Harnessing technologies such as single-cell RNA-sequencing (scRNA-seq) may enable a better understanding of the cellular and molecular processes that determine the IPF lung phenotype, and lead to the identification of novel, cell type-specific therapies and biomarkers. In this webinar, Dr. Naftali Kaminski of Yale University will describe research that leveraged scRNA-seq to uncover the diversity and complexity of aberrant cellular populations in the IPF lung.

The vast complexities of cancer are characterized by heterogeneity across samples, from tumor cells and tumor microenvironments to therapeutic responses. Elucidating disease mechanisms requires deep understanding of these complexities. Through innovations in single cell sequencing and spatial transcriptomics, solutions from 10x Genomics help researchers investigate the body’s response to tumors, discover tumor-associated mutations, and uncover mechanisms of acquired resistance to therapy. Join us to learn more! This webinar will consist of three 15-20 minute presentations followed by a live Q&A…

Researchers can quickly and efficiently incorporate innovative single technologies into discovery pipelines with automated workflows. Moreover, automation minimizes variability across experiments, users, and sites, providing consistent and reproducible results. Join this webinar to learn how you can get started with single cell analysis using an optimized automation platform to transform your drug discovery pipeline.

A fundamental challenge in biology is precisely linking gene regulatory networks to the gene expression profiles that define unique cell types and states. Explore an innovative approach to gain multiomic insights into biological complexity using a new method that simultaneously profiles gene expression (RNA-seq) and chromatin accessibility (ATAC-seq) from the same single cells. By capturing these two modalities at once, researchers can more deeply characterize complex cell populations, resolve cellular heterogeneity, and discover gene regulatory interactions driving cell differentiation, development,…

In this virtual panel discussion series, we bring together researchers with the goal of fostering scientific creativity and innovation. These discussions are interactive. We encourage you to share your questions as well as your broader concerns, challenges, and bottlenecks related to the discussion topic. Submit your questions when you register, or use the link in your confirmation email, to help build the discussion.

Single cell RNA-seq has proven to be a transformative tool for the discovery of cell types and states, but the transcriptome reflects only one aspect of cellular identity. The next frontier for single cell genomics is 'multi-modal' analysis, where multiple types of measurements are simultaneously collected from individual cells, often in parallel with gene expression. Discover how you can take advantage of cutting-edge single cell approaches with Dr. Rahul Satija of the New York Genome Center as he introduces integrative…