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机译:胚胎小鼠心脏的电生理学映射:发育起搏器开关和髁间传导通路的机制
Center for Neuroscience Aging and Stem Cell Research Sanford-Burnham Medical Research Institute;
Center for Neuroscience Aging and Stem Cell Research Sanford-Burnham Medical Research Institute;
Center for Neuroscience Aging and Stem Cell Research Sanford-Burnham Medical Research Institute;
Center for Neuroscience Aging and Stem Cell Research Sanford-Burnham Medical Research Institute;
Center for Neuroscience Aging and Stem Cell Research Sanford-Burnham Medical Research Institute;
Center for Neuroscience Aging and Stem Cell Research Sanford-Burnham Medical Research Institute;
Center for Neuroscience Aging and Stem Cell Research Sanford-Burnham Medical Research Institute;
Modeling and Simulation Novartis Pharma AG Basel Switzerland;
Faculty of Kinesiology University of Calgary Canada;
QUASAR Inc. San Diego CA United States;
Center for Neuroscience Aging and Stem Cell Research Sanford-Burnham Medical Research Institute;
conduction system; electrophysiology mapping; internodal pathway; intracellular calcium; ion channel; sinoatrial node;
机译:胚胎小鼠心脏的电生理标测:发育起搏器开关和节间传导途径的机制。
机译:小鼠胚胎心脏传导系统的发展:I.第一条胚胎A-V传导途径
机译:小鼠胚胎呼吸网络中起搏器特性和节律机制的发展
机译:肾小管小鼠胚胎心脏的4D OCT定量成像揭示了其局部抽动机制
机译:胚胎心脏中人胚胎干细胞衍生的心肌移植物电活动的光学作图
机译:胚胎小鼠心脏的电生理学映射:发育起搏器开关和专制传导通路机制
机译:胚胎小鼠心脏的电生理学映射:发育起搏器开关和专制传导通路机制
机译:与人工心脏刺激相关的电生理学方面:人体心肌阈值,起搏器电极/组织界面阻抗和电图特征的研究,与体外研究相比较