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A new model predicting in vivo finger flexor tendon force

机译:一种预测体内手指屈肌肌腱力的新模型

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Existing isometric force models can be used to predict tension in the finger flexor tendon, however, they have not been validated by experimental observations. In a previous study (Dennerlein 1997) the authors measured and reported in vivo tendonforce of human flexor digitorum superficialis (FDS) of eight subjects during isometric pinch tasks. The estimated ratios of tendon force to fingertip force were larger than predicted by the theoretical models of Chao (1989) Harding, (1993) and Weightman & Amis (1982). Furthermore, FDS tendon tensions of pulp pinch postures (4 subjects) were significantly higher than for tip pinch postures. Models in the literature do not predict this difference. Our goal is to implement a 2-D tendon force model and todevelop a new model better representing the causes of the observed differences.
机译:现有的等距力模型可用于预测手指屈肌肌腱中的张力,然而,它们尚未通过实验观察验证。在以前的研究中(DeNnerlein 1997)在等距捏合任务期间以8个受试者的人屈肌Digitorure(FDS)的体内肌腱肌腱测量和报道的作者。指尖力的估计比率比Chao(1989)Harding的理论模型预测,(1993)和体重工&amis(1982)。此外,纸浆夹持姿势(4个受试者)的FDS肌腱张力显着高于尖端夹件姿势。文献中的模型无法预测这种差异。我们的目标是实施2-D肌腱力量模型和开发一个更好地代表观察到的差异的原因的新模型。

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