Gashev Anatoliy A
Department of Systems Biology and Translational Medicine, Cardiovascular Research Institute, Division of Lymphatic Biology, College of Medicine, Texas A&M Health Science Center, 702 SW H.K. Dodgen Loop, Temple, TX 76504, USA.
Ann N Y Acad Sci. 2008;1131:100-9. doi: 10.1196/annals.1413.009.
This chapter discusses the current status of knowledge on basic pressure/stretch- and flow/shear-dependent regulatory reactions of contracting lymphangions in lymphatic vessels. The balance of passive and active lymph pumps is discussed; the data on pressure measurements in different lymphatic nets of several species are provided. The characteristics of typical changes in lymphatic contractility to the increases in transmural pressures are described and discussed, as is the role of pre-existing distension in initiation of lymphatic contractions. The up-to-date status of knowledge on flow-dependent adaptive reactions of contracting lymphangions is provided with detailed characterization of the influences of imposed and contraction-generated flows on lymphatic contractility. The interaction between extrinsic and intrinsic flows in regulation of lymphatic contractility is considered.
本章讨论了淋巴管中收缩性淋巴管对压力/拉伸以及流量/剪切力依赖性调节反应的当前知识状况。讨论了被动和主动淋巴泵的平衡;提供了几种物种不同淋巴管网压力测量的数据。描述并讨论了淋巴管收缩性对跨壁压力增加的典型变化特征,以及先前存在的扩张在淋巴管收缩起始中的作用。提供了收缩性淋巴管对流量依赖性适应性反应的最新知识状况,并详细描述了施加的流量和收缩产生的流量对淋巴管收缩性的影响。考虑了外在和内在流量在淋巴管收缩性调节中的相互作用。