At-Home Longevity Test for 28 Key Biomarkers

This advanced at-home longevity assessment provides a comprehensive snapshot of your health by analyzing key biomarkers linked to aging, metabolism, inflammation, cardiovascular health, cognitive function, and overall vitality. From blood sugar and lipid panels to inflammatory markers, nutrient levels, and genetic risk factors, this test empowers you with data-driven insights to optimize your lifestyle, nutrition, and longevity strategies. No guesswork; just clear, science-backed results to help you take control of your health, enhance performance, and extend your lifespan. Labs CAP & CLIA Certified- Lifespanning Custom Panel #1

HbA1c: Captures average blood-glucose for the past 2–3 months, flagging insulin resistance and diabetes risk that accelerate vascular aging and shorten lifespan.

Lipoprotein(a), ApoB and their ratio: Quantifies atherogenic particle load, letting you gauge inherited and diet-driven cardiovascular risk long before clinical disease appears.

hs-CRP: Measures chronic low-grade inflammation, a core driver of almost every age-related disease from atherosclerosis to dementia.

Vitamin D: Deficiency in this hormone-like vitamin is linked to higher all-cause mortality, immune dysfunction and frailty.

TSH: Primary thyroid screening test that reveals hypo- or hyper-metabolism states tied to lipid disturbances, weight change and cardiac risk.

Free T3: The bio-active thyroid hormone that governs cellular energy use, mood and bone turnover—critical levers of healthy aging.

Lipid panel (Triglycerides, LDL, HDL, Total): Provides a full picture of blood lipids so you can modulate diet, exercise and medication to slow atherosclerotic plaque formation.

Creatinine: Simple estimate of kidney filtration rate, and declining renal function strongly predicts cardiovascular events and mortality.

Uric acid: Elevated levels signal metabolic syndrome, oxidative stress and gout—all associated with shortened healthspan.

AST (ASAT): Liver-and-muscle enzyme that, when raised, unmasks tissue injury and metabolic toxicity linked to aging.

GGT: Sensitive marker of hepatic oxidative stress whose chronic elevation correlates with higher risk of diabetes, stroke and all-cause death.

ALP: Enzyme reflecting bone and biliary health; abnormalities warn of osteopenia or cholestasis that undermine long-term vitality.

LD (lactate dehydrogenase): Non-specific cell-damage marker that rises with cancer, hemolysis and systemic illness, offering an early longevity red flag.

TIBC (Total Iron-Binding Capacity): Reveals iron status extremes—deficiency or overload—both of which drive oxidative damage and organ decline.

GDF-15: Stress-response cytokine that tracks mitochondrial dysfunction and independently predicts future frailty and mortality.

CA-19-9 (tumor marker): Detects early pancreatic and other GI cancers, enabling intervention before they become life-limiting.

ApoE-4 genotype (Alzheimer’s risk): Identifies hereditary susceptibility to late-life cognitive decline so preventive lifestyle and therapeutic steps can start decades earlier.

Magnesium: Essential cofactor for hundreds of enzymes; low levels promote arrhythmias, insulin resistance and systemic inflammation.

Zinc-to-Copper ratio: Balances antioxidant versus pro-oxidant activity, with skewed ratios linked to immune dysfunction and neurodegeneration.

Glutathione (GSH): The body’s master intracellular antioxidant; depletion leaves cells vulnerable to oxidative stress that accelerates aging.

IGF-1: Mirrors growth-hormone activity, and both excessively high and low values correlate with increased risks of cancer, frailty and reduced lifespan.