPAISCHE WISSENSCHAFTLICHE GESELLSCHAFT EV 2021
বিষয়গুলি:	Alveolar triangle Dental triangle Complete adentia Alveolar arches Dental arches Constitutional anatomy Somatometrics Biometrics
অনলাইন ব্যবহার করুন:	https://dspace.ncfu.ru/handle/20.500.12258/15994
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id	ir-20.500.12258-15994
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spelling	ir-20.500.12258-159942021-06-08T14:37:30Z A METHOD FOR MODELING ARTIFICIAL DENTURES IN PATIENTS WITH ADENTIA BASED ON INDIVIDUAL SIZES OF ALVEOLAR ARCHES AND CONSTITUTION TYPES Domenyuk, S. Доменюк, С. Alveolar triangle Dental triangle Complete adentia Alveolar arches Dental arches Constitutional anatomy Somatometrics Biometrics 87 persons of older age groups with complete adentia underwent somatometric (anthropometric) as well as biometric measurements with cast models of the toothless jaws. The linear and index somatometric parameters, and linear and index parameters for the upper jaw alveolar arches, were calculated. Alveolar arches were classified in view of the total sum of the diagonal dimensions (macro-, micro- and normodiagonal type), the arch index (brachy-, dolicho- and mesoarch type). Modelling the projected shape of the dental arch was based on the parameters of length (the sum of the alveolar arches diagonals multiplied by the 1.06 coefficient), width (the product of the width of the alveolar arches by a coefficient of 1.16). The depth of the dental arch frontal segment was calculated as the product of the diagonal by the incisor-canine angle sine, which in case of mesotrusion arches is 0.42 (angle value - 25 degrees), for protrusion arches - 0.5 (angle value - 30 degrees), for retrusion arches - 0.34 (angle value - 20 degrees). Given the regularities of the circle geometry, the frontal segment dimensions served to determine the radius of the circle where the front teeth sat. The graphical method developed to construct the forecasted upper dental arch shape, based on the balance of the alveolar and dental arches major parameters, allows forecasting the optimal shape and size of the artificial dental arch, achieving a balanced relationship between the shapes of the teeth and the alveolar arches, as well as constructing a balanced articulatory relationship while achieving optimal functional and aesthetic results 2021-06-08T14:36:43Z 2021-06-08T14:36:43Z 2021 Статья Domenyuk, D; Al-Harazi, G; Shkarin, V; Dmitrienko, S; Kochkonyan, T; Domenyuk, S. A METHOD FOR MODELING ARTIFICIAL DENTURES IN PATIENTS WITH ADENTIA BASED ON INDIVIDUAL SIZES OF ALVEOLAR ARCHES AND CONSTITUTION TYPES // ARCHIV EUROMEDICA. - 2021. - Том: 11. - Выпуск: 1. - Стр.: 109-115 http://hdl.handle.net/20.500.12258/15994 en ARCHIV EUROMEDICA application/pdf EUROPAISCHE WISSENSCHAFTLICHE GESELLSCHAFT EV
institution	СКФУ
collection	Репозиторий
language	English
topic	Alveolar triangle Dental triangle Complete adentia Alveolar arches Dental arches Constitutional anatomy Somatometrics Biometrics
spellingShingle	Alveolar triangle Dental triangle Complete adentia Alveolar arches Dental arches Constitutional anatomy Somatometrics Biometrics Domenyuk, S. Доменюк, С. A METHOD FOR MODELING ARTIFICIAL DENTURES IN PATIENTS WITH ADENTIA BASED ON INDIVIDUAL SIZES OF ALVEOLAR ARCHES AND CONSTITUTION TYPES
description	87 persons of older age groups with complete adentia underwent somatometric (anthropometric) as well as biometric measurements with cast models of the toothless jaws. The linear and index somatometric parameters, and linear and index parameters for the upper jaw alveolar arches, were calculated. Alveolar arches were classified in view of the total sum of the diagonal dimensions (macro-, micro- and normodiagonal type), the arch index (brachy-, dolicho- and mesoarch type). Modelling the projected shape of the dental arch was based on the parameters of length (the sum of the alveolar arches diagonals multiplied by the 1.06 coefficient), width (the product of the width of the alveolar arches by a coefficient of 1.16). The depth of the dental arch frontal segment was calculated as the product of the diagonal by the incisor-canine angle sine, which in case of mesotrusion arches is 0.42 (angle value - 25 degrees), for protrusion arches - 0.5 (angle value - 30 degrees), for retrusion arches - 0.34 (angle value - 20 degrees). Given the regularities of the circle geometry, the frontal segment dimensions served to determine the radius of the circle where the front teeth sat. The graphical method developed to construct the forecasted upper dental arch shape, based on the balance of the alveolar and dental arches major parameters, allows forecasting the optimal shape and size of the artificial dental arch, achieving a balanced relationship between the shapes of the teeth and the alveolar arches, as well as constructing a balanced articulatory relationship while achieving optimal functional and aesthetic results
format	Статья
author	Domenyuk, S. Доменюк, С.
author_facet	Domenyuk, S. Доменюк, С.
author_sort	Domenyuk, S.
title	A METHOD FOR MODELING ARTIFICIAL DENTURES IN PATIENTS WITH ADENTIA BASED ON INDIVIDUAL SIZES OF ALVEOLAR ARCHES AND CONSTITUTION TYPES
title_short	A METHOD FOR MODELING ARTIFICIAL DENTURES IN PATIENTS WITH ADENTIA BASED ON INDIVIDUAL SIZES OF ALVEOLAR ARCHES AND CONSTITUTION TYPES
title_full	A METHOD FOR MODELING ARTIFICIAL DENTURES IN PATIENTS WITH ADENTIA BASED ON INDIVIDUAL SIZES OF ALVEOLAR ARCHES AND CONSTITUTION TYPES
title_fullStr	A METHOD FOR MODELING ARTIFICIAL DENTURES IN PATIENTS WITH ADENTIA BASED ON INDIVIDUAL SIZES OF ALVEOLAR ARCHES AND CONSTITUTION TYPES
title_full_unstemmed	A METHOD FOR MODELING ARTIFICIAL DENTURES IN PATIENTS WITH ADENTIA BASED ON INDIVIDUAL SIZES OF ALVEOLAR ARCHES AND CONSTITUTION TYPES
title_sort	method for modeling artificial dentures in patients with adentia based on individual sizes of alveolar arches and constitution types
publisher	EUROPAISCHE WISSENSCHAFTLICHE GESELLSCHAFT EV
publishDate	2021
url	https://dspace.ncfu.ru/handle/20.500.12258/15994
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A METHOD FOR MODELING ARTIFICIAL DENTURES IN PATIENTS WITH ADENTIA BASED ON INDIVIDUAL SIZES OF ALVEOLAR ARCHES AND CONSTITUTION TYPES

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