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A Novel Apprehension of the Primary Lung Meridian, Sinew Channel, Divergent Channel, Luo-Connecting Channel Acting as a Single Unit System to Serve Respiration Function Based on Modern Neurophysiology and Kinesiology

机译：一种新颖的肺部经络，鞘通道，发散通道，罗连接通道作为单个单元系统，以获得呼吸功能的基于现代神经生理和运动学

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Peter Chin Wan Fung; Regina Kit Chee Kong;
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1. A Novel Apprehension of the Primary Lung Meridian, Sinew Channel, Divergent Channel, Luo-Connecting Channel Acting as a Single Unit System to Serve Respiration Function Based on Modern Neurophysiology and Kinesiology [J] . Peter Chin Wan Fung, Regina Kit Chee Kong Chinese Medicine . 2020,第2期

机译：一种新颖的肺部经络，鞘通道，发散通道，罗连接通道作为单个单元系统，以获得呼吸功能的基于现代神经生理和运动学
2. A Novel Apprehension of the Primary Lung Meridian, Sinew Channel, Divergent Channel, Luo-Connecting Channel Acting as a Single Unit System to Serve Respiration Function Based on Modern Neurophysiology and Kinesiology [J] . Peter Chin Wan Fung, Regina Kit Chee Kong 中医（英文） . 2020,第002期

机译：基于现代神经生理学和运动机能学的主要经络，Sinew通道，发散通道，Luo-Connecting通道作为单一单位服务呼吸功能的新型理解
3. Endoplasmic-mitochonrial Са(2+)-functional unit: dependence of respiration of secretory cells on activity of ryanodine- and IP(3)-sensitive Ca(2+)-channels [J] . O. Yu. Velykopolska, B. O. Manko, V. V. Manko Ukrainian Biochemical Journal . 2012,第5期

机译：内质线粒体Са（2 +）-功能单位：分泌细胞的呼吸依赖于对ryanodine-和IP（3）敏感的Ca（2 +）-通道的活性
4. Multi-Functional Microelectrode Array System Featuring 59,760 Electrodes, 2048 Electrophysiology Channels, Impedance and Neurotransmitter Measurement Units [C] . Vijay Viswam, Jelena Dragas, Amir Shadmani, IEEE International Solid-State Circuits Conference . 2016

机译：多功能微电极阵列系统，具有59,760个电极，2048个电生理通道，阻抗和神经递质测量单元
5. Joint source -channel coding reliability function for single and multi-terminal communication systems. [D] . Zhong, Yangfan. 2008

机译：用于单终端和多终端通信系统的联合源-信道编码可靠性功能。
6. Single Expressed Glycine Receptor Domains Reconstitute Functional Ion Channels without Subunit-specific Desensitization Behavior [O] . Heike Meiselbach, Nico Vogel, Georg Langlhofer, 2014

机译：单个表达的甘氨酸受体域可重构功能性离子通道而没有亚基特异性脱敏行为
7. Single-Channel and whole-cell electrophysiological characterizations of L-Type Cav1.2 Calcium channel splice variants: Relevance to cardiac and nervous system functions [O] . PETER BARTELS 2013

机译：L型Cav1.2钙通道剪接变体的单通道和全细胞电生理特征：与心脏和神经系统功能的相关性

A Novel Apprehension of the Primary Lung Meridian, Sinew Channel, Divergent Channel, Luo-Connecting Channel Acting as a Single Unit System to Serve Respiration Function Based on Modern Neurophysiology and Kinesiology

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