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15 results for "pain treatment"
Scientists discovered a brain circuit that drives chronic pain independently from normal pain signals, opening the door to treatments that could help 60 million Americans without blocking protective pain responses. The breakthrough may finally separate relief from risk.
A common blood pressure medication helped mice recover from migraine symptoms by boosting the brain's natural cleaning system. The discovery could offer new hope for the one in three migraine patients who don't respond to current treatments.
Researchers have developed a powerful new opioid that provides strong pain relief without causing the dangerous side effects that lead to addiction. The breakthrough could transform how doctors treat pain while saving countless lives from the overdose crisis.
A revolutionary pain treatment discovered at Stony Brook University just secured $11 million to help cancer patients suffering from nerve damage without the risk of addiction. The therapy targets pain in a completely new way, offering hope to millions who currently have no FDA-approved options.
Scientists discovered a brain circuit that drives chronic pain separately from protective acute pain, opening the door to treatments that could help 60 million Americans without dulling their danger responses. When researchers silenced this circuit in mice, chronic pain disappeared while normal pain signals stayed intact.
Researchers have developed a breakthrough opioid painkiller that relieves pain as effectively as traditional drugs but without causing addiction, respiratory failure, or other dangerous side effects. The discovery could transform pain treatment and help end the opioid crisis.
A clinical trial confirms that a topical solution relieves chronic heel pain for nearly 8 out of 10 people with plantar fasciitis. The drug-free treatment offers hope to millions who struggle with debilitating foot pain.
Scientists discovered that a common bone hormone can ease chronic back pain by stopping pain-sensing nerves from growing into damaged spine areas. The breakthrough could lead to treatments that target the root cause of pain, not just symptoms.
Scientists created the first complete cell-by-cell map of the spinal cord, revealing how chronic pain rewires the nervous system. One in three Americans will experience chronic pain in their lifetime, and this breakthrough could lead to better treatments.
A University of Central Florida scientist just received nearly three-quarters of a million dollars to develop a treatment for diabetic neuropathy that doesn't rely on addictive painkillers. His fresh approach targets the root cause instead of just masking symptoms.
Scientists at the University of Central Florida are developing a groundbreaking treatment for diabetic neuropathy that could help millions avoid relying on opioids and antidepressants. A $747,000 federal grant will fund research into regulating nerve signals instead of just masking pain.
For 50 million Americans living with chronic pain that drugs can't touch, Virginia Tech researchers just delivered groundbreaking news: they've reversed persistent pain in mice by targeting a previously overlooked biological pathway. The discovery could lead to the first new non-opioid chronic pain treatment in years.
Scientists at Johns Hopkins discovered that a hormone already used to treat weak bones can prevent pain nerves from invading damaged spinal tissue. The breakthrough could finally offer relief to millions who suffer from chronic low back pain without a clear cause.
Researchers have identified the genetic fingerprint of "sleeping" pain neurons that affect 10% of people with chronic nerve pain. This breakthrough opens the door to targeted treatments that could silence overactive pain signals without affecting normal sensation.
A new Chinese company called Gestala is developing a device that uses ultrasound waves to treat chronic pain without any implants or surgery. The non-invasive technology could eventually help millions suffering from pain, depression, and other brain-related conditions.