New three-dimensional NLS-bio-feedback approaches in site specific diagnosis of cancer

Abstract

Despite the complexities of human organism, human being acts in accordance with the same biological and biophysical universal rule as other biological systems. Human organism is a thermodynamically open non-equilibrium system that at every level manifests itself as an interaction of thermo-dynamical processes. In terms of thermodynamics every organism, considered as non-isolated open non-equilibrium system, which exist only in stationary state when its internal parameters are harmonized on the level of good health status. Stationary state stability can be preserved only as a result of continually exchange between biological system and its environment by energy, matter, entropy and information. Cancer is a complex disease that develops as a sequence of gene-environment interactions in a progressive process that occur in field of dysfunction in multiple systems, including genetics apparatus, immune functions and deviation of bio-signal. Recent evidence supports a concept that deviation of hemostasis due to abnormalities in information itself is the primary cause of malignancy. New non-invasive approaches to cancer diagnosis and therapy are suggested via three-dimensional NLS bio-feedback system. Human cells are composed of molecules and atoms. In this paper we discuss Information, Biological noise, Biophysical noise and Entropy in the context of biological systems. Particular attention is paid to the information and noise in accordance with the Quantum-entropic logic theory. The noise/information ratio and how the degree of destruction rate in the given object can be evaluated as the level of noise/information around biological object changes will also be discussed. Non-linear-system and entropy method is very fruitful on the study of body and its interaction with (intra-extra) environment.