Unleash the Power of Metagenomics

A Powerful Tool in Modern Food Quality & Safety

The use of classical microbiology in food safety and quality assurance has its limitations as it doesn’t allow for an accurate understanding of all the genus and bacterial species present.

Metagenomics is the application of genomic technologies and bioinformatics tools to analyze the microbiome of complex matrices all along the food supply chain but without the limitations associated with isolation and pre-cultivation of individual species.

Foodborne pathogens remain a major worldwide hazard and being able to predict the intended and unintended effect of microorganisms in food can make a product more dependable and effectively monitor and prevent any brand-damaging recalls.

The use and application of Metagenomics in the Food Industry is very diverse and it ranges from food safety and quality control, to optimization of fermentation processes and determining the composition of supplements (probiotics).

Sample handling, sequencing and data analysis are key when it comes to providing an accurate metagenomics analysis.  With more than 20 years of experience in the industry, FoodChain ID has the knowledge and expertise to not only deliver the data but also analyze your samples based on your specific objectives.

Applications of Metagenomics Analysis

Food Spoilage

Incident Investigation & Resolution

Management of Food Quality & Processing

Shelf-life Extension

Optimize Storage Conditions

Microbiome Quality Control

The FoodChain ID Advantage
  1. Proprietary DNA extraction and exclusion techniques
  2. ISO 17025 accredited laboratory
  3. Fastest Turn Around Time in the Industry
  4. Consistently accurate and reliable results
Exclusion Techniques in Metagenomics

Many laboratories perform exclusion of specific bacteria during the bio-informatic steps.  This methodology may not reliably reflect the relative proportion of microorganisms.

At FoodChain ID exclusion is performed during the amplification step.

Exclusion at the DNA level – Advantages
    • Exclusion of non-viable cells provides a more accurate picture of the remaining viable cells and the potential functional impact of the resulting microflora
    • Better suited to highlight the microbial under-population that may cause problems in the product if they meet their growth conditions during storage
    • Highly valuable when studying the viable microorganisms following processing or a kill step (such as heating or high pressure processing)

Metagenomics Analysis: A powerful tool in modern food safety