The Connective IssueThe Fascia Institute & Treatment Center Journal
A weekly report from the global pitch of fascia medicine — where research, hydration, and healing meet center field.
A Note from Dr. J
Most linebackers are retired by their mid-30s. Demario Davis just signed a two-year deal at 37 — and one of the tools he’s spoken about publicly is care he received right here in New Orleans.
Welcome back to the pitch. Our cover story this Matchday is one I’m proud of: how one of the NFL’s true iron men stays elite deep into his thirties — and why so much of his million-dollar recovery routine points at the same target we build our whole practice around: healthy, gliding, well-hydrated fascia.
From there we get practical. In the Press Box, a plain-English answer to a question we hear every week — is this a muscle problem, or is it my fascia? And in the Scouting Report, a careful look at cervical traction for hypermobility and EDS, including the internet myth that it “stretches out” your ligaments (it doesn’t — and the biomechanics say why).
You don’t need a pro athlete’s budget to train like one. You need the right sequence. Let’s kick off.
In This Issue
- Still Elite at 37: The Fascia Behind Demario Davis’s Longevity Highlight Reel
- Your “Muscle” Pain May Actually Be Your Fascia Press Box
- Cervical Traction for Hypermobility & EDS Scouting Report
- Catch the Replay & Book Your Visit Extra Time
Still Elite at 37 The fascia science behind Demario Davis’s longevity.
Most linebackers are long retired by their mid-30s. Davis just signed a two-year deal to return to the New York Jets at age 37 — after eight seasons anchoring the Saints defense and a run of durability the NFL rarely sees. His edge isn’t luck. It’s a relentless, science-driven way of caring for his body.
In an episode of Message Meg on WWL-TV, Davis sat down with medical reporter Meg Farris to talk about his experience with ultrasound-guided hydrodissection in New Orleans at The Fascia Institute and Treatment Center — a non-surgical treatment gaining traction among elite athletes, and for good reason.
One of the NFL’s true iron men, Davis led the Saints in tackles for eight straight seasons before returning to the Jets on a two-year, $22M deal in 2026. He has been open about the lengths he goes to: by his own account and reporting from ESPN and Men’s Fitness, he invests close to $1 million a year in his body, with a team of specialists dedicated to keeping him on the field. As he puts it: “I go from the field to the table, from the table to the field… when I’m not training, I’m recovering.”
Red-light therapy, PEMF, a hyperbaric chamber, cupping and scraping, dry needling, hot/cold tubs and sauna, aquatic therapy, an anti-inflammatory diet, a weekly 24-hour fast — his publicly reported regimen reads like a modern recovery playbook. And nearly all of it points at the same target: keeping soft tissue supple, well-perfused, and inflammation-free. Heat, light, compression, movement, and nutrition all do one thing well — they help fascia stay hydrated and gliding, and help the body clear inflammation.
Here’s the piece most recovery routines miss. Every muscle fiber in the body is wrapped in fascia, so every hard rep, collision, and strain is also a fascial event. Over a 14-year career that adds up — fascia can thicken, adhere, and lose the glide that keeps an athlete fast and pain-free (Zügel et al., Br J Sports Med, 2018). Ultrasound-guided Hydrofascia Release™ addresses that directly: fluid is injected precisely into the stuck plane to separate adhered layers, decompress entrapped nerves, and restore glide — a technique shown to free scarred fascial planes and speed return to activity (Courseault et al., Curr Sports Med Rep, 2019).
The four pillars of elite fascia care
Davis has spoken publicly about the Hydrofascia Release™ he received at FIT. That’s one pillar of a complete, data-driven system we build for athletes and everyday patients alike — the same precision, mapped to your body:
Assess · Fascial Mapping™
A whole-body ultrasound assessment that finds adhesions, scar tissue, and nerve entrapments — pinpointing the true source of pain or a performance limit before any treatment.
Release · Hydrofascia Release™
The treatment Davis discussed on WWL-TV: ultrasound-guided fluid that separates adhered planes, frees nerves, and restores glide — fast recovery without surgery or downtime.
Optimize · FIT GPS Genomic Screen
Our Genomic Performance Screen reads how your body handles inflammation, nutrients, and recovery — turning “eat clean and rest” into a plan built for your genetics.
Fuel · FIT-Formulated Supplements
Targeted, physician-guided supplementation to support connective-tissue health, control inflammation, and keep fascia resilient for the long haul.
What separates athletes like Davis isn’t that they avoid aging tissue — it’s that they get ahead of it, assessing and treating continuously instead of waiting for pain to force a shutdown. That’s a strategy anyone can borrow, and it’s exactly how we structure care: catch the restriction early, release it precisely, and keep the tissue healthy so small problems never become season-enders — or, for the rest of us, surgery candidates. The same fascia-focused system trusted by athletes like Shaquille O’Neal and Demario Davis can help you move — and heal — better.
Demario Davis is not a paid endorser of The Fascia Institute; this summarizes his publicly reported health practices and his WWL-TV interview about hydrodissection. Individual results vary; this is not medical advice.
Your “Muscle” Pain may actually be your fascia.
We’ve all blamed a sore shoulder or a stiff lower back on tight muscles or bad posture. But what if the real culprit is something deeper — something most people don’t know exists?
That “something” is fascia: a web-like network of connective tissue that wraps around your muscles, bones, nerves, and organs like a full-body wetsuit. It gives your body structure, supports movement, and — surprisingly — is loaded with nerve endings, making it almost as sensitive as your skin. Fascia is supposed to glide smoothly as you move. Under chronic stress, injury, or too much sitting, it can stiffen, thicken, and stick to the tissues it surrounds. That’s when the trouble starts — and because the symptoms mimic other conditions, fascia is often the last thing anyone checks.
Every muscle injury is also a fascial injury
Here’s what most people — and many clinicians — overlook: you cannot injure a muscle without injuring fascia. Fascia isn’t just a wrapper on the outside; it penetrates all the way in. Every fiber is sheathed in the endomysium, bundles are wrapped by the perimysium, and the whole muscle is enclosed by the epimysium — all continuous with the tendons and surrounding fascia. When a muscle is strained or torn, that connective tissue is damaged at the same moment. It’s why so many “muscle” strains never fully resolve: the muscle heals, but the injured fascia stays thickened and adhered — and keeps generating pain.
How to tell them apart. There’s a useful tell. Unlike muscle or joint pain that tends to worsen with movement, fascia-related pain often improves when you move more. Many patients also find relief with heat, which helps restore the fascia’s natural glide. When tight fascia starts compressing muscle, it can create painful “trigger points” that ache no matter how you stretch — often diagnosed as myofascial pain syndrome, sometimes showing up as referred pain in unexpected places. Fascial adhesions tend to build from a familiar list of culprits:
Too much sitting
Long periods of stillness — or too little movement overall — let fascial layers dry out and clump together.
Repetitive strain
Typing all day, or running the same route daily, loads the same tissue planes over and over without variation.
Injuries & surgeries
Anything that disrupts tissue integrity can leave fascia thickened, scarred, and stuck to what’s around it.
Treatment isn’t about masking the pain — it’s about getting the fascia to release. That may involve hands-on therapy, targeted injections, or advanced ultrasound-guided techniques like Hydrofascia Release™. Pinpointing exactly where the fascia is stuck starts with a Fascial Mapping™ ultrasound assessment. And a lot of prevention is genuinely in your hands:
- Move often. Even if you exercise daily, keep moving through the day — get up, stretch, take a lap.
- Stretch with intention. Dynamic stretches before activity, gentle static stretches afterward.
- Mind your posture. Slouching over a phone or hunching at a desk builds long-term fascial tension. Reset your alignment through the day.
Cervical Traction, done right.
For hypermobility and Ehlers-Danlos patients with neck pain, gentle air traction is one of the few home tools that addresses the underlying mechanical problem — and no, it does not “stretch out” your ligaments.
Your cervical spine carries 10 to 12 pounds of head weight every minute you’re upright, for a lifetime. In EDS, the collagen-rich tissues that should resist that load — ligaments, disc fibers, joint capsules, and fascial sheaths — are hypercompliant. They stretch further than they should and recover less completely. The result is a slow, gravity-driven cycle of cervical compression: disc heights drop, annular fibers weaken and bulge, and EDS patients commonly see disc pathology in their twenties and thirties. This is exactly the population in which traction is most useful — not as a cosmetic stretch, but as a targeted counter-force against documented compression.
The myth: “traction will weaken my ligaments”
This is the most common fear we hear — and one of the most persistent pieces of misinformation online. The biomechanics simply don’t support it. Ligaments respond to load in two ways: elastic (short-term, fully recoverable lengthening) and plastic (permanent change, seen after severe trauma or loads near the failure threshold). A gentle air collar that lifts the head a few millimeters for 20 minutes operates well within the elastic range — orders of magnitude below what it would take to permanently elongate a cervical ligament (Yoganandan et al., 2001). MRI performed during traction shows measurable increases in disc height and reduction of herniated material (Chung et al., Radiology, 2002). The forces that do elongate ligaments over a lifetime aren’t brief daily sessions — they’re gravity, posture, and unaddressed compression. Traction works against those forces.
The non-negotiable companion: daily stabilization
Traction creates space; stabilization training defends that space the other 23 hours of the day. Without it, the neck simply re-collapses into the same pattern after every session. The deep cervical flexors and suboccipital stabilizers should be the muscles holding your head up — not your already-strained ligaments. Ten to fifteen minutes daily of cranio-cervical flexion (small chin nods), gentle four-direction isometrics, and scapular/postural work is more effective than occasional longer sessions. Skipping stabilization while continuing traction is the single most common mistake we see.
Using an air collar at home
- Start light. Add only a few pumps of air — just enough to feel a gentle lengthening along the back of the neck. Never a hard stretch or pinching under the chin.
- 20 minutes, once daily. Longer isn’t better; the disc and fascial response plateaus. Consistency beats duration.
- Keep the neck neutral. Cradle the base of the skull in a forward-facing position; avoid inflating into extension (chin tipped up).
- Deflate slowly, then stabilize. Follow each session with five minutes of deep cervical flexor work to translate decompression into active control.
- Think in months, not days. Most patients notice meaningful change within 4 to 8 weeks. Stop and call your physician for new radicular symptoms, dizziness, vision or swallowing changes, or sustained headache.
In clinic, we often follow cervical traction with Hydrofascia Release™: traction decompresses the discs and longitudinal fascia, while targeted ultrasound-guided hydrodissection addresses focal adhesions. Many patients describe the combination as more effective than either alone. If you’re unsure where to begin, our Hypermobility & EDS Clinic can evaluate your cervical spine with high-resolution ultrasound and set up the protocol that turns short-term relief into long-term recovery.
Catch the Replay, then book your visit.
Whether something’s been quietly hurting or you just want to know how your body actually moves, the first step is the same: get it mapped.
New here? The fastest way to find what’s wrong is Fascial Mapping™ — a high-resolution ultrasound diagnostic that watches your tissue while it moves and pinpoints exactly where the fascia is restricted, even when an MRI reads “clean.” From there, treatments like Hydrofascia Release™ restore the glide at the source.
Missed last week? Replay Vol. V — fascia’s 250-year rise from afterthought to organ system, welcoming Dr. Rachel Turner, MD, and a calm guide to the duloxetine recall. Or go back to Vol. I, the inaugural Fascia Cup Edition.