Latest Articles for Regenerative Medicine

This article examines the mechanics of tissue shape changes during animal development.

This study examines how contact inhibition of locomotion influences epithelial tissue behavior.

Examining eIF3's influence on stem cell behavior and protein production.

Scientists create canine iPSCs from umbilical cords, paving new paths in veterinary medicine.

Research suggests young pig particles may help rejuvenate older cells.

Discover how zebrafish form their unique stripes through cell interaction.

Discover how new technologies are reshaping our understanding of heart diseases.

Learn how keratinocytes behave and grow in different environments.

Explore how cells interact with their environment through the extracellular matrix.

Discover how BigMACS are changing tissue engineering and cell culture.

Zebrafish reveal secrets about rapid wound healing, offering hope for medical advancements.

New research offers hope for treating tooth decay by encouraging natural healing.

Exploring how cell shape transformations affect disease and healing processes.

Discover how endocardial cells and Runx1 contribute to heart healing.

Machine learning is changing how scientists count muscle stem cells.

Gastruloids reveal secrets of early development and cell fate.

Discover how morphogens shape tissue development and stability.

Discover how mechanical forces shape life from the very start.

Research on sea cucumbers reveals key mechanisms behind their regenerative abilities.