【摘要】 经络现象是客观存在 ,多年来国内外学者围绕经络实质开展了多层面、多方位、多手段的研究 ,提出了不少假说 ,但多执其一端或较笼统 ,不能完整地具体地解释经络现象。作者根据人体中细胞是生命活动的基本单位 ,蛋白质是生命活动的物质基础的关系 ,大胆提出镶嵌在经络穴位部位细胞膜上的某些蛋白分子 ,有可能是经络的物质基础 ,是经络实质的关键部分 ,并提出“经络是由经络蛋白为主要成份而形成的能带结构”的假说。认为经络蛋白在一定条件下可以相互耦联 ,络合谐振 ,共同完成经络信息和能量的传递 ,与相应细胞共同组成多因素、多层次、多功能的动态调节系统。该假说可解释各种经络现象和有关研究发现 ,如由于细胞代谢呈振荡性 ,其涨落峰值依次出现 ,故循经感传有吹风样、流水样感觉 ,红外幅射图像呈水波样变化等。各种性质的刺激均可在经络蛋白能带结构内找到对应接受点 ,从而使各种经络穴位治疗方法产生疗效更多还原

【Abstract】 Channels and collaterals are objective reality, on the crux of which scholars from home and abroad have done studies on different layers, from different points, and with different approaches. They have also put forward a number of hypotheses, yet most of them are either lopsided or general and therefore can not explain the phenomenon completely and concretely. The author, in the light of the theory that cells are the basic unit of vital activity in human body and protein the material base for vital activity, advances that certain protein molecules on the cell membrane at the points along the channels and collaterals might be the material base for channels and collaterals as well as the key parts of the crux. The author also holds that “channels and collaterals are a band structure composed chiefly of proteins”. These proteins of channels and collaterals may, under certain conditions, connect and resonate with one another, and transmit information and energy collaboratively, forming with corresponding cells a dynamic regulating system involving multiple factors and layers and having multiple functions. This hypothesis may explain various phenomena and discoveries relating to channels and collaterals. For instance, since cellular metabolism is in a state of vibration, and the peak value of rise and fall occurs in turn, people will feel as if wind is blowing or water is flowing, and the infrared radiation pictures show ripple-like variations. Stimulus of different quality may all have its receptor in the protein band structure, and thus make various therapeutic methods involving channels and collaterals and points effective.更多还原