The review highlights the issues of formation and development of the sanogenesis, the classifi- cation of sanogenetic mechanisms, theirs role in rehabilitation. The interpenetration of sanogenetic and pathoge- netic mechanisms, participation of different tissues in the sanogenesis, including blood, is defined. It is showed the structure and significance of the erythron, formation of red blood cells, building border line of red blood cells, the significance of autofluorescence in the evaluation of sanogenetic reactions. The energetic importance of mitochondria, the receptor apparatus, various enzymes, transport proteins, electron transport chain in the me- tabolism that determines the degree of loss of sanogenetic potential and formation of preexisting diseases is de- fined. It is established the role of sanogenic reactions in the prevention of stress and post-stress recovery.

The effects of fullerene C-60 nanocomposites on human platelet aggregation induced by ADP, ristocetin, and collagen were studied. The nanocomposite containing fullerene C-60 in polyvinyl pyrrolidone solution did not change platelet aggregation, while fullerene C-60 in crown ether and Twin-80 solutions inhibited ADP-induced platelet aggregation by 20 and 30%, respectively.

This work considers the possibility of opto-electronic systems from the category of machine vision systems designed to recognize the image of a microscopic object and its identification as a function of composition, color, spectral characteristics, histograms, etc. For e research and diagnostic purposes in area biology and medicine. archeology, in the description of crystals and petrography, different areas of materials science as the basis it was taken polypolarization color image of the object, with its own characteristics (configuration of particles, outline, color, intensity, spectral characteristics, gistogramms, etc.). The main advantage of this method: it is microscopy contactless and non-invasive, precluding the destruction or modification of the objects of research. Methodical features of opto-electronic system of domestic origin are discussed.

This article presents a new material on the possibilities of the polypolarization method of studying plant and animal bio-objects, including blood, thesio-gram biological fluids and proteins. Small labour-expense and large self-descriptiveness of the polypolarization method as well as the prospects for its use in biology and medicine are emphasized.

Summary In process of self-organization of teziogramm realize on-suit of the energy extremum, and for short time approach to him in exponential development. The optimum algorithm of searching for is a natural partition space, on which is realized searching in gold(en) proportion.

In process of self-organization of teziogramm realize on-suit of the energy extremum, and for short time approach to him in exponential development. The optimum algorithm of searching for is a natural partition space, on which is realized searching in gold(en) proportion.

Summary In process of self-organization of teziogramm realize on-suit of the energy extremum, and for short time approach to him in exponen- tial development. The optimum algorithm of searching for is a natural partition space, on which is realized searching in gold(en) proportion.

The form, moving in blood of erythrocytes, in norm, is determined by parity between centrifugal forces of the inertia influencing him and force of superficial intensity. The important factors are influencing the form moving in situ of erythrocytes: speed of his rotation, viscosity of his cellular membrane, and also viscosity of plasma of blood is.Depending on a ratio between these sizes erythrocyte appears in one of three power modes. To the first mode corresponds the elliptic form of erythrocytes.To the Second mode corresponds the discotoroidal form of erythrocytes the interconnected surface. In the third mode the form эритроцита is unstable. It can spontaneously accept the elliptic or disco-toroidal form. Work has shown, that on means of the account of forces of a superficial tension and the forces of inertia working on erythrocytes in a stream of moving blood it is possible to prove essential features of changes of their configuration.