Human Physiology Through Beverages
Why BU Labs studies biological systems rather than isolated ingredients
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Mitochondrial Energy Systems
Cellular ATP production and metabolic efficiency underlying physical endurance, sustained focus, and recovery from exertion.
The engine of human performance at the cellular level.
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Autonomous Nervous System Regulation
Supporting parasympathetic tone and heart-rate variability (HRV) — key physiological markers of recovery, resilience, and adaptability to stress.
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Microbiome -Derived Neurotransmitter Precursors
Gut-origin pathways influencing serotonin, GABA, and dopamine signalling, the molecular basis of mood, motivation, and emotional regulation.
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Gut Liver Brain Axis
Microbiome signalling, hepatic metabolism, and neural communication that regulate cognition, mood, and metabolic balance. The foundational axis of BU*Labs formulation thinking.
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HPA AXIS MODULATION
How beverages influence cortisol dynamics, stress response adaptation, and the downstream effects of sustained activation on cognition and gut integrity.
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Circadian Rhythm Signalling
How beverages interact with adenosine accumulation, melanopsin light receptor activity, and melatonin release patterns. the three primary regulators of sleep timing and cognitive alertness.
