Advancing
RNAseq
Innovation
Biostate AI's platform connects samples, data, and clinical decisions — making precision health scalable, accessible, and actionable through low-cost sequencing and autonomous AI scientists.
[ pricing ]
What types of RNA sequencing samples do we handle?
Standard Samples
Cultured animal cells with >30,000 cells- Extracted RNA from Mammalian samples
- The Conc. ≥ 16 ng/μL (min 10 μl)
Specialty Samples
- Specialty and low-concentration RNA (evRNA, cfRNA)
- Biospecimens and clinical samples (whole blood, plasma, serum, PBMC, tissues, FFPE)
- Unusual organisms (plants, octopus, axolotl, ...)
- Degraded RNA (RIN number between 2 and 7)
BIRT
[ technology ]
Affordable and Scalable RNA Sequencing Platform
Biostate has developed an innovative solution that integrates two proprietary technologies: BIRT (Barcode-Integrated Reverse Transcription) for sample multiplexing and PERD (Probes for Excess RNA Depletion) for non-enzymatic depletion of ribosomal RNA.
10× more affordable
10× less input
[ about ]
Efficient, Scalable, and Reproducible RNA Sequencing
BIRT simplifies RNA sequencing through a unified barcoding and amplification process — replacing complex, multi-step library preparation with a faster, more reliable workflow.
It reduces reagent use, shortens turnaround time, and ensures consistent high-quality data across large sample sets.
10× lower cost and 90% less RNA input — without compromising accuracy or reproducibility.
[ about ]
High Reproducibility and Superior Data Quality
Validated across hundreds of samples with consistent, high-fidelity performance.
High Reproducibility Across Barcodes
Each point represents gene expression from replicate samples — tightly aligned along the diagonal line, confirming reproducible results across runs.
Result: Correlation > 0.98 between replicates.
Superior Transcriptome Coverage
Compared with conventional RNA sequencing, BIRT + PERD detects a higher number of expressed genes from the same RNA input.
Result: ~15% increase in gene detection per sample.
[ technology ]
PERD
Probes for Excess RNA Depletion
rRNA depletion without enzymes
PERD removes high-abundance RNA species while preserving rare transcripts, improving signal clarity and reproducibility
