Differences in glenohumeral joint stability (A) and muscle force of the infraspinatus (B), and subscapularis (C) in models with and without cuff tears.

Differences in glenohumeral joint stability (A) and muscle force of the infraspinatus (B), and subscapularis (C) in models with and without cuff tears.

<p>The black bar indicates a significant increase compared with the Intact model, and the gray bar indicates a significant decrease compared with the Intact model.</p> <p>(TIF)</p>

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Bibliographic Details
Main Author:	Shobu Nakashima (22537717) (author)
Other Authors:	Masayuki Kawada (11268996) (author), Yasufumi Takeshita (11269005) (author), Takasuke Miyazaki (11268999) (author), Masafumi Fukuda (2017339) (author), Hisanori Matsuura (22537720) (author), Ryoji Kiyama (775219) (author)
Published:	2025
Subjects:	Biophysics Cell Biology Physiology Evolutionary Biology Ecology Immunology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified rotator cuff tears rotator cuff tear kg object placed 1 &# 8201 musculoskeletal model simulation contralateral shoulder reaching normal daily life joint reaction force scapulohumeral muscle forces maintain joint stability analyze compensatory mechanisms isolated supraspinatus model glenohumeral joint stability head reaching activities biceps forces increased muscle forces joint stability head reaching glenohumeral joint compensatory mechanisms intact model joint instability daily living long head teres minor subscapularis muscles study set significantly correlated reduced function positional relationship injured muscles high shelves different models complex injuries activities according 7 models
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