Foundational
Advanced
Diagnostics &
Testing
Before any protocol begins, we map what is happening internally at the deepest level.
Overview
We look beyond standard labs - building a precise picture of your biology before any protocol begins.
Every protocol at Eterna starts here. More than 600 biomarkers are mapped across hormones, metabolic function, lipids, inflammation, vitamins, minerals, organ function, genetics, and toxic burden.
Before advanced intervention, we establish a baseline clear enough to measure change, expose risk early, and understand your internal terrain. Treatment is not guessed. It is calibrated against your own biology.
Approach
Your data becomes your blueprint - calibrated to your needs and refined over time.
Your data becomes the architecture for everything that follows: regenerative therapies, peptides, supplementation, lifestyle structure, and long-term monitoring.
Genetic predisposition, biological age, metabolic resilience, cardiovascular risk, and toxic burden are read together - not as isolated numbers, but as a living system.
Precision
600+ biomarkers. One complete picture.
Comprehensive bloodwork reveals the signals that matter before symptoms become fixed patterns: hormonal decline, metabolic strain, inflammatory load, nutritional gaps, and organ stress.
Diagnostic capabilities
600+ Biomarker Panels
Comprehensive bloodwork covering hormones, metabolics, lipids, inflammatory markers, vitamins, minerals, and organ function.
Genetic Predisposition Screening
Identify inherited risk factors for cardiovascular disease, neurodegenerative conditions, and metabolic disorders.
Metabolic & Hormonal Profiling
Detailed mapping of metabolic rate, insulin sensitivity, thyroid function, and hormonal balance.
Cardiovascular Risk Assessment
Advanced cardiac biomarkers, lipoprotein fractionation, and vascular health indicators.
Total Tox Burden Analysis
Measure heavy metals, environmental toxins, and cellular waste - establishing a clear baseline.
Biological Age Testing
Telomere length analysis and epigenetic age markers to determine true biological age.
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