首页> 外文会议>ASME summer bioengineering conference;SBC2008 >EFFECTS OF SIMULATED INJURY ON TISSUE DEFORMATION AND MECHANICAL PROPERTIES OF THE ANTEROINFERIOR GLENOHUMERAL CAPSULE
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EFFECTS OF SIMULATED INJURY ON TISSUE DEFORMATION AND MECHANICAL PROPERTIES OF THE ANTEROINFERIOR GLENOHUMERAL CAPSULE

机译:模拟伤害对前下颌盂囊组织变形和力学性能的影响

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The glenohumeral joint is the most dislocated major joint in the body with most dislocations occurring anteriorly. The anterior band of the interior glenohumeral ligament (AB-IGHL) is the primary passive restraint to dislocation and experiences the highest strains during these events.It has been found that injuries to the capsule following dislocation include permanent deformation, which increases joint mobility and contributes to recurrent instability. Many current surgical repair techniques focus on plicaling redundant tissue following injury. However, these techniques are inadequate as 12-25% of patients experience pain and instability afterwards and thus may not fully address all capsular tissue pathologies resulting from dislocation.
机译:盂肱关节是人体中最脱位的主要关节,大多数脱位发生在前方。内侧肱肱韧带(AB-IGHL)的前带是脱位的主要被动约束力,在这些事件中经历最高的应变。已发现脱位后对囊膜的伤害包括永久性变形,这会增加关节的活动性并有助于反复不稳定。当前许多外科手术修复技术集中于在损伤后使多余的组织软化。但是,这些技术不足,因为12-25%的患者此后会感到疼痛和不稳定,因此可能无法完全解决因脱位而引起的所有包膜组织病变。

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