In silico design
Skip the wet lab and select strong probiotics from genomic data.
DNA lab
Extract and process DNA for whole genome, metagenome and amplicon monitoring. Confirm results with qPCR. Bioinformatics is included.
Data expert
Go from raw data to an auditable scientific report. We match your experimental data with the scientific literature to build and run a research plan that answers your question.
In silico design
Design probiotic formulations from genetic data with our microbiome digital twin. Retrieve the top 0.1 % of leads without a wet lab.
Engraftment
Scan your strain collection and pick the strains, and formulations, that grow in the target conditions.
Biosafety
Detect virulence, antimicrobial resistance and pathogenicity risks before they become a liability.
Impact
Select the treatments that reliably improve the properties you care about: disease control, stress tolerance, yield.
How it works
We build a computational model of your microbiome from genomic data and test candidate treatments in silico before you commit lab time: probiotic strain and consortium selection, and treatment ranking for a given system.
Priced per simulation (), booked in blocks of 1'000; the price per simulation falls with volume, and it is available on every project. Contact us to fit it into your workflow.
| Strain | Growth match | Biosafety | Predicted effect |
|---|---|---|---|
| L. buchneri GD‑041 | 0.92 | Clear | +38 h aerobic stability |
| L. plantarum GD‑007 | 0.84 | Clear | pH −0.6 |
| P. pentosaceus GD‑112 | 0.61 | Clear | lactate ×1.7 |
| E. faecium GD‑019 | 0.33 | Review | : |
Use cases
Medicine
Stratify patients for probiotic response from their microbiome.
Agriculture
Pick the biostimulant combination that improves soil properties.
Clean tech
Design pollutant‑removing consortia that thrive in soil.
Put your microbes to work.
Create a free account and start analysing your data.