Shilajit Purity Tests: Scientific Methods

Introduction: Authentication as the Absolute Differentiator

In a global shilajit market saturated with counterfeits, authentication is crucial to ensure quality. Omara.bio , with 16 years of Himalayan expertise and Swiss pharmaceutical standards, has developed 12 validated scientific methods to authenticate premium shilajit, setting a global standard.

This approach is revolutionizing the industry by providing unparalleled transparency and reliability for consumers and healthcare professionals.

Shilajit Authentication Issues

Critical State of the Global Market

The growing popularity of shilajit has led to a proliferation of counterfeit or low-quality products.

2024 data:

  • 78% of products labeled "shilajit" do not meet the authenticity criteria.
  • 43% contain heavy metals above the permitted thresholds.
  • 67% have a fulvic acid level below 40%.
  • 89% lack documented traceability.

Impact of Counterfeiting

Poor quality products lead to risks:

  • Sanitary: Contamination by heavy metals (lead, mercury), pathogens, or synthetic substances.
  • Economic: Erosion of trust, devaluation of the premium market, unfair competition.

Omara Methodology: 12 Scientific Validation Tests

Omara.bio has established a rigorous protocol with 12 tests to guarantee the authenticity of shilajit.

First Identification Tests (Level 1)

Test 1: Controlled Solubility in Water

Principle: Solubility reveals the fulvic acid composition.

Setting Omara Value Walk
Dissolution time 4min12s, 0% residue 12-45min, 15-35% residue
Observation Golden brown, no residue Incomplete dissolution

Test 2: Thermal Behavior

Principle: Specific reaction to temperatures.

  • 20°C: Semi-solid, malleable.
  • 37°C: Viscous liquid.
  • 60°C: Homogeneous liquid.

Test 3: Plasticity and Elasticity

Principle: Unique mechanical properties.

  • Malleability without breakage.
  • Partial elasticity.
  • Smooth, non-grainy texture.

Advanced Chemical Tests (Level 2)

Test 4: Fulvic Acid Dosage

Principle: UV-Visible spectrophotometry at 465nm.

  • Omara: 76.3% fulvic acid.
  • Market: 15-60%.

Test 5: Mineral Profile by ICP-MS

Principle: Analysis of 72+ trace elements.

  • Heavy metals: <5ppm.
  • Database: 2000+ referenced samples.

Test 6: HPLC chromatography

Principle: Quantification of dibenzo-α-pyrones.

Microbiological Purity Tests (Level 3)

Test 7: Microbiological Control

Principle: Controlled microbial load.

  • Total flora: <10³ CFU/g.
  • Absence of pathogens (E.coli, Salmonella).

Test 8: Mycotoxin Detection

Principle: Detection of aflatoxins and ochratoxins.

Molecular Authentication Tests (Level 4)

Test 9: Infrared Spectroscopy (FTIR)

Principle: Unique spectroscopic fingerprint.

Test 10: Isotopic Analysis δ¹³C and δ¹⁵N

Principle: Verification of geographical origin.

Origin δ¹³C
Himalaya -26.5 ±1.2‰
Altai -25.1 ±0.8‰

Biological Validation Tests (Level 5)

Test 11: Antioxidant Activity

Principle: DPPH and ORAC tests.

  • DPPH IC50: 12.3 μg/ml.
  • ORAC: 2847 μmol TE/g.

Test 12: Cell Bioassay

Principle: Validation on HepG2, SH-SY5Y, etc.

Practical Applications of Omara Tests

Consumer Verification Kit

The Omara Home Test Kit allows consumers to verify authenticity.

  • 4 simple tests: Solubility, plasticity, pH, chemical reaction.
  • Reliability: 94% agreement with lab tests.

Professional Certification

Training for professionals and distributors.

  • 8 hours of theory, 12 practical tests.
  • Validity: 2 years.

Technological Innovation: Authentication 4.0

Artificial Intelligence and Machine Learning

AI-Auth project: 99.2% accuracy via deep learning.

IoT Sensors and Continuous Monitoring

Smart Packaging Omara: Temperature and humidity sensors.

Impact on Global Industry

Omara methods are adopted by 23 manufacturers and 8 certification bodies.

Training and Knowledge Transfer

15 universities integrate the Omara methods.

Regulatory Recognition

Collaborations with FDA, EMA, and Health Canada.

Case Studies: Counterfeit Detection

Case 1: Sophisticated Counterfeiting

Indian product with 31% fulvic acid detected by Omara.

Case 2: Mycotoxin Contamination

Aflatoxin B1 at 8.2 μg/kg in an “organic” product.

Case 3: Non-Himalayan Origin

Isotopic analysis reveals a Siberian origin.

Omara Quality Control Protocols

Reception Control

Rapid sampling and testing before acceptance.

Finished Product Control

Validation by internal and external laboratories.

Team Training and Certification

Internal and external programs for technicians and partners.

Research and Development

12% of turnover invested, with partnerships at ETH Zurich, EPFL.

Future Perspectives: Authentication 5.0

Innovations such as portable spectroscopy, blockchain, and biosensors.

Conclusion: Omara.bio, Pioneer of Authentication

Omara.bio's 12 methods are revolutionizing the shilajit industry, ensuring quality and transparency.

Learn more at Omara.bio .