https://assets.ctfassets.net/an68im79xiti/2IcRfnCKj9MWM4eYZavFnc/47c6023e2987f63ec83173d62124ee7e/CG00055_Demonstrated_Protocol_Dissociation_Mouse_Neural_Tissue_Rev_C.pdf

https://assets.ctfassets.net/an68im79xiti/5PV1K7KX5NUkoFcvwzgkKZ/ef7c2a06d805525244a1ba1b3f8f253a/20191126_CG00055_Dissociation_Mouse_Neural_Tissue_RevBtoRevC.pdf

Outlines how to obtain a single cell suspension from embryonic mouse brain tissue.

Dissociation of Mouse Embryonic Neural Tissue for Single Cell RNA Sequencing

Prepare optimal single cell/nuclei suspension by following our Demonstrated Protocols.

Sample Prep

Chromium Universal 3' Gene Expression provides single cell transcriptome 3' gene expression alongside the detection of surface protein expression or CRISPR edits in tens of thousands of cells. Scale experiments up or down with low-throughput and high-throughput solutions.

Plan ahead by referring to the list of equipment, kits, and reagents needed for Single Cell Gene Expression.

Experimental Design

Experimental Design & Planning

Refer to instrument-specific documents for seamless instrument operation.

Instruments

Construct a sequencing-ready single cell library by following our step-by-step User Guide / Protocol.

Library Construction

Use pre-designed or custom panels for targeted gene expression, followed by sequencing and data analysis.

Targeted

Targeted Gene Expression (Optional)

Sequence your single cell library as per our provided recommendations.

Sequencing

Analyze your single cell data using our pipelines, visualization, and Cloud Analysis tools.

Software Analysis

Chromium X Series

Universal 3'

Overview

User Guides

Workflow Documentation

Additional Applications

Datasets

Videos

Publications

Universal 3' Gene Expression

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Chromium Single Cell Universal 3' Gene Expression provides single cell transcriptome 3' gene expression alongside the detection of surface protein expression in tens of thousands of cells.

What is Universal 3' Gene Expression?

Measure single cell gene and cell surface protein expression simultaneously.

Cell Surface Protein

Assess effects of CRISPR perturbations alongside single cell gene expression.

CRISPR

Multiplex up to 12 samples per channel for increased sample throughput.

Cell Multiplexing

Profile 2,000–20,000 cells per channel of the Chromium Next GEM Chip M (2,000– 60,000 cells per channel with CellPlex).

High Throughput (HT)

Seamless library construction capabilities on automated platforms.

3rd Party Automation

We provide resources from protocols, user guides, and free-to-use analysis tools.

Documentation

Access free, publicly available data from a number of different sample types generated with Chromium single cell solutions.

Explore how-to videos and training modules.

GEM-X: How to assemble, load and generate GEMs

GEM-X OCM: How to assemble, load and generate multiplex GEMs

Chromium Next GEM Single Cell 3' v3.1 - Dual Index

Find answers to common technical questions, from sample prep through data analysis, about Chromium single cell workflows.

Read key peer-reviewed research publications offering greater insights into biology, enabled by 10x Genomics products and technologies.

Dissociation of Mouse Embryonic Neural Tissue for Single Cell RNA Sequencing

Demonstrated Protocol, CG00055

CG00055_Demonstrated_Protocol_Dissociation_Mouse_Neural_Tissue_Rev C.pdf

Demonstrated Protocol, CG00055

20191126_CG00055_Dissociation_Mouse_Neural_Tissue_RevBtoRevC.pdf