Researchers perform CRISPR screening to study how genetic perturbations affect cellular gene expression phenotypes, but traditional pooled or arrayed CRISPR screening workflows are inherently time consuming, complicated, and produce limited data. Single cell CRISPR screens that are time efficient and scalable have the potential to revolutionize functional genomics.
Download this infographic from 10x Genomics to learn how advances in single cell CRISPR screening allow researchers to quickly and reliably collect single cell functional genomic data.
