红松鼠关节挛缩肌的形态功能特征

C. Spataru, M. Spataru, Ozan Gündemir
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引用次数: 0

摘要

在陆生物种中,身体推进主要通过骨盆肢来完成。在半水生物种中,两对肢体都用于游泳和潜水,而在树栖物种中,盆腔肢体用于保持身体稳定。因此,松鼠有发达的肌肉腹部,在攀爬过程中,肌节肌参与身体推进。其中,胸横肌,起源于整个胸骨并插入肱骨,以其宽度而突出。斜方肌和菱形肌的颈部收缩,胸部更发达。因此,枕肩胛肌或寰肩胛肌等肌肉协调前肢伸展和颈部移位。腹锯肌非常发达,清楚地分为颅(颈)部和尾(胸)部;当胸肢收缩时,胸肢会强烈内收,当胸肢放松时,前肢会大幅度外展,从而使跳跃时的体型增大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE MORPHO-FUNCTIONAL PECULIARITIES OF THE SYNSARCOSIS MUSCLES IN RED SQUIRRELS
In terrestrial species, body propulsion is mostly performed via the pelvic limbs. In semiaquatic species, both pairs of limbs are used in swimming and diving, whereas in arboreal species, the pelvic limbs are used to maintain body stability. Thus, in squirrels, the synsarcosis muscles participate in body propulsion during climbing, as they have well-developed muscular bellies. Among these, the pectoral transverse muscle, which originates along the entire sternum and is inserted on the humeral crest, stands out for its width. The cervical parts of the trapezius and rhomboideus muscles are reduced and their thoracic parts more developed. As a result, muscles such as the occipitoscapularis or atlantoscapularis coordinate forelimb protraction and neck displacement. The serratus ventralis muscle is very well developed and clearly divided into cranial (cervical) and caudal (thoracic) parts; it produces a strong adduction of the thoracic limbs when the parts contract, and when they relax, a large abduction of the forelimbs is produced, enlarging the body size during jumping.
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