Condition Guide · Brighton & Hove
Hypermobile patients are frequently mismanaged, given generic strengthening advice that doesn't account for their connective tissue differences, or dismissed entirely. A tailored approach makes a significant difference.
Understanding the Condition
Hypermobility refers to joints that move beyond the normal range of motion for a given age and sex. At its simplest, it is a constitutional trait reflecting increased laxity in the connective tissue that supports and stabilises joints. At its most complex, it is part of a heritable connective tissue disorder that affects multiple body systems and produces a significant clinical burden.
Many hypermobile people have spent years being told they are simply flexible, that this is an advantage, or that their pain is unexplained. Neither is accurate. Excess joint laxity places increased demand on the muscular system to provide stability that the passive structures cannot, and this demand, sustained across a lifetime, produces the chronic musculoskeletal pain, fatigue, and repeated soft tissue injury that characterises the hypermobility spectrum.
Standard strengthening protocols are designed for people with normal connective tissue. In hypermobile patients, the same exercises can produce different loading on joint structures, different rates of fatigue, and different injury risk. Standard soft tissue massage can temporarily increase joint instability by further relaxing already lax supporting musculature. Understanding these differences is the starting point for effective management.
Hypermobility is significantly more common than most clinicians recognise. Estimates suggest generalised hypermobility affects 10-20% of the population, with hypermobility spectrum disorder and hypermobile Ehlers-Danlos Syndrome (hEDS) representing the more symptomatic end of the spectrum. It is more common in women, in those of South Asian and African descent, and tends to reduce with age as connective tissue naturally stiffens.
It is frequently associated with other conditions including POTS (postural orthostatic tachycardia syndrome), mast cell activation syndrome, dysautonomia and anxiety, reflecting the systemic nature of connective tissue abnormalities. Awareness of these associations matters for clinical management.
Many hypermobile patients have seen multiple practitioners before receiving an accurate picture of their condition. Average diagnosis time for hEDS is over a decade. If you have widespread joint pain, a history of repeated soft tissue injuries, joint subluxations or dislocations, fatigue disproportionate to activity, and have been told your pain is unexplained, hypermobility spectrum disorder warrants assessment.
The Spectrum
Hypermobility exists on a spectrum from benign flexibility through symptomatic disorder to diagnosed connective tissue condition.
Generalised joint laxity without significant symptoms. Often considered an advantage in dance, gymnastics and certain sports. May become symptomatic with age, increased loading or after injury. Awareness of the hypermobility is still clinically relevant for injury prevention and rehabilitation approach.
Symptomatic hypermobility that doesn't meet the full diagnostic criteria for hEDS. Produces musculoskeletal pain, fatigue, soft tissue injuries and joint instability. The clinical picture and management approach overlap significantly with hEDS. Often underdiagnosed and underserved.
The most common subtype of Ehlers-Danlos Syndrome. A heritable connective tissue disorder characterised by joint hypermobility, chronic widespread pain, skin manifestations and systemic features. Diagnosed clinically using the 2017 International Criteria. Requires a multidisciplinary management approach.
Clinical Approach
Generic musculoskeletal treatment can be ineffective or counterproductive for hypermobile patients. These are the key differences in approach.
"Stretch to improve flexibility"
Hypermobile patients are already too flexible. Additional stretching increases joint laxity and instability. The focus should be on stability, proprioception and controlled range of motion, not end-range stretching.
Stability and neuromuscular control
The goal is to build the muscular stability that compensates for lax passive structures. Closed-chain, co-contraction exercises that improve joint position sense and neuromuscular control are the foundation.
"Push through the fatigue"
Hypermobile patients frequently experience post-exertional malaise disproportionate to activity level. Boom-and-bust exercise patterns, working hard when feeling well then crashing, are a major driver of chronicity.
Pacing and graded activity
A paced approach to activity, staying within the energy envelope and increasing load very gradually over weeks and months, produces better long-term outcomes than pushing to tolerance and recovering.
High repetition, low load exercise
High repetitions in a hypermobile joint produce cumulative microtrauma to already stressed passive structures. The joint reaches end of range repeatedly, loading capsule and ligaments that cannot adequately resist.
Low repetition, controlled range
Fewer repetitions performed within a controlled, mid-range of movement, with emphasis on co-contraction and joint position sense, reduce the cumulative joint stress while building meaningful muscular support.
Treatment Approach
Treatment is significantly modified from standard musculoskeletal care, taking into account connective tissue differences and the systemic nature of the condition.
Beighton score, symptom history, associated conditions and current activity level assessed before any treatment or exercise prescription begins.
A carefully graded neuromuscular stabilisation programme focused on joint position sense, co-contraction and controlled range of motion rather than end-range flexibility.
Targeted soft tissue therapy to address the muscle guarding and trigger points that develop as compensation for joint instability, applied carefully to avoid increasing laxity.
Proprioceptive taping to enhance joint position sense and provide external stability support during rehabilitation and activity, particularly for unstable ankle, knee and wrist joints.
Practical guidance on activity pacing, identifying the personal energy envelope and structuring activity to avoid the boom-and-bust pattern that drives symptom flares.
For complex presentations, clear guidance on appropriate referral to rheumatology, pain management, cardiology (for POTS) and other relevant specialties.
An Honest Perspective
Hypermobility, particularly at the hEDS end of the spectrum, is a lifelong condition. There is no cure. The goal is not to make the connective tissue normal, it cannot be, but to build sufficient muscular support, movement awareness and self-management capacity to live well despite it.
That is a realistic and genuinely achievable goal for the vast majority of hypermobile patients. The ones who do best are those who understand their condition clearly, work consistently on stability rather than flexibility, pace their activity intelligently, and have a practitioner who understands the specific demands of hypermobility management rather than applying standard protocols.
If you have spent years being dismissed, given generic advice that didn't help, or told your pain is unexplained, a fresh assessment with a practitioner who understands hypermobility is a worthwhile step.
Book an Assessment"Hypermobile patients are some of the most underserved in musculoskeletal practice. They've usually tried many things, been told they're fine, and given advice that either didn't help or made things worse. Getting the approach right from the start changes everything."— Tim Regan, Hove Injury Clinic
If standard treatment hasn't worked for you, a clinical assessment that accounts for your connective tissue differences is the right next step.