Demonstration of skull bones mobility using optical methods: practical importance in medicine

机译：用光学方法演示颅骨活动性：在医学中的实际重要性

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Unprompted skull bones mobility not related to breathing, heart beating and other physiological reactions, using installation of original construction with control of physiological parameters by biofeedback hardware-software complex BOS-lab and BOS-pulse appliance (COMSIB, Novosibirsk, Russia) has been confirmed. Teeth eruption occurs through odontiasis canals, emerging from the funiculus. The main driving force for promoting a tooth into odontiasis canal during eruption is the unprompted skull bones mobility. A simple optical installation was made for the visualization of skull bones mobility during the investigation of the median palatine and incisors sutures. Early detection of failures of unprompted skull bones mobility and its normalization can lead to prevention of impact teeth, malocclusion, extrudocclusion and other anomalies and deformations of teeth, teeth rows, TMJ and skull. The skull bones mobility should be considered during the early preventive treatment and therapy of the consequences of injuries and malfunction of the maxillofacial area.

机译：已经证实，无提示的颅骨活动性与呼吸，心脏跳动和其他生理反应无关，已通过使用生物反馈硬件-软件复杂的BOS-lab和BOS-pulse装置（COMSIB，新西伯利亚，俄罗斯）安装并控制了生理参数的原始结构进行了安装。牙齿萌发是通过牙槽i中的牙菌管发生的。在萌发过程中促进牙齿进入牙列管的主要驱动力是无提示的颅骨活动性。制作了一个简单的光学装置，以在研究中位p骨和门牙缝线时可视化颅骨的活动性。尽早发现无提示的颅骨活动性衰竭及其正常化可以预防牙齿的撞击，错牙合，挤压脱位和其他异常情况以及牙齿，牙齿排，TMJ和颅骨的变形。在早期预防性治疗和治疗中，应考虑颅骨的活动性，以防损伤和颌面区域功能异常。

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《Optical technologies in biophysics and medicine XV; and Laser physics and photonics XV》|2013年|903106.1-903106.6|共6页
会议地点 Saratov(RU)
作者
Alexander V. Zakharov; Vladimir R. Okushko; Sergey A. Vturin; Vladimir V. Moseychuk; Aleksey A. Petrov; Dmitry E. Suetenkov;
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作者单位

Noospheric Health Center, Moscow, Russia;

Pridnestrovian State University n.a. T.G.Shevchenko, Tiraspol, Transdniestria;

Space Research Institute RAS, Moscow, Russia;

Noospheric Health Center, Moscow, Russia;

Avroraclinic, Moscow, Russia;

Saratov State Medical University n.a. V.I.Razumovsky, Saratov, Russia;

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原文格式 PDF
正文语种 eng
中图分类
关键词
skull bones mobility; preventive medicine; tooth eruption; optical methods of registration; biofeedback appliance;

机译：颅骨活动性；预防医学；牙齿萌出光学注册方法；生物反馈仪;

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3. Demonstration and a practical scheme of the optical asymmetric cryptosystem [J] . Zhao Tieyu, Jiang Yushan, Liu Chao Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic . 2017,第期

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4. Demonstration of skull bones mobility using optical methods:practical importance in medicine [C] . Alexander V. Zakharov, Vladimir R. Okushko, Sergey A. Vturin, SPIE Conference on Laser Physics and Photonics . 2014

机译：使用光学方法演示颅骨骨骼流动性：医学中的实际重要性
5. Practical problems involved in the lecture demonstration method in science. [D] . Merrill, Matthias Wood. 1932

机译：科学讲座演示方法中涉及的实际问题。
6. Clinical Reports and Demonstrations: Section for the Study of Disease in Children: Anæmia with Bone Changes in the Skull [O] . Wilfrid Sheldon 1936

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7. 291 A Magnetic-board System for Education and Training in Disaster and Emergency Medicine: A Practical Demonstration [O] . S Lennquist 1993

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Demonstration of skull bones mobility using optical methods: practical importance in medicine

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