Seaber A V
Department of Surgery, Duke University Medical Center, Durham, NC 27710.
Microsurgery. 1987;8(4):234-41. doi: 10.1002/micr.1920080413.
Vasospasm is known to be present during most microvascular procedures. Not until recently has microsurgery made it possible to directly observe the dynamic nature of vascular spasm. This report reviews the physiologic events and the causes of vascular spasm during microsurgery. The current research models and the use of spasmolytic agents to relieve spasm are outlined. Future research in specific areas that pertain to the cremaster muscle model and the future direction and need for research in this area are discussed.
众所周知,在大多数微血管手术过程中都会出现血管痉挛。直到最近,显微外科手术才使直接观察血管痉挛的动态特性成为可能。本报告回顾了显微外科手术过程中的生理事件和血管痉挛的原因。概述了当前的研究模型以及使用解痉剂缓解痉挛的情况。讨论了与提睾肌模型相关的特定领域的未来研究以及该领域研究的未来方向和需求。