Here are some stem cell stories that caught our eye this past week. Some are groundbreaking science, others are of personal interest to us, and still others are just fun. When half works like the whole. An international team announced this week that they had developed human stem cells able to reproduce with only half … Continue reading Stem cell stories that caught our eye: New stem cell type, 3D nerves, bionic heart patches and making bone marrow donation easier
Neurological Disorders
Rare disease underdogs come out on top at CIRM Board meeting
It seems like an oxymoron but one in ten Americans has a rare disease. With more than 7,000 known rare diseases it’s easy to see how each one could affect thousands of individuals and still be considered a rare or orphan condition. Only 5% of rare diseases have FDA approved therapies People with rare … Continue reading Rare disease underdogs come out on top at CIRM Board meeting
Unlocking the brain’s secrets: scientists find over 100 unique mutations in brain cells
Your brain is made up of approximately 100 billion neurons. These are the cells that process information and pass along electrical and chemical signals to their other neuron buddies throughout the body to coordinate thoughts, movement, and many other functions. It’s no small task to create the intricate neuronal network that is the backbone of … Continue reading Unlocking the brain’s secrets: scientists find over 100 unique mutations in brain cells
Growing Stem Cell Research in California (Video)
How a Gladstone scientist is using bioengineering to push the pace of stem cell research At CIRM, we strive to fund the most promising stem cell research and speed the advancement of stem cell treatments to patients who need them. Because we are a state agency, we generally focus on funding scientists, universities, and companies … Continue reading Growing Stem Cell Research in California (Video)
CREATE-ing tools that deliver genes past the blood-brain barrier
Your brain has a natural defense that protects it from infection and harm, it’s called the blood-brain barrier (BBB). The BBB is a selectively permeable layer of tightly packed cells that separates the blood in your circulatory system from your brain. Only certain nutrients, hormones, and molecules can pass through the BBB into the brain, … Continue reading CREATE-ing tools that deliver genes past the blood-brain barrier
Timing Matters: Slowly Dividing Stem Cells Lead to Small Brains
One hundred billion nerve cells working together empowering us to see, walk, think, speak, remember: the human brain is a stunning machine. Even more stunning is its formation in the growing fetus. It starts with a set of neural, or brain, stem cells in the early embryo. Then with each cell division, more and more cells … Continue reading Timing Matters: Slowly Dividing Stem Cells Lead to Small Brains
Four Challenges to Making the Best Stem Cell Models for Brain Diseases
Neurological diseases are complicated. A single genetic mutation causes some, while multiple genetic and environmental factors cause others. Also, within a single neurological disease, patients can experience varying symptoms and degrees of disease severity. And you can’t just open up the brain and poke around to see what’s causing the problem in living patients. It’s … Continue reading Four Challenges to Making the Best Stem Cell Models for Brain Diseases
The Critical Role of Patient Advocates in Accelerating Stem Cell Cures
At CIRM, our goal is to bring stem cell therapies to patients with unmet medical needs, and we do that by funding the most promising and innovative research in regenerative medicine. A critical component of this goal is to support our patient advocates and make sure that their voices are heard. At this year’s World … Continue reading The Critical Role of Patient Advocates in Accelerating Stem Cell Cures
Bringing down the gatekeeper for a stem cell-based Parkinson’s cure
On the surface, a stem cell-based cure for Parkinson’s disease seems pretty straight-forward. This age-related neurodegenerative disorder, which leads to progressively worsening tremors, slowness of movement and muscle rigidity, is caused by the death of a specific type of nerve cell, or neuron, that produces the chemical dopamine in a specific region of the brain. … Continue reading Bringing down the gatekeeper for a stem cell-based Parkinson’s cure
CIRM Scholar Spotlight: Berkeley’s Maroof Adil on stem cell transplants for Parkinson’s disease
Stem cell therapy has a lot of potential for Parkinson’s patients and the scientists that study it. One of our very own CIRM scholars, Maroof Adil, is making it his mission to develop stem cell based therapies to treat brain degenerating diseases like Parkinson’s. Maroof got his undergraduate degrees from MIT in both Chemical Engineering … Continue reading CIRM Scholar Spotlight: Berkeley’s Maroof Adil on stem cell transplants for Parkinson’s disease
The Stem Cellar 