Chromium Single Cell

Single cell built for your success

Chromium Single Cell
Platform OverviewPlatform Overview

Single cell analysis enables meaningful discoveries

Bulk sequencing averages readouts, missing critical details driving complex biology.

Single cell sequencing allows scientists to see the unique gene expression patterns of each cell. This view more fully characterizes tissue heterogeneity, revealing the rare cell types that have big consequences in health and disease.

Get to know the method changing how we see biology

The Chromium Advantage

  • >40% higher gene sensitivity and up to 60% more sample recovery compared to alternative methods.
  • Enhanced detection of challenging cell types, including neutrophils.
  • Reduce hands-on time and lower the risk of errors with instrument-supported automation of the most critical workflow steps.
  • Produce higher quality libraries that can sequenced at lower depths.
  • Backed by 10 years, over 2,200 patents, and >$1.5B in R&D investment.
Innovations developed for your success at every step

Access more sample types

Profile fresh, frozen, or fixed samples—even FFPE—with optimized protocols for proven performance

Use fresh, frozen, or fixed samples—even FFPE samplesUse fresh, frozen, or fixed samples—even FFPE samples

Automate critical steps to reduce error

Produce up to 2.56M barcoded partitions in just minutes, with up to 80% cell recovery

Construct high-quality sequence-ready libraries

Generate libraries with up to 95% usable reads, letting you detect more genes at lower sequencing costs

Use fresh, frozen, or fixed samples—even FFPE samplesUse fresh, frozen, or fixed samples—even FFPE samples

Analyze & discover with ease

Process and visualize your data with powerful software tools—no bioinformatics experiences required

Use fresh, frozen, or fixed samples—even FFPE samplesUse fresh, frozen, or fixed samples—even FFPE samples
trophy icon
Our world-class support team is here to boost your success from sample prep to data analysis.
Performance, reproducibility & cost-efficiency built in
GEM-X innovations plus push-button automation deliver the world's fastest, highest quality cell partitioning & barcoding. Get the most out of your research budget with improved cell recovery and lower sequencing depth requirements.
Explore the technology
Recover up to 80% of your cells. More than 40% higher sensitivity. Lower sequencing costs by up to 50%.Recover up to 80% of your cells. More than 40% higher sensitivity. Lower sequencing costs by up to 50%.

Source: Single Cell 3' v4 (GEM-X) dataset, v3.1 (Next GEM) dataset and an independent Genentech study

Broad, flexible portfolio of assays
Whether you opt for a reverse transcription-based or probe-based assays, you can be confident that you'll get high-quality data every time.
Explore all single cell products
Use fresh, frozen, or fixed samples—even FFPE samples

Universal Gene Expression

Species agnostic. Maximum versatility.

Reverse transcription-based chemistry
  • Delivers broadest set of information, including isoforms, SNPs, etc.

Multiomic readouts from the same cell
  • 3' or 5' gene expression

  • TCR/BCR

  • Protein

  • CRISPR

For cost-effective studies
  • Up to 160,000 cells (1-8 samples) per run

Products
Use fresh, frozen, or fixed samples—even FFPE samples

Flex Gene Expression

Fix, batch, and run on your schedule.

Probe-based chemistry
  • Performs well with low-quality and FFPE samples

Multiomic readouts from the same cell
  • Gene expression

  • Protein

  • CRISPR

Highest throughput option
  • Up to 2.56M cells (1-16 samples) per run

Use fresh, frozen, or fixed samples—even FFPE samples

Epi Chromatin

Unmask epigenomic profiles.

ATAC-seq chemistry
  • Explore open chromatin regions

  • Link directly to 3' gene expression (Multiome kit)

Multiomic readouts from the same cell
  • Chromatin accessibility

  • 3' gene expression

Scalable nuclei preparation
  • Profile up to 80,000 nuclei (1-8 samples) per run

pullquote icon
During the past years, we observed many advances in single cell technologies thanks to 10x Genomics. This multi-omics approach is very useful for scientists and for physicians to understand human disorders.

David Michonneau, PhD

Professor of Hematology at Saint-Louis Hospital

Amplify your research gains
Access the greatest application breadth on the market with superior multiomic integration and 40+ demonstrated protocols.
Use fresh, frozen, or fixed samples—even FFPE samples

Gene expression

Characterize the unique transcriptomic profiles of each cell in your sample

Explore gene expression
Use fresh, frozen, or fixed samples—even FFPE samples

Immune profiling

Obtain functional data for antibody/TCR discovery

Read up on immune profiling
Use fresh, frozen, or fixed samples—even FFPE samples

CRISPR screening

Directly link CRISPR guide RNAs to the resulting perturbed phenotypes

Learn more about CRISPR screening
Bring Chromium to your lab
Explore the resources below to learn more about your options and how to get started.
Unlock the full spectrum of biology
Expand your Chromium Single Cell insights by combining by adding spatial context to the whole transcriptome or targeted genes.

Platform

Chromium Single Cell

Chromium Single Cell

See Chromium products
Visium Spatial

Visium Spatial

Xenium In Situ

Xenium In Situ

When to use

Comprehensive single cell data

Ideal for deep characterization of cell populations and states.

High-resolution spatial gene expression

Understand complex tissues, neighborhoods, and cell to cell interactions. Integration with other spatial-omics, histology, and morphology. 

Why to use

Unbiased single cell discovery

High per-gene sensitivity

Unbiased spatial discovery

Targeted spatial exploration

High per-gene sensitivity

Applications

Whole transcriptome gene expression

Protein

TCR, BCR

CRISPR

ATAC

Whole transcriptome gene expression

Targeted gene expression (up to 5,000 genes)

Resolution

Single cell

Transcripts assigned to 2-µm areas

Single cell

Data readout

NGS-based

NGS-based

Imaging-based

Sample compatibility

Single cell or nuclei suspensions from fresh, frozen, or FFPE samples

FFPE

Fresh frozen

Fixed frozen

Fresh frozen

FFPE