Posts Tagged ‘myelin’
New Research Takes Step Towards Healing Brain and Spinal Cord Injuries
Posted on July 11th, 2019
Recently, researchers have investigated a nerve repair process that could potentially be activated to heal injuries to the brain and spinal cord. This discovery came from investigating an existing peripheral nerve regeneration pathway and applying similar concepts to central nervous system cells. This research team was led by Claire Jacob, Professor at Johannes Gutenberg University Mainz (JGU) and at the Swiss University of Fribourg. Their findings were published in a recent edition of Cell Reports.
Read more of New Research Takes Step Towards Healing Brain and Spinal Cord Injuries »
Discovery Reveals Ability of Schwann Cells to Generate Myelin
Posted on July 5th, 2019
OHSU research could lead to new therapies to heal nervous system disorders
Scientists have discovered that a special type of cell is much more prolific in generating a protective sheath covering nerve fibers than previously believed.
Read more of Discovery Reveals Ability of Schwann Cells to Generate Myelin »
Study Establishes Safety of Spinal Cord Stem Cell Transplantation
Posted on July 20th, 2006
Transplanting human embryonic stem cells does not cause harm and can be used as a therapeutic strategy for the treatment of acute spinal cord injury, according to a recent study by UC Irvine researchers.
Read more of Study Establishes Safety of Spinal Cord Stem Cell Transplantation »
Paralyzed Mice Given Stem Cells Walk Again
Posted on July 12th, 2006
Study suggests treatment may help repair damaged spinal cords.
Injections of human stem cells seem to directly repair some of the damage caused by spinal cord injury, according to research that helped partially paralyzed mice walk again.
Read more of Paralyzed Mice Given Stem Cells Walk Again »
Finding May Lead to New Therapy for Nervous System Disorders
Posted on March 3rd, 2006
Stem cells obtained from adult nasal passages can be transformed into nerve cells that restore mobility and function to rats with spinal cord injuries, a University of Louisville study has shown.
Read more of Finding May Lead to New Therapy for Nervous System Disorders »