Resolving tissue heterogeneity with spatial gene expression on FFPE samples
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Shedding light on the underpinnings of complex diseases not only requires knowledge of gene expression changes, but the context of where it is occurring. By unifying transcriptomics with morphological context, researchers can gain greater insights into the tumor microenvironment, the impact of inclusions in neurodegenerative diseases and spatial dynamics of developmental disorders. However, technologies to date have been limited by throughput, tissue-size constraints and/or lack of formalin-fixed, paraffin-embedded (FFPE) sample compatibility.
What will you learn?
Join us to learn about how spatial gene expression for FFPE samples can unlock new dimensions of your research and provide you with:
- Gene expression compatibility with Visium CytAssist to enable the analysis of pre-sectioned FFPE tissues
- Spatial gene expression profiling on more FFPE tissues with multiple capture area sizes
- Additional insights into your transcriptomics work with same-section protein expression data
Who may this interest?
- Basic research or early discovery scientists
- Translational pharma researchers and production scientists
- Researchers with diagnostics and pre-clinical interests
Speaker
Spontaneous Russell
Product Manager
10X Genomics
Spontaneous Russell is a Staff Product Manager for Visium Spatial Gene Expression technologies from 10x Genomics. She earned her Master of Science degree in molecular genetics from the University of Arizona (AZ, USA) and has spent the last 20 years leading product development and product marketing efforts for life science and diagnostic research tools. Most recently, she has been a core member of the product development team for the Visium CytAssist platform, designed for expanded sample access in spatial discovery with FFPE tissues.
This webinar was recorded on Wednesday 8th February 2023.
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