Total RNA-Seq Starting
at $60 per Sample

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Key Highlights (quick scan):

From $60/sample
10 ng input supported
Up to 99% rRNA depletion
Globin depletion for blood
OmicsWeb Copilot for Bioinformatics

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Still Paying $200+ per Sample for RNA-seq?

Traditional workflows:

$200+ per sample typical cost

~75% of cost from library prep

Up to 80% reads wasted on rRNA

Poly(A) bias misses lncRNA & regulatory RNAs

Result:Fewer replicates. | Smaller studies. | Limited power.

OUR SOLUTION

Our Pricing

10M reads included

Single-end 300–450bp default

Paired-end available on request

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Standard
Samples

Cultured Animal Cells (>30k cells)
Extracted RNA (Mammalian)
For Conc. ≥ 16 ng/μL (min 10 μL)

$60/sample

Specialized
Samples

Specialty and low-concentration RNA (evRNA, etc..)
Biospecimens and clinical samples (whole blood, plasma, serum, PBMC, tissues, FFPE, etc..)
Unusual organisms (plants, octopus, axolotl, ...)

$110/sample

[technology]

BIRT + PERD v3
Sequencing Technology

More usable reads. Lower cost. Broader
transcriptome coverage.

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Reproducibility

BIRT+PERD delivers superior informative gene yield without distorting biological signals. By capturing the biological state during the initial RT stage, it ensures that your data remains a true reflection of the sample, free from library preparation noise.

Eliminate Batch Effects: Early barcoding allows for immediate sample pooling, streamlining the workflow while maintaining high-fidelity results.
High-Fidelity Correlation: DEG patterns align perfectly with gold-standard methods, providing reliable insights even for rare and low-abundance transcripts.

Uncompromised biological accuracy at unprecedented scale.

/ data /

High Quality.
Not Just Low Cost.

Built for real-world samples — not just ideal RNA.

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Q30 Base Rate

>80% industry standard

Mapping Rate

Typical range: 70–85%

Replicate Correlation

rRNA Depletion

Validated across challenging sample types:

FFPEWhole bloodPBMCPlasma / evRNADegraded RNA

/From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever. /From sequencing to biological insight — faster than ever.

[ analysis ]