peripheral vasoconstriction末梢血管收缩
purinergic vasoconstriction嘌呤能神经
Vasoconstriction Factors血管收缩因子
vasoconstriction rate血管收缩率
biphasic vasoconstriction双相血管收缩
vasoconstriction pulmonary肺血管反应性
pulmonary vasoconstriction肺血管收缩
Arterial Vasoconstriction动脉血管收缩
vasoconstriction area血管舒缩区
Conclusions:1. In vivo and vitro models of severe hemorrhagic shock were constructed to investigate the relationship between mitochondria and vasoconstriction.2.
结论:1.制备线粒体损伤的细胞模型和重症失血性休克大鼠模型,建立血管平滑肌线粒体损伤的系列测定方法,检测它与血管收缩反应的关系。
参考来源 - 血管平滑肌线粒体损害在重症休克血管低反应性发生中的作用