Understanding Joint Hypermobility

Joint hypermobility essentially means joints can extend beyond the normal range of motion. Often you hear the term “double-jointed” to describe this increase in “flexibility”. Hypermobility isn’t necessarily a bad thing – it can even be an asset in sports and the performing arts. It can become a problem if one lacks control to maintain a healthy range of motion or if joints become unstable and cause pain. Hypermobility is not the same as instability but people with hypermobility may be more prone to unstable joints, pain, and injury.

Joint hypermobility exists on a spectrum from increased mobility in a single joint to being a feature of a syndrome or systemic condition. It’s important to remember that people with hypermobility may not necessarily have a connective tissue disorder or syndrome. Some people are simply hypermobile but do not have any symptoms that impact their daily lives.

How common hypermobility is can also vary depending on how it is assessed, physical fitness, age, sex, race, population, and more. It is estimated that that between 5-40% of children have joint hypermobility, and 10-20% of adults.

Children are often hypermobile. Diagnosis of any other condition like Ehlers-Danlos Syndrome would not be investigated earlier than age 6 in hypermobile children. Many children grow out of hypermobility as they grow.

Types of joint hypermobility and causes

There are currently 4 types of joint hypermobility recognized (1)

  • Localized joint hypermobility (LJH): LJH affects a single small or large joint and may be bilateral (e.g. both wrists)
    • This could be inherited or acquired from disease, joint injury, surgery, or training
  • Peripheral joint hypermobility (PJH)
    • Hypermobility in the hands and feet (without large joint involvement)
    • This is found commonly in children
  • Generalized joint hypermobility (GJH)– Joint hypermobility at multiple sites
    • Joint hypermobility at the four limbs
    • This is more often congenital or inherited
    • Acquired forms do exist including inflammatory diseases, degenerative joint conditions, or endocrine disorders
  • Historical joint hypermobility (HJH)
    • Adults who have presumably lost their GJH

Several genetic conditions can be associated with joint hypermobility. Some of these include:

  • Hypermobile Spectrum Disorder (HSD)
  • Ehlers-Danlos Syndrome (EDS)
  • Marfan syndrome
  • Loeys-Dietz syndrome
  • Beals syndrome
  • Several types of skeletal dysplasia (abnormal development of bones, joints, and cartilage)
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The Zebra Club app is a programme based on the Integral Movement Method. In this programme I will carefully guide you through safe exercises to manage your pain.

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Identifying symptoms and effects of hypermobility

Joint hypermobility can be a symptomless condition but can also be associated with much more widespread symptoms as is the case with EDS.

Some possible symptoms and manifestations of joint hypermobility include:

  • Joint instability
    • This can be due to the laxity of the tissues surrounding the joint. This can be inherited or acquired. Remember, instability is not the same as hypermobility, a joint can be hypermobile and move beyond its range of motion but still be stabilized by muscles and tendons.
  • Joint injury or trauma
    • This may be due to excessive joint injury and accumulated micro-injuries that may predispose a joint to early arthritis.
  • Pain
    • Occasional and recurrent pain
    • Chronic pain (pain lasting longer than 3 months)
  • Impaired proprioception 

Diagnosing joint hypermobility

Joint hypermobility is more of a descriptor rather than a diagnosis. However, if you have more extensive and body-wide concerns such as digestive issues, easy bruising, frequent sprains and subluxations, chronic pain, delayed wound healing, and more – in addition to joint hypermobility, it would be worth being assessed for a connective tissue disorder such as hypermobile Ehlers Danlos Syndrome (hEDS) or hypermobile spectrum disorder (HSD).

A note on HSD

In 2017, the diagnostic criteria for EDS, and specifically hEDS, was made more strict to assist in research in finding genetic markers, categorizing it as a body-wide and inherited connective tissue disorder. This led to the categorization of HSD, which includes joint hypermobility that still has clinical symptoms (symptomatic hypermobility) but may not fit into the strict hEDS diagnostic criteria.

HSD is the diagnosis when people with “symptomatic joint hypermobility do not have a rare type of EDS and do not meet the criteria for hEDS.” In practice, many people with HSD have just as many symptoms of hEDS and can be treated the same.

There are 4 types of HSD

  • Generalized HSD (G-HSD)
    • Generalized joint hypermobility or hypermobility throughout the body. This is likely the category that many who do not meet the strict hEDS diagnosis fall into.
  • Peripheral HSD (P-HSD)
    • Hypermobility in the hands and feet
  • Localized HSD (L-HSD)
    • Hypermobility is only present in a single joint or group of joints
  • Historical HSD (H-HSD)
    • History of generalized hypermobility throughout the body

Managing and treating joint hypermobility

There are many ways to manage joint hypermobility and reduce pain associated with hypermobility. Examples include:

  • Physiotherapy or physical therapy can help build strength and stability around the joints.
  • Joint protection strategies like avoiding high-impact sports or activities that may put strain on the hypermobile joints.
  • Orthotics for shoes can help reduce foot pain and improve posture and joint alignment.
  • Using braces or splints on hypermobile joints can help avoid strain and injury.
  • Pain management: speaking to a health professional about pain medications may be helpful for many people.
  • Posture and body mechanics: working with someone to improve overall movement patterns and an integrated posture can really help manage hypermobility.
  • Occupational therapy can be very helpful as a hypermobility management plan.
Online Course

Strengthen your Hypermobile Core

Some 10-25% of individuals have some degree of joint hypermobility and for many it’s not just about being bendy – it can disrupt your day-to-day life in many ways you may have come to accept as ‘normal’.

Do you experience pain, fatigue, repeated soft tissue injuries or digestive issues? Does the thought of movement and exercise cause you anxiety and fear? Let me help you develop a strong, stable body in a healthy, safe way.

On this course, I demonstrate and explain every exercise, including ‘watch for’ points for the hypermobile body. You can work from the comfort of your home, at your own pace. When these exercises are practised regularly, your strength and stamina will grow.

You will:

  • Learn more about a safe and effective movement programme
  • Look at six key areas that are essential for a healthy hypermobile body and mind: Breath, Relaxation, Proprioception, Stability, Balance, Posture.
  • Build confidence and learn to enjoy exercise
  • Be coached by someone who can relate to your challenges
  • Strengthen your core and feel stronger every day
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Physical therapies and exercises

We know that appropriate exercise and movement practices that are adapted for hypermobility are important to the long-term management of symptomatic hypermobility.

My Integral Movement Method (IMM) for hypermobility has six guiding principles that allow for safe hypermobility exercise. These are Breath, Relaxation, Proprioception, Stability, Balance, and Posture.

Movement does need to be tailored for hypermobility. It needs to include isometric, eccentric, and concentric exercises. People with hypermobility sadly often do not do well with traditional physical therapy approaches and it does need to be adjusted.

Living with joint hypermobility: daily life and long-term strategies

You may need to adopt new strategies to manage symptomatic hypermobility.

If your child is struggling with hypermobility, please ensure their school is aware of the school toolkit. This can help provide schools with useful information on how to adapt school requirements.

Overall, it helps to learn as much about hypermobility as possible and ensure people are aware of your condition. We know the following can help with long-term management:

  • Regular exercise
    • this can be little and often. Check my YouTube channel for plenty of ideas and classes. I also offer The Zebra Club app for a comprehensive program for hypermobility management.
  • Pacing
    • We may need to adjust our daily activities to ensure we do not overstrain joints or push through joint pain.
  • Stress management
  • Emotional support
    • Being able to connect with other people who have hypermobility can be really helpful. The Zebra Club offers a supportive online community.

Sources:

  1. Castori, et al. (2017) A framework for the classification of joint hypermobility and related conditions. American Journal of Medical Genetics.
  2. Nicholson, et al. (2022) International Perspectives on Joint Hypermobility: A Synthesis of Current Science to Guide Clinical and Research Directions. Journal of Clinical Rheumatology.

What clients say

Frequently Asked Questions

Learn more about EDS & Hypermobility

No, you do not necessarily have EDS if you have hypermobility. There are many presentations of hypermobility ranging from asymptomatic hypermobility, hypermobility localized to one joint, or more systemic conditions like Hypermobility Spectrum Disorder or EDS.

I always say it’s not the exercise that’s wrong, but the approach to exercise. The only exercise I don’t encourage you to do are those that cause you pain. Even then you may be able to change the approach and get back to doing exercise you love.

Walking is not bad for hypermobility, it can be great exercise. However, if walking is causing increased pain we can work on things like gait, posture, and stability to improve this.

Research has demonstrated and important role for physical therapy in hypermobility management. However, it is important to work with a provider who is aware of hypermobility like those trained in The IMM. Physical therapy and movement therapy can help with joint stability, reduce pain, and improve function. Treatment should be individualized and appropriate to each person individually.