Stress activates the hypothalamic-pituitary-adrenal (HPA) axis, triggering cortisol release to mobilise energy.
In acute stress, this response is protective. However, chronic activation leads to dysregulated cortisol patterns, affecting metabolic stability.
Key effects:
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Chronic cortisol exposure shifts the body towards energy conservation.
Biological outcomes:
The body responds to stress as a survival signal, not a lifestyle input.
The autonomic nervous system governs stress balance:
Chronic stress maintains sympathetic dominance, reducing recovery capacity and metabolic efficiency.
Sustained stress signalling impacts mitochondrial efficiency and cellular energy production.
This may contribute to:
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Stress increases systemic inflammation and oxidative load, which can interfere with insulin signalling and metabolic regulation.
Stress influences neurotransmitter activity, affecting:
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Key actives:
Mechanistic positioning:
Stress physiology is not separate from metabolism — it is a core regulatory system.
When dysregulated, it can influence:
Chronic stress influences cortisol regulation, which can increase fat storage signalling, particularly in the abdominal region.
Elevated cortisol disrupts glucose regulation and insulin sensitivity, shifting the body towards energy storage rather than utilisation.
Supporting stress physiology can improve metabolic stability, appetite regulation and energy balance.
The autonomic nervous system regulates recovery, digestion and energy allocation through sympathetic and parasympathetic balance.
