A controversial new study reports cannabis may not be as helpful in treating chronic pain as believed. Researchers say they have found no clear evidence that cannabis can reduce pain severity or pain interference in those with chronic non cancer pain.
Pain
Pain Neuroscience news articles cover science research about pain receptors, nociceptors, nociception, sensory neurons, somatosensory cortex, chronic pain, acute pain, nocioceptors, musculoskeletal pain, therapies, phantom limb pain and other pain research.
A new study reports, following an injury, the motor areas of the brain reduce signaling to a muscle if the muscle is responsible for producing painful movements, but enhances signaling if the muscle counteracts the painful movement.
A new study looks at why pain enhances some people's ability to perform well.
A new study reveals, in rodents, some spinal pain begins in the frontal cortex. Researchers say the findings could help in the development of new treatments for chronic pain.
Researchers have developed a new method that appears to successfully help treat neuropathic pain in animal models.
Jymmin, a system that mixes working out on exercise equipment and free musical improvisation, may make us less sensitive to pain, researchers report.
University of Michigan researchers report hyperreactive brain networks may play a role in hypersensitivity associated with fibromyalgia.
A new study reveals newborns who are stressed by their environment have a greater neural pain response following a routine skin lance than babies who are not stressed. However, the neural response is not matched by their physical reaction to pain.
Blocking dorsal root ganglion pain neurons from releasing microRNA-21 has an anti-inflammatory effect at the cellular level, preventing neuropathic pain, researchers report.
Researchers have developed a new pain killer that is on par with conventional opioids, but does not affect respiration, which is the main cause of opioid overdose.
Duke researchers have discovered head and facial sensory neurons are directly wired into one of the brain's main emotional signaling hubs. Sensory neurons throughout the rest of the body are indirectly connected to the system. The findings help explain why head and face pains are more emotionally draining than other pains.
Researchers report ketamine may help to relieve pain symptoms associated with migraine in patients for whom other treatments have failed.