粗肌丝

家蚕和野桑蚕粗肌丝结构基因的研究由蚕茧产生的纤维，提供针织品所需的细丝。

Gene Clone of Thick Filament Gene in B. Mandarina and B. Mori fibers from silkworm cocoons provide threads for knitting .

此外，肌节的缩短发生于细肌丝沿粗肌丝“滑行”之际

Instead , sarcomere shortening occurs when the thin filaments'slide " by the thick filaments .

而有着水解ATP并将化学能转换为动能的重要功能的粗肌丝是飞行的基础。

And the flying ability of insects based on myosin filament , the functions of which are transferring chemical energy to kinetic energy as well as hydrolyzing ATP .

螯虾横纹肌粗肌丝超微结构的计算机图象分析

Computer Image Analysis of the Ultrastructure of Thick Myofilament of Crayfish Striated Muscle

此外，肌节的缩短发生于细肌丝沿粗肌丝滑行之际。

Instead , sarcomere shortening occurs when the thin filaments " slide " by the thick filaments .

由微丝聚集成束，再与肌球蛋白纤维（粗肌丝）结合共同组成细胞收缩装置&应力纤维。

The stress fibers ( SF ) are the contractile apparatus of VSMC , which is composed of microfilament bundles and myosin filaments ( thick myofilaments ) .

针刺对平滑肌粗肌丝调节具有调整作用，其调整作用是通过改变肌球蛋白轻链激酶，肌球蛋白，肌动蛋白含量而实现的，而与钙调蛋白无关。

The regulative effects of acupuncture on mechanism of thick myofilament in smooth muscle contraction is relevant to the effects of chaning gastrointestinal tissue contents of myosin light chain kinase , myosin , smooth muscle actin and C-kit .

而粗肌丝结构的研究，无论是对于探讨昆虫飞行机制的理论基础，还是在害虫扩散、迁移的预测，或资源昆虫的养殖驯化中，都有着重要的意义。

The study of myosin filament structure is meaningful in many ways , including the rationale of flying mechanism of insect , the prediction of pest extension and migration , as well as the cultivation and training of resource insect .

尾吊诱发的模拟失重效应可能通过抑制ERK在大鼠股动脉粗、细肌丝调节中的作用从而损伤其收缩反应。

Simulated microgravity may attenuate the contractile responses of femoral arteries by inhibiting the ERK in thick and thin filament regulatory pathways .