Next-generation sequencing (NGS) and spatial technologies are driving breakthroughs in genomics, transcriptomics, and cellular biology. Combined, these methods enable the detection and spatial localization of diverse cell types in tissue, as well as the study of gene networks and transcriptional complexity.
This webinar will highlight innovative studies that integrate NGS with spatial biology, including multiomic analysis in xenotransplant research and new approaches to uncover mouse and human tissue biology.
Attendees will also learn about strategies to overcome barriers in cost, scale, and data complexity while expanding the potential of genomic and spatial methods. Register here!
In this webinar, you’ll learn:
- How NGS and spatial technologies are being combined to study transplant rejection and complications
- Strategies to overcome cost, scale, and data complexity challenges in spatial analysis
- The role of multiomic analysis in advancing xenotransplant research
- Approaches for testing and refining methods to study mouse and human tissue biology
- How these technologies are expanding opportunities to map cell types, gene networks, and transcriptional activity within tissues
Who should attend:
- Researchers in transcriptomics, multiomics, and spatial biology
- Scientists studying transplantation and xenotransplantation
- Cancer, neuroscience, and reproductive biology researchers
- Bioinformaticians analyzing complex datasets
- Core facility directors and lab managers evaluating platforms