Neuroscientists Focus on Cell Mechanism That Promotes Chronic Pain
Researchers have discovered a new pain-signaling pathway in nerve cells that eventually could make a good target for new drugs to fight chronic pain.
The findings, published by a UT Dallas neuroscientist and his colleagues, suggest that inhibiting a process called phosphorylation occurring outside of nerve cells might disrupt pain signals, and provide an alternative to opioid drugs for alleviating chronic pain.
Dr. Ted Price, the study’s co-author and associate professor of neuroscience in the School of Behavioral and Brain Sciences at UT Dallas, said the finding is significant.
“We found a key new signaling pathway that can be managed,” Price said. “Now we hope we can use the findings to discover a new drug.”
Phosphorylation is a biological process that occurs when a kinase — a type of enzyme — attaches a chemical called phosphate to a protein. This common process modifies proteins and their functions.
Click here to read more.
5th International Conference on Spine and Spinal Disorders
April 25-26, 2019; Rome
2019 Annual MNNS Meeting
April 27, 2019; St. Paul, Minn.
GOODMAN Oral Board Preparation Course
May 1-3, 2019; Glendale, Ariz.
6th Annual Advanced Practice Provider Pediatric Neurosurgery Conference
May 2-3, 2019; Cincinnati
2019 Comprehensive Stroke Symposium
May 3-4, 2019; Rockville, Md.