Multicellular organisms are composed of cells which psychoneurocybernetically match each other in terms of morphology (genetics), information and energy. The most incomprehensible disease, which has been a source of fear for centuries, took its name from crab-like (the word cancer is Latin for crab) or crayfish-like, as in some countries crabs are not found, growths that destroy human body. Cancers develop as a result of a natural and common phenomenon involving the self-organization of so-called dissipative structures from systems (cells) which are to be destroyed due to their thermodynamic insufficiency, referred to as the emergence of negative entropy source. The distinction between physiological and pathological cell metabolism has allowed to separate etiology from the analysis of morphologically and/or biochemically identifiable pathogenic changes underlying disease symptoms and ailments. The thermodynamic etiology of cancerogenesis, which provided new treatment alternatives in the case of standard management insufficiency or failure, is supported by the positive effects of hyperthermia therapy. The development of cybernetics makes it possible to distinguish between precancerous conditions and cancers, and thus enables conscious cancer prevention as well as initiation of causative instead of just symptomatic treatment. Although the existence of societies dependent on legislative, executive and judiciary power is naturally regulated by information, the norms established by people cannot ignore the real natural rights, according to which the public interest is a priority. Life, which is not human-made but passed from generation to generation for the maintenance of the species, is the highest good of a man. This transfer is guaranteed, among other things, by cancers, whose cellular life form is more secure than the affected person. Cancers are only rarely genetically predeterminated, and the self-organization of a cell’s genetic code is an effect, and not the cause of cancerogenesis.

cancer etiopathogenesis, self-organization of dissipative structures, medical thermodynamics, cancer therapy, informatonosis, genetic entropy, cancer