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Endothelial surface glycocalyx and vascular mechano-sensing and transduction

作者:Wanyi Yen Jinlin Yang Min Zeng John M....transductionhemodynamicactivatinghomeostasisconstantlybiochemicalstimuliregulatingstretchlining

摘要:Introduction The endothelial cells(ECs)lining every blood vessel wall constantly expose to the mechanical forces generated by the blood flow.The EC responses to these hemodynamic forces play a critical role in the homeostasis of the circulatory system.In addition to forming a transport barrier between the blood and vessel wall,vascular ECs play important roles in regulating circulation functions.Besides biochemical stimuli,blood flow induced(hemodynamic)mechanical stimuli,such as shear stress,pressure and circumferential stretch,modulate EC morphology and functions by activating mechanosensors,signaling pathways,and gene and protein expressions.The EC responses to the hemodynamic forces(mechano-sensing and transduction)are

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医用生物力学

《医用生物力学》(CN:31-1624/R)是一本有较高学术价值的大型双月刊,自创刊以来,选题新奇而不失报道广度,服务大众而不失理论高度。颇受业界和广大读者的关注和好评。 《医用生物力学》主要刊登交流我国学者在生物力学研究中取得的成果和部分国外专家的论文。着重刊登对科研与临床实践有指导意义的论著,同时还开辟综述、讲座、经验交流、研究简报、专题讨论等专栏。内容充实,反映了中国生物力学的研究动向和成果。

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