IBB Core Facilities Educational Seminar
"See Biology in New Ways with Single Cell and Spatial Technologies" - Featuring 10x Genomics
Ryan Mote
Senior Science and Technology Advisor
10x Genomics
Building a complete understanding of the vast complexities of biology, from single cells to tissues and beyond, requires multiomic approaches. 10x Genomics, provides single cell, spatial, and in situ technologies that fuel scientific discoveries and drive exponential progress. Uncover molecular insights, dissect cell-type differences, detect novel cell subtypes and biomarkers, define gene regulatory interactions, and decipher spatial gene expression patterns. Join this seminar to explore how this spectrum of innovation can advance your research.
Register here to attend. Lunch will be available for registered attendees.
New Products Featured:
Chromium GEM-X Single Cell Assays: Reveal more accurate, comprehensive views of biology using the next generation of single cell, powered by GEM-X. This advanced technology brings incredible performance improvements to our tried-and-tested 3’ and 5’ workflows, including multiomic immune profiling capabilities. Achieve higher success rates with a two-fold increase in sensitivity, up to 50% lower sequencing costs, cell capture efficiency of up to 80%, and a two-fold reduction in multiplet rates. Further maximize insights into immune complexity and function with improved V-J matching of full-length receptor sequences.
Visium HD: Pair powerful whole transcriptome spatial gene expression with single cell–scale resolution to discover the unique biology in every micron of tissue and obtain best-in-class data with the simple-to-run CytAssist-enabled workflow.
Xenium Multimodal Segmentation, 5K, and In-line Protein: Have more confidence in cell segmentation than ever with a multimodal segmentation approach that takes advantage of cell boundary, interior, and nuclear staining to allow for improved cell calling. Upcoming platform developments include an increased breadth of RNA target investigation with 5,000-plex gene panels for mouse and human tissue, and in-line multiplex protein detection for even greater biological insights.
