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Which single-cell RNA-seq method detects more genes in cells with low RNA content?
Thinking about how to improve your next single-cell RNA-seq study? Or are you new to this technique and not sure where to begin? We have the benchmarking study for you.
Single-cell RNA-seq experiments have two major phases: cDNA generation and library preparation. Because our SMART-Seq Single Cell PLUS Kit gives you the tools to do both, we compared it to several other popular methods.
The cDNA-generation component of the kit (SSsc) was compared against the popular homebrew protocol, Smart-seq2 (SS2), and its update, Smart-seq3 (SS3). The library prep component (SSlp) was benchmarked against a commonly used method, Illumina Nextera® XT. We tested several inputs, cultured cells (Panel A), primary cells (Panel B), and whole organ RNA (Panel C). We also checked performance on two widely used liquid handlers, the MANTIS Liquid Dispenser and the mosquito HV. Finally, we analyzed the data using our CogentAP bioinformatics software.
To see exactly how this end-to-end-solution detected more genes while maintaining compatibility with automation and miniaturization, read "Benchmarking single-cell mRNA-sequencing technologies uncovers differences in sensitivity and reproducibility in cell types with low RNA content" in the December issue of the Journal of Biomolecular Techniques.
High-quality, full-length RNA-seq libraries from single cells (e.g., PBMCs) and nuclei.
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