How does the Vitality & Biological Age Assessment work?

The assessment calculates a preliminary biological age indicator and Vitality Index by evaluating multi-system symptom severity across 5 physiological pillars: Metabolic Flexibility, Cellular Energy & Mitochondria, Structural Biomechanics, Environmental Load, and Neuro-Endocrine Stress.

Is my data kept private during the assessment?

Yes. The interactive assessment engine runs entirely client-side in your browser. No personal health information is stored or transmitted without your explicit consent.

Precision Healthspan Assessment

How old is your body on the inside?

"Normal isn't optimal. Average isn't healthy."

What is the Vitality Assessment? An interactive clinical healthspan tool that scores your 5 vital physiological pillars to project biological aging trends and pinpoint targeted lifestyle, metabolic, and cellular priorities.

Chronological age is just a calendar date. Discover your biological age indicator, evaluate your 5 vital healthspan pillars, and project your longevity horizon in 3 minutes.

≈12 Years US Healthspan Gap

5 Pillars Metabolic to Cellular

3 Minutes Clinical Evaluation

Confidential • Based on epigenetic & biomarker modeling • Dr. Paul M. Bekkum, DC, CCEP

Pillar 1 of 5 Baseline & Sleep Architecture

20%

Baseline & Sleep Architecture

We establish your chronological reference and biological recovery baseline.

1. What is your current age?

45 years

2. Biological sex (for metabolic & hormonal calibration)

3. Average nightly restorative sleep

4. Resting Heart Rate (morning baseline)

Metabolic Efficiency & Glycemic Dynamics

Glycemic volatility and mitochondrial fuel partitioning accelerate cellular aging.

5. Post-meal energy stability & afternoon energy

6. Fasting blood sugar & metabolic history

7. Dietary strategy & fasting window

Physical Reserve & Cardiorespiratory Health

VO2 Max and lean muscle mass are the strongest predictors of all-cause healthspan extension.

8. Dedicated resistance / strength training frequency

9. Zone 2 aerobic / mitochondrial cardio volume per week

10. Functional strength, mobility, and joint health

Neuro-Cognitive & Stress Resilience

Chronic sympathetic drive and inflammation degrade cognitive stamina and sleep quality.

11. Mental sharpness, memory & focus

12. Chronic stress & sympathetic burden

13. Hormetic resilience habits (Sauna, Cold Exposure, Breathwork)

Diagnostic Biomarkers & Primary Objective

Identify where your data-driven plan should begin.

14. Advanced biomarker & epigenetic testing history

15. What is your primary healthspan objective?

16. Desired Healthspan Program Commitment

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Synthesizing Your Healthspan Profile

Cross-referencing your inputs with epigenetic biological age and metabolic biomarker models...

⚪ Cardiorespiratory Reserve & VO2 Max Vector

⚪ Glycemic Dynamics & Mitochondrial Efficiency

⚪ Epigenetic DNA Methylation & Biological Age Gap

⚪ Sequencing 1-Change-Per-Week Action Roadmap

Biological Age Calculation

Biological Age 38.5 cellular years

Chronological 45.0 calendar years

-6.5 Years Younger

Outstanding. Your lifestyle and metabolic markers show cellular function of someone significantly younger.

Healthspan Composite Index

84 / 100

Strong Metabolic Reserve

Weighted across 5 physiological systems

Healthspan Horizon

88.4 Projected Vital Years

You are on track to enjoy 14+ more disease-free, active years than the US national average.

5-Pillar Healthspan Radar

Your Score Standard Pop.

Pillar Diagnostics

Targeted focus areas based on your responses:

Interactive BioAge Lab

Biological Age Optimization Simulator

Adjust the clinical intervention levers below to project potential biological age reduction over 6–12 months of structured protocol adherence.

1. Zone 2 Cardio (+150 min/wk) -1.8 yrs

2. Deep Sleep Optimization (7.5h consistent) -1.3 yrs

3. Glycemic Stabilization (No glucose spikes) -1.5 yrs

4. Cellular Health Stack (Mitochondrial support) -1.2 yrs

Projected Optimization

Total Healthspan Gain -5.8 Years

Optimized BioAge Target: 32.7 yrs

Based on clinical research examining VO2 Max improvements, epigenetic clock stabilization, and continuous glucose modulation.

Clinical Roadmap

Your 3 Priority Healthspan Interventions

Sequenced by what matters most for your biology: food first, then movement, sleep, and environment.

Next Step

Review your biology with Dr. Bekkum

Integrix Health reads your genetics, biological age, and symptom burden together — then builds a year-long plan around what your data shows.

Book a Free Discovery Session See How The Method Works

A free 30-minute phone or video session to find out whether this approach fits. Nothing is sold on the call.