A study from the Musculoskeletal Systems Biology Lab sheds a light on the characteristics of zebrafish cells that are able to differentiate from progenitor cells into bone cells, and then revert back to a progenitor state. Read More
Long before Hannele Ruohola-Baker became a leading stem cell researcher, she was a young hockey player skating on the frozen ponds of her native Finland. When she was ten years old, she lost a tooth to an errant puck. “I’d say that’s when my interest in regenerating teeth began,” says Dr. Ruohola-Baker, now a Professor of Biochemistry and Associate Director of the UW Medicine Institute for Stem Cell and Regenerative Medicine (ISCRM). Read More
Researchers are reporting significant progress in generating a 3-dimensional network of blood vessels that can be grown and manipulated in a laboratory. Building vascular support for stem-cell repaired tissues or replacement organs will be vital to such regenerative therapies. Read More
Textbook diagrams of cells show a cursory membrane, nucleus and mitochondria. They have never adequately conveyed cells’ variation and complexity. Seattle’s Allen Institute for Cell Science has unveiled an online portal with stunning […] Read More
July 26, 2017 A UW Medicine lab sees a future where lost retinal cells might be revived Break a bone, it will heal. Fry a retinal cell? It’s gone forever. […] Read More
Congratulations to ISCRM’s Casey Childers and Hannele Ruohola-Baker who are contributing authors of a new book entitled Regenerative Medicine for Muscle Diseases. The book, edited by Casey Childers, delves into […] Read More
Dr. Phil Horner, Ph.D., Associate Professor of Neurological Surgery at the UW, is working on a unique approach to restoring limb function after chronic spinal cord injury. Dr. Horner and […] Read More