The new Flex transforms single cell RNA sequencing by introducing plate-based multiplexing that unlocks unprecedented scale, directly overcoming the logistical challenges associated with sample collection, storage, and processing that often hinder large-scale translational studies.
Ready to revolutionize your high-throughput research? Join us to discover the power of the new Flex and get the latest overview of our single cell multiomics offerings.
In this webinar, you will learn:
- Massive, flexible scale: See how plate-based multiplexing unlocks unprecedented throughput, allowing you to pool up to 384 samples and 1,000,000 cells per channel, running up to 3,072 samples or 8 million cells per chip. This convenient format allows you to run partial plates to scale at your pace and minimize waste.
- Superior sample compatibility: Discover how quick and easy fixation protocols enable the use of diverse samples, including fresh, frozen, and fixed samples (including FFPE), simplifying storage for longitudinal timepoints and multi-site clinical studies. This fixation also preserves fragile biology right at the point of sample collection.
- High-quality multi-omic data: Conduct comprehensive analysis with multiomic data, including cell surface protein and intracellular protein capture, and integrate CRISPR sgRNA capture for large-scale perturbation screens.
- The comprehensive capabilities of the entire single cell portfolio: Get to know how Flex, Universal 3' and 5', and Epi provide the right tool for any requirement, ensuring you're equipped to choose the optimal solution for thorough molecular profiling across all your research needs.
The webinar will consist of ~40 minute presentations followed by a live Q&A session.
Speaker
Stephen Hague
Sr. Manager, Science and Technology Advisors
10x Genomics
