FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280533937> ?p ?o ?g. }

• W4280533937 endingPage "111143" @default.
• W4280533937 startingPage "111143" @default.
• W4280533937 abstract "Assessment of mandibular dynamics is essential for examining stomatognathic functions, and many kinds of stomatognathic diseases, such as temporomandibular joint (TMJ) disorder and jaw tumors, require individual diagnosis and rehabilitation treatments. Musculoskeletal models of the mandible system provide an efficient tool for fulfilling these tasks, but most existing models are generic, without direct correlation to subject-specific data. For this reason, the objective of this study was to establish a subject-specific mandible modeling framework based on clinical measurements, including medical imaging, jaw kinematics, and electromyographic (EMG) acquisition. First, a non-rigid iterative closest point method was performed to register muscle insertion sites. A flexible multibody approach was introduced to describe the large deformation behavior of jaw muscles. The EMG signals of the temporalis and masseter muscles were then utilized to determine their active forces. Meanwhile, a feedback loop for tracking desired mandibular kinematics was presented to calculate the activations of jaw opening and pterygoid muscles. The subject-specific muscle forces and TMJ joint loading during jaw opening–closing movements were then calculated based on forward–inverse coupling dynamics procedure. As a validation of the proposed framework, the mandible trajectories of seven healthy subjects were predicted and compared with experimental data. The results demonstrated unintentional movement of the head–neck complex together with the activation patterns of jaw opening and lateral pterygoid muscles for different people. The proposed framework combines musculoskeletal modeling with dental biomechanical testing, providing an efficient method of predicting and understanding the dynamics of subject-specific mandible systems." @default.
• W4280533937 created "2022-05-22" @default.
• W4280533937 creator A5002426294 @default.
• W4280533937 creator A5037677450 @default.
• W4280533937 creator A5049319323 @default.
• W4280533937 creator A5050798195 @default.
• W4280533937 creator A5074457276 @default.
• W4280533937 creator A5086189851 @default.
• W4280533937 date "2022-06-01" @default.
• W4280533937 modified "2023-10-16" @default.
• W4280533937 title "EMG-assisted forward dynamics simulation of subject-specific mandible musculoskeletal system" @default.
• W4280533937 cites W1504401356 @default.
• W4280533937 cites W1539825099 @default.
• W4280533937 cites W1967687502 @default.
• W4280533937 cites W1972310643 @default.
• W4280533937 cites W1972419940 @default.
• W4280533937 cites W1978502434 @default.
• W4280533937 cites W1983206356 @default.
• W4280533937 cites W1993522417 @default.
• W4280533937 cites W1997151851 @default.
• W4280533937 cites W1997185671 @default.
• W4280533937 cites W2000075509 @default.
• W4280533937 cites W2006506333 @default.
• W4280533937 cites W2009544780 @default.
• W4280533937 cites W2010386590 @default.
• W4280533937 cites W2010979555 @default.
• W4280533937 cites W2016174125 @default.
• W4280533937 cites W2022872580 @default.
• W4280533937 cites W2035416439 @default.
• W4280533937 cites W2036826589 @default.
• W4280533937 cites W2045865100 @default.
• W4280533937 cites W2047708079 @default.
• W4280533937 cites W2049981393 @default.
• W4280533937 cites W2055364262 @default.
• W4280533937 cites W2060897357 @default.
• W4280533937 cites W2070056236 @default.
• W4280533937 cites W2070642952 @default.
• W4280533937 cites W2078420868 @default.
• W4280533937 cites W2080944381 @default.
• W4280533937 cites W2081708584 @default.
• W4280533937 cites W2087595350 @default.
• W4280533937 cites W2088169921 @default.
• W4280533937 cites W2113316062 @default.
• W4280533937 cites W2121966602 @default.
• W4280533937 cites W2124161966 @default.
• W4280533937 cites W2133336186 @default.
• W4280533937 cites W2140390665 @default.
• W4280533937 cites W2144677930 @default.
• W4280533937 cites W2147331866 @default.
• W4280533937 cites W2148211294 @default.
• W4280533937 cites W2151906934 @default.
• W4280533937 cites W2157780858 @default.
• W4280533937 cites W2160908450 @default.
• W4280533937 cites W2166738079 @default.
• W4280533937 cites W2171017834 @default.
• W4280533937 cites W2203250089 @default.
• W4280533937 cites W2278022220 @default.
• W4280533937 cites W2322105146 @default.
• W4280533937 cites W2408602293 @default.
• W4280533937 cites W2470891123 @default.
• W4280533937 cites W2552836446 @default.
• W4280533937 cites W2745771862 @default.
• W4280533937 cites W2764293035 @default.
• W4280533937 cites W2766610473 @default.
• W4280533937 cites W2811444184 @default.
• W4280533937 cites W2884989311 @default.
• W4280533937 cites W2886531606 @default.
• W4280533937 cites W2888713023 @default.
• W4280533937 cites W2898146684 @default.
• W4280533937 cites W2902518883 @default.
• W4280533937 cites W2906861054 @default.
• W4280533937 cites W2908289024 @default.
• W4280533937 cites W2918902693 @default.
• W4280533937 cites W2939023024 @default.
• W4280533937 cites W2951031789 @default.
• W4280533937 cites W2953635829 @default.
• W4280533937 cites W2970800333 @default.
• W4280533937 cites W2996004652 @default.
• W4280533937 cites W3000567583 @default.
• W4280533937 cites W3003133352 @default.
• W4280533937 cites W3006223838 @default.
• W4280533937 cites W3011504649 @default.
• W4280533937 cites W3011631574 @default.
• W4280533937 cites W3111749062 @default.
• W4280533937 cites W3115383148 @default.
• W4280533937 cites W3135796777 @default.
• W4280533937 cites W3162405042 @default.
• W4280533937 cites W3164470248 @default.
• W4280533937 cites W3199919579 @default.
• W4280533937 cites W4229890538 @default.
• W4280533937 cites W4295838369 @default.
• W4280533937 cites W57988209 @default.
• W4280533937 doi "https://doi.org/10.1016/j.jbiomech.2022.111143" @default.
• W4280533937 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35623286" @default.
• W4280533937 hasPublicationYear "2022" @default.
• W4280533937 type Work @default.
• W4280533937 citedByCount "3" @default.
• W4280533937 countsByYear W42805339372022 @default.

• next