Kinex Therapy : Total Body Integration

Kinex Therapy :  Total Body Integration 1. Find what’s not working, why and reset back into its correct patterns
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Integrated therapist; Neurophysiologist biophysicist applied physiologist kinesiologist
I correct what is not working, I install better patterns and overlap multiple modalties Massage therapy yoga therapy walking and running coach Then reteach the whole body to incorporate all patterns correctly, so make everything better and Better and BETTER

Use overlapping modalities and protocols, nothing can hide.

27/12/2025

🌿 The Little Signals We Often Ignore

That little cough
A tight chest
A funny tummy
Groyn pain
Rubbing your eyes

And What Your Body Is Trying to Tell You

It’s rarely the big things that speak first.

It’s the quiet ones.

A tightness in the throat you can’t quite explain.
An inability to take a full, satisfying breath.
Arms that feel heavy, as if they’re pulling on your rib cage.
A dull ache low in the abdomen.
A gurgle, a flutter, a churn in your tummy.
Eyes feeling dry or crusty

Most people brush these off.

But they’re not random.
They’re not “nothing”.

They are signals.



🌊 Your enteric nervous system is always listening

Inside your body lives a vast sensory network — often called the gut brain.

It doesn’t speak in words.
It speaks in sensations.

Pressure.
Heaviness.
Restriction.
Unease.
Relief.

You don’t consciously control it —
but it constantly informs how safe, supported, and coordinated you feel.

When something isn’t moving well internally —
when tissues are restricted, inflamed, or under strain —
the enteric system reaches out.

Not loudly.
Not dramatically.

Quietly.

🧠 Why these signals show up during testing and movement

When I test the body —
the competence of an arm, the support of the head, the ability to lift a leg —
I’m not just looking at strength.
Do the eyes blink or close as they cross from side to side

I’m listening for communication, integrated communication

Sometimes an arm tests weak, not because the shoulder is the issue —
but because the rib cage can’t respond.

Sometimes lifting a leg feels heavy —
not because the hip is weak —
but because the lower abdomen or pelvis isn’t free to move.

Sometimes stiff or unstable ankles tell a much bigger story —
about balance, safety, and how the whole body relates to the ground.

These patterns aren’t failures.

They’re messages.



🔁 The body works as one integrated system

Your arms don’t work alone.
Your head doesn’t float independently.
Your legs don’t move in isolation.

Every movement is supported by:
• breath
• internal pressure
• fascial glide
• organ mobility
• nervous system trust

When something inside is restricted, the body adapts — often brilliantly —
but those adaptations come with sensations.

That tight throat.
That shallow breath.
That pulling feeling.
That abdominal ache.

The body is saying:

“Something here needs attention.”



🤲 Why hands-on work and movement matter

These signals don’t disappear by ignoring them.

They respond to:
• skilled touch that restores glide
• movement that reintroduces rhythm
• gentle challenge that rebuilds trust
• awareness that tells the nervous system it’s safe to change

When the body feels heard, it often softens.

Breath deepens.
Movement feels lighter.
Coordination improves.
The “background tension” quietens.



💛 A gentle reframe

Your body isn’t being difficult.

It’s being communicative.

Those little sensations aren’t problems to suppress —
they’re invitations to listen more closely.

And when you do?

The body doesn’t need to be forced.

It reorganises itself —
one small, meaningful signal at a time.

He Didn’t Come Because He Was BrokenHe Came Because He Wanted to Be BetterA client came in the other day with what he ca...
26/12/2025

He Didn’t Come Because He Was Broken

He Came Because He Wanted to Be Better

A client came in the other day with what he called “the jitters.”

Shaky hands.
Arms that wouldn’t settle.
Feet that felt heavy.
Balance that liked to disappear at inconvenient moments.

He’d already done all the investigations:
MRI ✔️
Blood tests ✔️
Nerve studies ✔️
Medication ✔️

The label he was given was “asymptomatic neuropathy.” Now that’s two clients in one week

But here’s the important part —
he already knew something wasn’t right.
And more than anything, he just wanted to be better.

So instead of asking “What’s wrong?”
we asked, “What could work better?”

🌿 When I asked him how he felt, he said,
“Weird, like I’m not connected”

testing told exactly that a story of disconnection

When we looked at something simple —
his ability to apply a force or gently resist one
it wasn’t consistent.

He wasn’t in huge pain.
No physical damage.but
room for lots of improvement.

🧠 He wasn’t broken.
He was under-connected.

Joints could talk better to muscles.
Muscles could give clearer messages to the brain.
The whole loop just needed tuning.

And when that loop is fuzzy, the nervous system stays a bit switched on for Emergency

You feel edgy.
Flat.
Unsteady.

Not because you’re failing —
but because your brain loves success,
and it wasn’t getting enough of it yet.

✨ Here’s the hopeful bit.

Neurochemistry comes alive through
action, coordination, and safety.

Serotonin.
Dopamine.
Oxytocin.
ACH
Endorphins

They show up when the body does something well.

Medication can quiet the background noise —
BUT ITS a shotgun, it blasts the whole body

and sometimes that’s useful —
but us relearning how to organise movement is what brings the system back online.

So we tested.
And found a lot of things that could be better.

Which was great news.

Because things that can be better can also be trained.

As we reconnected those loops:
The tremor softened.
The breath dropped.
Balance improved.
His body went, “Ah… that’s better.”
His nervous system rewarded him neurochemically
He would be rewarded with a sigh of relief

Sometimes healing isn’t about adding more.

Sometimes it’s about rediscovering the fine detail connections

Thus as we said testing shows us just how much potential is already there.

And when I asked him again,
“How do you feel now?”

There was a that long breath.
A satisfied sigh.

23/12/2025

How Do you Feel

How do you reckon i would Feel!!!

I’m a mess, I feel broken!!!

🌿 Sometimes being diagnosed with Depression, that is not an answer

It’s a Nervous System That Can’t Organise Itself

A client came to see me recently for a functional test for neural connection

He presented with tremors and had been given a diagnosis of
“asymptomatic neuropathy.”

Which, translated honestly, means:
👉 uncertain neural function
👉 no clear explanation
👉 nothing obvious on a scan

But when we tested a very simple test
his ability to supply a force or resist a force —
there was no control.

Not just weakness.
Not just pain.
Not pathology in the traditional sense.

Just no organised communication.

🧠 You’re Discombobulated, your Not Broken
You’re body to brain back to body….It’s forgotten how too connect

His joints weren’t coordinating with his muscles.
His muscles weren’t coordinating with his brain.

The brain-to-body conversation was dysfunctional.

This is what dysregulation actually looks like:
• Tremors
• Poor force control
• Inconsistent movement
• Hypervigilance
• Anxiety
• Low mood

Not because the person is “mentally unwell” —
but because the nervous system cannot complete a full action loop.

And when the body can’t act with clarity, the brain doesn’t reward it.

No sigh of satisfaction
No smile

🧪 Here’s the Missing Piece

Neurochemistry doesn’t exist in isolation.

Dopamine, serotonin, acetylcholine, noradrenaline, oxytocin —GABA endorphins
they are released in response to successful action, coordination, and safety.

If the nervous system cannot:
• Organise joints
• Activate muscle properly
• Coordinate force
• Complete movement sequences

Then those neurochemical cascades do not fully fire.

And when they don’t?

👉 Anxiety becomes the baseline
👉 Low mood becomes the norm
👉 Depression feels inevitable

Not because the person is failing —
but because the system never gets rewarded.



💊 A Hard Truth About Medication

SSRIs do not switch this system on.

They may blunt distress.
They may reduce the edge.
They may help people survive.

But they do not teach the nervous system how to organise itself.

Beta blockers likewise —
they reduce symptoms, not dysfunction.

Calling this a solution without addressing movement, coordination, and regulation is, frankly, naïve.

Because chemistry without function is just noise.

🌸 And This Is Where Earlier Conversations Matter

If the parasympathetic system can’t come online,
if the body never feels safe enough to act coherently,
then oxytocin doesn’t flow, connection doesn’t land, and hope feels distant.

This is why some people say:

“I’m medicated… but I still don’t feel like myself.”

Because their body was never invited back into the equation.

🤍 What Changed in the Session

We didn’t chase symptoms.
We didn’t suppress tremors.
We didn’t label pathology.

We tested we had fail we restored:
• Joint-to-muscle communication
• Muscle-to-brain feedback
• Clear, achievable force production

And with that came something powerful:

A settling.
A grounding.
A sense of “oh… I’m here again.”

That’s regulation.

And regulation is where neurochemistry finally makes sense.



🌱 A Reframe Worth Sitting With

If you feel anxious and depressed, ask gently:

Is my chemistry broken…
or is my nervous system unable to organise itself well enough to feel rewarded?

Sometimes healing isn’t about adding more drugs or supplements.

Sometimes it’s about giving the brain something meaningful to work with again.

And when that happens —
the tremor quiets
the mind softens
and the body remembers how to be human.

How do you feel?

Well it was a sigh of satisfaction
The a long drawn out breath and a single word that rhymed with truck

22/12/2025

Morty needed some attention…

22/12/2025

🐕 MORTY …the super Puppy!!

Well David we are back from a gentle 2k walk along the beach and Morty is pushing off and using the leg more and more, thankyou again David for the attention you have given him it's much appreciated.

It’s Not Just a Dog Massage

It’s Movement, Gait & Neurology — Just with Four Legs

People sometimes smile when they hear I work with dogs.
They imagine a bit of patting, rubbing, maybe a happy tail.

But what I actually do…
is exactly what I do with humans.

I look at movement relationships.

Not just where it hurts —
but how the whole system is loading, compensating, and adapting.

Dogs don’t do a-nice walk.
They pull on their lead …but why??

They move through distinct neurological gears:

• amble
• walk
• trot
• canter
• gallop

Each speed places different loads through:
• joints
• tendons
• muscles
• spine
• jaw
• pelvis

Same body.
Different forces.
Different angles.

🐕‍🦺 Morty the Super Kelpie

Morty could:
✔️ amble
✔️ walk

But when speed and load increased —
he lifted his right leg.

Not a mystery.
Not “old age”.
Not bad behaviour.

It was essentially a groin strain.
But it upset the whole leg…but also diagonal ribs, the spine neck and jaw

There are seven muscles at the inner pelvis.
They weren’t balanced.

That imbalance travelled down to the knee —
just like an out-of-alignment wheel on a car.

The problem wasn’t the paw.
The knee wasn’t broken.
The system had lost load-sharing integrity.



What I did wasn’t forceful.

It was precise.

• Checked compression between hip and pelvis
• Gently loaded left-to-right while Morty stood
• Reset tendon attachments from pelvis → shoulder
• Reinstalled gait patterns:
left / right / front / back

No drama.
No wrestling.
No “fixing”.

Just restoring communication.



And then Morty did what dogs do best…

He shook.

That full-body shake isn’t random.
It’s a neurological reset.

✔️ left to right
✔️ front to back
✔️ shoulders decompress
✔️ hips reconnect
✔️ balance restored

Then he ran off —
patterns upgraded.



Dogs are brilliant teachers.

They don’t overthink.
They don’t brace emotionally.
They don’t ignore feedback.

They reset instinctively.

Now if only humans were that clever… 😉

💛 Dementia, Alzheimer’s & the Power of Staying “Online”I often hear people say:“It’s just getting old.”But what if that ...
20/12/2025

💛 Dementia, Alzheimer’s & the Power of Staying “Online”

I often hear people say:

“It’s just getting old.”

But what if that belief is part of the problem?

What if what we call ageing is often a loss of connection —
and connection can be relearned?

Recently I’ve been working with several clients with early-stage dementia and Alzheimer’s.
And what continues to stand out is this:

Loss of memory is only one symptom.
Posture changes.
Movement reduces.
Speech alters.
Confidence fades.
Presence diminishes.

So I never look at one tree.
I always look at the forest.

🔁 Reverse engineering function

My approach isn’t about forcing what’s lost.
It’s about finding what’s still working — and using it. Invite the body to join in it will trigger the brain circuits

Using what’s mobile.
What’s responsive.
What’s still “online”.

And then feeding that into the body’s most powerful tools:
pattern generators — the automatic programs for movement, posture, balance, breathing, gut motility and walking.

🧠 The sequence matters

Every day follows a simple but intentional order:

1️⃣ Before getting up
Switch the neurochemistry on.
Precise Small movements. Trigger gross movement Sensory input. Presence.

2️⃣ Sitting
Reconnect. Orient. Make the body and brain aware again. Create cognisance

3️⃣ Standing
Relearn balance. Reactivate support. Wake up posture.

4️⃣ Walking
Not passive.
Definitive. Purposeful. Attentive.
Small steps — but forward.

This isn’t rushing.
It’s rebuilding.



🌱 Movement feeds the brain

We may have a finite number of neurons —
but the connections between them are not fixed.

Movement shapes the sensory cortex.
Movement shapes the motor cortex.
And those networks shape cognition, emotion, and clarity.

So when neural networks change,
movement changes.
And when movement changes,
the brain changes again.

It’s a loop — not a one-way street.



🧪 Neurochemistry follows action

When movement improves and the body feels safer, the chemistry follows:
• Adrenaline → engagement
• Dopamine → drive motivation
• Serotonin → stability and focus
• Endorphins → wellbeing
• Acetylcholine → learning
• Glial activity → clean-up and repair

This is neuroplasticity in action — not theory, not hope, but biology responding to input.



🌟 Two ends of the same string?

I often ask:
• Is loss of movement on one end…
• and loss of cognition on the other?

What if they’re not separate problems,
but two ends of the same system?

Change one — and the other has a chance to respond.



🤍 A grounded kind of hope

Medication can help.
But it cannot sequence learning.
It cannot organise movement.
And it cannot replace participation.

You can’t fix a complex system with a single shortcut.

But when we:
• reduce negative stress
• improve movement quality
• rebuild patterns
• and keep the person engaged and present

Something beautiful happens.

These clients move better.
They stand taller.
They appear calmer.
More present.
More there.

Like the lights on a Christmas tree —
not all at once,
but one by one.

And sometimes…
clarity flickers back on.

This is not about false promises.
It’s about possibility, participation, and staying online for as long as we can.

I warn them it took years to get here it’s practise with precision to bring you back

To be continued 🤍

💡 Pain Isn’t the Enemy — It’s a  MessagePain isn’t random.And it isn’t there just to annoy you.Pain exists because the b...
18/12/2025

💡 Pain Isn’t the Enemy — It’s a Message

Pain isn’t random.
And it isn’t there just to annoy you.

Pain exists because the body has one primary job:
👉 to protect you and help you adapt.

When something isn’t right — structurally, neurologically, chemically, or mechanically — pain is how the body raises its hand and says:

“Something here needs attention.”

🧠 What pain is really telling you

Pain is not the problem.
It’s the signal.

It can mean:
• A joint isn’t moving well
• A muscle has gone offline
• A nerve is irritated or compressed
• A tissue is overloaded or under-supported
• A system is compensating for something else that isn’t working

The body doesn’t create pain for fun.
It creates pain to guide behaviour.



🔍 So the real question becomes…

Instead of asking:

“How do I turn the pain off?”

What if we asked:

“What is creating the pain?”

Because silencing the signal without correcting the cause is like:
• Turning off a fire alarm while the fire is still burning
• Muting a warning light instead of checking the engine



🔄 A different approach to healing

When you:
• Improve movement
• Restore joint function
• Wake up underactive muscles
• Reduce unnecessary compression
• Reintegrate the nervous system

…you often don’t have to chase pain.

Pain reduces because the body no longer needs to shout.



🌱 The goal isn’t to fight the body

The goal is to work with it.

Correct what isn’t working.
Support what’s struggling.
Improve what can be improved.

Then — and only then — see what happens to the pain.

Because when the system works better,
pain often has no reason to stay.

Not the Right thing to do
15/12/2025

Not the Right thing to do

15/12/2025

Post Surgery

No I Can’t Use Ventolin

🌬️ My Nose and my Sinus”are Playing a Game ..on off on off

Today this morning my nasal passages cleared.
And wow — instant upgrade.

My brain lit up.
Focus sharpened.
Drive returned.
Purpose switched back on like someone flicked a dimmer to full brightness.

And then…all of a sudden
a little later…
it blocked again.

did I panic
No…
It’s a Healing response…a test



🧠 Here’s what’s actually happening

My nose isn’t broken.
It’s remodelling, structure and function

As swelling reduces, the mucosa shifts.
As drainage improves, the lining responds.
As sinus “piping” re-organises, the tissues alternately open and protect.

So the airflow does this:
🌬️ it open → immune response ->puffy → reopens → immune response-> puffy

That back-and-forth isn’t regression.
It’s dynamic healing.

💬 A client asked me today:

“Would Ventolin create the same change?”

And the answer is a very clear:

No.

Ventolin is a dilator in the lung
A Beta2 Agonist
It temporarily opens smooth muscle of the bronchioles …

Nasal breathing does something entirely different.

🌿 Nasal breathing doesn’t just open space — it creates it

It: It effects the cellular biochemistry of oxygen uptake
• regulates CO₂
• increases nitric oxide
• improves sinus ventilation
• reorganises mucosal tone
• feeds trigeminal–limbic–brainstem circuits
• improves cognitive clarity and mood

Ventolin opens tubes.
Nasal breathing teaches the system how to stay open.



✨ The win isn’t “clear forever”

The win is this:

Each time my nose clears — even briefly —
my nervous system gets a memory of efficiency.

Each cycle:
• improves drainage
• reduces inflammation
• builds better nasal–sinus architecture
• trains the brain to expect airflow again

That’s how structure changes.
Not in a straight line —
but in waves.

🌬️ My takeaway today

If your breathing clears… then blocks… then clears again:

That’s not failure.
That’s remodelling in real time.
My actions trigger a neural a physiological and biochemical upgrade

Now every clear breath is teaching your brain and body:
“This is the direction we’re heading.”

Small nares.
Big system recalibration.

13/12/2025

💫Week 6 Post Accident

splints Are Out… So Why Can’t I Breathe Consistently Yet?

(Or: I removed the scaffolding… but apparently the construction crew stayed.)

I had my nasal splints taken out — a huge milestone —
but breathing still feels a bit like trying to inhale through a blocked straw.

Sometimes it’s good and then it’s difficult again…

And here’s the surprising thing I’ve learned (again):
the blockage I feel isn’t failure… it’s physiology

🧠 Your nose doesn’t magically reopen the moment the splints come out.

That internal lining is still inflamed, swollen, confused, and overprotective.
It produces thick, sticky mucous — the kind of “solid snot” that could win awards.
Sometimes it’s even sebaceous plugs: basically tiny skin-oil corks.

So yes… even with the splints out, the inside of the nose can feel like
a small, grumpy hallway with too many people standing in it.

❗ Could it be scar tissue?

Technically yes — but not usually this early.
Scar tissue forms slowly.
Swelling and mucous form immediately.
The one that changes when you shower, move, walk, or steam?
That’s not scar tissue.
That’s your nose still in “post-surgery hangover mode.”

🌬️ Why I feel it more now

Splints act like internal scaffolding.
Once they’re gone, the mucosa collapses inward a little, puffs up, and says:
“Right, everyone calm down. We are still healing.”

Add:
• global facial swelling
• medication still clearing
• changes in electrolytes
• turbinates still hypertrophic
• sinuses still sensitive
… and you’ve got a very normal post-surgical nose.

🔧 What I’m doing about it

Not fighting it.
Not forcing it.
Just participating in my healing:

✔ gentle saline mist
✔ warm steamy showers
✔ fascial lifts around the maxilla + zygoma
✔ walking with purpose (this increases nitric oxide and reduces inflammation)
✔ keeping my brain online with eyes–jaw–diaphragm resets
✔ and letting the damn thing settle

I’m learning that even after the scaffolding comes out,
healing happens in layers — swelling first, then mucous, then airflow.

And every day there’s a little more space, a little more breath,
and a little less of the internal construction crew shouting orders.

If you’re going through something similar —
you are not blocked, broken, or behind.
You’re just healing on the inside where no one can see the progress yet.

11/12/2025

✨ Post-Accident 5 Weeks
Minor-Surgery, Major Realisations

“My nose is free. And so is my brain.”

Last week was a big day in a very small room —
my splints came out.
Two tiny pieces of plastic… and suddenly my whole world changed.

For the last few weeks, I’ve been breathing like someone with emphysema.
Not metaphorically — literally.

Climbing a staircase felt like summiting Everest with half a lung.
A gentle hill? Forget it.
I could not create a proper thoracic breath if my life depended on it.

So what did I do?
I hacked my own nervous system.

I exaggerated arm swings.
I flexed elbows, wrists, fingers.
I used reflex loops and pattern generators just to cheat a little more ventilation into my system.
It helped… but only just.

😴 The Sleep Story

Daytime naps? I blamed “healing.”
Nighttime sleep? More like night-time wake-in-a-panic.

This was hypoxia:
low oxygen, elevated CO₂.
A pattern of apnea created by obstruction + stress + compensation.

To cope I slept tilted, 30 degrees 3 pillows with a straight neck

This decompressed my cervical spine,
took pressure off the hyoid,
and if I woke gasping:
I opened my hands, raised my arms overhead,
and pandiculated myself back into thoracic ventilation.
A one-man medical emergency team.

But today…

🌬️ The Splints Came Out

And everything — EVERYTHING — changed.

My first nasal breath felt like someone switched the lights back on.
My diaphragm remembered what it was for.
My ribcage expanded like it had a diploma in the subject.
My brain went:
“Oh! Oxygen! I know what to do with this!”

And instantly the clinician in me woke up too.

🧠 The Anatomy Reflections

It made me think of every client who says:
• “I can’t get a full breath.”
• “My jaw clicks and locks.”
• “I snore.”
• “I choke in my sleep.”
• “My asthma flares with allergies.”
• “I keep waking up anxious.”

Because nasal obstruction isn’t just a nose problem.
It’s a whole-system conversation:

Jaw mechanics → hyoid tension → cervical compression → vagus nerve tone → thoracic expansion → CO₂/O₂ balance → sleep → anxiety → energy → cognition.

My tiny splints were essentially the Eiffel Tower jammed up each nostril.
Removing them didn’t just restore airflow —
it restored pattern generators,
reflexive loops,
ventilatory stability,
and most importantly:
a sense of safety in my own nervous system.

🚑 And I remembered the accident

The whiplash.
The concussion.
The global compensations that follow huge impacts.
The way the body locks down to protect you —
but then needs your participation to undo the locks.

I had an accident.
But I also had an education.

Today reminded me — again —
that healing is never just local.
It’s global.
It’s layered.
It’s mechanical, neural, chemical, emotional, cognitive.
It’s the quiet orchestration of systems coming back online.

And sometimes…
it all starts with something as simple as
one breath finally going through the nose.

04/12/2025

I Keep Telling Myself: I’m not Broken

But i don’t get better at anything unless I actively participate in teaching my nervous system to do something different

💨 Post-Accident Healing, Breathing & the Systems That Follow

Breathing Isn’t Just Air In, Air Out
—it’s safety, structure, vision, sound, and sleep.

Lately, I feel like more people truly see me.
Probably because I’m very visibly practising what I teach.

And because I’m living the same experiences so many people come to me with.

I work with people who say:

• “I can’t get a full breath.”
• “I clench my teeth without realising.”
• “I snore… or I stop breathing in my sleep.”
• “I fall asleep, then wake suddenly.”
• “I can only sleep sitting up.”
• “If I lie on my back or side, I wake gasping.”

Different symptoms.
Same system.

Breathing isn’t just lungs doing lung things.
It’s a whole-body conversation.

🧠 Between the brain and the body
🦷 Between the jaw and the diaphragm
👁 Between the face, eyes, neck, ribs, and pelvis
👂 Between pressure, circulation, and inner-ear balance
😴 Between safety and sleep

And here’s where it became very personal.

I had a little accident.
(You know the kind — cheeks, nose bridge, eyebrows.)

And suddenly I had all of it.

• Mouth breathing
• Jaw clenching
• Fragmented sleep
• Waking on position change
• Needing to sleep semi-upright
• Breath that felt effortful rather than nourishing
• Sore, swollen eyes by afternoon
• Tinnitus that increased as the day went on

Not because my lungs stopped working —

but because my breathing dropped into a base-level, protective pattern.

Static.
Belly-dominant.
Minimal rib and thoracic movement.
Reduced nasal airflow.

Which meant:
• less nitric oxide production
• altered sinus and cranial pressure
• reduced pressure cycling through the ribs
• increased CO₂ sensitivity

So even though I was breathing, my brain read it as inefficient.

And when the brain senses inefficiency —
it increases vigilance.

That vigilance shows up locally too.

Eyes become sore and heavy as venous and lymphatic drainage slow.
Sinus pressure lingers.
The inner ear gets sensitive.
Tinnitus rises as the day progresses.

Not emotional.
Not imagined.
Physiological.

Because when the face, nasal airway, jaw, neck, and upper chest lose normal movement, the system defaults to holding.

Holding breath.
Holding jaw tension.
Holding visual focus.
Holding auditory alertness.

And the nervous system quietly says:

“We’re not safe yet.”

So sleep fragments.
Breathing stays shallow.
Clenching persists.
Snoring and apnea increase.

People sleep seated — not because they want to —
but because it reduces threat signals.

This isn’t weakness.
It’s intelligent compensation.

💡 Breathing problems are rarely just breathing problems.

They’re:
• coordination problems
• pressure-regulation problems
• pattern problems
• safety problems

And here’s the crucial part:

This isn’t passive. There are things you can do.

I don’t just preach recovery —
I act on it.

Daily, gently, and deliberately I:
✅ restore facial and jaw movement
✅ unload the eyes and soften visual holding
✅ mobilise ribs and upper thorax
✅ re-establish diaphragm descent without bracing
✅ reintegrate posture and pelvic balance
✅ walk with rhythm, cadence, and awareness

As structure improves, pressure normalises.
As pressure normalises, the nervous system settles.
As the nervous system settles — breath, vision, hearing, and sleep improve.

Quietly.
Progressively.
Without force.

If this resonates — you’re not broken.
Your body is working with what it has right now.

Breath returns when the whole system feels supported again.

And yes… sometimes the greatest teacher
is living the lesson yourself.

💛

Address

Busselton, Perth
Busselton, WA
6280

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Our Story

I’m a physical therapist.........a biophysicist, a neurophysiologist, an applied physiologist, a kinesiologist many many years of study all over Australia and abroad. I test patterns for competence. Patterns like your posture, your walk, your ability to hold the head on correctly, your digestions, your immune system, your reproductive system. Is the pattern correct and working correctly or it is not. Thus the premise becomes ‘does it work or not work’

I use powerful protocols like NeuroKinetic Therapy, Neurorganisational Technique, Anatomy In Motion, massage, myofascial work and many Kinesiological methods. I only need to deal with what does not work, find why its not working, I work structurally, physiological emotionally and energetically survival systems. I get them to work but as important that is, everything must work together as a team. So we must teach the body to do everything better than what it was doing..I teach you how to get them to link together again and be one, we create better patterns that can be hard wired neurologically and reinstalled.