Fascia Fundementals

Why are fascia the true source of tightness instead of muscle?

muscles are elastic, they contract and relax but do not hold tension long term. When fascia dehydrates, contracts, or becomes restricted, it pulls on the muscle, creating the sensation of tightness but the muscle itself remains elastic. This means that tightness is not a muscle problem, but a fascial restriction issue.

What causes fascial response or contraction?

Fascia responds to physical movement, emotions, trauma and stress leading to long term movement limitations.

Where does movement originate from?

Movement originates from the fascial system by movement that originates from intention and is processed through fascia, which plays a crucial role in transmitting forces and coordinating patterns throughout the body.

What are the five fundamental laws of working with fascia?

Setting the Intention, Pinning and locking the fascia, counterrotating, moving slowly, while breathing.

What is the optimum intention when working with people?

To work with fascia, to work to feel lighter, looser, feel better, expand and move better, to feel high.

People coming in can have different behaviors, what are they?

Bucket 1: im broke and I need to get to zero to continue my life
Bucket 2: I want to do this with my life and my body is not allowing me to do it

First bucket requires a conversation to address and understand that the reason they came is a message to a deeper reason (why they had an accident) based on something in their nervous system, life, intention, learning lessons.

Second bucket, they usually never come back again

Importance of defining the intention of the work matters in which direction I go.

If my intention is to heal, I would go through healing cycles. but if my intention is to live fully, move freely, and experience life, healing is just a step along the way.

What phenomenon demonstrates that living systems, like plants, respond to human intention prior to physical contact?

Studies by Cleve Backster showed plants react electrochemically to mental intent (e.g., thought of harm) before any action, via bioelectric changes; this implies human fascia, as a sensory organ, may similarly detect practitioner intent, priming release or resistance.

How does shifting from a “brain-muscle-bone” model to a fascia-centric view alter treatment approach?

Fascia as primary structure enables whole-body tensegrity responses over isolated muscle actions; this fosters global fluidity, emotional release, and energy flow rather than localized fixes.

What is the core difference between Fixing Energy and Allowing Energy in fascial work?

Fixing Energy (frustration, force, urgency) triggers sympathetic guarding and fascial contraction; Allowing Energy (curiosity, patience, ease) signals safety, enabling parasympathetic relaxation and adaptive release.

Why does rushing into fascial maneuvers cause body resistance?

Rapid input signals threat to the nervous system, increasing fascial tone and protective guarding; slow preparation allows hydration shifts and thixotropic softening for release

As a fascial coach, how should you handle mismatched client-practitioner intentions?

Inquire about their intention first, meet them without projection, and guide alignment to their desired life state for retention and transformation.

Describe a practical exercise for setting Allowing Energy before a fascial session.

Pause to ask: 1) Desired post-session feeling? 2) Fixing or allowing? 3) Muscles/bones or emotions/energy/fascia? This primes somatic receptivity.

What somatic cue indicates the body is ready for fascial adaptation?

Relaxation signals (deeper breath, softening tissue, ease in movement) confirm safety perception; resistance (bracing, shallow breath) demands more allowing presence.

How many bones and muscles are in our body? and where are they most located?

640 muscles (10% are from neck up) 226 bones (half of bones are in feet and hand)

Function of Joints during fascial pinning and locking:

joints move within pressurized system acting as pivot points when pinning and locking the fascia, matching or corresponding to balance the body and allow movement.

What is the Pin, Stretch, and Lock technique primarily designed to address in fascial work?

It restores balance between internal and external movement by targeting fascial restrictions, preventing compensations that cause imbalances, stiffness, and dysfunction during complex actions like walking.

In Pin phase of the technique, what happens to the fascia?


Targeted pressure “locks” the fascia, restricting its free movement and creating a stable anchor point for subsequent mobilization.

Describe the Stretch phase in Pin, Stretch, and Lock.

With the fascia pinned, actively move the body (e.g., joints/muscles), forcing connected tissues to glide, remodel, and adapt around the fixed point.

What occurs during the Lock phase, and its effect on internal structures?

Hold the outer fascial restriction steady, compelling internal muscles and bones to mobilize within the body, harmonizing inside-outside dynamics for fluid motion.

How does Pin, Stretch, and Lock integrate fascia, muscles, and bones?

Pinning stabilizes fascia, stretch engages muscular glide, lock balances skeletal alignment—creating space, mobility, and coordinated tensegrity across myofascial chains

What is the role of stretch in engaging muscular glide over pinned fascia?

Dynamic movement shears muscle fibers along fascial planes, promoting hydration/creep (water extrusion/recoil), remodeling adhesions for smoother inter-tissue glide.

How does lock balance skeletal alignment in tensegrity? What practical step initiates outer fascia lock in fascial maneuvers?

Grip and subtly twist superficial skin/fascia (e.g., at hip or shoulder) to “pin and lock,” creating controlled restriction that prestresses the tensile network without internal compression

How does outer lock prestress the fascial network practically?

Steady hold on external fascia builds isometric tension (like a tensegrity mast), transmitting force inward via continuous sheets, signaling safety for adaptive remodeling.

Pinning and Locking the body in one area, you create more movement everywhere else to compensate

True

What somatic sensation indicates effective pin and lock?

Skin feels taut or “stretched,” as pinned superficial fascia restrains outer layers, permitting deeper myofascial glide and release under tension.

How does skin-fascia unity enhance maneuver efficacy?

Continuous ectodermal-mesodermal connection transmits prestress precisely; pinning skin accesses entire fascial net for whole-chain release, not local massage.

Try out the pinning and locking on one shoulder, then try just placing your hand on elbow and stretching

Feel the difference in the fascia and a possible release

Pin and lock on the elbow then squat, then remove pin and lock and squat again, what’s different?

more pressure on the lower back and knees due to adjustments of the new pressure pattern

What grip enhancements maximize pin & lock efficacy?

T-shirt for friction, lick fingers for moisture/conductivity, towel for slip-proof hold—ensuring stable time-under-tension for thixotropic release

Why does licking fingers amplify fascial response?

We believe we are bioelectric beings and that moisture enhances conductivity. Even in ancient traditions, spiritual figures like Jesus were said to lick their fingers before healing by touch. This simple act amplifies electrical chargeand enhances the body's response to contact.

Outer Fascia Pinning

• Sinus release—pinning the skin and stretching it

• Wrist Release: grab the fascia around the wrist and twist the skin, push your arm through

Inner Fascia Pinning

pinning deeper structures like organs, pinning and locking a joint, or creating torque around a joint creates a spiral release around the bones/joints

• Example: Psoas Release—pinning internally to reach the deep fascia and organ system.

• Example: Twisty Wristy—pinning the wrist and rotating the arm to stretch fascia around the bones.

Difference between the response of the body to pinning vs sliding

When you slide on the skin, the muscles reacts in the opposite direction.
when you pin and lock the skin, the muscle, fascia, bones, joints and glands to adjust accordingly thus the inside of the body has to move.

Why is rotation essential in human movement, unlike linear exercises?

Body designed for rotational balance; counter-rotation dissipates forces, prevents fascial strain—linear moves (curls, static yoga) build dysfunction without it.

Describe counter-rotation sequence in normal walking.

Left leg forward → hips right-rotate for balance → upper body left-rotates to stabilize head; this spiral counterbalance optimizes efficiency, prevents overload. we walk contralaterally always.

Why do modern exercises lack rotation and cause pain?

Biceps curls (linear), yoga (static), strength training (rigid spine) ignore rotational fascial lines, accumulating restrictions in shoulders/wrists/spine.

Which body part to turn first in counter-rotation, and why?

Turn body first (core/hips) creates less tension; head-first amplifies strain as distal end pulls entire elastic fascial system.
Playing around with both depends on level of tension you want to create.

Counter rotation is:

Engaging the springing action of the body

Most powerful exertion of the body is:

Rotational spiral out (swinging a hammer out), the fibonacci sequence explains Canceling Torsional Forces: Stress and trauma cause the fascial spiral to "tighten" or twist like a wrung-out towel. Counter rotation acts as a facilitated unwinding, canceling out these torsional forces to return the tissue to a lower energy, relaxed state.

Fibonacci sequence explains the counter rotation law by

Showing when you move, your joints and tissues don't move in straight lines; they follow equiangular spirals similar to the Fibonacci spiral to maintain structural integrity and efficiency in movements.

Law #4: Move Slowly to avoid activating the musculoskeletal defense systems (MSDS)

True

What are the body’s three built in stabilization systems (MSDS)

1. Muscle Spindle Reflex

   • When muscles stretch too fast, muscle spindles contract to prevent overstretching (this is why sudden movements feel tight or restricted).

   • This reflex keeps joints stable but also limits deeper movement.

2. Golgi Tendon Reflex

   • The tendons sense tension—if they detect too much too quickly, the body locks up to protect against injury.

   • This reflex ensures we don’t overstretch or tear ligaments, but it can also prevent us from accessing deeper fascial release.

3. Neuromuscular Guarding

   • When we feel unstable or at risk, the nervous system activates muscles to stiffen the body as a protective response.

   • This is why stress and trauma often lead to chronic tightness—our bodies are in a constant state of guarding.

How fast/slow does the fascia move?

4 cm per second, any movement past that engages the muscles and nervous system to stabilize the body, because the body feels like there’s a threat or danger

How long is the adaption and recover cycle in a movement

its around 6 breaths, 3 from the mouth and 3 from the nose.

When the body moves too quickly, what happens?

activates the fear cycle/fight vs flight: releases a little adrenaline, tightens the nervous system and muscles which leads to a twitch/jerk. this is where injuries occur.

What does repetitive movements do to the fascia?

it tightens the fascia to start leveraging the energy and repeat the movements

A restriction takes away from the brains ability to adapt to new patterns

true

Why is Adaptation is the Key to Athletic Success

when the fascia has no restrictions, it can adapt very well and work consistently with new patterns of movement.

Law #5 Breathing

bringing air and pressure to allow the body to expand internally and release the tension

When we breath in through the nose, what happens?

we primarily bringing air and fluid/pressure up into the upper body
Inhaling through the nose draws pressure up into the diaphragm, shoulders, neck, and head.

• This is why nasal breathing is key for releasing tension in the upper body.

When we breath in through the mouth, what happens?

we primarily bringing air and fluid/pressure changes into the lower body
Inhaling through the mouth directs pressure into the lower body.

• This is useful for activating and releasing tension in the kidneys, lower back, pelvis, legs, and feet.

What are the 12 key organs:

10 inside organs, fascia and skin

Which of the 12 key organs are muscles?

Heart, Stomach and bladder

What does the rest of the key organs require to function?

Microcirculation

How does Breath Creates Movement in the Body

Expansion occurs inside the body – Breath pushes outward, opening space within organs and fascia.
✔ Micro-circulation improves – Fluids move more efficiently through organs and tissues.
✔ Counter-rotation activates fascia – As we breathe, fascia naturally twists and swirls, further increasing circulation.
✔ Restrictions release – Breath is the most powerful way to unlock fascial restrictions and restore movement.

Breath is the most powerful way to remove a restriction in the fascia/body

when you do it through your hand, your muscle, your stretching, your body will always fight back. the counter rotations and breath leads to release of the microadhesions in the most organic instantaneous, automatic way.

• Nose Breathing = Pressure to…

Affects which organs?

• Above the Diaphragm

  • Affects: Lungs, heart, thyroid, brain, neck, shouders, chest and head.

  • Activates relaxation (parasympathetic system).

• Mouth Breathing = Pressure to…

Affects which organs?

• Below the Diaphragm

  • Affects: Liver, intestines, kidneys, stomach, pelvic floor, bladder, lower back

  • Activates movement, detoxification, and circulation.

What is the effect of the 6 breath rule?

• First 6 breaths → Calm the hot organs (lungs, heart, liver, stomach, kidneys).

Fascia and skin, which is hot and which is cold?

Fascia is the cold, skin is the hot

Which are the hot organs?

the hot organs (lungs, heart, liver, stomach, kidneys) + skin

How does restricting lung during movements affects the body

• One lung is parasympathetic, one is sympathetic—this is why alternate breathing techniques work.

• Restricting one lung during movements like Swinger maneuver creates a neurological shift.

• Your breathing tendencies may change based on stress, energy, or even astrological factors.

What are the Three Diaphragms and their general orientation?

• Diaphragm #1 (Zone 1 - The Palate): U-shaped, facing down.

• Diaphragm #2 (Zone 2 - Thoracic Diaphragm): Moves up and down to pump the organs.

• Diaphragm #3 (Zone 3 - Pelvic Floor): Faces up (to match the Palate).

Describe the mechanical relationship between the three diaphragms.

• Counterbalancing: Diaphragms 1 (Palate) and 3 (Pelvic Floor) constantly counterbalance each other.

• Pumping: Diaphragm 2 (Thoracic) moves up and down, pumping the organs.

• Locomotion: When walking, the diaphragms counter-rotate to maintain balance.

• Alignment: The fascia and bones located between Diaphragm 1 and 3 are in a constant state of attempting to align.

What are the primary physical effects of the Palate Swipe?

• Releases tension in the head, cranial plates, and neck.

• Reduces jaw tension and headaches.

• Can cause ears to pop (improving pressure regulation in the head).

• Corrects C1/C2 misalignment, which helps improve balance and reduce dizziness/vertigo.

• Improves breathing and lung function by reducing esophageal tension.

xplain the relationship between the jaw, C1/C2, and breathing. Use an analogy.

• Analogy: The jaw functions like a pair of scissors; the back of the scissors (the handle) represents the C1 and C2 vertebrae.

• Mechanism: Releasing the palate releases tension in the esophagus, C1, and C2.

• Result: This improved alignment facilitates better breathing, spinal alignment, and overall physical relaxation.

640 muscles in your body , half of them are from the neck up

Modified Totally Twisted for older or unstable people is..

moving the opposite foot behind the body and keeping the eyes open

Cueing Totally Twisted

CUEING: Part 1

Setup:

1⃣ Stand shoulder-width apart
2⃣ Engage spinal pelvic lock (pull in belly button, hold your pee, lift pelvic floor)
3⃣ Cross your right foot over your left
4⃣ Cross your right hand under your left armpit
5⃣ Cross your left hand over your right shoulder
6⃣ Hug yourself firmly

Movement & Breathing Sequence:

7⃣ Turn your head to the left as far as you can
8⃣ Stick your tongue into your left cheek, finding a tense spot
9⃣ Rotate your upper body to the right
🔟 Take 6 breaths in through the nose and out through the nose

🟡 Switch Breathing Pattern:
1⃣ Relax your tongue
2⃣ Purse your lips like sucking through a straw
3⃣ Take 3 staged breaths (inhale-hold, inhale-hold, inhale-hold, then exhale slowly)
4⃣ Repeat staged breath cycle two more times

🟡 Increase Rotation:
1⃣ Try to rotate your upper body further right and your head further left
2⃣ Lock your eyes over your left shoulder
3⃣ Take 6 breaths in through the nose, out through the mouth

🟡 Reverse the Sequence:
1⃣ Untwist your neck and torso to return to center
2⃣ Engage spinal pelvic lock again
3⃣ Turn your head to the right as far as you can
4⃣ Stick your tongue into your right cheek
5⃣ Rotate your upper body to the left
6⃣ Take 6 breaths in through the nose

🟡 Repeat Breathing & Rotation Adjustments:
1⃣ Relax tongue, switch to staged breathing (3 breaths)
2⃣ Try to rotate further left, turning head further right
3⃣ Lock eyes over right shoulder, breathe 6 times nose-to-mouth
4⃣ Slowly return to a neutral standing position
5⃣ Drop arms & go for a walk to integrate changes

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CUEING: Part 2 (Opposite Side)

1⃣ Stand shoulder-width apart
2⃣ Engage spinal pelvic lock
3⃣ Cross left foot over right
4⃣ Cross left hand under right armpit
5⃣ Cross right hand over left shoulder
6⃣ Hug yourself firmly

🔄 Repeat the movement, breathing sequences, and rotation process on the opposite side

Understanding the Zones of Pressure and their corresponding spine

1. Zone 1 – Cervical Spine

2. Zone 2 – Thoracic Spine

3. Zone 3 – Lumbar Spine

With every zone of pressure, we are affecting these key spinal segments. This is important because most people try to twist their entire body in this movement, but the goal is to create controlled rotation around the spine.

Common Mistakes & How to Correct Them for Anti-Gravity

1. Feet too close or too far apart → Keep them shoulder-width unless modifying.

2. Skipping the thoracic rotation → Focus on rotating the upper spine, not twisting the whole body.

3. Squatting instead of hinging in Phase 3 → Avoid rounding the back too soon—hinge at the hips first, keeping the back flat and chest up before lowering further into the squat.

4. Rushing the movement → Take your time to engage the full fascial stretch and decompression.

Why Anti-Gravity is Essential

• If I only had one minute for a movement, this is the one I would do.

• It is the most powerful movement for the whole body, affecting pressure zones, decompression, circulation, and spinal alignment.

• Helps to reset the entire fascial system, providing a full-body release and improving mobility instantly.

Cueing Anti-Gravity

Phase 1

• Stand with feet shoulder-width apart.

• Engage the Spinal Pelvic Lock (pull in the belly button, hold your pee, and pull the sex organs up).

• Interlock your hands and fingers and place them at the base of your skull.

• Gently pull upward on the fascia at the back of your neck—do not push forward!

• Keep your spinal pelvic lock engaged and look up at the ceiling.

• Take three deep breaths in through the mouth and out through the mouth.

• Take three deep breaths in through the nose and out through the mouth.

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Phase 2

• Slowly bring your chin to your chest and bring your elbows in tight.

• Breathe in through the mouth and out through the mouth three times. (optional)

• Breathe in through the nose and out through the mouth three times. (optional)

• Now, take a deep breath through the mouth and hold it.

• Slowly look up to the right

• Exhale down to center

• Repeat on the left side (breathe in, look up to the left, exhale to center).

• Repeat this two more times (for a total of three repetitions per side).

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Phase 3

• Widen your stance.

• Slightly bend your knees and push your butt back to the wall behind you (coming into a squat)

• Look up and gently pull up on the fascia on the back of your neck, keeping your hands at the base of your skull.

• Breathe in deeply, hold, and look up to the right.

• Exhale down to center.

• Breathe in deeply, hold, and look up to the left.

• Exhale down to center.

• Repeat this for three total breaths per side.

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Phase 4

• Go down into a full squat, getting as close to the ground as possible.

• Tuck your chin, pull your elbows inward, crawling into a ball.

• Engage your Spinal Pelvic Lock.

• Breathe in and out through the mouth three times.

• Breathe in through the nose and out through the mouth three times.

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Phase 5

• Slowly lift your butt up first

• Straightening the spine vertebrae by vertebrae until you are standing tall and looking up.

• Take a final breath in and out through the mouth.

• Go for a short walk to integrate the movement.

What is the Swinger, what makes it important, and benefits

The Swinger is a powerful rotational fascial maneuver designed to unlock tension in the shoulders, hips, and spine. It’s especially effective for anyone who plays rotational sports like tennis, golf, baseball, or martial arts, or anyone looking to open up their torso and breathe more deeply.

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Why the Swinger Matters

Rotation is how the body naturally moves and generates power.
The Swinger reintroduces this spiral motion, opening up stuck fascial lines, and rebalancing pressure between left and right, top and bottom, and inside and outside the body.

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Benefits of the Swinger

• Opens up shoulders, hips, spine, and ribcage

• Enhances rotational range of motion

• Increases breath capacity and lung expansion

• Boosts energy and circulation

• Supports athletic performance in rotational sports

Bending the knees activates the thighs which is connected to the biceps, which means forearms are connected to…

foreleg/calves

which leg do you cross for swinger when rotating the left hand?

left leg crosses, same leg forward to match the pressure

fascial maneuvers emulates internal walking in the body

for optimal coherence

natural mechanisms of the body

walking and spiral spin mechanism

what mechanism destroys the natural power of the body

lateral movement practices

how do you make the body feel safer?

make the body safer landing and restore the natural rotation

what happens to the spine when cross your legs in swinger?

lower spine comes completely into central alignment and pushes the pressure up to the skull

swinger cue for lower body?

butt to the wall cue not sit in a chair

cues for swinger?

turning head first, twisting the body, butt back, chest up