TB induced endothelial cell contraction appeared in a time -dependent pattern.
TB使内皮细胞发生收缩，细胞收缩程度具有时间依赖性。
Cell contraction and calcium transient are decreased in a single ventricular myocyte after CHF establishment.
心衰后心肌细胞收缩功能减弱，钙瞬变幅度减小。
Muscle cell electrolyte composition is essential for nerve-muscle contraction force.
肌肉细胞电解质的组成是不可或缺的神经，肌肉收缩力。
The remaining 1% is present in body tissues and fluids where it is essential for cell metabolism, muscle contraction and nerve impulse transmission.
剩余的1 ％存在于人体组织和液体的地方是必不可少的细胞代谢，肌肉收缩和神经冲动传递。
Objective to find out the method of ET-1 in regulating trabecular meshwork cell (TMC) contraction and to explore new effective drug treating glaucoma with little side-effects.
目的了解内皮素- 1 (et - 1)对小梁细胞收缩状态调节的作用方式，以求探索新的有效而不良反应小的抗青光眼药物。
Objective To measure the tangential contraction of human retinal glial cell in vitro.
目的测定细胞离体培养中的人视网膜胶质细胞切线方向收缩。
AIM: To report on an in vitro reconstruction of corneal stroma and analyze the consequences of collagen contraction in view of cell biology and engineering.
目的：利用细胞生物学和工程学原理在体外重建角膜基质结构，分析影响角膜胶原收缩的因素。
Modern pharmacological research displays that Astragalus could protect vascular endothelial cell, improve arteriosclerosis, increase the myocardial contraction and cardiac output.
现代药理学研究发现黄芪能够保护血管内皮细胞、抗动脉硬化，增加心肌收缩力和心排血量。
Conclusion ABMT for DCM is a safe and effective cell therapy, it can improve cardiac function by reinforcing its contraction.
结论自体骨髓移植治疗扩张型心肌病是一种安全、有效的细胞治疗法，它通过加强心肌收缩力改善患者心功能。
BACKGROUND: Muscarine receptor plays a key role in adjusting contraction of detrusor muscle cell, and M3R, isoforms of its receptor, can mediate contraction of detrusor muscle cell directly.
背景：毒蕈碱受体在调节逼尿肌细胞收缩过程中起重要作用，其受体亚型M3R直接介导逼尿肌细胞收缩。
Dogs need magnesium, potassium, and sodium for nerve impulse transmission, muscle contraction, and cell signaling.
狗儿需求镁、钾、钠维持神经激动传输以及肌肉缩短，与细胞旌旗灯号传导。
Conclusion: Stem cell therapy had a favourable effect on the restoration of LV synchronous contraction in patients with AMI.
结论：干细胞治疗对恢复急性心肌梗死患者左心室同步收缩有良好的作用。
The molecule structures of cell membrane and muscle cell; The principle of muscle contraction.
细胞膜和肌细胞的分子结构；肌肉收缩的原理。
The molecule structures of cell membrane and muscle cell; The principle of muscle contraction.
细胞膜和肌细胞的分子结构；肌肉收缩的原理。
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