There were lots of CIRM mentions in the news this week. Here are two brief recaps written by Karen Ring to get you up to speed. A third story by Todd Dubnicoff summarizes an promising finding related to heart disease by researchers in Singapore. CIRM-funded “bubble baby” disease therapy gets special designation by UK. … Continue reading Stem cell stories that caught our eye: bubble baby therapy a go in UK, in-utero stem cell trial and novel heart disease target
cardiomyocytes
Understanding two heart problems by studying the domino effect of one gene network
Although heart muscle cells, or cardiomyocytes, are specialized to help pump blood to the organs, they nonetheless carry all the genetic instructions for becoming a nerve cell, an intestinal cell, a liver or any cell type in the body. But at the moment in time that the fetal heart begins to develop, master switch proteins, … Continue reading Understanding two heart problems by studying the domino effect of one gene network
Using skin cells to repair damaged hearts
When someone has a heart attack, getting treatment quickly can mean the difference between life and death. Every minute delay in getting help means more heart cells die, and that can have profound consequences. One study found that heart attack patients who underwent surgery to re-open blocked arteries within 60 minutes of arriving in the … Continue reading Using skin cells to repair damaged hearts
Easier, Cheaper Stem Cell-Based Heart Muscle Sets Stage for Large-Scale Drug Development
The great inventions – like the automobile, the Internet or aviation – are marked as important turning points in human history. But it’s usually the additional tinkering that goes on in the ensuing years after the initial invention that makes the technology feasible in terms of cost, reproducibility and mass production. The same holds true … Continue reading Easier, Cheaper Stem Cell-Based Heart Muscle Sets Stage for Large-Scale Drug Development
How transcription factors and a healthy heart
Scientists at the Gladstone Institutes have discovered how a group of transcription factors interact during embryonic development to form a healthy heart. Their findings deepen our understanding of heart formation and may lead to new treatments for cardiovascular disease. The study, published today in the journal Cell, describes how cardiac transcription factors work together. Transcription … Continue reading How transcription factors and a healthy heart
Regenerating damaged heart muscle attack
Images of clusters of heart muscle cells (in red and green) derived from human embryonic stem cells 40 days after transplantation. Courtesy UCLA CIRM-funded researchers at UCLA have identified a way that could help regenerate damaged heart muscle, potentially not only saving lives of who've had heart attacks. Heart attacks Every year more than 735,000 … Continue reading Regenerating damaged heart muscle attack