1. Cardiometabolic & Atherosclerotic Risk
(Heart disease, stroke, insulin resistance, metabolic syndrome)
Cardiovascular disease remains the leading cause of death worldwide, yet its roots often begin 30–40 years before symptoms. Traditional cholesterol panels miss much of this early risk.
What we assess

• ApoB, ApoA-1, ApoB/ApoA-1 ratio

• Lipoprotein(a)

• Total cholesterol, LDL-C, HDL-C, triglycerides

• Hemoglobin A1c, fasting glucose, fasting insulin

• Uric acid

• Homocysteine

• Omega-3 Index / Omega-3 %

• hs-CRP (cardiac)

Why it matters
We focus on particle burden, inflammation, and metabolic signaling, not just cholesterol totals. This allows us to identify atherosclerotic risk long before plaques form—and intervene with targeted nutrition, training, lifestyle, and (when appropriate) pharmacology.
2. Metabolic Health & Insulin Signaling
(Type 2 diabetes, fatty liver, energy dysregulation)
Metabolic dysfunction is the common upstream driver of cardiovascular disease, dementia, cancer risk, and accelerated aging.
What we assess

• Fasting glucose

• Fasting insulin

• Hemoglobin A1c

• Triglycerides

• HDL cholesterol

• CMP markers (AST, ALT, ALP, bilirubin)

• GGT

• Ferritin (iron overload can worsen insulin resistance)

Why it matters
We aim to detect hyperinsulinemia and metabolic drift years before diabetes develops—when lifestyle interventions are most effective and fully reversible.
3. Hormonal & Endocrine Optimization
(Longevity, body composition, fertility, recovery, mood)
Hormones regulate nearly every adaptive process in the body—from muscle protein synthesis to bone density, cognition, sleep, and resilience to stress.
What we assess

• Testosterone (total & free), SHBG, DHT

• Estradiol (sensitive)

• DHEA-S

• Cortisol

• IGF-1

• Thyroid panel: TSH, Free T4 (Direct), Free T3, Reverse T3

• FSH / LH

• AMH (female only)

• PSA (male only)

Why it matters
Rather than “normal ranges,” we evaluate functional, performance-oriented ranges—contextualized to age, sex, training load, and goals.
4. Inflammation, Immune Load & Biological Stress
(Silent drivers of chronic disease and aging)
Chronic, low-grade inflammation accelerates atherosclerosis, neurodegeneration, sarcopenia, and cancer risk—often without obvious symptoms.
What we assess

• hs-CRP & CRP (quantitative)

• ESR (sedimentation rate)

• Homocysteine

• CBC with differential (immune cell patterns)

• Ferritin (also an inflammatory marker)

Why it matters
We distinguish acute vs. chronic inflammation, identify immune stress patterns, and track how interventions reduce biological wear and tear over time.
5. Liver, Kidney & Organ Reserve
(Detoxification capacity, medication tolerance, longevity buffer)
Organ reserve determines how well you tolerate stress, illness, medications, and aging itself.
What we assess

• AST, ALT, ALP, bilirubin

• GGT

• BUN, creatinine, eGFR

• Electrolytes (sodium, potassium, chloride, CO₂)

• Albumin, total protein, globulin

Why it matters
Declines in organ function often occur silently. Early detection allows us to correct lifestyle, nutritional, or training stressors before irreversible damage occurs.
6. Hematology, Oxygen Transport & Performance Capacity
(Energy, endurance, cognitive clarity)
Blood health underpins aerobic capacity, recovery, immune resilience, and cognition.
What we assess

• CBC with differential

• Hemoglobin, hematocrit

• MCV, MCH, RDW

• Ferritin, iron, TIBC, transferrin saturation

Why it matters
Both iron deficiency and iron overload impair performance and longevity. We optimize—not simply normalize—oxygen delivery and recovery capacity.
7. Micronutrients & Cellular Energy Systems
(Mitochondrial function, neurological health, aging biology)
Micronutrient insufficiencies can limit progress even with “perfect” training and nutrition.
What we assess

• Vitamin D (25-OH)

• Vitamin B12, folate

• Vitamin C

• Magnesium (serum & RBC)

• Zinc

• Coenzyme Q10

• Carnitine (total, free, ratio)

Why it matters
These markers influence mitochondrial efficiency, muscle function, immune health, and brain aging—key levers in longevity-focused care.
8. Cancer Risk & Cellular Turnover Signals
(Risk stratification, not diagnosis)
Medicine 3.0 emphasizes risk awareness and early signal detection, not fear-based screening.
What we assess

• PSA (male-specific)

• CEA

• IGF-1

• Inflammatory markers (CRP, ESR)

Why it matters
These labs help contextualize risk trends over time, especially when paired with imaging and family history—not as standalone diagnostics.
9. Digestive & Pancreatic Function
(Nutrient absorption, metabolic health)
What we assess

• Amylase

• Lipase

Why it matters
Digestive efficiency influences metabolic control, micronutrient status, and inflammation—often overlooked in standard care.