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The Hormone Cell Atlas decodes the human endocrine system, one cell at a time

Cell Metabolism·August 4
Endocrinology & MetabolismPractice changingEndocrine DisordersMetabolic DiseaseAtlas / Single-Cell Transcriptomic StudySingle-Cell GenomicsMixed

Summary

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What was studied

The Hormone Cell Atlas mapped hormone production and sensitivity across 47 human tissues using a 14-million-cell single-cell dataset, characterizing which cells produce hormones and which cells respond to them.

Key findings

The atlas identifies hormone-producing and hormone-receiving cells across 47 tissues at single-cell resolution, expanding known sites of hormone production and revealing previously uncharacterized receiver cell populations.

Study limitations

The abstract provides limited methodological detail; it is unclear whether the dataset integrates data from multiple donors or cohorts, and functional validation of newly identified hormone-cell relationships is not described.

Clinical implications

This resource may reshape understanding of endocrine physiology and metabolism, offering a reference map for identifying novel therapeutic targets in hormonal and metabolic diseases.

Related Questions

Explore related topics

What single-cell atlas resources exist for understanding human endocrine tissue biology?How does cell-level hormone receptor mapping inform new targets for metabolic disease treatment?What are the latest discoveries in non-classical sites of hormone production in humans?

Publication Details

Year
2026
Journal
Cell Metabolism
Sample Size
n=14,000,000
Source
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