Databiomix provides a cloud‑based, end‑to‑end bioinformatics service that automates high‑resolution microbiome profiling, complete bacterial genome assembly, and strain‑specific qPCR primer design. Their platforms deliver species‑level taxonomic insights, circularized genome annotations, and actionable biomarkers with fast turnaround and expert interpretation for clinical, biopharma, nutrition, food safety, and environmental applications.
Funding
Funding not disclosed
Founders
Product
Problem
Researchers and companies need high‑resolution microbiome and microbial genomics data but lack the bioinformatics expertise, infrastructure, and validated pipelines to turn raw sequencing reads into reliable, species‑level biomarkers and complete bacterial genome assemblies.
Solution
Databiomix offers an end‑to‑end, cloud‑based bioinformatics service that automates the analysis of 16S rRNA metagenomics, whole‑genome sequencing, and strain‑specific qPCR primer design. Their MICROBIOMICS platform delivers species‑resolution microbiota profiling and biomarker discovery, while the MICROBIAL GENOMICS platform produces circularized, annotated bacterial genomes from a single long‑read run. An additional PRIMER DESIGN tool creates highly specific qPCR assays for strain tracking and engraftment studies. The service includes study design assistance, data processing, and expert interpretation, providing fast, cost‑efficient, and reproducible results for clinical, pharmaceutical, nutrition, food safety, and environmental applications.
Target Audience
Primary customers are biopharmaceutical companies, clinical and academic research groups, nutrition and food safety developers, and veterinary or environmental surveillance teams that require high‑quality microbiome profiling, bacterial genome assembly, or strain‑tracking assays.
Features
- Automated, validated pipelines for 16S rRNA metabarcoding that achieve species‑level taxonomic resolution
- Single‑run long‑read sequencing workflow that generates complete, circular bacterial genome assemblies with annotation and strain‑risk assessment
- Integrated pangenomic comparison and sequence typing for pathogen surveillance and GRAS/NDIN regulatory submissions
- Fully automated strain‑specific qPCR primer design with built‑in checks for sensitivity, specificity, melting temperature, and dimer formation
- Cloud‑scalable, parallelized computing infrastructure delivering fast turnaround times and reproducible results
- Comprehensive reporting and expert interpretation covering study design, data quality, and actionable insights
- Support for multiple sectors (clinical diagnostics, biopharma R&D, nutrition, food safety, veterinary, environmental monitoring)