Agriculture Grants

Concert Bio Reports Independent Validation of Microbial Candidates for Hydroponic Tomato Yield Gains

Concert Bio's microbial product candidates showed up to +15.2% yield improvement in hydroponic tomato production during independent trials.

Key Takeaways

  • Concert Bio’s microbial product candidates showed up to +15.2% yield improvement in hydroponic tomato production during independent trials.
  • The trial, conducted by UK-based research group Fyto, tested four candidates on Balconi F1 tomatoes grown in coco coir.
  • Two candidates demonstrated strong and consistent yield benefits without compromising fruit quality.
  • These products are developed using Concert Bio’s AI-powered microbiome discovery platform.
  • Additional commercial trials are now underway in the UK and Netherlands, with further testing in cucumbers also showing promising results.

Concert Bio’s Hydroponic Tomato Biostimulants Validated by Independent Research

Concert Bio, a biotech company focused on microbial solutions for controlled environment agriculture, has announced the results of an independent trial validating the performance of its microbial product candidates in hydroponic tomato production. The study was conducted in partnership with Fyto, a UK-based independent agricultural research organization.

The tested candidates were derived from Concert Bio’s proprietary AI-driven plant microbiome platform, which leverages greenhouse-specific plant-microbiome data to develop microbial formulations targeted at enhancing crop yield in hydroponic systems.

“These findings strongly support the impact of our AI-discovered microbial treatments in high-value, commercial greenhouse production systems,” said the company.


Concert Bio’s Candidate 2 Achieves Over 15% Yield Increase

In the trial, four microbial product candidates were applied to Balconi F1 tomato plants grown in coco coir. The standout result came from Candidate 2, which delivered a +15.2% increase in total fresh fruit yield, a significant gain in commercial greenhouse environments where even a 1–5% improvement is considered meaningful.

Candidate Yield Impact Notes
Candidate 2 +15.2% Most significant overall yield improvement
Candidate 3 +6.4% Consistent performance
Candidate 4 Positive early-season Reduced yield in later harvests
Candidate 1 Control/reference Baseline

Importantly, Brix levels remained stable, confirming that the treatments did not compromise fruit quality.


Platform Success Expands to Cucumbers, New Trials Underway

Beyond tomatoes, Concert Bio has also seen success in cucumber production, with both in-house and independent testing confirming notable yield gains. These results underline the broader potential of the company’s microbial platform across multiple vine crops.

Concert Bio is now:

  • Conducting commercial trials in the UK and Netherlands
  • Testing next-generation product candidates derived from newly trained AI models
  • Expanding its microbial library and platform capability for hydroponic and greenhouse environments

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