BloodDiagnostics

(Overview)

Blood diagnostics establish the internal operating state. Metabolic control, inflammatory load, hormonal balance, and cardiovascular risk are quantified at baseline and re-tested at defined intervals. Blood data defines non-negotiable constraints before any performance or recovery decisions are made.

Blood diagnostics establish the internal operating state. Metabolic control, inflammatory load, hormonal balance, and cardiovascular risk are quantified at baseline and re-tested at defined intervals. Blood data defines non-negotiable constraints before any performance or recovery decisions are made.

Blood diagnostics establish the internal operating state. Metabolic control, inflammatory load, hormonal balance, and cardiovascular risk are quantified at baseline and re-tested at defined intervals. Blood data defines non-negotiable constraints before any performance or recovery decisions are made.

Blood diagnostics establish the internal operating state. Metabolic control, inflammatory load, hormonal balance, and cardiovascular risk are quantified at baseline and re-tested at defined intervals. Blood data defines non-negotiable constraints before any performance or recovery decisions are made.

Blood diagnostics establish the internal operating state. Metabolic control, inflammatory load, hormonal balance, and cardiovascular risk are quantified at baseline and re-tested at defined intervals. Blood data defines non-negotiable constraints before any performance or recovery decisions are made.

Blood diagnostics establish the internal operating state. Metabolic control, inflammatory load, hormonal balance, and cardiovascular risk are quantified at baseline and re-tested at defined intervals. Blood data defines non-negotiable constraints before any performance or recovery decisions are made.

KeyInsights

Metabolic Control

Fasting glucose, insulin, HbA1c, and HOMA-IR define fuel access and stability.

Intervention targets insulin sensitivity to normalise energy availability.

Inflammatory Load

hs-CRP, CRP, and ferritin quantify background physiological stress.

Reduction of this load improves efficiency, recovery speed, and resilience.

Hormonal Signalling

Testosterone, cortisol, and thyroid markers define adaptive capacity.

Correction prevents training, sleep, and nutrition from becoming additional stressors.

Cardiovascular Risk

Lipids, ApoB, Lp(a), and homocysteine define long-term vascular cost.

Energy delivery is preserved by reducing structural cardiovascular risk.

NEXT WORK

BiometricMonitoring

Continuous monitoring captures how the system behaves under real life. Recovery, stress, sleep architecture, and cardiac load are measured daily. Trends matter more than snapshots.

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Tech

BiometricMonitoring

Continuous monitoring captures how the system behaves under real life. Recovery, stress, sleep architecture, and cardiac load are measured daily. Trends matter more than snapshots.

Tech

BiometricMonitoring

Continuous monitoring captures how the system behaves under real life. Recovery, stress, sleep architecture, and cardiac load are measured daily. Trends matter more than snapshots.

Tech