Chronic pain affects roughly 50 million American adults and has few curative treatments. Most people rely on a mix of medications, physical therapy, and behavioral approaches. The opioid crisis pushed research toward non-addictive drugs, nerve-targeted therapies, and understanding why pain persists even after injuries heal.
What's actually going on in research
Trials are testing nerve growth factor blockers that may relieve osteoarthritis pain without opioids, cannabinoid medications for neuropathic pain, neuromodulation devices that interrupt pain signals, and drugs targeting specific sodium channels in pain nerves. Researchers are also studying why chronic pain affects some people more than others, looking at genetic factors and changes in how the brain processes pain.
Non-opioid pain medications
Several new drug classes aim to block pain without addiction risk. Nerve growth factor antibodies like tanezumab showed promise for osteoarthritis but raised safety concerns about joint damage that researchers are now addressing.
Neuromodulation devices
Implanted devices and non-invasive stimulators that send electrical signals to nerves or the spinal cord are being tested for back pain, migraine, and widespread pain conditions. Some can be adjusted by patients at home using smartphone apps.
Personalized pain treatment
Studies are identifying genetic variants and brain imaging patterns that predict who will develop chronic pain and which treatments will work. The goal is matching people to therapies based on their pain biology rather than trial and error.
What to know before you search
Eligibility typically depends on pain location, duration (usually at least three to six months), current treatments tried, and pain severity scores.
What types of trials are currently open
- Medication trials — Testing new oral or injected drugs for specific pain types like neuropathic pain, fibromyalgia, or osteoarthritis. Many focus on alternatives to opioids.
- Device trials — Testing stimulation devices that attach to the skin, implant near nerves, or target the spinal cord to interrupt pain signals.
- Behavioral intervention trials — Testing programs that combine cognitive therapy, mindfulness, movement, and self-management skills. Some compare in-person versus app-based delivery.
- Combination therapy trials — Testing whether combining medications, physical therapy, and behavioral approaches works better than single treatments.
- Mechanism studies — Using imaging and biomarker tests to understand how chronic pain changes the nervous system and why some treatments work for some people but not others.
Recently added Chronic Pain trials
Cardiopulmonary Exercise Active Health Cohort Study
This is a multicenter, prospective, observational cohort study. Study participants will first be enrolled into the general population main cohort, and some eligible subjects will be invited to participate in a validation study for the consistency of estimated VO₂max. The overall study consists of the establishment of the main cohort and three major research modules: cardiovascular endpoint risk prediction, early warning of exercise-related cardiovascular event risk, and health reminder and behavioral feedback. In addition, a substudy is designed to enroll 300 patients with stable metabolic cardiovascular disease, aiming to verify the consistency between wearable-device-estimated maximal oxygen uptake (VO₂max) and the gold standard of Cardiopulmonary Exercise Testing (CPET), so as to evaluate the applicability and error structure of the device-estimated parameters in clinical populations.
Tracking Outcomes in Patients With Chronic Pain Prescribed Intravenous Lidocaine
The purpose of this research is to gather data on the performance and functionality of IV lidocaine infusions prescribed to patients with chronic pain.
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