Member story
Marathon training destroyed my testosterone. Cortisol was 3x normal. Protocol adjusted training + supplementation. PR'd 3 months later.
Cortisol, CK, CRP, ferritin, testosterone, thyroid, vitamin D — the recovery biomarkers most Indian clinics skip. Your endocrinologist reads the panel quarterly and rewrites your supplement stack, peri-workout plan, and sleep protocol on the data.
Every panel includes a 15–20 minute video consult with a specialist — read against South Asian-calibrated ranges. The AI works invisibly. The doctor does the medicine.
Most athletes optimize training volume and intensity. Few optimize recovery. The result: overtraining syndrome—a hormonal state where cortisol rises, testosterone drops, inflammation persists, and performance plateaus despite consistent effort. The problem isn't laziness or weak recovery discipline. It's imbalanced biomarkers that your training cannot overcome.
These biomarkers reveal the root causes — and what actually works to fix them.
Three steps. Your data. Your physician. Your protocol.
100+ biomarkers drawn at your door in 10 minutes. NABL-accredited labs. Results in 5 days. No clinic visit, no waiting rooms — just data.
Your physician reviews cortisol, testosterone, hs-CRP, and metabolic markers. Why your body isn't recovering — identified and explained.
Anti-inflammatory protocol, hormonal support, sleep optimisation — everything your recovery needs, backed by data. Delivered in 48h.
Inflammation markers (CRP, ESR), cortisol rhythm, iron stores, magnesium, and vitamin D all determine how fast you bounce back. If recovery is slow despite rest, the answer is in your blood.
| Biomarker | Recovery Role | Optimal Range | If Elevated/Depleted |
|---|---|---|---|
| CRP / hs-CRP | Systemic inflammation marker | < 1.0 mg/L (hsCRP) | Elevated: Slower recovery, chronic inflammation |
| ESR | Systemic inflammation proxy | < 20 mm/hr | Elevated: Ongoing inflammation, incomplete recovery |
| Cortisol (AM) | Catabolic/recovery state indicator | 10–20 μg/dL | Elevated: Overtraining, suppressed adaptation |
| Cortisol (PM) | Sleep readiness, recovery timing | 3–10 μg/dL | Elevated: Disrupted sleep architecture |
| Creatine Kinase | Muscle damage/repair marker | 30–200 U/L | Elevated: Excessive muscle breakdown, inadequate recovery |
| Ferritin | Iron stores for oxygen delivery & endurance | 50–200 ng/mL | Depleted: Reduced VO₂ max, sluggish recovery |
| Magnesium (RBC) | Muscle relaxation & energy restoration | 4.2–6.8 mg/dL | Depleted: Cramping, fatigue, impaired recovery |
| Vitamin D | Immune, muscle, and bone health | 30–100 ng/mL | Depleted: Immune dysregulation, slow bone repair |
| Testosterone | Anabolic/adaptation driver | 300–1000 ng/dL | Depleted: Suppressed protein synthesis, overtraining syndrome |
| Omega-3 Index | Anti-inflammatory, recovery support | 8–11% of RBC fatty acids | Low: Persistent inflammation, delayed healing |
| Zinc | Immune & protein synthesis cofactor | 70–120 μg/dL | Depleted: Slow wound healing, immune suppression |
Meeusen R, et al. (2013). Prevention, diagnosis and treatment of the overtraining syndrome: Joint consensus statement of the European College of Sport Science and the American College of Sports Medicine. European Journal of Sport Science, 13(1), 1–24. — Establishes the hormonal basis of overtraining syndrome including elevated cortisol and suppressed testosterone.
Pedlar CR, et al. (2019). Iron and inflammation in athletes. European Journal of Applied Physiology, 119(8), 1917–1926. — Documents the relationship between ferritin depletion, inflammation, and impaired recovery in endurance athletes.
Volpe SL. (2007). Magnesium and the athlete. Current Sports Medicine Reports, 6(4), 220–223. — Confirms magnesium's critical role in muscle relaxation, ATP synthesis, and recovery speed.
Wyon MA, et al. (2014). Prevalence of vitamin D deficiency in elite athletes. Sports Medicine, 44(2), 161–169. — Shows vitamin D deficiency in athletes impairs recovery and increases injury risk.
Biomarkers reveal root cause. Most athletes can't distinguish fatigue from hormonal suppression. Blood work separates signal from noise.
Inflammation markers guide intensity. CRP and ESR tell you when your body is ready to train hard vs. when you need a recovery day.
Nutrient depletion accelerates overtraining. Iron, magnesium, vitamin D, and zinc are non-negotiable. Test quarterly during high-volume blocks.
Hormonal balance is the limiter. Cortisol-to-testosterone ratio predicts your ceiling. Optimize this ratio and performance follows.
No AI chat. No templates. No copy-paste PDFs. A specialist reads your panel against South Asian-calibrated ranges and writes the protocol on a 15–20 minute video consult — inside 7 days of your home draw.