Neuroendocrine Signaling Integrity refers to the seamless, accurate, and responsive communication linkage between the central nervous system and the endocrine system, particularly the HPA axis function. This integrity ensures that cognitive and emotional states appropriately modulate physiological stress responses and hormonal balance. When this integrity is compromised, chronic dysregulation ensues, impacting virtually all body systems. Maintaining this bidirectional fidelity is crucial for resilience.
Origin
The term unites neurobiology and endocrinology, acknowledging the foundational role of the hypothalamus and pituitary as the primary interface between thought, stress, and hormonal output. Its origin is in understanding how psychological inputs translate into physiological outputs via hormonal mediators.
Mechanism
Integrity relies on the accurate release of hypothalamic releasing hormones responding to neurotransmitter input, which then precisely governs pituitary hormone release. Furthermore, circulating hormones must effectively signal back to the CNS to engage negative feedback mechanisms, preventing runaway activation. Any disruption in neurotransmitter availability or receptor function can compromise this entire signaling circuit.
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