RNA-Seq – Multimedia

Download this listicle to explore spatial transcriptomics applications and key technologies including next-generation sequencing based-methods, In situ sequencing-based methods and In situ hybridization-based methods.

Cells establish their function, identity and state through the careful orchestration of complex molecular mechanisms leading to gene expression. To characterize cells more accurately, it is important to evaluate gene expression at both transcript and protein levels.

Download this poster to learn more about unbiased spatial gene expression,
application of spatial gene expression plus immunofluorescence validation and targeted analysis.

In this infographic, we explore how and why spatial transcriptomics brings us one step closer to a more holistic understanding of cell biology.

Download this app note to discover how Visium Spatial Gene Expression can help verify and refine traditional pathologist-led analysis as well as characterize spatial gene expression patterns of known prostate cancer markers plus much more.

Download this guide to learn how to design your gene expression experiments, optimize experimental parameters and identify appropriate tools to analyze spatial gene expression data.

Our ability to rapidly sequence the nucleic acids that form the building blocks of our cells has arguably done more for biomedical science over the last twenty years than any other development. But modern sequencing techniques have now moved beyond the genome and in this infographic, we review the new multiomics methods powering neuroscience discovery.

Download this app note to discover how to distinguish tumor versus normal cells in a heterogeneous sample, reconstruct cell type–specific gene regulatory network
and confirm PAX5 as a critical regulator specific to tumor B cells.

Download this guide to learn more about analyzing gene and protein expression, performing comprehensive immune phenotyping, mapping regions of open chromatin and much more.

Download this guide to learn more about techniques such as bulk tissue RNA sequencing, single-nucleus RNA sequencing and whole-genome DNA sequencing.