Wednesday 8 February 2023
08:00 [PST] 11:00 [EST] 16:00 [GMT]
Different time zones
Shedding mild on the underpinnings of advanced ailments not solely requires data of gene expression modifications, however the context of the place it’s occurring. By unifying transcriptomics with morphological context, researchers can acquire larger insights into the tumor microenvironment, the influence of inclusions in neurodegenerative ailments and spatial dynamics of developmental issues. Nevertheless, applied sciences thus far have been restricted by throughput, tissue-size constraints and/or lack of formalin-fixed, paraffin-embedded (FFPE) pattern compatibility.
[ui-tab title=”What will you learn?”]
What’s going to you study?
Be a part of us to study how spatial gene expression for FFPE samples can unlock new dimensions of your analysis and give you:
- Gene expression compatibility with Visium CytAssist to allow the evaluation of pre-sectioned FFPE tissues
- Spatial gene expression profiling on extra FFPE tissues with a number of seize space sizes
- Extra insights into your transcriptomics work with same-section protein expression information
[ui-tab title=”Who may this interest?”]
Who could this curiosity?
- Fundamental analysis or early discovery scientists
- Translational pharma researchers and manufacturing scientists
- Researchers with diagnostics and pre-clinical pursuits
Spontaneous Russell is a Workers Product Supervisor for Visium Spatial Gene Expression applied sciences from 10x Genomics. She earned her Grasp of Science diploma in Molecular Genetics from the College of Arizona, and has spent the final 20 years main product improvement and product advertising efforts for all times science and diagnostic analysis instruments. Most not too long ago, she has been a core member of the product improvement group for the Visium CytAssist platform, designed for expanded pattern entry in spatial discovery with FFPE tissues.
In affiliation with
The publish Resolving tissue heterogeneity with spatial gene expression on FFPE samples appeared first on BioTechniques.