Progenitor cells

Biomarker

1 paper

  • Animals1

Funding

39 grants since 2017

National Heart, Lung, and Blood InstituteUS$21.3mNational Institute on AgingUS$2.5mVeterans Affairs

Latest

Nov 2025: 9Dec 2025: 8Jan 2026: 23Feb 2026: 8Mar 2026: 10Apr 2026: 9May 2026: 13Jun 2026: 18Jul 2026: 19Aug 2026: 23Sep 2026: 12Oct 2026: 12164 in 12 months
NPJ Regenerative Medicine

Some immune cells hindered digit-tip regrowth in mice

Cell-transfer experiments in mice lacking lymphoid immune cells found that regulatory immune cells rescued regeneration inhibited by another immune-cell type.Cell-transfer experiments in mice lacking lymphoid immune cells found that regulatory immune cells rescued regeneration inhibited by another immune-cell type.

Mouse studyImmune response
Science Advances

Layered gel improved spinal disc structure and function in rats

An experiment in rats with severe spinal disc degeneration found that a cell-carrying gel promoted new tissue formation and outperformed cells or a support scaffold…An experiment in rats with severe spinal disc degeneration found that a cell-carrying gel promoted new tissue formation and outperformed cells or a support scaffold alone.

Rat studyInterventions
bioRxiv

DNA marks in King penguin blood may record stem-cell aging

An observational analysis of 126 whole-blood DNA profiles identified 409 genes with age-linked changes in chemical marks throughout life.An observational analysis of 126 whole-blood DNA profiles identified 409 genes with age-linked changes in chemical marks throughout life.

Preprint: experiments in animalsBiomarkers
Neurobiology of Disease

Reprogrammed human neurons survive and mature in mice

Transplanted human neurons survived for up to 5 months, with a proportion remaining up to 10 months, in mice lacking normal immune defenses.Transplanted human neurons survived for up to 5 months, with a proportion remaining up to 10 months, in mice lacking normal immune defenses.

Experiments in miceInterventions
Biogerontology

A metabolic protein promotes blood stem cell aging in mice

In mice, genetically removing the protein reduced signs of cellular aging across multiple tissues and limited hallmarks of blood stem cell aging.In mice, genetically removing the protein reduced signs of cellular aging across multiple tissues and limited hallmarks of blood stem cell aging.

Experiments in miceMechanisms