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Laboratory results that make sense

We connect biomarkers, scientific evidence and clinical practice so you can understand your body and make decisions that support your health today and in the future.

Science and dataA clear plan
Metabolic index82/100
Biological age54years
Chronological age 61
Inflammatory markersLow
A clear plan

Connections

We connect laboratory results into a complete picture of your metabolic health.

Trends

We track changes over time to reveal direction, improvement or an early warning.

Evidence

We rely on clinical and scientific data and assess their strength and relevance.

Analytical framework + expert interpretation

MLL-IBA connects data and computational models. Expert interpretation identifies the important relationships and priorities.

Metabolic health in context

One number never tells the whole story

Biomarkers communicate with each other. Understanding their relationships reveals causes, not just consequences, and supports better decisions.

Explore biomarkers
A longer life is not an accident. It is the result of everyday decisions.

First the data. Then the connections. Only then the decision.

01 Data

We start with laboratory results and information from the health questionnaire.

02 Connections

We assess biomarkers in relation to each other, not only against reference ranges.

03 Interpretation

We look for metabolic patterns, deviations and areas that deserve attention.

04 Priorities

The result is a clear overview and priorities for further decisions.

The goal is not to create another number. The goal is to name the priorities.

How we assess scientific evidence

Stronger evidence

Stronger evidence

Randomised trials and meta-analyses with consistent results.

Emerging evidence

Emerging evidence

Quality observational studies pointing in a promising direction.

Mechanistic findings

Mechanistic findings

Laboratory and mechanistic studies explaining biological processes.

Personally prepared analysis

Laboratory results that make sense

MLL-IBA

Integrated analysis of blood biomarkers in context.

First the data. Then the connections. Only then the decision.
  • Comprehensive analysis of 40+ biomarkers
  • We identify patterns, not isolated numbers
  • Practical priorities for next steps
  • We track progress over time
Learn more about MLL-IBA →
Analysis date12. 5. 2024 Chronological age55 years SexMale
Metabolic score
82/100

Above the average for your age group (50–59 years)

Good

Your metabolic health is better than 68% of people in your age group.

Biological age
49years

Chronological age: 55 years

↓ 6 yearsimprovement
Six areas of metabolic health
Glucose and insulin
78/100
Attention ↓ 3 since last measurement
Lipids and vessels
84/100
Good ↑ 5 since last measurement
Inflammation
91/100
Excellent ↑ 2 since last measurement
Liver & kidneys
86/100
Good ↑ 6 since last measurement
Thyroid & hormones
74/100
Attention ↓ 2 since last measurement
Vitamins & minerals
80/100
Good ↑ 6 since last measurement
0–59 Attention60–79 Average80–100 Good
Your 3 main priorities
1
Insulin sensitivity

Improve insulin sensitivity and glucose stability.

HIGH PRIORITY
2
ApoB & atherogenic lipoproteins

Optimize the lipid profile and reduce cardiovascular risk.

HIGH PRIORITY
3
Vitamin D

Address vitamin D status according to individual context.

MEDIUM PRIORITY

↗ Detailed recommendations are included in the final report.

Key biomarkers View all →
BiomarkerYour valueReference intervalChangevs. 11/2023
ApoB0,96 g/l< 1,00↓ 0,10
HbA1c5,3 %4,0 – 5,6↓ 0,2 %
Fasting insulin7,2 µIU/ml2,6 – 24,9↓ 1,8
hs-CRP0,8 mg/l< 1,0↓ 0,6
Triglycerides1,01 mmol/l< 1,70↓ 0,25
Vitamin D (25-OH)68 ng/ml30 – 100↑ 8
GGT19 U/l10 – 60↓ 6

ⓘ Reference intervals may vary by laboratory.

About the project

About Metabolic Longevity Lab

Metabolic Longevity Lab is an expert educational and analytical project focused on metabolic health, laboratory results, prevention and healthy ageing.

Its goal is to help people understand their own results and see them in context — not merely as individual numbers labelled “within range” or “outside range”.

Why individual values are not enough

A laboratory result gains real meaning only in context. Its relationship with other biomarkers, changes over time, health status, medication, diet, movement and overall lifestyle all matter.

A glucose value alone, for example, may not adequately describe metabolic health. A clearer picture may emerge only when it is connected with insulin, HbA1c, triglycerides, waist circumference and other indicators.

A result within the reference range also does not automatically mean that the value is optimal for a person’s age, health status and other results.

We therefore do not assess biomarkers in isolation. We look for connections, evaluate their shared development and identify areas that deserve closer attention.

Who is behind the project

The project was founded by Peter Gregor, a certified nutrition advisor and author of AkoNestarnut.sk.

His long-term focus includes metabolic health, low-carb nutrition, intermittent fasting, laboratory biomarkers, prevention of chronic disease and the science of healthy ageing.

Metabolic Longevity Lab builds on this work through deeper interpretation of results, expert connections and practical prevention.

Personal consultation

You have the results. Now let us understand them.

Together we will review your laboratory values, their connections and sensible next steps.

Book a consultation →Telephone explanation is a separate service