[MICROBIOCENOSIS, IMMUNE SYSTEM AND HEREDITY]

Area of Science:

• Microbiology
• Developmental Biology
• Immunology

Background:

• Prokaryotic and eukaryotic systems interact to form phenotypes in plants, animals, and humans.
• External environmental factors influence the development of adaptive capabilities, enhancing the biological status of prokaryotic structures for health.
• The phenotype is shaped by micro-environmental factors, immunological tolerance, and maternal influences, particularly during the perinatal period.

Purpose of the Study:

• To explore the role of prokaryotic-eukaryotic interactions in phenotype formation and variability.
• To investigate the potential of these interactions as a mechanism for perinatal programming and epigenetic inheritance.
• To identify approaches for correcting chronic and congenital pathologies through modulation of these interactions.

Main Methods:

• Analysis of phenotype formation influenced by external environmental factors.
• Evaluation of immunological programming and maternal influence in perinatal development.
• Consideration of micro-variability resulting from external stress impacts.

Main Results:

• Prokaryotic-eukaryotic interactions are fundamental to phenotype development and health.
• Maternal influence and external stress significantly impact micro-environmental interactions during the perinatal period.
• These interactions represent a potential mechanism for perinatal programming and epigenetic inheritance.

Conclusions:

• Prokaryotic-eukaryotic interaction is a key mechanism in phenotype formation and health maintenance.
• This interaction offers a potential pathway for correcting chronic and congenital diseases.
• Improved monitoring and assessment methods for children's microbiocenosis are necessary.