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首页> 外文期刊>International Journal of Biomedical and Advance Research >GASTROCNEMIUS - ACHILLES TENDON - AXIS: A HUMAN ANATOMICAL VARIATION
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GASTROCNEMIUS - ACHILLES TENDON - AXIS: A HUMAN ANATOMICAL VARIATION

机译:胃肠道-阿彻莱斯腱-轴:人类解剖学变化

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Gastrocnemius muscle forms the belly of the calf. It arises by two heads. Each head is attached to either condyles of the femur by strong flat tendons and to the subjacent part of the capsule of the knee joint. Normally the upper third and part of the middle third is fleshy and then it becomes tendinous, uniting with the tendon of soleus, to form the tendo-achilles. The tendo-achilles is the thickest and strongest tendon in the human body measuring 15cm in length. It begins near the middle of the leg and gets attached to the posterior, mid level of the calcaneum. We are reporting new anatomical variations in this case apart from the previously documented ones. 1. Lateral and medial heads of Gastrocnemius are fleshy in its entire length. 2. Fleshy fibres of the lateral and medial heads are discrete and attach directly to the posterior aspect of the calcaneum. 3. Total absence of the achilles tendon. At the outset these findings have clinical relevance because it has been suggested that the absence of a well developed achilles tendon in the African apes would preclude them from effective running, both at high speeds and over extended distances. Bilateral achilles tendon vibration in the absence of vision has a major impact on postural orientation. Secondly the routine procedure of flap cover for the middle third soft tissue defects of the leg is the usage of soleus muscle flap. To add to the armamentarium of flap cover for middle third defects of the leg, gastrocnemius muscle flap is used as it was found to be fleshy throughout. "
机译:腓肠肌形成小腿的腹部。它由两个头引起。每个头都通过强壮的扁平肌腱附着在股骨的either突上,并附着在膝关节囊的下方。通常情况下,上三分之一和中三分之一的部分是肉质的,然后与比目鱼肌腱联合成为腱,从而形成腱-腱。腱腱索是人体内最厚最坚固的肌腱,长15厘米。它开始于小腿中部附近,并附着于跟骨的后部,中间水平。除了先前记录的解剖学变化之外,我们还报告了这种情况下的新解剖学变化。 1.腓肠肌的外侧和内侧头在整个长度上都是肉质的。 2.外侧和内侧头部的肉质纤维是离散的,直接附着在跟骨的后侧。 3.完全没有跟腱。首先,这些发现具有临床意义,因为有人认为,非洲猿猴若没有发达的跟腱,将使它们无法在高速和长距离内有效奔跑。在没有视力的情况下,双侧跟腱腱振动对姿势定向有重大影响。其次,用于腿中部第三软组织缺损的皮瓣覆盖的常规程序是使用比目鱼肌皮瓣。为了增加腿部中部三分之一缺陷的皮瓣覆盖物的集合,使用腓肠肌皮瓣,因为它在整个过程中都是肉质的。 ”

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