Ever since 2006 when Japanese researcher Shinya Yamanaka showed that you could take an adult cell, such as those in your skin, and reprogram it to act like an embryonic stem cell, the scientific world has looked at these induced pluripotent stem (iPS) cells as a potential game changer. They had the ability to convert … Continue reading New study says stem cells derived from older people may have more problems than we thought.
DNA
The key to unlocking stem cell’s potential and blocking a deadly threat
Our bodies are amazingly complex systems. By some estimates there are more than 37 trillion cells in our bodies. That’s trillion with a “t”. Each of those cells engages in some form of communication and signaling with other cells which makes our bodies one heck of a busy place to be. Yet all this activity … Continue reading The key to unlocking stem cell’s potential and blocking a deadly threat
‘STARS’ Help Scientists Control Genetic On/Off Switch
All life on Earth relies, ultimately, on the delicate coordination of switches. During development, these switches turn genes on—or keep them off—at precise intervals, controlling the complex processes that guide the growth of the embryo, cell by cell, as it matures from a collection of stem cells into a living, breathing organism. If you control … Continue reading ‘STARS’ Help Scientists Control Genetic On/Off Switch
Extending the Lease: Stanford Scientists Turn Back Clock on Aging Cells
In the end, all living things—even the cells in our bodies—must die. But what if we could delay the inevitable, even just for a bit? What new scientific advances could come as a result? In research published this week in the FASEB Journal, scientists at the Stanford University School of Medicine have devised a new … Continue reading Extending the Lease: Stanford Scientists Turn Back Clock on Aging Cells
Finding the Sweet Spot: shifting metabolism keeps stem cells in suspended animation
The future is bright for a stem cell: it has the potential to become almost anything. This potential is one of its two defining characteristics. The second is that it can create copies of itself over and over again. This second characteristic, known as the ability to self-renew, is of particular importance to researchers. After … Continue reading Finding the Sweet Spot: shifting metabolism keeps stem cells in suspended animation
The Stem Cellar 