Biological complexity is often masked by bulk sequencing and microarray techniques, which provide an average snapshot of how cells work. In contrast, single-cell sequencing technology allows researchers to more fully characterize tissue heterogeneity, identify rare cell types, and dissect molecular mechanisms. The high level of single-cell resolution leads to groundbreaking insights across applications, including gene and protein expression investigation, immune phenotyping, CRISPR perturbation analysis, and open chromatin mapping.
Download this guide from 10x Genomics to learn about choosing the right single-cell assay for different applications and discover intuitive workflows from sample preparation to data analysis.
