Categoria: Cirurgia Ortognática
Autores: Fernando Duarte, João Neves Silva, Carina Ramos, Colin Hopper
Referência: Correlation between MRI and Biomodelling Analysis in Masseter Muscle Following Orthognathic Surgery
International Journal of Dentistry and Oral Health, Vol. 7, Issue. 7 August 2021
ISSN:2471-657X
Resumo: Purpose: This pilot investigation was designed to apply several and innovative methods of measuring muscle area, volume, structure, function and fibre orientation to a situation where adaptation of muscle is pivotal to the success of a therapeutic approach.
Materials and Methods: Patients attending the combined orthodontic/orthognathic surgery clinic at Clitrofa – Centro Médico, Dentário e Cirúrgico, in Trofa – Portugal were screened using a standardized Magnetic Resonance Imaging protocol, with fine overlapping slices of 1 mm thickness and a spacing of 0.8 mm during 7 minutes. The software used was the AnatomicsTM that allows the correction of muscle and bone limits.
Evaluation of occlusal force changes in orthognathic surgery using force-sensing sensors in 3 years of follow-up
The aim of this study was to test a prototype device called occlusal force diagnostic system in relation to occlusal force adaptation following orthognathic surgery.
Anatomic and functional masseter muscle adaptation following orthognathic surgery—MRI analysis in 3 years of follow-up
Orthodontic and surgical technical advances in recent years have resulted in treatment opportunities for a whole range of craniofacial skeletal …
Evaluation of Pressure Changes in Orthognathic Surgery using Pressurex® in 3 Years of Follow-up
Despite its importance, the measurement of pressure in orthognathic surgery often receives little attention. Pressurex® (SPL – Sensor Products LLC, USA) is one of a few pressureindicating sensor films that reveals pressure distribution and magnitude between any two contacting, mating or impacting surfaces, and is currently viewed as a golden standard for that purpose. This study was designed to test Pressurex® in orthognathic surgery.
Occlusal Force Diagnostic System – A Device for Clinical Application in Orthognathic Surgery
This research project was designed to apply several, newly developed and more sophisticated methods of measuring muscle structure and function to a situation where adaptation of muscle is pivotal to the success of a therapeutic approach, as is the case with orthognathic surgery.
Bio-Modelling Reconstruction Based on MRI Image Acquisition and there Application in Orthognathic Surgery
Categoria: Cirurgia Ortognática Autores: Duarte F., Silva JN., Ramos C. and Hopper C. Referência: Bio-Modelling Reconstruction Based on MRI Image Acquisition and there Application in Orthognathic SurgeryJournal of Clinical and Medical Images | 2023; V7(10):...
Measurement of Occlusal Force in Orthognathic Surgery using Force Sensing Sensors
This study was designed to apply alternative and innovative methods of measuring muscle area, volume, structure …
Measurement of Pressure in Orthognathic Surgery using Pressurex®
Despite its importance, the measurement of pressure in orthognathic surgery often receives little attention.
The importance of occlusal force measurement in orthognathic surgery – A pilot study
This pilot investigation was designed to apply several, newly developed and more sophisticated methods of measuring muscle structure and …
Masseter Muscle Adaptation Following Orthognathic Surgery – Biomodelling Analysis – A pilot study
Purpose: This pilot investigation was designed to apply several, newly developed and more sophisticated methods of measuring muscle …
The Importance of Pressure Measurement in Orthognathic Surgery
Orthodontic and surgical technical advances in recent years have resulted in treatment opportunities for a whole range of
craniofacial skeletal disorders either in the…