Accessible Multiplexing for Gene Expression Assays

Generating reliable, high-quality single-cell data alongside being cost-effective is equally important at all phases and scales of research. This webinar will explore a new single-cell solution, designed to deliver superior performance at more affordable prices. You’ll learn about the benefits of easy on-chip multiplexing with gene expression assays and how this can be applied to even small-scale studies. Our speakers will also outline the eased technical restrictions with lower cell inputs for multiplexing limited samples and the unmatched cell capture rates, sensitivity and high reproducibility, so you can confidently scale your research without compromising on data quality. • Explore a new single-cell solution designed to deliver superior performance at more affordable prices • Learn about the benefits of easy on-chip multiplexing with gene expression assays • Discover how to achieve unmatched cell capture rates, sensitivity and high reproducibility without compromising on data quality Jessica Terry, PhD. Principal Scientist, Molecular Biology Dr. Jessica Terry is a principal scientist in the molecular biology group at 10x Genomics. Jessica received her undergraduate degree in forensic science and holds a PhD in analytical chemistry from Deakin University, Australia. Jessica has been with 10x Genomics for over 10 years, where she played integral roles in product development and systems integration. Angela Churchill, PhD Product Marketing Manager, Single Cell Applications Dr. Angela Churchill is a product marketing manager for single cell applications at 10x Genomics. In her academic career, Angela studied polycystic kidney disease using stem cell-derived kidney organoids as a post-doc at the University of Washington and investigated the role of transcription factors during pancreas development as a graduate student at Columbia University.