Symbiosis and symbiogenesis

Sybiogenesis is the main strategy of organic evolution, which determines the formation of new forms of life and new types of organizing genetic material. The transition of organisms from optional interaction to bond symbiosis is hidden with the loss of the ability to autonomous existence and with the formation of depth systems of heredity - functionally integrated symbiogenom and structurally integrated hologenomes.
The monograph for the first time reconstructed the evolutionary path, according to which freely living microorganisms are converted into strictly bond, genetically reduced intracellular symbiontes of eukaryotes and further into cellular organelles, including deprived of their own genomes. For the first time it was shown that symbiogenesis occurs under the influence of special evolutionary factors, including group selection forms that determine the altruism of microsimbiones in relation to their owners, as well as their inheritance of newly acquired symbiotic adaptations. The experimental and mathematical modeling of these factors should be the basis for the creation of new symbiotic systems of agricultural, medical and environmental purposes.
The monograph is designed for a wide range of readers interested in the study of symbiosis, as well as general problems of genetics and evolutionary biology