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HIERARCHIAL TAXONOMY OF LIVING SYSTEMS DUALITY

机译:生命系统对偶的分层分类法

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摘要

Distinct individuality of each living organism clearly implies inseparability, indivisibilityrnand, at the same time, duality of complex mechanisms which control, regulate, andrncoordinate their inner processes, functions and observable behavior. In an attempt tornbuild a theory of duality, we model living organisms on four hierarchial levels.rnThe first level is a Systems Control (SC) which governs the second level of mutuallyrnindependent mechanisms of Regulation (R) and Coordination (C) meaning that one ofrnthem could be normal and at the same time another could be abnormal. The third levelrnare concrete functions and processes (F). The fourth level is the totality of SystemsrnBehavior (B).rnSC-mechanisms are responsible for proper Regulation and Coordination. R-mechanismsrnregulate only the levels of functioning. However, C-mechanisms has a differentrnpurpose; they are responsible for multiple balances/imbalances among numerousrnprocesses and systems functions and have nothing to do with the level of theirrnfunctioning.rnTogether, R-C mechanisms represent regulation-coordination duality. Regulation andrnCoordination possess another type of duality: normal-abnormal duality: nR-aR, nC-aC.rnThe double duality of regulation-coordination and normal-abnormal can be viewed as arnunifying principle and has a significant role in achieving syntegrity and maintaining unityrnand wholeness of living organisms.rnNew reality of relational double duality is defined and expressed as: (nRnC) - normalrnregulation and normal coordination or living systems well-functioning; (aRnC) -rnabnormal regulation and normal coordination or living systems adaptation; (nRaC) -rnnormal regulation and abnormal coordination or hidden disorders in living systemsrnfunctions; (aRaC) - abnormal regulation and abnormal coordination or overt disorders inrnliving systems functioning.rnPresented logical constructs of hierarchial taxonomy, double duality, adaptation andrnhidden disorders in living systems provide a useful background for heuristic, analytic andrnconstructive purposes in building a viable Theory of Duality..
机译:每个活生物体的独特个性清楚地表明了其不可分割性,不可分割性,同时也意味着控制,调节和协调其内部过程,功能和可观察到的行为的复杂机制的双重性。为了尝试建立对偶性理论,我们在四个层次上对生物进行建模。第一层是系统控制(SC),它控制调节(R)和协调(C)的相互独立机制的第二层,这意味着其中一个可能是正常的,同时另一个可能是异常的。第三层是具体的功能和过程(F)。第四层是系统行为(B)的总数。rnSC机制负责适当的调节和协调。 R机制仅调节功能水平。但是,C机制具有不同的用途。它们负责众多过程和系统功能之间的多重平衡/失衡,并且与它们的功能级别无关。共同,R-C机制代表了监管-协调二元性。调节和协调具有另一种对偶性:正常-异常对偶性:nR-aR,nC-aC。rn调节-协调和正常-异常的对偶性可以看作是统一原则,在实现协同性和维持统一性和完整性方面具有重要作用。关系双重对偶的新现实定义为:(nRnC)-正常调节和正常协调,或活体系统运转良好; (aRnC)-异常监管和正常协调或生命系统适应; (nRaC)-正常的调节和协调异常或生命系统中的隐患-功能(aRaC)-异常的调节和异常的协调或明显的失灵使系统运转。rn生命系统中层次分类法,双重对偶性,适应性和隐性失调的合理逻辑结构为启发性,分析性和建设性目的建立可行的对偶性理论提供了有用的背景。 。

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