机译:HCN4起搏器通道衰减副交感神经响应并稳定鼻窦节点的自发射击
Department of PhysiologyKurume University School of Medicine67 Asahi‐Machi Kurume 830‐0011 Japan;
Department of PhysiologyKurume University School of Medicine67 Asahi‐Machi Kurume 830‐0011 Japan;
Department of Biochemistry and Cellular Biology National Institute of NeuroscienceNCNPTokyo 187;
Department of Molecular Physiology Nagasaki UniversityGraduate School of Biomedical Sciences1‐12‐4;
Department of Molecular Physiology Nagasaki UniversityGraduate School of Biomedical Sciences1‐12‐4;
Department of AnesthesiologyKurume University School of Medicine67 Asahi‐Machi Kurume 830‐0011 Japan;
Department of Molecular Physiology Nagasaki UniversityGraduate School of Biomedical Sciences1‐12‐4;
Department of PhysiologyKurume University School of Medicine67 Asahi‐Machi Kurume 830‐0011 Japan;
HCN4 channels; parasympathetic nerve; bradycardia; sinoatrial node;
机译:HCN4起搏器通道衰减副交感神经响应并稳定鼻窦节点的自发射击
机译:乙酰乙胺嘧啶对非洲人爪蟾卵母细胞表达的窦房结细胞和人HCN4通道起搏电流(I f)的阻断作用
机译:心脏窦房结中起搏器HCN4通道mRNA和蛋白的分布。
机译:窦房结起搏器对短暂迷走神经刺激的三相反应:一种新模型
机译:血管紧张素(1-7)通过刺激自发性高血压大鼠大脑中的PTEN减弱了对血管紧张素II的变时反应。
机译:HCN4起搏器通道减弱副交感反应并稳定窦房结的自发放电
机译:HCN4起搏器通道衰减副交感神经响应并稳定鼻窦节点的自发射击
机译:模型窦房结细胞的相位响应 - 刺激参数影响的研究。