盂肱韧带维持肩关节前方稳定性生物力学研究 、B1~B3、C1~C2、D1~D2、E1~E2各亚组。A1~A4组分别为肩关节骨-韧带标本完整组、盂肱上韧带(superior GHL,SGHL)损伤组、SGHL/盂肱中韧带(middle GHL,MGHL)损伤组及SGHL/MGHL/盂肱下韧带
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...述与讲座) 的肩关节囊增厚所形成的,主要包括喙肱韧带(Coracohumeral Ligament, CHL),盂肱上韧带(Superior Glenohumeral Ligament ,SGHL),盂肱中韧带(Middle Glenohumeral Ligament, MGHL),盂肱下韧带(I..
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...座) 的肩关节囊增厚所形成的,主要包括喙肱韧带(Coracohumeral Ligament, CHL),盂肱上韧带(Superior Glenohumeral Ligament ,SGHL),盂肱中韧带(Middle Glenohumeral Ligament, MGHL),盂肱下韧带(I..
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棘上韧带 [解剖] supraspinal ligament ; [解剖] ligamentum supraspinale ; supraspinal lig
棘上韧带损伤 trauma of supraspinous ligment ; supraspinal ligament injury
锤骨上韧带 [解剖] superior ligament of malleus ; [解剖] ligamentum mallei superius
砧骨上韧带 [解剖] superior ligament of incus ; [解剖] ligamentum incudis superius
盂肱上韧带 SGHL ; superior GHL ; Superior Glenohumeral Ligament
棘突上韧带 Supraspinous ligament
附睾上韧带 [解剖] ligamentum epididymidis superius ; [解剖] superior ligament of epididymis
耳廓上韧带 ligamentum auriculare superius
棘上韧带保留半环槽式减压符合生物力学和解剖学特点。
The groovy decompression at supraspinal ligament remained with hemi-circle could be accordant with biomechanics and anatomy.
从结果分析可以认为后柱结构、特别是棘上韧带和棘间韧带对维持脊柱稳定,防止胸腰椎过度屈曲起重要作用。
We concluded that the posterior column structures, especially the supraspinal ligaments and interspinal ligaments, would play an important role in maintaining the stability of the spine.
如果你刚吃过东西不久就跑步,你沉重的胃就会直接拉扯连在横膈膜上的韧带而导致疼痛。
If you are running too soon after eating, your heavy stomach may literally be tugging at the ligaments connected to the diaphragm.
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