Although plate-based fixation-compatible workflows have increased accessibility of single-cell profiling these workflows can still be challenging to use with complex samples.

Current protein profiling methods are limited, offering either high parameter analysis or high-throughput capability, but rarely both simultaneously.

Single cell-omics has transformed our understanding of cellular heterogeneity and cell function.

We utilized our Single Cell Methylation Kit to generate DNA libraries from colon cancer cells.

Throughput of single-cell experiments has not scaled, primarily due to high costs, making single-cell screens and profiling of rare cell populations or large patient cohorts prohibitively expensive.