Our mission
XPseq Analytics accelerates scientific breakthroughs by providing rapid and user-friendly RNA-seq gene expression analysis, enabling researchers to focus on their discoveries. Our ExpressoSeq service bridges the gap between RT-qPCR and RNA-seq, offering the speed and ease of use of RT-qPCR with the comprehensive power of whole-transcriptome analysis.
Our benefits
Simplicity - whole-transcriptome gene expression analysis made easy: Designed with simplicity in mind, our pipeline takes care of all technical details from sample quality control to publication ready figures. Making our ExpressoSeq service as user-friendly as an RT-qPCR, allows you to unlock the vast potential of whole-transcriptome gene expression analysis, while leveraging your existing knowledge and skills.
Easy shipping - no dry-ice needed: Mix your RNA samples with one of the commercially available RNA stabilization solutions and ship them at room temperature with normal mail or an overnight courier service. In addition, we offer a free early morning pick-up service for our local customers in Innsbruck (Austria).
Speed - sample arrival to publication ready results in just a few days: Our ExpressoSeq service is streamlined to provide results in time for your next experiment. Save valuable time and effort with our typical turn-around time of 5-6 business-days. Due to easy low-cost shipping, it if even possible to send your samples one replicate at a time.
Economical - no need to pay a premium for rapid analysis: Our service is designed with your budget in mind, allowing us to offer a price similar to classical RNA-seq gene expression analysis. In addition, there is no need for dry-ice shipping, saving you even more money. Our fast turn-around times make additional preliminary analysis redundant.
Expert support - direct contact with PhD level application specialist: Whole-transcriptome gene expression analysis doesn't have to be daunting. We are ready to help you!
Service Specifications
ExpressoSeq - Rapid RNA-Seq Gene Expression Analysis
Accelerate your research with ExpressoSeq, our high-speed
RNA-seq gene expression analysis service. Need to characterize
your samples or study the impact of a treatment on gene
expression? ExpressoSeq delivers unparalleled speed and
reliable results, empowering you to make faster discoveries.
We guarantee a 10-business-day turnaround time from
sample arrival at our facility to data delivery, or the fee for
this service will be waived.
This service is limited to research use only,
we do not provide diagnostic services.
Sample requirements
- 1 µg of high-quality, isolated total RNA (please contact us to discuss options for low-input or low-quality samples)
Sample shipment
- Mix your samples with a RNA stabilizing reagent
- Our recommendation: DNA/RNA Shield 2X Concentrate (Zymo Research R1200-25)
- Overnight shipment at room temperature with a courier service or normal mail
- For our local customers in Innsbruck (Austria): Free early morning pickup
Detailed service description
- mRNA enrichment/reverse transcription (oligo-dT based)
- Oxford Nanopore-based cDNA sequencing of 3' transcript ends
- Median read length of 300 bases or longer, with no reads shorter than 100 bases
- Sequencing depth according to your requirements
Analysis output
- Publication ready graphs and heatmaps
- Quantification of all detectable genes as excel files
- Results from statistical analysis/differential gene expression as excel files
- Publication ready description of the service for your Materials & Methods section
- Raw data
- FASTQ files containing raw sequence data.
- BAM files aligned to your specified reference genome
Data delivery
- Typically within 5-6 business-days after sample arrival (guaranteed within 10 business-days)
- Secure and fast data delivery via download from cloud-based servers
Contact us
Send us an email to office@xpseq-analytics.com with a brief description of your project and a PhD level application specialist will get in touch with you.
Please include the following information:
- From which species are your samples?
- How many samples do you want to analyze and how are they organized into groups/treatments/conditions?
- Are there any biological hazards associated with your samples?