Stabilized adaptive states in microbiome–human integrated physiology: reframing health and chronic disease as symbiotic biological states - Summary - MDSpire
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Stabilized adaptive states in microbiome–human integrated physiology: reframing health and chronic disease as symbiotic biological states
To propose a conceptual framework for understanding chronic disease as stabilized adaptive states resulting from hierarchical signal integration within a multigenomic human system, clarifying the term 'hierarchical signal integration'.
Key Findings:
Chronic conditions exhibit long-term stability and resistance to treatment, suggesting a need for a new interpretative framework.
Microbiome research indicates that human physiology operates within a multigenomic system, influencing metabolic and signaling pathways.
Chronic pathology may reflect coherent but constrained regulatory configurations rather than simple dysregulation, rephrased for clarity.
Interpretation:
Chronic diseases can be understood as stabilized organizational regimes influenced by both host and microbial interactions, emphasizing the role of membrane-level signal prioritization, which requires further explanation.
Limitations:
The framework does not introduce new therapeutic doctrines but seeks to clarify existing biological stabilization mechanisms, emphasizing the significance of these limitations.
The integrative synthesis of host-microbe interactions remains under-explored in chronic disease contexts.
Conclusion:
This framework provides a systems-level interpretation of chronic disease stability, offering a basis for generating testable hypotheses regarding physiological flexibility and state transitions, with explicit implications.
by João Francisco Pollo Gaspary, Luis Felipe Dias Lopes, Fernanda Peron Gaspary, Eduarda Grando Lopes, Alfred Lee Edgar, Eduardo Poletti Camara, Antonio Geraldo Camara
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