Ehlers-Danlos Syndrome · Joint Hypermobility · Ligament Laxity · Glastonbury, CT

Ehlers-Danlos Syndrome & Joint Hypermobility Care in Glastonbury, CT

In Ehlers-Danlos syndrome and other hypermobility disorders, ligaments can be too lax to keep joints stable, and the resulting instability can drive pain, joints that slip or give way, and irritation of nearby nerves. Dr. Paul Tortland, DO, FAOASM, CAQSM, RMSK evaluates unstable joints with digital motion X-ray (DMX) and diagnostic musculoskeletal ultrasound, treats lax ligaments with prolotherapy and PRP, and treats entrapped nerves with hydrodissection when appropriate.

Evaluated with DMX motion imaging and diagnostic ultrasoundProlotherapy and PRP aimed at lax ligamentsPerformed by Dr. Tortland personally

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Quick answer

Joint hypermobility means joints move beyond the normal range. In Ehlers-Danlos syndrome (EDS), an underlying difference in connective tissue can leave ligaments lax and joints unstable, often in several places at once, including the neck, jaw, shoulders, hips, knees, ankles and wrists. Instability can cause pain, a sense of joints slipping or giving way, and irritation of nearby nerves. Dr. Tortland focuses on the musculoskeletal side of EDS: finding which joints are unstable, confirming it with motion imaging and ultrasound, and treating the lax ligaments. This care is meant to work alongside, not replace, your primary care or genetics team.

Associated conditions

Cervical instability, TMJ dysfunction, nerve entrapment, shoulder, hip, knee and ankle instability

Diagnosis method

History and exam, digital motion X-ray (DMX) and diagnostic musculoskeletal ultrasound

Interventional options

Prolotherapy, PRP, nerve hydrodissection when appropriate

First visit

At least an hour, $500, ultrasound included

Physician

Paul Tortland, DO, FAOASM, CAQSM, RMSK

Who treats you

Dr. Tortland personally, every visit

Main treatments

Prolotherapy and custom-concentrated PRP, both well suited to lax, unstable ligaments

Insurance

Regenerative procedures not covered; HSA / FSA eligible

When to see a doctor

When should you consider a hypermobility evaluation?

Consider an evaluation if you have joints that slip, subluxate or give way, recurrent sprains, joint pain that seems out of proportion to your imaging, neck, jaw or hip pain with a feeling of instability, or tingling and numbness from nerves near an unstable joint, especially if you have been diagnosed with Ehlers-Danlos syndrome or a hypermobility spectrum disorder, or have a family history of either.

Seek emergency care right away, not an office visit, for a dislocation that will not go back in or comes with numbness or a pale, cold limb; sudden severe headache unlike any before; new weakness or numbness in an arm or leg; loss of coordination; difficulty swallowing or speaking; or sudden severe chest, abdominal or other pain if you have known or suspected vascular EDS.

The challenge with hypermobility and EDS is that symptoms are scattered across many joints and are often attributed to unrelated causes, so people are frequently told their imaging is normal. A static MRI or X-ray captures a joint at rest, but laxity shows itself in motion. Digital motion X-ray and ultrasound examine the joint as it moves, which is where instability becomes visible.

  • Joints evaluated for instability, not dismissed because a static scan looks normal
  • Motion imaging (DMX) and live ultrasound used to assess ligament competence
  • Treatment aimed at the lax ligament and any entrapped nerve, planned joint by joint
  • Performed by Dr. Tortland personally, in office

Related conditions

What Conditions Are Associated With Joint Hypermobility and EDS?

Ligament laxity is frequently connected to, or mistaken for, the conditions below.

Ehlers-Danlos syndrome (EDS)Hypermobility spectrum disorderCervical instabilityTMJ dysfunctionShoulder instability and subluxationHip instabilityKnee instabilityAnkle instability and recurrent sprainsWrist and thumb instabilitySacroiliac (SI) joint instabilityRib and costochondral joint instabilityNerve entrapment near unstable jointsThoracic outlet syndromeChronic tendon and ligament painRecurrent joint subluxation or dislocationJoint pain with normal-appearing static imaging

Diagnose · Confirm · Treat

How Are Joint Hypermobility and EDS-Related Musculoskeletal Symptoms Evaluated and Managed?

Find the unstable joints with motion imaging and ultrasound, then treat the lax ligaments and any entrapped nerves.

01

History, exam and symptom mapping

An unrushed first visit maps which joints slip, give way or hurt, your history of sprains, subluxations or dislocations, and any diagnosis of EDS or hypermobility, and examines each joint's range of motion and stability.

02

Digital motion X-ray (DMX)

DMX images a joint as it moves through its range to reveal abnormal motion that a static MRI or X-ray, taken at rest, cannot show.

03

Diagnostic musculoskeletal ultrasound

Dr. Tortland, who is registered in musculoskeletal ultrasound (RMSK), uses live ultrasound to examine ligaments, tendons and nerves in real time and to see how a joint behaves with movement.

04

Nerve hydrodissection, when appropriate

When a lax joint is irritating or entrapping a nearby nerve, ultrasound-guided hydrodissection frees the nerve from surrounding tissue.

05

Prolotherapy

A dextrose solution is injected into lax ligaments to stimulate a localized healing and tightening response. Prolotherapy is well suited to ligament instability.

06

Custom-concentrated PRP

For ligaments that need a stronger biologic signal, PRP is custom-prepared on site to 12 to 15 times baseline platelet concentration and placed into the lax ligament under ultrasound guidance. Like prolotherapy, PRP is well suited to ligament instability.

07

Follow-up and re-evaluate

Follow-up at six to ten weeks compares your symptoms against baseline. Because hypermobility often involves more than one joint, treatment is planned joint by joint, and most patients need a short series of injections spaced several weeks apart as the ligament tightens.

Candidacy

Who this helps, and when it isn't the right fit

Good candidate
  • Joints that slip, subluxate or give way, or chronic joint pain with normal-appearing static imaging
  • Diagnosed or suspected EDS or generalized joint hypermobility
  • Instability confirmed on motion imaging or ultrasound at a specific joint or ligament
  • Nerve symptoms from entrapment near an unstable joint
  • Patients who want to address the ligament directly rather than manage symptoms indefinitely
  • Patients who cannot take repeated cortisone
Not a candidate
  • Instability with spinal cord or brainstem compression, which needs urgent surgical evaluation
  • New neurologic deficit, such as arm or leg weakness or loss of coordination
  • Symptoms not confirmed by exam, DMX or ultrasound
  • Active infection, local or systemic
  • Patients unwilling to follow the post-injection loading and activity plan
  • Active blood cancers or platelet disorders

Comparison

What Treatment Options May Help Hypermobility-Related Symptoms?

Option
What it does
Duration of benefit
Effect on tissue
OptionBracing, taping and physical therapy
What it doesSupports unstable joints and builds muscle strength around them to reduce load on lax ligaments
Duration of benefitOngoing; benefit depends on continued use and exercise
Effect on tissueNo direct ligament repair; foundational, not definitive
OptionDMX and diagnostic ultrasound
What it doesShow how a joint moves and identify which ligament is lax
Duration of benefitDiagnostic; not a treatment
Effect on tissueNo lasting tissue effect; clarifies the diagnosis
OptionProlotherapy
What it doesDextrose solution injected into lax ligaments to stimulate a localized tightening response
Duration of benefitCumulative over a short series of visits
Effect on tissueAims to tighten and strengthen ligament tissue
OptionCustom-concentrated PRP
What it doesDelivers a high concentration of the patient's own growth factors directly into the lax ligament to stimulate repair
Duration of benefitCommonly building over months, per course
Effect on tissueAims to improve ligament quality and strength
OptionSurgical stabilization
What it doesSurgically stabilizes a joint or part of the spine
Duration of benefitLong-term for true structural instability
Effect on tissueStructural change with recovery cost; reserved for frank structural instability

Frequently asked

Hypermobility and EDS questions.

What is the difference between joint hypermobility and Ehlers-Danlos syndrome?

Joint hypermobility means joints move beyond the typical range. Ehlers-Danlos syndrome (EDS) is a group of inherited connective tissue disorders in which joint hypermobility is a common feature, along with other signs such as skin changes and tissue fragility. Hypermobility spectrum disorders describe symptomatic hypermobility that does not fit a specific syndrome.

How is EDS diagnosed?

The hypermobile type of EDS is diagnosed clinically, while most other types require genetic confirmation, and the diagnosis is generally made by a physician familiar with the criteria, such as a geneticist or connective tissue specialist. Dr. Tortland's role is to evaluate the joints themselves: which are unstable, which ligaments are lax, and whether nearby nerves are being irritated.

Why does my imaging look normal if my joints feel unstable?

A standard MRI or X-ray captures a joint in one fixed position, and ligament laxity shows itself with motion, not at rest. Dr. Tortland uses digital motion X-ray (DMX) and diagnostic musculoskeletal ultrasound to examine the joint as it moves.

What is a digital motion X-ray (DMX)?

DMX is a fluoroscopic X-ray technique that records a joint moving through its range of motion, revealing abnormal motion between bones that a static image cannot show.

What does diagnostic musculoskeletal ultrasound add?

Live ultrasound lets Dr. Tortland examine ligaments, tendons and nerves in real time, watch how a joint behaves with movement, and guide injections precisely. He has used musculoskeletal ultrasound clinically since 2008 and is registered in musculoskeletal ultrasound (RMSK).

What is nerve hydrodissection, and when is it used?

Hydrodissection is an ultrasound-guided injection of fluid around an irritated or entrapped nerve to free it from surrounding tissue. It is used when appropriate, for example when a lax joint is irritating or entrapping a nearby nerve.

How are prolotherapy and PRP used for lax ligaments?

Prolotherapy is an injection of a dextrose solution intended to stimulate a mild, localized tightening response in a lax ligament. PRP delivers a much higher concentration of the patient's own growth factors to the same target. Both are well suited to ligament instability and are often used in sequence, tailored to the joint and the severity of the laxity. Results vary between patients, and treatment typically involves a short series of injections spaced several weeks apart.

Is treatment for hypermobility and EDS covered by insurance?

Regenerative treatments such as PRP and prolotherapy are not currently covered by most U.S. insurers and are paid out of pocket; HSA and FSA funds can be used. Every new patient starts with a comprehensive initial evaluation ($500) that includes a full history, exam, and live musculoskeletal ultrasound in the same visit.

Who performs my procedures?

Dr. Tortland performs every evaluation and procedure himself with image guidance. He has used musculoskeletal ultrasound clinically since 2008 and was the first physician in the world certified in regenerative medicine.

Sources

References & further reading.

01

Mulvaney SW, Tortland PD, Shiple B, Curtis K. Regenerative medicine options for chronic musculoskeletal conditions: a review of the literature. Endurance and Sports Medicine. 2018.

02

Henderson FC Sr, Austin C, Benzel E, et al. Neurological and spinal manifestations of the Ehlers-Danlos syndromes. Am J Med Genet C Semin Med Genet. 2017;175(1):195-211.

03

Malfait F, Francomano C, Byers P, et al. The 2017 international classification of the Ehlers-Danlos syndromes. Am J Med Genet C Semin Med Genet. 2017;175(1):8-26.

05

Hauser RA, Lackner JB, Steilen-Matias D, Harris DK. A systematic review of dextrose prolotherapy for chronic musculoskeletal pain. Clin Med Insights Arthritis Musculoskelet Disord. 2016;9:139-159.

Could Joint Hypermobility Be Contributing to Your Symptoms?

Candidacy is determined by exam, motion imaging and ultrasound, not over the phone. Bring your imaging and any records of an EDS or hypermobility diagnosis, and start with a clear evaluation in one visit.