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The Developing Kidney Listened to Its Neighbors
Human tissue mapping identified soluble signals between developing cells and singled out IGF2 as support for stem-like kidney cells.
Summary
Human tissue mapping identified soluble signals between developing cells and singled out IGF2 as support for stem-like kidney cells.
Penn Medicine, Children's Hospital of Philadelphia and Penn Engineering researchers mapped signaling directly in developing human kidney tissue rather than inferring the process only from animals. They identified insulin-like growth factor 2 as a key signal that sustains nephron progenitor cells; the Nature Genetics work is a developmental map, not a ready regenerative treatment.
Why it matters
Human tissue mapping identified soluble signals between developing cells and singled out IGF2 as support for stem-like kidney cells.
Limits and context
- Penn Medicine, Children's Hospital of Philadelphia and Penn Engineering researchers mapped signaling directly in developing human kidney tissue rather than inferring the process only from animals.
- They identified insulin-like growth factor 2 as a key signal that sustains nephron progenitor cells; the Nature Genetics work is a developmental map, not a ready regenerative treatment.
Key claims
Human tissue mapping identified soluble signals between developing cells and singled out IGF2 as support for stem-like kidney cells.
Qualification: Penn Medicine, Children's Hospital of Philadelphia and Penn Engineering researchers mapped signaling directly in developing human kidney tissue rather than inferring the process only from animals.
Evidence: source-2026-07-30-003
Sources
- Penn Medicine via Newswise: Signals that tell a human kidney how to growPenn Medicine · secondary reporting
Corrections
No corrections have been recorded for this story.