Stem cell model reveals deeper understanding into “ALS resilient” neurons

A descriptive illustration of Amyotrophic Lateral Sclerosis (ALS), also known as Lou Gehrig's Disease. Courtesy of ALS Foundation website. Understanding the basic biology of how a cell functions can be crucial to being able to better understand a disease and unlock a potential approach for a treatment. Stem cells are unique in that they give … Continue reading Stem cell model reveals deeper understanding into “ALS resilient” neurons

Stories that caught our eye: stem cell transplants help put MS in remission; unlocking the cause of autism; and a day to discover what stem cells are all about

Stem cell transplants help put MS in remission: A combination of high dose immunosuppressive therapy and transplant of a person’s own blood stem cells seems to be a powerful tool in helping people with relapsing-remitting multiple sclerosis (RRMS) go into sustained remission. Multiple sclerosis (MS) is an autoimmune disorder where the body’s own immune system … Continue reading Stories that caught our eye: stem cell transplants help put MS in remission; unlocking the cause of autism; and a day to discover what stem cells are all about

Watch Spinal Cord Cells Take a Hike!

What exactly goes on inside the human body? If you asked this question to the children’s book character Ms. Frizzle, she would throw you into her Magic School Bus and take you on a wild ride “Inside the Human Body” to get you up close and personal with the different organs and structures within our … Continue reading Watch Spinal Cord Cells Take a Hike!

CIRM-Funded Scientists Build a Better Neuron; Gain New Insight into Motor Neuron Disease

Each individual muscle in our body—no matter how large or how small—is controlled by several types of motor neurons. Damage to one or more types of these neurons can give rise to some of the most devastating motor neuron diseases, many of which have no cure. But now, stem cell scientists at UCLA have manufactured … Continue reading CIRM-Funded Scientists Build a Better Neuron; Gain New Insight into Motor Neuron Disease