Ready for your all-in-one single cell sequencing solution?

Services: Our One-Stop-Shop

From sample to publication-ready single cell data.
We are your trusted partner!

Singleron Service is trusted by research and pharma customers worldwide, leading to high impact publications, accelerating scientific discoveries.

Service Highlights

Ready for your One-Stop-Shop single cell sequencing solution? We are proud to maximize the value of your precious samples by generating highest quality data and advanced bioinformatics solutions. Our end-to-end services include project consultation, tissue dissociation, nuclei isolation, multi-omics analysis, sequencing, and data analysis for researchers and pharma partners.

Why Choose Singleron's Service Expertise?

600,000,000+

single cells sequenced

7 weeks

turn-around-time – and often much faster

>2900

customers in more than 10 countries

1490+

different sample types were analyzed in Singleron labs

>200

customer publications

5 out of 10

top global pharma companies collaborated with Singleron

How does single cell analysis service work?

Determine your ideal setup! Choose our complete service package from sample to publication-ready single cell data. – Or a hybrid mix-and-match option, tailored to your research needs.

Your personal project manager supports coordination of shipment of fresh or frozen samples whilst keeping you informed on project status and results.

After your samples arrive at one of our service laboratories (Cologne, Germany | Singapore | Michigan, US | Nanjing & Shizou, China), we perform tissue dissociation and optional nuclei isolation.
In accordance with your specific research question, nucleic acids are isolated and barcoded for multi-omics library generation at single cell resolution. After passing QC criteria, libraries are sequenced.

Includes a detailed report for every sample:

  • QC criteria
  • Raw data as gene expression matrix
  • Publication-ready graphs of your data

Choose the advanced data analysis package for in depth and customized bioinformatics support.

Single Cell Analysis Services

Single Cell Analysis

Analyze the transcriptome of fresh samples at single cell resolution

Single Nucleus Analysis

Particularly suited for frozen samples or complex and large cells.

Immune profiling

Easy and efficient immune receptor profiling through sequencing of the V(D)J region.

Targeted Variant Detection

Interested in specific sequences? Anything is possible with this customizable service. Detect mutations, fusion genes, and viral sequences.

Glycosylation Discovery

Simultaneous detection and quantification of cell surface glycosylation and the entire transcriptome at a single-cell resolution.

CRO | Biopharma

We partner with biopharma companies to run and analyze large experiments including clinical trials.

Bioinformatics Services

Advanced bioinformatics support for customized and in depths data analysis.

eQTL Services

Receive high impact data through computational discovery of connections between genetic variations and specific traits.

Our Service Labs

Customer Stories

The ability to preserve cells for up to three days allows sample collection away from the processing laboratory. It also provides the opportunity to justify the use of single cell analysis for diagnosis. Thus, with these three extra days, we can at least perform a histologic analysis that can help us to select the samples for single-cell RNA sequencing. We have received an extremely high and a very unusually intensive level of support from Singleron in transferring single cell technologies to our sample specifications.

Prof. Dr. rer. nat. Margarete Odenthal Laboratory of Translational Pathology University of Cologne

We never thought we could just send out mouse hearts and get valuable data on neutrophils back.

Dr. Bartolo Ferraro Institute of Cardiovascular Physiology and Pathophysiology, Biomedical Center (BMC) LMU Munich

Downloads

Book a free consultation

Book a free consultation

Start your single cell journey today!
Contact us for a free consultation on your next single cell project.