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引用次数: 0
摘要
脊柱的复杂性使得对其机械功能的全面理解变得困难,特别是因为应力和应变不能用非侵入性技术直接测量。为了解释脊柱及其各种组成部分的行为,生物力学模型被用于体内研究不切实际的地方。所有脊柱的生物力学模型都有一个共同的特征;每一个都必须包含一个脊柱的解剖模型和在这个解剖模型中分配力给组件的方法。以前的解剖模型之间几乎没有一致性,作者采用不同数量的肌肉,使用不同的肌肉面积测量(生理横断面积(PCSA)或横断面积(CSA)),根据激活情况对肌肉进行不同的分组,并使用30 N cm-2和100 N cm-2之间的值作为最大肌肉力量强度。这些差异大多源于对腰椎肌肉的详细解剖信息的缺乏。
The complexity of the spine makes an entire understanding of its mechanical function difficult, particularly since the stresses and strains can't be measured directly with non-invasive techniques. To explain the behaviour of the spine and its various components, biomechanical models are used where in-vivo studies are impractical. All biomechanical models of the spine share one common feature; each must contains an anatomical model of the spine and a way of distributing force to the components during this anatomical model. There's little consistency between previous anatomical models with authors incorporating different numbers of muscles, using different measures of muscle area (physiological cross-sectional area (PCSA) or cross-sectional area (CSA)), grouping muscles differently with reference to activation and using values between 30 N cm-2 and 100 N cm-2 for the utmost muscle force intensity. Most of those differences stem from a scarcity of detailed anatomical information for the muscles of the lumbar spine.