Perspectives of cytomeres use in biology and medicine.

Abstract

The law of the information structuregenesis is formulated: the information transforms into interaction, interaction into connection (link), and link into a new element. There is a dependence: the more signal is structured, the more informational potential it has. At a cell-like level greatest remote informogenesis have the fragments of the cytoplasm of cells surrounded by a cell-like membrane, i.e. cytomers. These are produced by many cells and migrate in all environments of an organism. The cytomers play an important role in immunological responses, inflammation, and tumor transformation. They are the predecessors of viruses, together with which they fulfill the role of universal informational code and provide informational integration between different levels of biosphere’s life organization into the united system.The new intercellular, intertissue and interorganic regeneration mechanism by the cytomers flow from regions of high functional load to regions with minimal functional load is described. The cytomers serve as an extracellular reserve to fulfill the needs of the cytoplasm regeneration of the cells. New pathogenetic algorithms of diseases development are based on a blockage of extravascular transport ways due to local informational (citomeric, trophical, immune etc.) deficit. A "pathogenic field" is formed because of extravasal transport ways blockage. This field limits the adaptive morphogenesis due to impossibility of structuring and proper arrangement of the informational streams.

Keywords

• інформація
• структурогенез
• цитомери
• провіруси
• патоморфологія
• інфекції
• імунологія
• онкологія
• трансплантологія
• екзосоми