Hypermobile Ehlers-Danlos syndrome (hEDS) does tend to worsen with age for most people, though the trajectory is not a straight, predictable line. Joint pain often shifts from intermittent to daily, gastrointestinal problems accumulate, and muscles lose strength faster than in the general population. What makes hEDS particularly frustrating is that the worsening does not happen in a single system; the connective tissue defects ripple outward over the decades, pulling in the gut, the cardiovascular system, the pelvic floor, and even how your body responds to anesthesia. The picture is more complex than “it gets worse,” and knowing which aspects tend to progress can shape how you manage the condition at each stage.
How Pain and Joint Problems Change Over Time
The hallmark of hEDS is joint hypermobility, which brings along subluxations, dislocations, and eventually pain that becomes harder to shake off. In younger years, many people with hEDS experience pain mainly during or after physical activity. Over time, a significant number develop daily pain that persists regardless of activity level.1Wiley Online Library. Hypermobile Ehlers-Danlos syndrome (a.k.a. Ehlers-Danlos syndrome Type III and Ehlers-Danlos syndrome hypermobility type): Clinical description and natural history The shift from “my knee hurts after hiking” to “my knee hurts when I sit” is a pattern people with hEDS describe repeatedly, and the research supports it.
One reason pain escalates is that lax joints wear down cartilage faster than they should. The instability that once made someone impressively flexible in childhood eventually leads to repetitive micro-injuries in the joint surfaces. A case report documented early-onset osteoarthritis in a patient with EDS, highlighting how the abnormal stress on joints can accelerate degenerative changes that usually appear decades later in the general population.2Cureus via Europe PMC. A Case of Early Osteoarthritis in a Patient With Ehlers-Danlos Syndrome This is not just theoretical: many people with hEDS find themselves dealing with osteoarthritis in their thirties or forties, joints quietly grinding down from years of instability.
An interesting twist is that measured joint hypermobility itself may decrease with age, which can be misleading. Beighton scores, the standard clinical measure of how flexible your joints are, tend to drop as people get older. A large systematic review found that the thresholds used to identify generalized hypermobility shift downward with age, with older adults meeting criteria at lower Beighton scores than younger adults.3Arthritis Care & Research. Generalized Joint Hypermobility in Adults: A Systematic Review With Meta‐Analysis to Identify Data‐Driven Cut‐offs Using the Beighton Score This means you can become stiffer on paper while feeling worse in practice, because the accumulated joint damage keeps producing pain even as the hypermobility itself recedes.
Muscle Weakness and Physical Function
If joint instability is the most visible problem in hEDS, muscle weakness is the most underestimated one. A study comparing women with hEDS to controls found striking deficits in the lower body: knee extensor and flexor strength was roughly 30 to 49 percent lower than in matched controls, and endurance was similarly reduced. The differences were not explained by muscle mass, which was similar between the two groups.4Wiley Online Library (Arthritis Care & Research). Muscle mass, muscle strength, functional performance, and physical impairment in women with the hypermobility type of Ehlers-Danlos syndrome In other words, the muscles are there; they just do not work as effectively. Walking and bending were particularly affected, which is the sort of decline that compounds over time as daily function erodes.
This distinction matters for how you approach exercise. Building muscle bulk alone will not solve the problem if the neuromuscular signaling or the tissue mechanics are part of the issue. Targeted physical therapy that emphasizes joint stability and functional strength, rather than raw size, tends to be the more productive path. As you age, the natural decline in muscle function that everyone experiences stacks on top of the hEDS-related weakness, making proactive strength work more important, not less.
Gastrointestinal Symptoms Pile Up
Gut problems are among the most common complaints in hEDS, and they tend to accumulate rather than plateau. A review of gastrointestinal manifestations found that by age 40 and beyond, about three-quarters of patients reported reflux or heartburn, roughly two-thirds had abdominal pain, and nearly three-quarters experienced alternating bowel habits. Chronic gastritis affected close to half, and abdominal hernias appeared in about one in five.5Wiley Online Library. Hypermobile Ehlers–Danlos syndrome and disorders of the gastrointestinal tract: What the gastroenterologist needs to know These numbers are striking when you consider that most of these patients did not start out with all of these problems at once. The GI burden builds over the decades.
The mechanism involves both structural and functional factors. Connective tissue laxity affects the walls of the GI tract, the sphincters that prevent reflux, and the abdominal wall itself. The gut-brain interaction can also become dysregulated, leading to symptoms that overlap with irritable bowel syndrome. For people with hEDS, what looks like a garden-variety digestive complaint in their twenties can evolve into a multi-layered GI problem by midlife, with reflux, motility issues, and pain all feeding off one another.
Bone Health and Fracture Risk
Bone density in hEDS tells a subtler story than you might expect. A prospective study found that patients with hEDS and hypermobility spectrum disorder (HSD) did not have lower bone mineral density compared to controls in terms of the standard measures clinicians look at. What they did have was smaller cortical bone area, thinner cortical bone, and smaller muscle cross-sectional area, alongside a higher prevalence of fractures.6PubMed. Higher fracture prevalence and smaller bone size in patients with hEDS/HSD-a prospective cohort study Over time, muscle cross-sectional area decreased in both hEDS patients and controls, but muscle density specifically declined in the hEDS group.
This is a case where standard screening can be falsely reassuring. If your DEXA scan comes back normal, your doctor might tell you your bones are fine. But the bone architecture and the muscle quality around those bones may still leave you at elevated fracture risk. People with hEDS who are concerned about bone health should discuss with their providers whether standard bone density scans capture the full picture of their skeletal fragility.
Cardiovascular Changes With Age
Cardiovascular issues in hEDS are generally milder than in the vascular type of EDS, but they are not absent. A study of cardiovascular manifestations in hEDS and HSD found a trend of increasing aortic dilatation prevalence with age. In most women, the dilatation was mild and did not show a dramatic rise decade to decade. However, some male patients showed moderate to severe dilatation, with aortic measurements reaching nearly five centimeters.7PubMed Central. Cardiovascular manifestations of hypermobile Ehlers–Danlos syndrome and hypermobility spectrum disorders
For most people with hEDS, this means periodic cardiac screening is reasonable, especially as you get older, but you are not facing the acute vascular risks associated with other EDS types. Mitral valve prolapse and other mild valve abnormalities are also more common in the hEDS population, and these can become more clinically relevant over decades, especially if combined with other age-related cardiovascular changes.
Hormonal Shifts and Symptom Flares
Many women with hEDS notice that their symptoms do not progress in a steady upward slope but instead spike around hormonal transitions. A cohort study of nearly 400 women with hEDS found that a subset were particularly sensitive to hormonal fluctuations, experiencing more severe symptoms during puberty, before menstruation, during the postpartum period, and while on oral contraception.8PubMed Central. Gynecologic symptoms and the influence on reproductive life in 386 women with hypermobility type ehlers-danlos syndrome: a cohort study
Menopause represents another inflection point. Estrogen has effects on connective tissue, and its decline during perimenopause and menopause can alter joint laxity, pain perception, and tissue elasticity. For women who already have defective connective tissue, this hormonal shift can feel like the condition takes a sudden step backward after years of relative stability. This partly explains why some women with hEDS report that their forties and fifties feel dramatically worse than their thirties, even though the underlying genetic condition has not changed.
Pelvic Floor Complications
Pelvic floor dysfunction is another domain where hEDS worsens with age, particularly for women. An international survey of cisgender women with EDS found that about 60 percent reported stress urinary incontinence, roughly 54 percent had urgency incontinence, about a quarter experienced fecal incontinence, and around one in five had pelvic organ prolapse.9PubMed. Pelvic floor symptoms in cisgender women with Ehlers-Danlos syndrome: an international survey study These rates are substantially higher than in the general population, and pelvic floor problems tend to worsen after childbirth, with aging, and especially after menopause when tissue support declines further.
Pelvic floor physical therapy is widely recommended but often underutilized in hEDS management. Many people do not realize that symptoms like urinary leakage or heaviness in the pelvis are connected to their connective tissue disorder rather than being standalone problems. Addressing pelvic floor weakness early, before prolapse becomes severe, offers the best chance of slowing progression.
Small Fiber Neuropathy and Chronic Pain
One of the more recently recognized contributors to worsening symptoms in hEDS is small fiber neuropathy, a condition where the smallest nerve fibers in the skin and organs become damaged. Patients with hEDS frequently present with chronic widespread pain and symptoms that resemble neuropathic pain, such as burning, tingling, and stabbing sensations. Research evaluating small fiber involvement in hEDS and HSD populations has found that a significant proportion show evidence of small fiber neuropathy, suggesting it may be a meaningful driver of the chronic pain that intensifies with age.10Europe PMC. Small fiber neuropathy in hypermobile Ehlers Danlos syndrome/hypermobility spectrum disorder
This is relevant because it shifts the understanding of pain in hEDS beyond purely mechanical explanations. Joint damage and muscle weakness account for a lot, but when small nerve fibers are also degrading, the pain experience becomes amplified in ways that conventional joint-focused treatments may not address. If your pain is increasingly widespread and has a burning or electrical quality, it is worth asking your provider about small fiber neuropathy evaluation, which typically involves a skin biopsy rather than standard nerve conduction studies.
The Mast Cell Connection
A growing body of literature ties hEDS to mast cell-related conditions, where the immune cells responsible for allergic-type reactions become overly active. A review of the association between mast cell conditions and hypermobile syndromes noted that hEDS and HSD correlate with rheumatologic and inflammatory conditions, and proposed that persistent chronic inflammation may play a role in disrupting connective tissue over time.11PubMed Central. Association of mast-cell-related conditions with hypermobile syndromes: a review of the literature Symptoms like flushing, hives, GI distress, and reactions to foods or environmental triggers often worsen or become more numerous over the years.
Whether mast cell activation is a cause, a consequence, or a parallel phenomenon in hEDS remains genuinely unsettled. But for people living with both, the practical reality is that immune-related symptoms tend to compound existing hEDS problems, adding another layer of unpredictability that grows with age.
Diagnostic Delays and the Snowball Effect
One of the cruelest aspects of hEDS progression is how long it takes most people to get diagnosed. A U.S. survey of midlife and older women with hEDS and HSD found that symptoms typically began in childhood, but participants did not seek treatment specifically for hEDS-related symptoms until their late twenties. The average age at diagnosis was the mid-forties, representing a delay of more than 18 years from when treatment was first sought. Over 97 percent of participants had two or more comorbid diagnoses, and more than 60 percent reported seven or more comorbidities.12Nursing for Women’s Health. Health-Related Quality of Life in Midlife and Older Women With Hypermobile Ehlers-Danlos Syndrome and Hypermobility Spectrum Disorders
This delay matters because many of the downstream problems in hEDS, from osteoarthritis to pelvic floor dysfunction to deconditioning, are at least partially manageable when caught early. When someone spends two decades being told their joint pain is anxiety, their GI symptoms are stress-related, and their fatigue is depression, they miss the window for preventive physical therapy, joint protection strategies, and appropriate specialist referrals. The condition itself worsens with age, but the diagnostic gap makes that worsening considerably steeper than it needs to be. Quality of life scores in these women were poor across the board, with physical health domains hit hardest by limitations in daily activities, fatigue, and pain.12Nursing for Women’s Health. Health-Related Quality of Life in Midlife and Older Women With Hypermobile Ehlers-Danlos Syndrome and Hypermobility Spectrum Disorders
Craniocervical Instability
A more serious complication that can emerge or worsen over time is craniocervical instability (CCI), where the ligaments holding the skull to the upper spine become too lax to maintain proper alignment. This has received increasing attention in the EDS community in recent years. A systematic review described how spinal manifestations of EDS include craniocervical instability, atlantoaxial subluxation, and basilar invagination, with CCI arising from ligamentous laxity and hypermobility at the junction between the skull and the cervical spine.13SAGE Publications / PMC. Craniocervical Instability in Ehlers-Danlos Syndrome—A Systematic Review of Diagnostic and Surgical Treatment Criteria In severe cases, surgical fusion may be required.
CCI symptoms can include headaches that worsen when upright, neck pain, dizziness, difficulty swallowing, and in more extreme cases, neurological symptoms from brainstem compression. Not everyone with hEDS develops CCI, and it represents the more severe end of the spectrum. But for those who do, it tends to become apparent or worsen in adulthood as cumulative ligamentous laxity and wear take their toll. Screening and management of upper cervical instability remain areas where clinical consensus is still developing.
When Anesthesia Stops Working
An under-discussed challenge that becomes more consequential as people with hEDS age and accumulate more medical and dental interventions is resistance to local anesthesia. A survey-based study found that among EDS respondents, roughly 88 percent reported that local anesthesia had failed to provide adequate pain relief at some point during dental procedures, compared to about 33 percent of non-EDS respondents. Of those who had received lidocaine, only 8 percent said it worked adequately. The agents with the highest reported success rates were articaine at 30 percent, bupivacaine at 25 percent, and mepivacaine at 22 percent.14Journal of Dental Anesthesia and Pain Medicine. Resistance to local anesthesia in people with the Ehlers-Danlos Syndromes presenting for dental surgery
This is not just a dental curiosity. As you age, you are more likely to need procedures that involve local anesthesia: skin biopsies, minor surgeries, joint injections, gynecological procedures. If your provider does not know about the anesthesia resistance associated with EDS, you can end up in significant pain during what should be a routine procedure. Bringing this information to your medical team, especially before any planned procedure, is one of the more practical things you can do to protect yourself as you navigate the healthcare system with hEDS over the long term.