Decoding Biology.

Transforming Health.

Every cell holds vital clues to understanding health and disease. Our single cell and spatial technologies help researchers uncover answers we once thought impossible by revealing how cells work, interact, and change. Each new discovery moves us closer to better care and healthier lives.

Dr. Kenny Roberts, Wellcome Sanger Institute

Dr. Joey Lai (left), Westmead Institute for Medical Research, and Dr. Dmitrii Shek (right), Western Sydney University

Xenium data of human colon tissue

Drs. Katarina Tiklova (left), and Mats Nilsson (right), Science for Life Laboratory

Visium HD data from human colon cancer tissue

Visium CytAssist instrument

Chromium Single Cell data

Chromium X instrument

Tsion Abay, Harvard Medical School

New innovations to power greater breakthroughs

Xenium Protein

First-of-its-kind spatial multiomics

Map protein plus RNA simultaneously in the same cell with our fully optimized and automated workflow. The result: seeing more biology to achieve bigger breakthroughs in immunology and oncology.

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GEM-X Universal 3’ and 5’ Multiplex

High-impact results without high costs

Staying on budget matters now more than ever. With multiplexing built directly on-chip and smaller kit options now available, GEM-X empowers superior-quality, cost-effective single cell studies at any scale.

Learn more about Universal Multiplex

Areas of interest

How researchers use our products

Our products power breakthroughs across diverse fields, from cancer research and immunology to neuroscience and developmental biology, enabling scientists to see biology at unprecedented resolution.

Pharma

Stacking the odds for greater drug development success

Drug development is one of science’s toughest gambles, with nearly 90% of candidates failing to pass trials. Our technologies reveal how diseases develop and respond to treatment, empowering the advancement of high-impact therapies with confidence.

Discover how single cell is advancing cell therapy for melanoma

Oncology

Leaving cancer with nowhere to hide

Tumors adapt, resist, and hide from treatment with clever biological tricks. By illuminating these hidden strategies, our technologies give researchers the clarity to outsmart cancer with a new generation of therapies.

See how spatial is reshaping what we know about tumor response

Immunology

Turning chaos into breakthrough therapies

The immune system shapes our health in powerful ways, good and bad. Our tools uncover how immune cells fine-tune defense responses and why, in some cases, they misfire. These discoveries will lead to treatments that help us control our immune system so it works for us, not against us.

Read how Allen Institute studied over 16 million single immune cells

AI cell models

Strong AI models start with strong data

From billions of cells to massive tissue collections, accurate AI cell models demand more than just data. They require the best data. Our technologies deliver the quality needed to build trustworthy virtual cells that accelerate discovery and drug development.

Learn how Owkin is shaping the future of cancer research with AI

Our products empower impactful science

With tens of thousands of publications using our products, join the community of scientists advancing their research with the aid of 10x Genomics.

Cited in

10,000+ publications

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Platforms and products

Technologies that turn biology into answers

Dissect cell-type differences, detect novel cell subtypes and biomarkers, define gene regulatory interactions, and decipher spatial gene expression patterns.

Chromium Single Cell

Our single cell platform allows transcriptomic profiling of up to a million single cells with multiomic capabilities to reveal cellular diversity.

Platform overview

Learn about Chromium Single Cell. Start your Chromium journey here.

Learn about Chromium

Assays

Find out which single cell product is right for your research needs.

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Technology

Discover the core of reliable, accurate single cell technology.

Learn about Chromium technology

Instruments

Explore the capabilities of our instruments and the benefits of automated partitioning.

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Xenium In Situ

Our spatial imaging platform maps RNA molecules with subcellular resolution in tissue sections for a deeper look into cellular mechanisms & interactions.