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Description

Miniscrews is introduced as absolute anchorage devices in orthodontic treatment. They are efficient in overcoming anchorage loss. The miniscrew implants can be placed at different heights and angles in the positions determined for various clinical requirements. In this study, we used these parameters for determining the changes in stress distribution on the supporting bone and the miniscrews itself using finite element analysis.The aim of this study is to determine changes in stress distribution on the supporting bone and miniscrew implant at different alveolar crestal heights in different angulations using Finite Element Analysis.

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Health and Medical Administration | Health Services Research | Medical Education | Medical Sciences | Medicine and Health Sciences | Orthodontics and Orthodontology | Other Dentistry | Teacher Education and Professional Development

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CHANGES IN STRESS DISTRIBUTION OF ORTHODONTIC MINISCREW AND SURROUNDING BONE AT DIFFERENT ANGLES AND HEIGHTS - FEM STUDY

Miniscrews is introduced as absolute anchorage devices in orthodontic treatment. They are efficient in overcoming anchorage loss. The miniscrew implants can be placed at different heights and angles in the positions determined for various clinical requirements. In this study, we used these parameters for determining the changes in stress distribution on the supporting bone and the miniscrews itself using finite element analysis.The aim of this study is to determine changes in stress distribution on the supporting bone and miniscrew implant at different alveolar crestal heights in different angulations using Finite Element Analysis.