The human heart contains approximately 3 billion beating heart cells. But is this number predetermined from birth? Or do these cells have the ability to divide and replicate? These questions have long dogged scientists—who initially thought that heart muscle cells, or cardiomyocytes, were incapable of dividing. But in recent years, new evidence came to light … Continue reading The Great Divide: CIRM-Funded Research Resolves Controversy over the Regenerative Powers of Heart Cells
heart disease
The Great Divide: CIRM-Funded Research Resolves Controversy over the Regenerative Powers of Heart Cells
The human heart contains approximately 3 billion beating heart cells. But is this number predetermined from birth? Or do these cells have the ability to divide and replicate? These questions have long dogged scientists—who initially thought that heart muscle cells, or cardiomyocytes, were incapable of dividing. But in recent years, new evidence came to light … Continue reading The Great Divide: CIRM-Funded Research Resolves Controversy over the Regenerative Powers of Heart Cells
Protein Drip Spurs Stem Cells to Save Heart Tissue
When you suffer a heart attack, beating heart muscle cells become deprived of oxygen and die—and become encased in scar tissue. Once these cells die, they can’t be brought back to life. But new research presented this week has found that injecting a protein into the heart immediately following an attack can spur stem cells … Continue reading Protein Drip Spurs Stem Cells to Save Heart Tissue
Protein Drip Spurs Stem Cells to Save Heart Tissue
When you suffer a heart attack, beating heart muscle cells become deprived of oxygen and die—and become encased in scar tissue. Once these cells die, they can’t be brought back to life. But new research presented this week has found that injecting a protein into the heart immediately following an attack can spur stem cells … Continue reading Protein Drip Spurs Stem Cells to Save Heart Tissue
The Stem Cellar 