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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
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作者 Peter Chin Wan Fung Regina Kit Chee Kong 《Chinese Medicine》 2020年第2期31-95,共65页
The TCM philosophy of a meridian and associated channels pertains to the specific function of one or more organs. We define the <span style="font-family:Verdana;">Lung Primary Meridian (LUM) together w... The TCM philosophy of a meridian and associated channels pertains to the specific function of one or more organs. We define the <span style="font-family:Verdana;">Lung Primary Meridian (LUM) together with the </span><span style="font-family:Verdana;">Lung Sinew (LUSC), Divergent (LUDC), Luo-connecting (LULCC) Channels as a system of routes plus some parts of the body (such as muscles) to fulfil respiration, as a main function under different situations. There is very limited information about the Lung associated channels in classical literature of TCM. With a clear focus on the function of respiration, we have carried out a detailed analysis of the biomedical consequence of stimulating the LUM, analysed the roles played by LUSC, LUDC, and LULCC. The updated LUM and LUDC include acupoints of other meridians, serving the same purpose of performing satisfactory respiration starting from checking the quality of the inflow through the nose. The LUSC includes the respiratory muscles (plus the associated connective tissues) extending to various parts of the body. The muscles of the limb (as part of the LUSC) embrace the nerves that provide routes for somatosensory reflexes and play the role of locomotion, providing voluntary respiration via the pectoralis muscles. The muscles of LUSC are bounded by stiff connective tissue layers, forming compartments, and are part of the pulley system for various body locomotions. Within a compartment, the interstitial fluid, blood, lymph flows must be potent to protect the associated nerves related to LUM;the healthy state of the LUSC also provides freedom of various types of locomotion. The LULCC exists because the vagus nerve has a part of it passing through the spinal cords all the way down to the sacrum domain, with exiting nerve innervating two-third of the large intestine. The crucial steps of our deductions </span><span style="font-family:Verdana;">are supported by experimental evidence based on modern neurophysiology and kinesiology. We discover that all the four channels stated above work as a unit system to allow respiration to be possible under various postures/conditions. </span><span style="font-family:Verdana;">The complexity of structures and processes is eased off by providing 29 figures and 13 tables for the relevant muscles and nerves. In addition to respiration, the Lung system in TCM context includes interaction of this system with the sweat gland and neuroendocrine system;such aspects will be left to another study.</span> 展开更多
关键词 Lung Meridian Sinew DIVERGENT Luo-Connecting Channels Mechanical Advantage of muscles Sympathetic Nerves Parasympathetic Nerves muscles of the Tongue PHARYNX Larynx intercostal muscles Inspiration and Expiration muscles Swallowing Somatosensory and Segmental Reflexes Acupoints of the Lung Urinary Bladder Kidney Governing (DU) Conception (REN) Me-ridians Pulmonary Diseases Lung Large-Intestine Connection Acupuncture Bian Stone Therapy
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Antagonism of 3-(2',2',2'-Phenyl-cyclopentyl-hydroxylethoxy)-quinuclidine Against the Depression of Respiratory Center Induced by Dichlorvos(DDVP) 被引量:1
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作者 杨新波 马秀英 李建平 《Journal of Chinese Pharmaceutical Sciences》 CAS 1993年第2期159-163,共5页
以乌拉坦麻醉猫膈神经放电及肋间外肌放电为指标(可分别反映延髓呼吸中枢背侧组 DRG 和腹外侧组 VRG 的活动),观察3-(2′,2′,2′-苯基环戊基羟基乙氧基奎宁环(PCHE)对抗敌敌畏(DDVP)的呼吸中枢抑制作用,椎动脉(iva)注射 DDVP 2 mg,膈... 以乌拉坦麻醉猫膈神经放电及肋间外肌放电为指标(可分别反映延髓呼吸中枢背侧组 DRG 和腹外侧组 VRG 的活动),观察3-(2′,2′,2′-苯基环戊基羟基乙氧基奎宁环(PCHE)对抗敌敌畏(DDVP)的呼吸中枢抑制作用,椎动脉(iva)注射 DDVP 2 mg,膈神经放电立即被抑制,继之肋间外肌放电也抑制或先短暂兴奋再抑制。再于椎动脉注射阿托品0.2 mg,仅少数动物(1/3)的肋间外肌放电开始恢复,当加大剂量至0.25 mg 时,部分动物的两种放电才恢复(2/6)。注射 PCHE 0.2mg,可使大部分动物(5/6)的两种放电同时恢复。提示DDVP 优势影响 DRG,阿托品对 VRG 的作用要比 DRG 明显,PCHE 对 DRG 及 VRG 均有较强的作用;PCHE 在低于阿托品剂量就可产生更强的对抗 DDVP 所致的呼吸中枢抑制作用。 展开更多
关键词 Dichlorvos(DDVP) ATROPINE ANTICHOLINERGIC Phrenic nerve External intercostal muscle
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