Very flexible and always sore? The link people miss.

There is a particular patient who arrives having been told, repeatedly, that they are very flexible and should therefore be fine. They can put their palms flat on the floor without effort. They were the gymnast, the dancer, the one whose party trick was bending a thumb to the forearm. They are also in pain most weeks, and have been for years.

What does hypermobility actually mean?

Hypermobile joints move further than a typical joint does, because the connective tissue that ought to limit them is more lax. Cleveland Clinic puts joint hypermobility syndrome at around 3% of the general population.

For plenty of people this is a non-event, or an advantage. The problem is not range in itself. It is range without control — a joint that travels somewhere the muscles were not prepared to catch it.

The screen most often used is the Beighton score, a nine-point check of the thumbs, little fingers, elbows, knees and spine. Cleveland Clinic is careful about what it means, stating that the score itself cannot diagnose Ehlers-Danlos, Marfan syndrome or osteogenesis imperfecta — it is one test among several. Worth knowing, not worth self-diagnosing from.

The tightness is not the problem. It is the only thing holding the joint together, and it is exhausted.

Why stretching makes it worse

This is the mismatch, and it is the reason these patients spend years getting nowhere. Hypermobile people usually feel tight. Muscles around an unstable joint work continuously to limit motion that the ligaments are not limiting, and continuous work feels exactly like tightness.

So they stretch. The relief lasts an hour or two, because stretching temporarily quiets a muscle that was doing a job. Then the joint moves further than it should again, the muscle goes back to work, and the tightness returns — often worse, because the brake has been loosened.

Years of this produces someone who has been extremely diligent about the wrong intervention and reasonably concludes that nothing works. We cover the general version of this confusion in mobility is not stretching, but in a hypermobile body the stakes are higher.

What the plan looks like instead

• Strength at end range. Not just strength — control in the positions where the joint currently has none. That is where hypermobile people get hurt.
• Less passive range work, more loaded work. The goal is a joint that can hold a position under load, not one that can reach further.
• Find the genuinely stiff parts. Most hypermobile bodies are not uniformly loose. Some segments are locked down precisely because neighbours are loose, and those are the ones worth mobilising.
• Expect a slower build. Tissue that is more lax takes longer to adapt, and pushing the timeline is how flares happen.

Can hypermobile people be adjusted?

Often yes, and the honest answer is that the approach changes and should be discussed before anything is done. A joint with too much range does not need more, so the emphasis moves toward the segments that are genuinely restricted and toward building stability around those that are not.

This is also why the one-size adjustment model serves these patients poorly. The low back is a common example — hypermobile pelvises frequently present as SI joint pain that lives to one side and keeps returning after treatment that felt good at the time.

If a broader connective tissue condition is a possibility, that is a conversation for your physician. We can tell you what your joints are doing mechanically and build a plan around it; we do not diagnose genetic conditions, and a Beighton score is a starting point rather than a verdict. Our corrective exercise programming is usually the centre of the plan rather than an add-on.

What makes it worse day to day?

Most of the aggravation is unremarkable and constant, which is why it rarely gets identified as a cause. Sitting with a leg folded under, standing with weight dumped onto one hip, sleeping with an arm overhead, holding a phone with the wrist bent back — all of these park a joint at the far end of its range for long stretches.

For a typical body the ligaments take that load without complaint. For a hypermobile one it is hours of low-grade strain every day, and it explains the pattern most of these patients describe: not one bad injury, just never quite right.

Changing those positions is unglamorous and does more than any single exercise. It also costs nothing, which makes it a reasonable place to start while the strength work builds.

What about hypermobile kids?

Hypermobility shows up early, and in children it is often praised rather than noticed. The flexible gymnast and the kid who sits in a W on the floor are frequently the same child who complains of growing pains in the evening.

Most of them are fine and need nothing. The ones worth a closer look are those with recurring joint pain, frequent sprains from ordinary activity, or a child who avoids activities their peers manage easily. If a genetic connective tissue condition runs in the family, that belongs with a paediatrician rather than with us.