Breakthrough Tracker record
A functional atlas maps human-specific skeletal gene regulation
Researchers assayed 561,410 human-derived substitutions in candidate regulatory elements in cartilage-forming cells and identified 15,077 loci with human-specific activity, revealing broad rewiring of extracellular-matrix and skeletal-development programs.
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- Stable ID
biology-human-skeletal-regulatory-evolution-atlas-2026- Revision
biology-human-skeletal-regulatory-evolution-atlas-2026.v1- Field
- Biology · Human evolution, functional genomics and skeletal biology
- Evidence
- Tier 1 · Peer reviewed: Yes
- Record state
- Current · Peer-reviewed result
- Last checked
AI role
No substantive AI role was disclosed in the inspected journal and PubMed records.
Record details
- Problem or result
- Genome-scale functional mapping of human-specific skeletal regulatory substitutions
- Authors
- Yizhi Yan, Nadav Mishol, Katharina Lange, Zicong Zhang and collaborators led by David Gokhman
- Institutions
- Kyoto University; McGill University; Weizmann Institute; Technion; EMBL Barcelona; Pompeu Fabra; CRG; CNAG and collaborators
- Result date
- Published September 23, 2026
Why it matters
The study links large-scale regulatory change with the evolution of human skeletal traits and supplies a reusable functional map rather than relying only on comparative sequence annotation.
Limits
The trait and disease connections are associations, not proof that any one regulatory substitution caused a human anatomical feature or osteoarthritis. Hybrid-cell and in-vitro systems do not reproduce whole-organism development.
Sources
- Primary: Nature, human skeletal regulatory evolution atlas
- Primary: PubMed record for the skeletal regulatory atlas
- Institutional: Institutional release distributed by EurekAlert
Correction and revision history
- 2026-10-02 — Added after primary-source, scope, status, AI-role and limitation review.
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