The Floppy Files™

What if the pill isn't the problem? Swallowing requires remarkable coordination between the jaw, tongue, neck, breathing, posture, and nervous system. In a hypermobile body, the better question may be: who's been working overtime?

The Hypermobile House has another system worth exploring: its streets. Blood vessels and the endothelium help regulate circulation, inflammation, and vascular tone throughout the body.

Joint pain, dizziness, fatigue, inflammation, allergic reactions, and crashes can feel like separate problems. The Hypermobile House offers another way to see how these systems may interact.

A hypermobile body may be doing more work than it appears to be doing. Joint stability, muscular compensation, autonomic regulation, and cellular energy demands may help explain why fatigue can feel so persistent.

Something is changing in hypermobility care. What once felt like isolated pockets of knowledge is becoming a connected network of researchers, clinicians, patients, and specialty centers, and Oklahoma is part of that story.

Why do hypermobility symptoms sometimes change during puberty, pregnancy, or the menstrual cycle? Research into estrogen, connective tissue, mast cells, and autonomic regulation may help explain the pattern.

Why do some people say their hypermobility symptoms changed after mono, COVID-19, or another viral illness? Emerging research on viral persistence, immune regulation, and chronic inflammation may offer important clues.

What happens when a hypermobile joint goes a little too far? Emerging research on mechanotransduction, fibroblasts, and mast cells may help explain why seemingly small mechanical stressors can create much bigger biological responses.

Hypermobility research is moving quickly. From genetics and immune function to evolving diagnostic criteria, we’re ending the year with more questions, more knowledge, and plenty of reasons for hope.

For people with hypermobility, a viral illness can sometimes mean more than a few miserable days. Emerging research is uncovering important connections between hypermobility, long COVID, inflammation, and dysautonomia.

People with hEDS are often told their symptoms are “just anxiety.” New genetic research is helping us ask a much more interesting question: what is the relationship between hEDS and anxiety?

You may have been told your hypermobility is rare, but research tells a more complicated story. So how common is hypermobility, and why are estimates so different?

Think of your hypermobile body as a high-performance sports car: complex, interconnected, and deserving of a mechanic who understands what’s under the hood.

Breathing happens automatically, but how you breathe matters. For hypermobile bodies, diaphragmatic breathing can be a simple tool for supporting breathing mechanics and nervous system regulation.

Pain, fatigue, dysautonomia, and fear of movement can create a frustrating cycle for people with hypermobility. We call it the Cycle of Doom, and the cycle can be interrupted.

What does it mean to be “floppy”? A look at the complexity of hypermobility, connective tissue, and why being bendy is about so much more than flexibility.