Reliability and accuracy of assessing temporary anchorage device-tooth root contact with cone-beam computed tomography

Srinivasan, Soorya; Tee, Boon Ching; Wang, Amy; Gohel, Anita; D, Kim; Deguchi, Toru; Sun, Zheng

doi:10.1016/j.ajodo.2020.01.020

Cited by 4 publications

(3 citation statements)

References 23 publications

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“…młody wiek, -ubogą higienę jamy ustnej, -palenie papierosów, -umieszczenie śruby implantu w okolicy śluzówki niezwiązanej, nieskeratynizowanej [17], -umieszczenie śruby w kości żuchwy, szczególnie w okolicy trzonowców żuchwy, -kontakt śruby z korzeniem [17], [18], -grubość blaszki zbitej wyrostka lub części zębodołowej kości [16], -brak doświadczenia operatora [18]. W celu uzupełnienia informacji dotyczących jatrogennych urazów przyzębia wyszczególniono szereg czynników ryzyka, które sprzyjają nieprawidłowemu umieszczeniu implantu, wywołując uszkodzenie tkanek.…”

Section: Czynniki Ryzykaunclassified

Risk factors and diagnosis of iatrogenic damage of periodontal structures and roots during orthodontic Mini-Implants implantation procedures - a systematic literature review

Nieścior

Sereda²,

Metelska³

et al. 2022

J Educ Health Sport

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Introduction and purpose In recent years, Mini-Implants (MI) have gained popularity and new complications have emerged with them. The article assesses the current reports on the scale of the problem, factors and diagnostic possibilities related to iatrogenic injuries of periodontal tissues and roots. Description of the state of knowledge The incidence of complications was estimated to be 13.5%. Complications are more common in the mandible and are estimated at 20-27.1%. Periodontal and root damage are an important risk factor for treatment failure. The fact that the implant does not interfere with the alveolus structure gives the treatment effectiveness in 90%, and the contact with the alveolar “lamina dura” is 62.5%. Interference with the root structure is successful in only 31.2%. Risk factors for failure include: young age, poor hygiene, smoking, area of mandibular molars, contact with the root, thickness of the bone and lack of experience. The implant between the roots is a risk of root trauma, as the location close to the tooth cemento-enamel junction, no preparation for surgery, not using surgical templates, strenuous implantation or implant migration under the influence of orthodontic forces. Radiographs are the gold standard in the diagnosis of complications, but they do not allow for a full assessment of the three-dimensional structures of the implant. A promising method is the evaluation of the torque as the implant is placed in its final location. The patient's subjective feelings are questionable in diagnosis and require further research. Summary There are many complications in using MI and the most important of these is damage to the structures of the periodontium and the tooth root. Despite the low failure rate, failure should be prevented by pre-operative evaluation, in-operative monitoring, and post-operative diagnostics.

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Section: Czynniki Ryzykaunclassified

Risk factors and diagnosis of iatrogenic damage of periodontal structures and roots during orthodontic Mini-Implants implantation procedures - a systematic literature review

Nieścior

Sereda²,

Metelska³

et al. 2022

J Educ Health Sport

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“…CBCT and mini-implants: CBCT allows accurate mini-implant placement with proper guidance of bone density and quality, interradicular relationships and visualization of important anatomic structures which may be harmed while placement [25][26][27][28].…”

Section: Cbct and Artificial Intelligence: Cbct Scan In Stl Formatmentioning

confidence: 99%

Untitled

2020

OJDOH

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Cone Beam Computerized Tomography (CBCT) is being comprehensively used for diagnosis and treatment planning in orthodontics worldwide. Thorough visualization of craniofacial structures with accuracy and precision gives CBCT an upper hand over its apposite like 3D CT systems (fan beam) and 2D imaging systems. Moreover, it minimizes patient discomfort, improves patient contentment and extensively helps the orthodontist with a better understanding of treatment outcome by incorporating artificial intelligence along with traditional imaging. It thereby facilitates an orthodontist with a complete guide throughout treatment phases. In this article, we aim to review various applications of cone beam computerized tomography (CBCT) in the field of orthodontics with patients scanned for routine orthodontic treatment.

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“…Exploring scientific methods to accurately assess mandibular symmetries and morphological characteristics in 3D view is in great demand. Unlike 2D radiography, the reconstruction model derived from CBCT allows multiple 3D views to be observed in space instead of a single sagittal view [ 9 , 10 ]. Moreover, based on the software, the segmentation of the mandible from CBCT can be built into a personalized 3D digital mandible model, which will benefit further evaluation [ 11 ].…”

Section: Introductionmentioning

confidence: 99%

Introducing surface-to-surface matching technique to evaluate mandibular symmetry: A retrospective study

Xie

Zeng

Yan

et al. 2022

Heliyon

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Reliability and accuracy of assessing temporary anchorage device-tooth root contact with cone-beam computed tomography

Cited by 4 publications

References 23 publications

Risk factors and diagnosis of iatrogenic damage of periodontal structures and roots during orthodontic Mini-Implants implantation procedures - a systematic literature review

Risk factors and diagnosis of iatrogenic damage of periodontal structures and roots during orthodontic Mini-Implants implantation procedures - a systematic literature review

Untitled

Introducing surface-to-surface matching technique to evaluate mandibular symmetry: A retrospective study

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