Guarini G
Recenti Prog Med. 1993 Apr;84(4):278-86.
We have synthesized the fundamentals that modern technology offers in all areas of research, especially in the field of biomedicine. The theory of systems, cybernetics, synergetics, boolean algebra, communication science (according to modern laws of signal transmission and translation), the solution of non-linear equations by computer science, applied principles of reduction in biological survey, fractal analysis as a representation of dynamic, chaotic, non-linear systems, defined attractors as conditioning elements of biologic function, are just a few of the many instruments that modern science offers as a revolutionary approach to research programming. Borrowing the laws of mathematics, we have defined the fundamental characteristics of linear and non-linear homeostatic systems along with the concept of predictable behavior of a system as a function of its complex structure. Lastly, we have documented, based on personal research and recent findings in biomathematics, and despite current and strong opposition, how the functional death of any dynamic system is identified by the system's absolute state of equilibrium. The operative errors at times caused by different stimuli acting on specific organs and apparatus, are interpreted not as an index of altered function but as an expression of a chaotic response of the deterministic type and therefore an indication of the system's adaptability to the specific functional requirements in that precise moment.
我们综合了现代技术在所有研究领域，特别是生物医学领域所提供的基本原理。系统理论、控制论、协同学、布尔代数、通信科学（根据现代信号传输和转换定律）、计算机科学用于求解非线性方程、生物学测量中的还原应用原理、作为动态、混沌、非线性系统表示的分形分析、将定义的吸引子作为生物功能的调节要素，这些只是现代科学作为研究编程的革命性方法所提供的众多工具中的一部分。借鉴数学定律，我们定义了线性和非线性稳态系统的基本特征以及系统可预测行为作为其复杂结构函数的概念。最后，基于个人研究和生物数学的最新发现，尽管目前存在强烈反对意见，我们记录了任何动态系统的功能死亡是如何通过系统的绝对平衡状态来识别的。不同刺激作用于特定器官和装置时有时会导致的操作误差，不应被解释为功能改变的指标，而应被视为确定性类型混沌响应的一种表现，因此是系统在那个精确时刻对特定功能需求适应性的一种指示。
