Inter-System Signaling Integrity describes the unimpaired, coherent communication and coordination between the body’s major regulatory networks, including the endocrine, nervous, immune, and metabolic systems. Optimal integrity means that signals—such as hormones, neurotransmitters, and cytokines—are transmitted, received, and interpreted accurately across system boundaries. Compromised integrity, often seen in chronic stress or aging, leads to systemic dysfunction and a breakdown in homeostatic control.
Origin
This term is a conceptualization arising from systems biology, which views the organism as a network of interconnected regulatory loops rather than isolated systems. Inter-System emphasizes the crucial cross-talk between different physiological domains. The principle of integrity underscores the necessity of uncorrupted signal transmission for optimal health outcomes.
Mechanism
Maintaining this integrity is achieved through robust neuroendocrine feedback loops, where hormones influence brain function and neurotransmitters modulate hormone release. For instance, the gut microbiome’s signaling influences immune and endocrine function via the gut-brain axis. Dysfunction, such as chronic inflammation, can degrade receptor sensitivity across systems, leading to a cascade of regulatory errors and contributing to Systemic Parameter Drift.
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