Our single-cell RNA sequencing kits are designed to streamline your research process, offering a seamless, efficient, and high-quality solution for single cell resolution analysis.
Singleron’s unique solutions support your research with a broad range of features, from highly specific targeted single-cell sequencing to epigenetic and immune profiling. Utilizing our SCOPE-chip technology, combined with specialized smart solutions, you can effectively tackle your research questions.
Two solutions in one kit for: 72h tissue preservation and efficient tissue dissociation
Discover whole transcriptome profiling at single cell level
For frozen tissue or complex tissue/cells
Easy and efficient immune receptor profiling through sequencing of the V(D)J region
For a deep dive into immune profiling such as isotype and repertoire information.
Customizable! Detect specific variant such as SNVs, fusion genes, viral genes and whole transcriptome from the same single cells
Delineate nascent RNA from long-lasting transcripts
Protein glycosylation detection and whole transcriptome from the same single cells
Specifically designed for microbial samples such as yeast
Combine up to 16 samples to boost throughput and reduce per-sample cost
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.
We never thought we could just send out mouse hearts and get valuable data on neutrophils back.
We performed single cell RNAseq on brain organoid using Singleron’s service, and were able to discover the cell types of interests. I did not imagine that conducting single cell experiments could be made so easy, simply ship my fresh tissue in their buffer, then get fully analyzed results. Thanks to Singleron team for the continuous support.
Singleron has propelled our research with a state-of-the-art pipeline for single-cell transcriptomic analysis providing robust results and fast turn-around-time.
“We have used the single cell and single nuclei sequencing from Singleron in several projects, all focused on human brain organoids. Working with Singleron was a great experience. I am very pleased with the quality and speed of their analysis.”
We worked with Singleron on several scRNAseq projects and were pleasantly surprised to see how well the technology worked on clinical biopsy samples. This type of analysis on tiny biopsies had been very difficult if not impossible to do in the past, due to the loss of cells and cell viability during transport. Singleron was very helpful in discussing and optimizing all steps from sample preparation via extraction to analysis. We highly recommend Singleron as a versatile and also cost-effective solution for your scRNAseq projects.
Singleron excelled in our benchmarking experiments delivering outstanding results, and providing the perfect framework for our project.
Working with Singleron was a great experience. With their combination of single cell RNAseq and custom bioinformatics, they greatly sped up the project timeline. Our latest project just got accepted in Nature Cancer and I am looking forward to upcoming projects!
Quick and supportive technical assistance as well as management of services. I was extremely satisfied with the performance and Project Managers’ support.
We offer single cell analysis services. Ship your samples and receive publication-ready data in no time.
Our end-to-end single cell analysis services range from project consultation, tissue dissociation and/or nuclei isolation, multi-omics analysis, sequencing, and data analysis for researchers and pharma partners.
Start your single cell journey today! Contact us for a quote or assistance in planning your next experiment.