Chang Xi-lang
School of Information and Communication Engineering, Middle-North University of China, Taiyuan 030051, China.
Zhen Ci Yan Jiu. 2008 Dec;33(6):420-2.
The "structure imperfectness of signal channel rule" put forward by the author of the present paper may provide a theoretical evidence for the systematicness of meridian information channel. The conclusion that no special structure of the meridian-collateral system has been found is likely to serve as a piece of counterevidence. According to the latest structural view, the development of capillaries, lymphatic vessels and nerves needs target cells-released inducible factors. In the initial phase of the development of the organism, the asymmetry of the interspaces among cells results in the production and arrangement imbalance of the sequential factors which make the capillaries, lymphatic vessels and nerves distribute sequentially in time and space. Meridian-collateral, following the "systemic statistic distribution rule", is a general expression of this distribution pattern. As a systematic structure, the meridian-collateral system distributes in an optimized way in the human body and has both orderly and compatible characteristics. The author thinks that the meridian-collateral information channel is anatomically visible in the time and spatial structure, and in its logical structure and compatibility during the process of growth. Hence, many techniques of delicate anatomy, quantitative anatomy, growth anatomy, comparative anatomy, tridimensional remodeling of living creature and dynamical remodeling of growth all should be used as the important tools for studying the meridian information channel. The theory and the anatomical techniques determine what you would finally find.
本文作者提出的“信号通道结构不完善规则”可能为经络信息通道的系统性提供理论依据。未发现经络系统有特殊结构这一结论可能成为一项反证。根据最新的结构观点,毛细血管、淋巴管和神经的发育需要靶细胞释放诱导因子。在生物体发育的初始阶段,细胞间间隙的不对称导致序列因子的产生和排列失衡,使毛细血管、淋巴管和神经在时间和空间上依次分布。经络遵循“系统统计分布规律”,是这种分布模式的一般表达。作为一种系统结构,经络系统在人体中以优化方式分布,具有有序和兼容的特征。作者认为,经络信息通道在时间和空间结构上以及在其生长过程中的逻辑结构和兼容性方面在解剖学上是可见的。因此,许多精细解剖学、定量解剖学、生长解剖学、比较解剖学、生物三维重塑和生长动态重塑技术都应作为研究经络信息通道的重要工具。理论和解剖技术决定了你最终会发现什么。