Biometric research of adaptive-compensatory changes in the dentoalveolar system with partial loss of teeth

E. Isakov, A. O. Abdumomunov, A. T. Kulukeeva
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Abstract

The article considers the problem of studying adaptive-compensatory reactions of the body, as they provide the body adaptation to the dentition integrity break. Partial adentia is a very significant violation in the structure of the whole system because the dental arches of the upper and lower jaws provide full chewing as one of the functions of the body. In the changed condition of the functional chewing system the adaptation-compensatory mechanisms start acting to adapt to these conditions. Adaptive reactions help the biosystem to change its structures and functions while the compensatory ones provide the integral system with its main function. Dynamic processes of age-related changes in the dentition were considered using the biometric method at studying the jaw models. Results of biometric studies of the jaw diagnostic models are presented in three tables below. The method of biometric studies considering the morphofunctional periodontal reorganization dynamics provides the opportunity to select the way to eliminate the partial teeth loss at taking into account adaptive-compensatory reactions. of of of the and supporting teeth on a mathematical model].
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部分牙齿缺失后牙槽系统适应性代偿变化的生物计量学研究
本文考虑了研究机体对牙列完整性断裂的适应性补偿反应的问题。部分牙齿缺失是对整个系统结构的严重破坏因为上颚和下颚的牙弓作为身体的功能之一提供了充分的咀嚼。在功能性咀嚼系统改变的条件下,适应补偿机制开始发挥作用以适应这些条件。适应性反应帮助生物系统改变其结构和功能,而代偿性反应则为整体系统提供其主要功能。在研究颌骨模型时,考虑了牙列年龄相关变化的动态过程。颌骨诊断模型的生物计量学研究结果如下表所示。生物计量学研究的方法考虑形态功能牙周重组动力学提供了机会,选择的方式来消除部分牙齿的损失,同时考虑到适应性补偿反应。[数学模型上的]牙齿的或支撑牙齿的]
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