Measuring the Rate of Biological Aging

A patented LC-MS diagnostic kit based on protein deamidation kinetics.

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Biological Aging Measurement
Protein Deamidation

WHAT WE MEASURE

Protein Deamidation as a Molecular Clock

  • Protein deamidation serves as an abstract molecular clock that tracks biological aging processes at the cellular level.
  • This biomarker provides countless insights into the rate at which biological damage accumulates over time.
  • By measuring deamidation kinetics, we can quantify the speed of biological aging independent of chronological age.

HOW IT WORKS

How It Works

Our diagnostic process utilizes advanced LC-MS technology to measure protein deamidation rates, providing precise and actionable insights into biological aging progression.

Biological Aging Rate

WHY BIOLOGICAL AGING RATE

Chronological Age ≠ Biological Aging Rate

Traditional chronological age tells us how many years have passed, but it doesn't reveal how fast our bodies are actually aging. Biological aging rate measures the speed of molecular deterioration, providing a more accurate predictor of health outcomes and enabling personalized interventions to slow the aging process.

Measuring How Fast Biology Changes

Argeron Medical develops patented LC-MS diagnostic kits that measure biological aging rate, combined with an optional AI-based clinical decision support platform.

Our technology is designed to answer a fundamentally different question: not how old biology is — but how fast it is changing.

What We Do — In One Clear Structure

1️⃣ Measure Biological Aging Rate

Argeron has developed a patented diagnostic kit that directly measures biological aging rate using LC-MS–based protein analysis.

  • The kit works independently of artificial intelligence
  • Measurements are generated locally by hospitals and laboratories
  • Results are clinically interpretable on their own

Explore the biological aging rate diagnostic kit

2️⃣ Understand What Aging Rate Really Means

Biological aging rate is not the same as biological age.

It captures the speed and direction of biological change over time, enabling:

  • Early detection of accelerated aging
  • Longitudinal monitoring
  • Risk assessment before disease onset

Learn more: What Is Biological Aging Rate?

3️⃣ Built on a Robust Molecular Signal

At the core of the diagnostic kit lies protein deamidation kinetics — a chemically irreversible process that accumulates progressively with time and molecular stress.

This makes it a stable and reliable molecular basis for rate-based aging measurement, rather than static estimation.

Learn more: Protein Deamidation as an Aging Biomarker

4️⃣ A Distinct Approach from Epigenetic Clocks

Most aging tools estimate biological age. Argeron measures biological aging rate. These are complementary but fundamentally different dimensions of aging biology, with different clinical implications.

Learn more: Argeron BioAgeCheck® vs Epigenetic Clocks

5️⃣ Optional AI for Global Reference-Based Insight

While the diagnostic kit functions independently, users may optionally upload results to Argeron’s AI-based clinical decision support platform.

The AI:

  • Does not measure aging rate
  • Does not generate diagnoses
  • Provides reference-based, contextual interpretation
  • Enables comparison against aggregated clinical datasets

This architecture allows local diagnostics to benefit from globally informed analytical insight, without compromising clinical autonomy.

Learn more: The AI Decision Support Platform

A Modular, Scalable Diagnostic Architecture

Argeron’s system is intentionally modular:

  • Diagnostic truth is generated locally by the kit
  • Interpretation depth scales through optional AI support
  • Global learning emerges from aggregated reference data

This design ensures:

  • Regulatory clarity
  • Scientific transparency
  • Global scalability

Who This Is For

Hospitals & Clinical Laboratories
Measuring and monitoring biological aging dynamics

Researchers
Studying aging trajectories and intervention effects

Industry & Platform Partners
Extending LC-MS diagnostics into decision-support workflows

In Summary

• We measure biological aging rate, not just age
• We do so with a patented LC-MS diagnostic kit
• The kit works without AI
• AI is used only for decision support and reference intelligence
• The result is a clinically grounded, globally scalable aging diagnostics platform

Local measurement.
Global understanding.