09/02/2026
Credit to Linda Bluestein MD (hEDS / HSD spc) What if fascia helps explain why hypermobile bodies can feel both unstable and incredibly tight?
When we talk about Ehlers-Danlos syndromes and hypermobility, the conversation usually centers on joints. But movement is never just about joints.
Every step, reach, and change in position depends on coordinated load transfer through muscles, tendons, ligaments, fascia, and the nervous system.
That interconnected system may help explain some of the most frustrating experiences people with hypermobility describe:
Why does pain seem to move around?
Why can ordinary movement require so much effort?
Why can imaging look relatively normal when symptoms are significant?
And perhaps most confusingly: if you’re hypermobile, why do you feel so tight?
Feeling tight does not necessarily mean your tissues are physically short. It may reflect protective muscle guarding, altered sensory input, compensation for instability, or inefficient tension distribution throughout the body.
Which is why more stretching is not always the solution.
In one of my most popular Bendy Bulletin newsletters, I explore what fascia actually is, what we know about its role in pain and movement, and why it may be an important piece of the hypermobility puzzle.
If you’ve ever felt like your symptoms don’t quite match what your imaging or testing shows, this one may help connect some dots.
Read “Fascia: The Missing Link in Ehlers-Danlos Syndromes, Hypermobility, and Chronic Pain” in The Bendy Bulletin.
This post is for educational purposes only and is not medical advice. Please consult your healthcare provider regarding your individual situation.
ID: Text promotes Dr. Linda Bluestein’s Bendy Bulletin newsletter about fascia and its potential role in pain, instability, fatigue, proprioception, muscle guarding, and movement in people with Ehlers-Danlos syndromes and hypermobility spectrum disorders.
