[一种俄罗斯正畸微型螺钉的实验研究]

[The experimental study of a Russian orthodontic mini-screw].

作者信息

Popova N V, Arsenina O I, Lebedenko I Yu, Rusanov F S, Khvorostenko E A, Glukhova N V

机构信息

Central Research Institute of Dentistry and Maxillofacial Surgery, Moscow, Russia.

Peoples' Friendship University of Russia, Moscow, Russia.

出版信息

Stomatologiia (Mosk). 2021;100(3):7-12. doi: 10.17116/stomat20211000317.

DOI:10.17116/stomat20211000317

PMID:34180618

Abstract

BACKGROUND

The aim of this research is the experimental study measuring stability of the orthodontic miniscrews «Turbo» designed in Russia in comparison with its foreign analogues, namely, «Vector Tas» (USA) and «BioRay» (Taiwan).

MATERIAL AND METHODS

Four self-drilling orthodontic miniscrews of each manufacturer, i.e. «Vector Tas», USA, (10-mm length, 2-mm diameter), «BioRay», Taiwan, (10-mm length, 2-mm diameter), «Turbo», Russia, (9-mm length, 2-mm diameter), a total of 12 items, were inserted into native pig mandible sample. Their stability was estimated by torques using a dynamometer (Zahoransky AG, Germany) and «Periotest» device («Periotest M», Germany). This experiment was conducted in native pig mandible sample immediately after the screws' placement and in 7 days after loading at an angle 70°.

RESULTS

After application of a load, the decreased torque values and increased Periotest values were registered in all orthodontic miniscrews.

CONCLUSION

Orthodontic miniscrews «Turbo» designed in Russia are slightly inferior to «VectorTas» miniscrews and superior to «BioRay» miniscrews in primary stability and stability after 7 days under loading.

摘要

背景

本研究旨在通过实验研究来测量俄罗斯设计的正畸微螺钉“Turbo”与其国外同类产品，即美国的“Vector Tas”和台湾的“BioRay”相比的稳定性。

材料与方法

每个制造商的四种自攻正畸微螺钉，即美国的“Vector Tas”（长度10毫米，直径2毫米）、台湾的“BioRay”（长度10毫米，直径2毫米）、俄罗斯的“Turbo”（长度9毫米，直径2毫米），共12颗，被植入本地猪下颌骨样本中。使用测力计（德国Zahoransky AG）和“Periotest”设备（德国“Periotest M”）通过扭矩来评估它们的稳定性。该实验在螺钉植入后立即在本地猪下颌骨样本中进行，并在以70°角加载7天后进行。