You're Not a Horse: Why hEDS and HSD Patients Need a Different Kind of Care
If you've been living with hypermobile Ehlers-Danlos Syndrome or Hypermobility Spectrum Disorder, you've probably already heard the zebra metaphor. Medical students are taught "when you hear hoofbeats, think horses, not zebras," meaning common conditions are more likely than rare ones. The hEDS and HSD community adopted the Zebra as their symbol precisely because they've spent years being treated like horses, given standard protocols that don't fit, told to push through pain, handed generic exercise programs, and sent home without answers and no zebra has the same stripes.
If that's been your experience, this post is for you.
A Quick Reorientation
hEDS and HSD are heritable connective tissue disorders affecting collagen, the structural protein found in joints, tendons, ligaments, skin, and essentially every system in the body. The result is tissue that is more flexible, more fragile, and slower to heal than typical connective tissue.
Symptoms vary widely but commonly include chronic joint pain, frequent sprains or subluxations, fatigue that doesn't resolve with rest, digestive issues, racing heart or lightheadedness on standing, brain fog, and a general sense that the body overreacts to stresses that wouldn't register for most people.
From a musculoskeletal standpoint, these patients injure more easily, recover more slowly, and respond differently to standard treatment. That last part is critical, and it's where most providers get it wrong.
Eleven Ways Zebras Are Not Horses
The following is adapted from the clinical framework developed by Dr. Leslie Russek, PT, DPT, PhD, one of the leading researchers in hypermobility management. It outlines why standard treatment approaches often fail this population, and what actually needs to happen instead.
1. Fragile tissue requires less force to damage.
In a hypermobile body, the threshold for tissue injury is much lower than in typical connective tissue. Gripping a pencil can sublux fingers. The weight of the arm alone can sublux a shoulder. No stress is too minor to cause damage, and treatment needs to reflect that.
2. Pain is real and structural, not just sensitization.
Pain neuroscience has taught providers that chronic pain is often driven by neural sensitization rather than ongoing tissue damage. That's true for many patients. But in hEDS and HSD, there are persistent structural tissue problems driving ongoing pain. Telling a hypermobile patient their pain is all in their nervous system and to push through it causes more tissue damage.
3. Proprioception is poor.
Zebras genuinely don't know where their body parts are in space. Instructions like "don't hyperextend your knees" or "keep your shoulders back" require external feedback, visual cues, tactile input, mirrors, hands-on guidance, because internal body awareness is unreliable.
4. Motor control is compromised.
Clumsiness and poor coordination are features of this condition, not personal failings. Exercise and movement need more monitoring, more cueing, and more correction than with a typical patient.
5. Joint alignment comes before loading.
Subluxed joints need to be properly aligned before being loaded with exercise. Strengthening a shoulder that isn't sitting correctly in the socket creates secondary impingement and makes things worse.
6. Deconditioning runs deeper than it looks.
A hypermobile patient starting an exercise program may be six weeks further behind than a typical deconditioned person. What looks like an easy exercise may take four to six weeks before it can be done correctly. Start low, go slow is not a suggestion, it's the protocol.
7. This is never just a musculoskeletal problem.
Dysautonomia, gastrointestinal dysfunction, immune sensitivity, and brain fog are all part of the picture and all affect how a patient tolerates treatment. Missing these pieces leads to mismanagement.
8. Dysautonomia limits exercise tolerance significantly.
Many zebras have POTS or other forms of dysautonomia. Upright cardiovascular exercise may be completely intolerable until the autonomic nervous system is better regulated. Starting horizontally, with vascular pumping movements like ankle pumps and glute sets, is often the appropriate entry point.
9. Mast Cell Activation Syndrome (MCAS) increases inflammatory load.
Many people with hEDS also deal with MCAS, which means they develop inflammation more easily and struggle with systemic inflammatory responses across multiple organ systems. This affects how aggressively treatment can be applied and how the body responds.
10. Loose joints and tight muscles coexist.
Hypermobile patients often have tight muscles alongside lax joints. Standard stretching makes this worse because the body stretches where it's already most flexible, which is the joint, not the muscle. Stretching must be done with the joint stabilized, which often requires external support because the patient lacks the motor control or strength to stabilize actively.
11. These patients have been burned before.
Most zebras have been misdiagnosed, dismissed, or injured by well-intentioned providers who didn't understand the above. They walk into a new provider's office carrying that history. The job is to be the provider who finally gets it right.
How We Approach This at Well Co
I have personal experience with connective tissue disorders in my own body and my family. This population is not abstract to me. That shapes everything about how I work with hypermobile patients.
At Well Co, I specialize in soft tissue work and rehabilitation, and I apply that specifically to what hypermobile tissue actually needs.
Active Release Technique (ART) addresses the muscular restrictions and fascial adhesions that build up around chronically unstable joints. We work precisely and carefully, applying the right amount of tension without overstressing fragile tissue.
Graston Technique uses instrument-assisted soft tissue mobilization to treat areas of poor collagen organization and fibrotic tissue, common in a body that has been repeatedly injured and imperfectly repaired over years.
StemWave therapy uses acoustic sound waves to stimulate cellular repair, promote blood flow, and reduce chronic inflammation in tissue that sits in a degenerative holding pattern. For zebras dealing with recurring tendinopathies or soft tissue injuries that won't resolve, StemWave addresses the biological environment driving that cycle.
Rehab and Exercise is built around proprioception, motor control, and progressive stabilization, not generic strengthening. We work from the ground up, making sure joints are aligned and movement patterns are correct before adding load, and we progress slowly and deliberately.
We also know our lane. hEDS and HSD often require a coordinated care team, and we're happy to work alongside your other providers or help point you toward the right specialists if you're still building that team.
If You've Been Dismissed Before
You deserve a provider who understands that your tissue operates differently. Not dramatically, not as a reason to avoid treatment, but as a reason to treat you correctly from the start. If it isn’t myself, I will help you find a provider that works with you.
Well Co Chiropractic is at 3982 Bee Ridge Road in Sarasota. If you suspect you have hEDS or HSD and you're looking for soft tissue care and rehab from someone who takes it seriously, we'd like to work with you.
