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at the interface of data and neuroscience
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science at the scale of greatest impact
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open science
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immunology
Creating the ultimate reference for the healthy human immune system to help scientists pinpoint what changes in disease.
explore immunology
immunology teams
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Your immune system is unlike anyone else's. That's what makes understanding it so hard—and so important.

Every immune system is unique, shaped by age, genetics, and a lifetime of experience. Researchers studying autoimmune disease, cancer, or infection need to understand what normal looks like in order to make sense of what's changed, but that baseline has been frustratingly out of reach.

Our Immunology program combined years of longitudinal data, multiple data types, and profiles from hundreds of participants to build a rich, open reference for the healthy human immune system across the lifespan. In the process, we discovered that some diseases are molecularly active years before a diagnosis is possible: a finding that could change how medicine approaches prevention.

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A comprehensive baseline for the healthy immune system—free and open to all—gives disease researchers the context they need to understand exactly what's going wrong.

meet our teams

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automimmunity
what goes wrong when our immune systems attack our own bodies?
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cancer
paving the way for more effective treatments across a broad spectrum of multiple myeloma patients
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health and aging
interrogating immune cell types and functionality in diverse human populations across health and aging
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inflammation
dissecting the mechanisms of chronic immune dysfunction
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tissue immunity
investigating how immune cells establish and maintain protection within tissues
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neuroimmune interactions
exploring how the nervous system shapes immune cell fate in health and disease

immunology news

news
Designing better weapons to fight prostate cancer
New study unlocks key insights that could help develop next-generation immunotherapies
news
SciShots: Nervous and immune systems team up to take on parasites
Pain-sensing neurons in the intestine give marching orders to the immune system to kick off an attack against parasites
news
How age affects vaccine responses and how to make them better
Age-related shifts in T cells weaken vaccine response in older adults, but new findings pave the way for next generation of vaccines.
The immune system is one of the most powerful forces in human biology. By studying human immune responses to infection, vaccination, and autoimmunity—and how immune cells communicate with the nervous system—we aim to harness immunity to prevent disease and end human suffering.
Susan Kaech
Executive Vice President of Immunology
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featured publications

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publication / 2025
Provide proactive reproducible analysis transparency with every publication
Royal Society Open Science
publication / 2025
Tissue-resident memory CD8 T cell diversity is spatiotemporally imprinted
Nature
publication / 2025
CryoSCAPE: Scalable immune profiling using cryopreserved whole blood for multi-omic single cell and functional assays
Journal of Translational Medicine
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immunology scientific advisory council

Shane Crotty
La Jolla Institute for Immunology
James E. Crowe, Jr.
Vanderbilt University Medical Center
Marshall S. Horwitz
University of Washington
Shweta Singh Maniar
Google Cloud
Virginia Pascual
Drukier Institute for Children’s Health at Weill Cornell Medicine
Harinder Singh
University of Pittsburgh
Carl F. Ware
Sanford Burnham Prebys Medical Discovery Institute
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