anion channel造句

• Vasorelaxing effects of anion channel blocker were observed . 2
  观察阴离子通道阻断剂对血管的舒张作用。
• We , therefore , investigated the role of anion channels on the vascular tone
  研究表明，阴离子通道是维持心脏和血管活动的重要因素。
• Effects of anion channel blocker on contraction induced by kc1 ( 60 mmol / l ) were observed
  观察阴离子通道阻断剂对高钾引起的血管收缩的舒张作用。
• 6 . the anion channel blockers nfa and nppb inhibited the ne - induced contraction of vessels in ca2 + - free solution
  细胞外液中na的存在与否对ne引起的血管收缩无明显影响。
• Effects of anion channels on the influx of extracellular calcium and the release of intracellular calcium were observed
  观察阴离子通道对血管平滑肌外钙内流和内钙释放的影响。
• Anion channels are extensively expressed in the cardiovascular system , but their roles in the modulation of vascular tone are poorly understood
  阴离子通道(也被称为cl ~ -通道)在心血管系统中有广泛地表达。
• The anion channel blockers nfa and nppb abolished the kcl - induced contraction of vessels which were pretreated by thapsigargin
  将血管处于含60nunol lkci的高钾环境中，血管发生收缩。而阴离子通道阻断剂nfa 、 nppb可以抑制此收缩。
• Ne - evoked contraction was decreased in hypertonic solution , and vasorelaxing effect of anion channel blocker was attenuated compared with those in normal tyrode solution
  渗透压变化可以影响阴离子通道的活动状态。在高渗环境中血管张力轻度下降。
• The anion channel blockers niflumic acid ( nfa ) and 5 - nitro - 2 - ( 3 - phenylpropylamino ) - benzoic acid ( nppb ) produced inhibitory effects on ne - evocked contraction in the aorta
  主要研究结果： 1阴离子通道阻断剂nfa 、 nppb可以抑制去甲肾上腺素引起的血管收缩。
• These results suggest : 1 ) anion channels play an important role in the regulation of blood vascular tone ; 2 ) ne - stimulated contraction is not influenced by extracellular sodium ; 3 ) vascular tone can be affected by anion channel ' s activity ; 4 ) the activation of anion channels do not depend on release of intracellular calcium ; 5 ) anion channels may be involved in the regulation of vascular tone through modulating the influx of extracellular calcium and the release of intracellular calcium
  阴离子通道对血管平滑肌细胞外钙内流和内钙释放都有调节作用。本研究表明，血管张力的维持可能主要与阴离子通道的活动状态有关。阴离子通道很可能是通过调节血管平滑肌细胞外钙内流和内钙释放两个途径来发挥调节血管张力的作用。