经络信息通道结构体系

Synopsis about the Hypothesis of "Information Channel" of Channel-collateral System

笔者通过对机体信息通道的定量与定性分析,建立了单一信道结构(神经、血管、淋巴管、间隙、缝隙等)的不完备性定律,排除了单一信道结构作为经络信道的可能性。通过对目前经络研究综合分析,认为:体躯部经络信息通道的结构主要服从系统性统计分布规律,不是单一特异实体;各层次信道以优化的结构关系组织在经络干线上,经络的信道结构是优化的、有序兼容的系统性结构。从该新学说出发,笔者提出了经络役使原理,这一原理对新学说提供了生物发育学的理论支持。经络干线的纵向分布是生物进化过程中,原始前向运动的动物体内,信息和能量分子的微观复杂运动和机体宏观前向非匀速运动跨尺度关联,其冲量和动量在身体前向纵轴方向(经络干线方向)分量上形成了主向量,生物为了适应和利用这种自然规律逐渐分化和进化,形成了现代的经络干线。该经络的"生物学起源说""体躯部经络信息通道实质说"初步构成了较为完整的理论体系框架。

The author of the present paper founded a theorem about the ＂incompleteness of single channel structure＂ （nerve, blood vessel, lymphatic, interspace, aperture, etc. ） through quantitative and qualitative analysis about the economic information channel in the human body, which eliminates the probability of single channel structure in the information channel of channel （meridian）-collateral system. After comprehensive analysis on the current researches, the author puts forward a neodoxy, i. e., the body ＂information channel＂ structure of the channel-collateral system, mainly follows the distribution regularity of systemic statistics, and is not a single specific entity; various layers of the information channel in the main stems of the channel-collaterals are composed of optimized structure tissues. Hence, the structure of this information channel of channel-collateral system is an overall-optimized, sequential and compatible systemic structure. From this neodoxy, the author brings forward a working principle of channel-collaterals, which is supported theoretically by bio-auxology. The longitudinal distribution of the main stems of meridiancollaterals is considered to result from that in the process of the animal evolution, in the animals moving forward, the microscopic complicated movement of intracorporeal information and energy molecules is related to the forward macroscopic and non-uniform movement of organism in trans-measure. Its impulse and kinetic momentum forms a main vector in the longitudinal direction of the body （the direction of the main stem of channel-collaterals）. In order to adapt to and utilize natural regularities, the main stems of the channel-collaterals gradually differentiate and evolve in the living organism, forming a whole system. The ＂hypothesis of biological origin of channel-collateral system＂ and ＂that of information channel of the channel-collaterals in the body＂ constitute a relatively complete theoretical system framework.