Yes, Ehlers-Danlos syndrome (EDS) is frequently painful, and for many people, chronic pain becomes the most disruptive aspect of the condition. In one study of EDS patients, 72% reported chronic pain, with average worst pain ratings of 7.3 out of 10. Pain tends to worsen with age and can stem from multiple sources at once, making it one of the more complex pain conditions to manage.
Why EDS Causes Pain
EDS affects connective tissue, the structural material that holds joints, skin, blood vessels, and organs together. When that tissue is too stretchy or fragile, joints move beyond their normal range, soft tissues strain more easily, and injuries that wouldn’t bother most people become recurring problems. The pain isn’t coming from one single source. It layers: joint instability causes one type of pain, tissue damage causes another, and the nervous system itself can start amplifying pain signals over time.
In the hypermobile type (hEDS), the most commonly diagnosed form, chronic musculoskeletal pain is so central to the condition that it’s built into the diagnostic criteria. To meet the current clinical checklist, a person needs to show either daily musculoskeletal pain in two or more limbs lasting at least three months, chronic widespread pain for three months or longer, or recurrent joint dislocations without trauma. Pain isn’t a secondary feature of hEDS. It’s a defining one.
What the Pain Feels Like
People with EDS typically describe several overlapping types of pain. Joint pain is the most obvious: shoulders, knees, hips, and fingers that ache, catch, or feel unstable. Subluxations (partial dislocations) can happen during ordinary movements like reaching for something on a shelf or rolling over in bed. These episodes cause sharp, sudden pain that may fade within minutes or linger for days.
Beyond the joints, many people report deep muscular aching. Because loose joints don’t hold position well, the muscles surrounding them work overtime to compensate, leading to chronic fatigue and soreness in the neck, back, and legs. Headaches are also common, often originating from instability in the cervical spine or tension in the surrounding muscles.
There’s also a burning, tingling, or “electric” quality to the pain that some people experience, which points to nerve involvement rather than purely mechanical damage.
Nerve Pain and Small Fiber Neuropathy
A significant number of people with hEDS develop small fiber neuropathy, a condition where the smallest nerve endings in the skin and organs become damaged. One study found structural evidence of small fiber neuropathy in 64% of hEDS patients, and when functional testing was included, that number rose to 82%.
Small fiber neuropathy produces symptoms that feel different from joint pain: burning sensations in the hands and feet, prickling or stabbing feelings that seem to come from nowhere, and heightened sensitivity to temperature or touch. It can also affect the autonomic nervous system, contributing to problems with heart rate, digestion, and sweating that many EDS patients already struggle with. This nerve component helps explain why EDS pain often doesn’t respond well to standard painkillers designed for inflammation or tissue injury.
How the Nervous System Amplifies Pain
Living with repeated joint injuries and chronic tissue stress doesn’t just cause pain in the moment. Over time, the central nervous system can become hypersensitive, a process called central sensitization. Essentially, the brain and spinal cord start treating normal signals as painful ones, and painful signals as more intense than they should be.
Research on people with joint hypermobility has found measurably lower pain thresholds compared to people without hypermobility. They respond to pressure at lower levels, and their sensitivity to heat and cold is heightened. Studies on the specific nerve fibers involved show that the fast-conducting pain fibers become hypersensitive, meaning signals that should register as mild discomfort get processed as significant pain. This isn’t psychological. It’s a physical change in how the nervous system operates after prolonged exposure to pain signals.
Central sensitization helps explain a frustrating pattern many EDS patients recognize: pain that spreads beyond the original injury site, pain that persists long after an injury should have healed, and a general increase in sensitivity to stimuli like bright lights, loud sounds, or even light touch on the skin.
Pain Tends to Increase With Age
EDS pain is not static. In one study, EDS patients who reported significant pain had a mean age of 37, while those without pain averaged just 18 years old. This gap reflects the cumulative nature of the condition. Joints that subluxate repeatedly sustain progressive cartilage and soft tissue damage. Muscles that compensate for unstable joints eventually fatigue and develop their own problems. And the longer the nervous system processes pain signals, the more likely central sensitization becomes.
Children and teenagers with EDS may experience episodes of pain that seem to come and go, often dismissed as “growing pains.” By their 30s and 40s, many people find the pain has become more constant, more widespread, and harder to manage with the same strategies that worked earlier.
Managing EDS Pain
There is no single medication or treatment that reliably controls EDS pain, partly because the pain comes from so many different sources at once. Most people end up using a combination of approaches.
Physical therapy focused on joint stabilization is generally the foundation. The goal is to strengthen the muscles around unstable joints so they provide the support that loose connective tissue can’t. This doesn’t eliminate pain, but it can reduce the frequency of subluxations and the muscular strain that follows. The key is working with a therapist who understands hypermobility, since standard exercise programs can actually make things worse if they push joints past their safe range.
Medication options are more limited than many patients expect. Common anti-inflammatory drugs like ibuprofen carry risks with long-term use, particularly for EDS patients who also have mast cell activation syndrome, a condition that frequently overlaps with hEDS. Opioids pose similar long-term concerns. Medications typically prescribed for nerve pain can interfere with autonomic functions that are already compromised in many EDS patients, making side effects harder to tolerate.
Topical lidocaine can help with localized pain from joint misalignment, dental pain, or painful intercourse. Low-dose naltrexone, originally developed for other purposes, has shown promise for chronic pain in hEDS and is increasingly used off-label. Both of these work locally or through different pathways than traditional painkillers, which is part of their appeal for a condition where standard options often fall short.
Many people also rely on bracing or taping vulnerable joints, pacing daily activities to avoid triggering flares, heat or cold therapy, and adaptive tools that reduce strain during routine tasks. Pain management for EDS is rarely about finding one solution. It’s about assembling a toolkit of strategies that together make daily life more functional.