Biomarkers
59 Biomarkers. 10 Categories.
For most platforms, biomarkers are the destination. For WellPath, they're the starting point — a compass that tells us where you are, which actions will move the needle most, and whether they're working.
Beyond standard ranges
WellPath evaluates every marker against longevity-focused ranges that flag early drift — not just the broad reference ranges designed to catch clinical disease. What's "normal" on a standard lab report may not be optimal.
Personalized goal matching
Each biomarker feeds into the WellPath Score alongside biometrics and behavioral data. The system maps clinical relationships across all three to surface the behavioral goals with the highest potential impact on your markers.
Goals, not suggestions
WellPath knows what you're already doing — your baselines, habits, and tolerance for change. Goals are built from where you actually are, not where a generic guideline says you should be. Not "exercise more" but "increase daily steps from 4,200 to 6,000."
A system that evolves
Every cycle adds resolution. Trends sharpen, interventions are validated or adjusted, and the recommendations that surface next are informed by everything that came before. The longer you use WellPath, the more precise it gets.
Explore by Category
59 biomarkers across 10 clinical categories. Expand any marker to learn what it measures and why it matters for longevity.
Cardiovascular Health
Cardiovascular disease remains the leading cause of death worldwide, and it develops silently over decades. Standard cholesterol panels catch only part of the story. WellPath tracks eight cardiovascular markers that together reveal your true lipid burden, particle-level risk, and the inflammatory drivers that accelerate arterial damage.
Metabolism
Metabolic health underpins virtually every other system in the body. Insulin resistance — the gradual loss of your cells’ ability to respond to insulin — is the root driver of type 2 diabetes, fatty liver disease, and a significant contributor to cardiovascular disease, cognitive decline, and accelerated aging.
Inflammation
Chronic low-grade inflammation is one of the central drivers of aging and age-related disease. Unlike acute inflammation — which is a healthy, necessary response to injury — chronic inflammation simmers quietly, damaging blood vessels, promoting insulin resistance, and accelerating cellular aging.
Immune & Kidney
Your kidneys filter approximately 200 liters of blood every day, removing waste products, balancing electrolytes, and regulating blood pressure. Kidney function declines naturally with age, but the rate of that decline is modifiable. This category also includes blood cell indices and key micronutrients that reflect overall immune and nutritional status.
Hormone Balance
Hormones are your body’s signaling molecules — they regulate metabolism, bone density, mood, sleep, reproduction, and stress response. Hormonal imbalances develop gradually and are often dismissed as "normal aging," but they are frequently correctable.
Cognition
Cognitive health depends on vascular integrity, neuroinflammation control, and adequate methylation — all measurable through blood biomarkers. These two markers capture stress-driven brain aging and the methylation status that underpins neurotransmitter synthesis.
Recovery
Training hard is only half the equation — recovering well is the other half. Overtraining, underrecovery, and electrolyte imbalances can turn a fitness routine into a source of chronic stress. These markers reveal liver stress from training loads, muscle damage, and electrolyte balance.
Endurance
Iron is essential for oxygen transport, energy production, and immune function — but both deficiency and excess are harmful. Iron deficiency is the most common nutritional deficiency worldwide. These markers together distinguish between deficiency, overload, and the inflammatory redistribution that can mimic deficiency.
Fitness
Hormonal availability directly determines training adaptation, muscle protein synthesis, and recovery capacity. These markers reveal whether your body can actually use the hormones it produces.
Biological Age
From Blood Work to Biological Age
Nine of the biomarkers in your panel feed directly into PhenoAge — a validated biological age estimate derived from routine blood work. No specialized testing required. Every time your labs are updated, your biological age recalculates automatically.
The 9 PhenoAge Markers
These markers span liver function, kidney function, inflammation, immune activity, and red blood cell health — together they capture systemic aging patterns that no single marker can reveal on its own.