What your biomarkers actually reveal
Fasting glucose, hs-CRP, ApoB, HOMA-IR — the handful of numbers that tell you where aging is already happening, and what to do before symptoms appear.
Most people meet their biology once a year, as a single line on a lab printout marked “normal.” But “normal” is a population average, and aging is not an average — it is a trajectory. The value of a biomarker is not whether it sits inside a reference range today, but which direction it is moving and how fast.
A small, well-chosen panel tells you more than a hundred scattered tests. These are the markers we watch most closely.
Metabolic signal
Fasting insulin and HOMA-IR reveal insulin resistance years before fasting glucose or HbA1c move. By the time glucose is abnormal, the metabolic problem is already advanced. ApoB counts the actual number of atherogenic particles — a more honest cardiovascular signal than LDL cholesterol alone.
Inflammation & repair
High-sensitivity CRP captures the silent, low-grade inflammation that quietly accelerates vascular and cognitive aging. Homocysteine, especially after 40, ties inflammation to vascular and neurological risk and is often correctable with targeted nutrients.
- hs-CRP — systemic inflammatory load
- Homocysteine — vascular and cognitive risk
- Ferritin — iron status and hidden inflammation
- Vitamin D and B12 — correctable deficiencies that blunt metabolism
From numbers to a plan
Measured early and read together, these markers identify silent inflammation, oxidative stress and metabolic inefficiency long before symptoms. That is the entire point of longevity medicine: to act on a trajectory while it is still easy to change.
On a Longevity Day, this panel is combined with organ ultrasound and a same-day physician review to produce a single, structured optimization plan.