Latest Articles for Regenerative Medicine

FAPs play a crucial role in muscle development and nerve recovery.

IFT gene mutations affect hair cell survival and regeneration.

Research reveals how microglia facilitate healing in brain injuries through mechanical forces.

Researchers create organoid models to study limb development processes and signaling interactions.

Research reveals significant genetic changes in stem cells during lab culture.

Research focuses on creating better environments for heart cells to enhance function.

Exploring the link between metabolism and retinal cell differentiation.

Research shows Müller glia can help heal retinal damage.

Researchers find ways to encourage heart repair similar to zebrafish in humans.

Exploring the fascinating regenerative abilities of planarians and their cellular mechanisms.

This research links gene regulation to stem cell regeneration and its implications.

This article examines how cells adapt and migrate in intricate environments.

Discover how cells fold to form complex organ structures.

This article highlights the critical role of cell signals in whisker growth.

Study reveals essential roles of miR-290 and miR-302 in generating induced pluripotent stem cells.

Research reveals differences in stem cell lines affecting their ability to form endoderm cells.

Myosin clusters are crucial for effective wound closure and tissue repair.

Cardiac fibroblasts support heart structure and cell communication during development.

Researchers are developing 3D models to improve understanding of salivary glands.

Study reveals how RNAseT2 from macrophages aids muscle stem cell fusion.

Research reveals advancements in studying nerve cells in olfactory epithelium organoids.

New methods enhance understanding of corneal health through cell analysis.

Study reveals how cancer cells navigate through tight spaces, affecting their spread.

Research shows how stem cells can enhance healing and slow aging.

Research highlights how cell divisions affect surrounding tissue forces and structure.

New thymic organoids offer insights into T-cell maturation and immune response.

Research on m2Dgas offers new perspectives on embryo development and tissue differentiation.

Research highlights miR-106a-3p's role in 3D organ model development.

Study highlights the significance of PDGFR-α cells in dental tissue regeneration.

Exploring how cells grow, interact, and shape living organisms.

This research uncovers key factors influencing stem cell fate and differentiation.

Research reveals how proteins influence neuron regrowth after injuries.

Researchers investigate RNA organization in the unique single-celled organism Stentor coeruleus.

Research reveals ways to improve lab-grown blood-forming cells.

Exploring how muscle precursor cells migrate in the fruit fly testis.

STAT3 is vital for stem cell growth and embryonic development.

Exploring the impact of gene editing on engineered ECMs for improved healing.

Study reveals how cell interactions influence lung fibrosis and potential treatment targets.

Understanding how stem cells interact with niches is key to tissue health.

Fish and amphibians regenerate sensory organs, revealing insights for human health.