Join us for a comprehensive training webinar on our new plate-based Flex single cell assay to scale your experiments without compromising data quality or budget. This session will equip you with the technical knowledge to master the plate-based Flex chemistry and workflow.
Whether you are working with fresh, frozen, or FFPE tissues, our plate-based Flex offers unparalleled adaptability. In this webinar, our experts will guide you through the complete experimental journey, demonstrating how to profile up to 1 million cells per chip lane and multiplex up to 384 samples.
Key learning objectives
- Assay overview: Discover the biochemistry behind our plate-based Flex and how it delivers substantially lower costs, flexible batching, and no reagent waste.
- Workflow deep dive: Hear about the innovative strategies for both singleplex and multiplex workflows, including detailed steps for probe hybridization, GEM generation, and downstream library construction.
- Sample preparation best practices: Learn critical techniques for sample isolation, fixation, and storage to ensure high-quality data from diverse sample types, including challenging FFPE tissues.
- Strategic multiplexing: Enhance your throughput with workflow optimization to reduce operational costs.
Attend, if you are
- Seeking to optimize lab workflows and single cell data consistency
- Aiming to increase operational throughput and efficiency
- Evaluating the transition to the scalable, plate-based Flex platform
- Requiring simultaneous profiling of gene expression and cell surface proteins on a single cell level
The webinar will consist of ~45 minute presentations followed by a live Q&A session.
Speaker
Sravya Ganesh
Technical Support Scientist
10x Genomics
