How to Conduct a Consultation for Hypermobility Syndrome: A Practical Guide for GPs

Hypermobility syndrome is frequently misunderstood in clinical practice.

Some patients are told:

“You’re just flexible.”
“Your scans are normal.”
“It’s anxiety.”

Yet many present with complex symptoms such as:

chronic joint pain
recurrent sprains
fatigue
autonomic symptoms
anxiety
gastrointestinal complaints

A structured consultation helps clinicians recognise the condition and avoid dismissing patients.

Hypermobility is not simply flexibility — it can be a multisystem connective tissue disorder.

For background clinical information see:

Understanding Hypermobility in Primary Care
Step 1: History Taking
Step 2: Physical Examination
Step 3: Differential Diagnosis
Step 4: Investigations
Step 5: Management Strategy
Red Flags for Specialist Referral
Structured Follow-Up
Final Thoughts
Explore AI Tools for Structured Multisystem Consultations

Understanding Hypermobility in Primary Care

Joint hypermobility is common in the general population.

However, some individuals develop symptoms due to joint instability and connective tissue laxity.

Two major diagnostic categories include:

Condition	Description
Hypermobility Spectrum Disorder (HSD)	Symptomatic hypermobility without a defined genetic syndrome
Hypermobile Ehlers-Danlos Syndrome (hEDS)	Heritable connective tissue disorder with systemic manifestations

The 2017 international classification clarified these conditions.

Clinical summary:
The Ehlers-Danlos Society diagnostic criteria.

Step 1: History Taking

A careful history often reveals key diagnostic clues.

Presenting Symptoms

Ask patients:

Which joints are painful?
When did symptoms begin?
Do joints dislocate or sublux?
Are sprains frequent?
Do joints feel unstable or “give way”?

Clarify the pain pattern.

Pattern	Possible Cause
Activity-related pain	mechanical instability
Morning stiffness	inflammatory disease
Widespread pain	fibromyalgia overlap

Related musculoskeletal guide:

Chronic Low Back Pain: Mechanical vs Inflammatory

Childhood History

Hypermobility usually begins early in life.

Important questions include:

“Were you very flexible as a child?”
“Could you easily do the splits?”
“Did teachers comment on your flexibility?”
“Did you frequently sprain ankles?”
“Were you considered clumsy?”

These historical clues are common in hypermobility spectrum disorders.

Systemic Symptoms

Hypermobility can affect multiple organ systems.

Screen for:

chronic fatigue
dizziness when standing
palpitations
gastrointestinal symptoms
easy bruising
poor wound healing
anxiety or panic symptoms

Autonomic dysfunction is particularly common.

For more information see:

Pain Characteristics

Ask patients:

Is the pain widespread?
Does it worsen after activity?
Are muscles tight or fatigued?

Many patients develop secondary muscle guarding due to joint instability.

Family History

Hypermobility disorders may run in families.

Ask about:

relatives with hypermobility
Ehlers-Danlos syndrome
early osteoarthritis
aortic disease

Family history is particularly important when evaluating possible heritable connective tissue disorders.

Step 2: Physical Examination

Beighton Score

The Beighton score is widely used to assess joint hypermobility.

The test evaluates:

passive dorsiflexion of little finger >90°
thumb to forearm
elbow hyperextension >10°
knee hyperextension >10°
forward flexion with palms flat on floor

Score is calculated out of 9.

Interpretation varies by age.

Clinical overview:
BMJ – Assessing Joint Hypermobility

Joint Stability

Examine for signs of instability:

shoulder subluxation
patellar instability
ankle laxity

Recurrent instability often drives chronic pain.

Skin Examination

Look for connective tissue signs:

hyperextensible skin
atrophic scars
easy bruising
stretch marks

These findings may suggest Ehlers-Danlos syndrome.

Clinical guide:
Ehlers-Danlos Society clinical features

Posture and Muscle Strength

Assess:

core strength
scapular stability
gait pattern
foot arch collapse

Muscle weakness frequently contributes to chronic pain.

Step 3: Differential Diagnosis

Several conditions may mimic hypermobility-related pain.

Hypermobility Spectrum Disorder (HSD)

Typical features:

joint hypermobility
chronic musculoskeletal pain
no defined connective tissue disorder

Hypermobile Ehlers-Danlos Syndrome (hEDS)

Features include:

generalised hypermobility
systemic manifestations
family history
exclusion of other EDS types

Inflammatory Arthritis

Consider if patients have:

prolonged morning stiffness
joint swelling
elevated inflammatory markers

Fibromyalgia

Overlap is common.

Symptoms include:

widespread pain
fatigue
sleep disturbance

Marfan Syndrome

Red flags include:

tall stature
arachnodactyly
lens dislocation
aortic dilation

If suspected, urgent referral is required.

For overview see:

Marfan Foundation – Clinical Overview

Step 4: Investigations

Diagnosis is primarily clinical.

Investigations are used to exclude other conditions.

Possible tests include:

FBE
CRP / ESR
thyroid function
vitamin D
B12
ferritin

If connective tissue disorder suspected:

echocardiogram
rheumatology referral

Avoid over-investigation when clinical criteria clearly indicate hypermobility syndrome.

Step 5: Management Strategy

There is no single cure, but structured management is highly effective.

Patient Education

Explain that:

joint laxity leads to instability
muscles must compensate
pain is real even when imaging appears normal

Validation improves patient engagement.

Physiotherapy (First-Line Treatment)

Physiotherapy should focus on:

strength training
proprioception exercises
joint stabilisation
core strengthening
postural correction

Avoid excessive stretching.

Clinical guide:
PubMed – Physiotherapy management of joint hypermobility syndrome--a focus group study of patient and health professional perspectives

Exercise Prescription

Recommended activities include:

low-impact strengthening
modified Pilates
swimming
controlled resistance training

Avoid:

high-impact repetitive strain
extreme flexibility training

Pain Management

Avoid long-term opioid therapy.

Consider:

paracetamol
short-term NSAIDs
neuropathic agents if central sensitisation
psychological pain strategies

Chronic pain management should be multimodal.

Address Associated Conditions

Screen for associated disorders such as:

anxiety
POTS-like symptoms
IBS
fatigue
sleep disturbance

Whole-person care improves outcomes.

Related chronic care approach:

Managing Chronic Disease as a Lifetime Project

Red Flags for Specialist Referral

Refer patients when:

Ehlers-Danlos subtype suspected
cardiac involvement present
severe joint instability
diagnostic uncertainty exists

Structured Follow-Up

Suggested follow-up schedule:

Time	Focus
3 months	function assessment
6 months	pain review
12 months	long-term progress

Hypermobility is a chronic condition requiring continuity of care.

Final Thoughts

Hypermobility syndrome is common but frequently under-recognised.

Many patients feel dismissed before diagnosis.

A structured consultation should include:

detailed history
Beighton scoring
differential diagnosis
multisystem screening
physiotherapy-first management
psychological validation

When clinicians approach hypermobility systematically, patients feel heard — and outcomes improve.

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