Engaging Muscles Massage

Engaging Muscles Massage When you feel a tight muscle, you also have an underperforming muscle (that you can’t feel). Your brain 🧠 calls upon muscles to tighten for protection.
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With 30 years of experience as a massage therapist, I address the muscles that are underperforming.

The amount of material between our feet and the ground, in the form of popular athletic shoes, has gradually reduced the...
04/05/2026

The amount of material between our feet and the ground, in the form of popular athletic shoes, has gradually reduced the sensory feedback we can take in through the soles of our feet.

The sensory input that's lost from feet that can no longer take in information via mechanoreceptors throughout the skin on the soles of our feet decreases the amount of force that can be applied to the ground when we walk, run, or jump, forcing our bodies to respond more like a Slinky and less like a spring.

04/05/2026

I've been licensed to practice massage for over thirty years. When massage therapists say a muscle is tight, they're guessing. In other words, when a practitioner targets muscles they think are tight, they have no scientific way of confirming the muscle they have in mind is actually tight.

For instance, in most cases, the piriformis is underperforming (neurologically inhibited). When you feel tightness and, as a result, a restricted range of motion, it's your muscles making up for the stability that your piriformis is incapable of providing.

The rub: Muscle tightness is a symptom of underperforming muscles that are unable to play their role to the best of their ability. And to go by feel is to chase a sensation (or a symptom).

Running and walking don't cost nearly as much as bicycling, for instance. To avoid injuries, it pays to change out your ...
03/25/2026

Running and walking don't cost nearly as much as bicycling, for instance. To avoid injuries, it pays to change out your shoes.

A barefoot shoe that checks all the boxes can be twisted in opposite directions and, along with a wide toe box, has litt...
03/13/2026

A barefoot shoe that checks all the boxes can be twisted in opposite directions and, along with a wide toe box, has little material between the ground and the sole of the foot, i.e., the stack height.

The flexibility of a barefoot shoe complements how our feet function when interacting with the ground, something most athletic shoes don't provide.

Although I've never worked with anyone who wanted to put orthotics in a shoe that was truly "barefoot", arch supports in any form block our feet from flexing (pronating). In other words, when our feet make contact with the ground during the walking gait cycle, they are designed to dissipate ground reaction forces.

When custom orthotics (~$500+) or store-bought arch supports (-$60 to $100) are underfoot, our feet have nowhere to go but to roll out (supinate), which is against gravity and throws off the timing of knee, hip, and pelvis movement.

The bottom line is, using custom orthotics and store-bought arch supports yields the same result: they decrease mobility (joints) and flexibility (muscles).

Molded foot orthotics also increase instability, compensation, and fragility of the musculoskeletal system, making them the most destructive device for joints. Yet, arch support in any form is promoted as a good thing.

03/08/2026

Your patellar "ligament" is actually a continuation of the patellar tendon.

The longer your feet stay on the ground in the running gait cycle, the more at risk you are for an injury. Yet, most exp...
03/07/2026

The longer your feet stay on the ground in the running gait cycle, the more at risk you are for an injury. Yet, most experts do what encourages your feet to remain on the ground longer.

03/07/2026

Everyone is compensating for previous injuries and shoes that don't complement how our feet function, for instance.

While squat jumps may help to improve bone density, pre-existing compensation is putting more stress on joints, increasing the risk of pain or injury.

When the goal is to increase bone density, the best way to apply force to bones and avoid much of the compensation that occurs when the feet are interacting with the ground is with isometric exercises that emphasize muscles attached to the pelvis, femur, and spine.

03/06/2026

We all start from a place of not knowing what we don't know, and there's no way around that.

There's first-layer knowledge and second-layer knowledge, and most practitioners don't have the latter.

Based on what you've shared, I'm going to point out some blind spots the practitioner doesn't have the knowledge to recognize.

Everyone who's dealing with gravity and ground reaction forces is compensating for previous injuries, and shoes that don't complement how our feet function. And that's only a couple of the things our bodies are up against, daily.

The compensation that occurs during and after pregnancy is a big one, something that's rarely acknowledged or addressed by ~99% of the practitioners who work with the musculoskeletal system.

While hearing you have muscle imbalances and compensation sounds good, the practitioner doesn't have the skill set to differentiate tight muscles from muscles that are underperforming (neurologically impaired). For instance, when you're told that your soleus is tight, it's their best guess.

You can't have truly tight muscles without underperforming muscles. And the underperforming muscles are the reason muscles are tight in the first place.

When a practitioner can't confirm that a muscle is tight and attempts to release it, they often end up releasing other muscles that may be functioning to the best of their ability. And like stretching or foam rolling, the muscles that get collected end up underperforming, increasing compensation even more.

As for strengthening, because the practitioner hasn't addressed compensation before introducing the exercises, the one-size-fits-all exercises also increase compensation.

Now, you could be back to punching the ground with no pain. But it's not because following the practitioner's advice allowed for antifragility. Instead, it increased fragility, and you were "lucky" in the sense that your brain found a workaround, resulting in your body compensating differently than before the pain or injury.

This exercise illustrates how reaching the end range of motion to achieve the "full range of motion" is unproductive. In...
03/05/2026

This exercise illustrates how reaching the end range of motion to achieve the "full range of motion" is unproductive.

In the position shown in the image, the arm (and load) is balanced over the joint. In other words, at that point in the range of motion, there's no external force on the deltoid, making the exercise unproductive when the goal is to increase the strength of the deltoid.

When it comes to exercise or any other subject, we all start from a place of not knowing what we don't know.
02/13/2026

When it comes to exercise or any other subject, we all start from a place of not knowing what we don't know.

Although I always recommend running on land over a treadmill, there's more to know about running indoors.
02/12/2026

Although I always recommend running on land over a treadmill, there's more to know about running indoors.

02/07/2026

To be neurologically inhibited (a.k.a., underperforming), a muscle must be receiving optimal neurological feedback from your brain, spinal cord, and nerves.

For over two decades, research on static stretching has shown that it dampens neural input to muscles, thereby weakening them. Although it's rare for someone to say that foam rolling dampens the neuro input to muscles, I'm confident when I tell you, it does!

If a practitioner told me I had tight quads, for instance, and recommended foam rolling, I'd ask, "Which one of my quads is tight?" (because it only takes one of those muscles to restrict motion at the knee).

It's impossible to emphasize one quadricep with a foam roller. So, of course, foam rolling collects all of the quadriceps.

Because most people start from a place of not knowing what they don't know, they don't know to ask, "Which muscle is tight?"

In most cases, people recognize that the results from stretching, rolling on a lacrosse ball, foam rolling, and actively releasing muscles with deep tissue massage, approaches that address muscle tightness, don't last more than 24 hours.

An inconvenient truth when it comes to pain, injuries, performance, and prevention is this: ~99% of practitioners who work with the muscular and skeletal systems don't have the skill set to differentiate a tight muscle from an underperforming one.

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12700 Hillcrest Road Ste 125 #143
Dallas, TX
75230

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Tuesday 8am - 9pm
Wednesday 8am - 9pm
Thursday 8am - 9pm
Friday 8am - 9pm
Saturday 9am - 5pm

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Our Story

Prior to each session, I first want to see what each and every muscle that crosses a particular joint is capable of. To do this, I’ll put your joints in positions where one muscle is emphasized more than any other muscle.

The goal: I’m asking each one of your muscles a super specific question. As you might have already imagined, it’s a challenge that each one of your muscles hasn’t been presented with.

The question goes like this: When all of the other players are taken out of the equation, are you (read: a specific muscle) capable of pulling your weight?

When the answer comes back as NO, then, I know the muscle in question is not performing to its full potential. See, when your muscles are presented with a super specific challenge, you’ll know whether or not they are capable of meeting that challenge.