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Accellerate your understanding of the adaptive immune response by rapidly profiling individual human or mouse cell phenotypes at scale!

It's Time to Accellerate Your Research.

Single Cells Analyzed by the Chromium System

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Examine Cellular Context and Immune
Repertoires of Hundreds to Tens of Thousands
of T and B cells in Human or Mouse

Now with mouse

Our Chromium Single Cell Immune Profiling Solution enables you to examine the cellular context of the adaptive immune response and immune repertoires simultaneously. Study hundreds to tens of thousands of T and B cells in human or mouse, on a cell-by-cell basis, using our intuitive software analysis and visualization tools.

For immunology, immuno-oncology, and infectious disease research and beyond β€” our Chromium Single Cell Immune Profiling Solution will accelerate your understanding of the adaptive immune system.

  • Enrichment for paired, full length human or mouse V(D)J sequences from single T and B cells
  • Simultaneously measure T cell receptor gene, B cell immunoglobulin gene, and gene expression from the same cell
  • Detect rare full-length V(D)J transcripts and cell type sub-populations
  • Reveal the clonality, diversity, and cellular context of the immune repertoire using our open-source software

Getting Started with the Chromium System

Delve into the inner workings of the massively parallel partitioning technology within the Chromium Controller or learn more about how to start your first
single cell gene expression experiments

Inside the Chromium Controller

Inside the Chromium Controller

The Chromium System, powered by GemCode Technology, provides a precisely engineered reagent delivery method that enables thousands of micro-reactions in parallel. Download our technology brochure to learn more about how our technology works with high molecular weight DNA, single cells, or single nuclei as input for virtually unlimited applications.

Download Technology Brochure
Experiment Planning Guide - Single Cell Gene Expression

Experiment Planning Guide:
Single Cell Gene Expression

Whether you have questions about how to design your experiments, optimize parameters, or identify the computational/analytical tools necessary to best analyze your single cell gene expression data, this guide has you covered. Take full advantage of the rich information enabled by single cell transcriptomic technology by downloading the getting started guide today!

Download Getting Started Guide

Join the CELLebration

Attend our summer webinar series to hear from our R&D scientists
and meet our newest solutions

Explore new releases:

July 12, 2018
Single Cell CNV Solution
July 26, 2018
Single Cell Immune Profiling
Solution for Mouse

Preview upcoming releases:

July 19, 2018
Single Cell ATAC Solution
August 2, 2018
Single Cell Gene Expression Solution
with Feature Barcoding Technology
August 9, 2018
Single Cell Immune Profiling
with Feature Barcoding Technology

Delve Into the Adaptive Immune System

Learn from Other Excellent Researchers

Nature.com Webinar Series

Highly Multiplexed Transcriptome and Protein Immune Profiling in Single Cells with CITE-seq

Peter Smibert, Ph.D.
Manager, Technology Innovation
New York Genome Center

In this webinar, you'll learn about:

  • Antibody-based methods for enhancing single cell RNA-seq
  • Enhanced phenotyping through multi-omic single cell measurements
  • New capabilities of CITE-seq
May 23, 2018 | 9am Pacific Time
Watch
 
10x-pert workshop Series

10x-pert Workshop: Tumor Dissociation for Single Cell RNA-seq

10x-perts:
  • Jill Herschleb
  • Sharmila Chatterjee

In this workshop our 10x-perts discuss:

  • Our demonstrated protocol for tumor dissociation of fresh mouse tumors using Miltenyi Biotec products
  • Recommendations to improve sample quality and reproducibility
  • Using 10x Cell Ranger Software to evaluate sample quality
Watch
 
 

Interrogating the Human Adaptive Immune Response with High-throughput Precision Immunology

  • James Crowe
Vanderbilt Vaccine Center
November 21, 2017
Nature Webinar
 

Single Cell RNA Sequencing Unveils Mechanisms of Response and Resistance to T-Cell Immunotherapy

  • Aude Chapuis
Fred Hutchinson Cancer Research Center
February 13, 2018
AGBT

Additional Resources

 
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Watch How it Works

Learn more about how to identify cell-type-specific immune repertoires on a cell-by-cell basis.

View the Immune Profiling Infographic

Learn how to gain a deeper understanding of the adaptive immune system for the accurate characterization of the immune response.

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tumor microenvironment.

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on the tumor microenvironment?

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