Characteristics of neuromusculoskeletal models and parameters associated with spasticity and other contributors of joint hyper-resistance.

<p>Characteristics of neuromusculoskeletal models and parameters associated with spasticity and other contributors of joint hyper-resistance.</p>

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Bibliographic Details
Main Author:	Verônica Andrade da Silva (21368001) (author)
Other Authors:	Rafael Lucio da Silva (21368004) (author), Joseana Wendling Withers (21368007) (author), Kátia Janine Veiga Massenz (21368010) (author), Maria Isabel Veras Orselli (21368013) (author), Luciano Luporini Menegaldo (10947862) (author), Elisangela Ferretti Manffra (6148349) (author)
Published:	2025
Subjects:	Biotechnology Science Policy Biological Sciences not elsewhere classified specify models according science direct ). preferred reporting items feedback loop besides compendex engineering village botulinum toxin type include supraspinal mechanisms stretch reflex loop scoping review aimed neuromusculoskeletal models used force rate could studies focused mainly recent studies proposed original studies written neurological condition addressed provide relevant clinical mechanisms underlying spasticity underlying mechanisms scoping reviews reflex gains neuromusculoskeletal modeling also relevant studies considered muscle force xlink "> use image systematic reviews stretching velocity stretching acceleration primary target physiological information personalize non knee joint inclusion criteria ieee xplore identify issues future modeling fed back describing resistance cerebral palsy based data analysis extension age restrictions
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