Ever Present Spinal Flow

13/03/2026

FRIDAY FUN FACT

YOUR BONES ARE LISTENING TO YOUR BRAIN.

Imagine if your bones could talk.

Good news.

They already are.

They just speak nervous system.

Most people think bones are just the body’s scaffolding.

Hold you up.
Protect your organs.
Stop you from collapsing when you try to run for the phone.

But modern research shows your skeleton is doing something far more interesting.

Your bones are in constant communication with your nervous system.

Inside bone tissue are tiny nerve fibers that send and receive signals from the brain.

Which means bones respond to things like:

Stress hormones
Movement and posture
Inflammation and healing
Nervous system signals

So your skeleton isn’t just structure.

It’s actually part of the body’s communication network.

But here’s the part almost nobody talks about.

Your bones also act like endocrine organs.

They release hormones that influence things like:

Blood sugar regulation
Energy metabolism
Male fertility
Brain function and memory

One of these hormones, osteocalcin, travels from bone to the brain and helps influence how the body uses energy and how certain brain processes function.

In other words…

Your skeleton is not quietly sitting there.

It’s actively participating in the body’s messaging system.

Now add stress to the picture.

Research shows chronic stress signals can suppress bone building and reduce bone density.

So when the nervous system is constantly stuck in high alert mode, the body may shift resources away from rebuilding tissues — including bone.

Which means calming the nervous system isn’t just about mood or sleep.

It may also support the body’s ability to maintain stronger, healthier bones.

Turns out your skeleton has been paying attention this whole time.

Ever Present Spinal Flow Disclaimer:
This information is intended to support education and body awareness.

06/03/2026

FRIDAY FUN FACT

YOUR BRAIN TAKES OUT THE TRASH AT NIGHT.

While you sleep, your brain activates a hidden cleaning system called the glymphatic system.

Think of it as the brain’s overnight sanitation crew.

During deep sleep something remarkable happens:

• Brain cells slightly shrink

• Fluid pathways between them open wider

• Cerebrospinal fluid begins flushing waste out of the brain

Researchers discovered that the space between brain cells can expand by up to about 60% during deep sleep, allowing fluid to circulate more freely and wash away metabolic waste that builds up while you are awake.

Among the substances being cleared are proteins such as beta-amyloid, which scientists study in connection with brain aging and neurodegenerative diseases.

This is why researchers are paying closer attention to sleep quality when studying:

• Brain fog

• Headaches

• Chronic fatigue

• Memory problems

• Long-term brain health

Sleep is not simply rest.

It is nightly brain maintenance.

Your brain literally schedules its clean-up shift while you sleep.

SPINAL FLOW PERSPECTIVE

The brain and spinal cord communicate continuously through the nervous system and cerebrospinal fluid pathways. When the body shifts away from stress-driven states toward regulation and safety, deeper restorative states such as quality sleep may occur more easily.

Supporting nervous system balance may help the body access the conditions where natural repair and maintenance processes take place.

Ever Present Spinal Flow Disclaimer:

This material is intended to support education and body awareness. It is not a diagnostic tool or medical directive. The information provided complements, but does not replace, medical assessment or treatment. Individual health decisions should always be made with a qualified healthcare professional.

REFERENCES:

•Maiken Nedergaard – University of Rochester Medical Center – Glymphatic System Research

•Jeffrey Iliff – University of Washington – Paravascular Brain Waste Clearance

•Science Journal – Sleep Drives Metabolite Clearance from the Brain

05/03/2026

EPILEPSY YOU MAY NEVER HAVE HEARD OF: JEAVONS SYNDROME

Most people picture epilepsy as dramatic convulsions. But there is a form that hides in plain sight and is often mistaken for blinking, inattention, or behaviour.

Jeavons syndrome, also called Epilepsy with Eyelid Myoclonia, is a rare genetic generalized epilepsy. It typically begins in childhood and involves brief seizures that may appear as rapid eyelid fluttering, eyes rolling upward, or very short staring moments.

One of the key features is sensitivity to light or to the act of closing the eyes. The syndrome is defined by three common findings.

Eyelid myoclonia, which is rapid eyelid jerking
Seizure activity triggered by eye closure
Sensitivity to flickering or bright light

Why it is often missed.

Episodes may last only a few seconds
A person can remain upright and appear aware
The eyelid movements are sometimes mistaken for tics or daydreaming

Because of this, diagnosis can sometimes be delayed until a neurological evaluation and EEG are performed.

What is happening in the brain.

Jeavons syndrome is part of a group called genetic generalized epilepsies. These involve abnormal electrical rhythms that can affect large brain networks. Light changes or eye closure can trigger these rhythms in susceptible individuals.

Where Spinal Flow may support the body.

Spinal Flow is a gentle nervous system focused approach that uses light contacts along specific points of the spine. The goal is to help the body release stored tension and support communication between the brain and body through the nervous system.

Some people seek supportive care such as Spinal Flow to help with:

Reducing overall physical tension
Encouraging relaxation of the nervous system
Supporting body awareness and recovery states
Helping the body settle after periods of stress

These supportive approaches focus on overall wellbeing and nervous system balance, not seizure treatment.

Important note:
Epilepsy requires proper medical diagnosis and care from a neurologist. Bodywork approaches such as Spinal Flow are not treatments for epilepsy and should only be used as complementary support alongside appropriate medical care.

Ever Present Spinal Flow Disclaimer:
This material is intended to support education and body awareness. It is not a diagnostic tool or medical directive. The information provided complements, but does not replace, medical assessment or treatment. Individual health decisions should always be made with a qualified healthcare professional.

References:
•Panayiotopoulos, C. P.
The Epilepsies: Seizures, Syndromes and Management
•Kasteleijn-Nolst Trenité, D. G. A.
Photosensitive Epilepsy and Epilepsy with Eyelid Myoclonia
•International League Against Epilepsy (Scheffer, I. E. et al.)
Epilepsy with Eyelid Myoclonia classification and diagnostic criteria

01/03/2026

Shout out to my newest followers! Excited to have you onboard!

Geraldine D'hauteville, Bron Cooke Cooke

01/03/2026

MY BODY MOVED MOUNTAINS

Why kids sometimes feel tired or tender after Spinal Flow.

Before their session, they’re:

Doing cartwheels.
Climbing jungle gyms.
Twisting, hanging, running, pushing.

They look strong.
They look fine.

But inside?

Their nervous system might be holding tension.
Their muscles may be bracing.
Their little bodies may be working harder than they need to.

Then comes Spinal Flow.

Gentle touches.
No cracking.
No forcing.

Just quiet communication between brain and spine.

And sometimes after?

They’re sleepy.
A little tender.
Extra cuddly.
Quieter than usual.
Maybe even emotional.

That’s not a setback.

That’s their body shifting gears.

When tension releases, the system doesn’t need to stay in “go mode.”
It can downshift.
Reset.
Rebuild.

And rebuilding takes energy.

So if your child rests more after a session, drinks more water, or wants an early bedtime…

Their body just moved mountains.

Let it integrate.

Energy often returns stronger and more coordinated within a day or two.

SMALL PARENT NOTE

It’s common for children to need extra rest after Spinal Flow.
This reflects nervous system recalibration and muscular release — not harm.

Encourage hydration, quiet play, and sleep while the body adapts.

Spinal Flow supports the body’s natural communication system and adaptive processes.
It does not diagnose or treat medical conditions. Always consult a qualified healthcare provider for medical concerns.

28/02/2026

lol

28/02/2026

YOUR “SELF” IS A BIOLOGICAL GUESS.
What You Call “Me” Is a Live Body-Brain Calculation.

SELF.

You think it lives in your brain.

Cute.

There is no single “You Headquarters” in your skull. Neuroscience has searched. What we call “self” is a constantly updated prediction model built from signals coming from inside your body.

Translation:
You are not just thinking yourself into existence.
You are sensing yourself into existence.

Your brain is constantly reading:

• Heart rhythm
• Gut stretch
• Lung expansion
• Blood pressure shifts
• Immune activity
• Temperature

Then it assembles all that data into the feeling of “me.”

Here’s the part nobody tells you:

Change the internal signals… and your sense of self changes.

Researchers have altered heartbeat timing in experiments and people’s emotional state shifted — even though nothing in their life changed.

Same job.
Same partner.
Same bank account.
Different internal rhythm.
Different “me.”

The heart sends more signals to the brain than the brain sends to the heart.

The gut has over 100 million neurons.

Meaning large parts of you are making decisions before your frontal lobe has finished its morning coffee.

Ever snapped at someone and thought,
“Why did I react like that?”

Your body probably voted before your brain held the meeting.

Even better:

When two people breathe in sync, their nervous systems can entrain. Heart rhythms can align. Reported empathy increases.

So yes — technically — dinner dates can become a biological merger.

Science is wild.

Your brain is constantly predicting what your body should feel like. If the incoming signals don’t match the prediction, it updates your perception.

That means:

Breathing slower can shift mood.
Standing taller can shift confidence.
Changing internal rhythm can shift identity tone.

You are not a fixed personality.

You are a moving physiological forecast.

And if your system is running hot, overloaded, or misfiring — your “self” can feel unstable.

Not because you’re having an existential crisis.

Because your internal Wi-Fi is glitching.

You are not a brain dragging around a body.

You are a conversation.

And sometimes your body speaks first.

P.S.
If “self” were purely mental, caffeine wouldn’t turn you into a TED Talk by 9 a.m. and a villain by 3 p.m.

Ever Present Flow Disclaimer:
This material is intended to support education and body awareness. It does not diagnose, treat, or replace medical care. Always consult a qualified healthcare professional regarding individual health concerns.

References:
•Critchley HD & Garfinkel SN. Interoception and emotion. Current Opinion in Psychology. 2017.
•Damasio A. The feeling of what happens: Body and emotion in the making of consciousness. 1999.
•Park HD & Blanke O. Coupling of heart and brain in self-consciousness. •Trends in Cognitive Sciences. 2019.

27/02/2026

FRIDAY FUN FACT

IF DOPAMINE WERE MONEY,
MOST OF US ARE LIVING PAYCHECK TO PAYCHECK.

Center:
The dopamine storm brain + modern triggers orbiting it.

Here’s the part most people don’t know:

After a dopamine spike, levels drop below baseline.

Not just back to normal.
Below normal.

The bigger the spike,
the deeper the dip.

That “meh” feeling after a win?
After scrolling?
After sugar?
After a shopping hit?

That’s not boredom.

That’s your brain correcting the surge.

Dopamine isn’t the “happy chemical.”
It’s the anticipation chemical.

It fires strongest with uncertainty.

Unpredictable rewards release more dopamine than guaranteed ones.

That’s why:
• Crypto refreshes hook you
• Stock swings grab attention
• Slot machines are brutal
• Dating apps are sticky
• Notifications feel magnetic

Your brain is wired to chase “maybe.”

Now layer in stress.

Chronic sympathetic activation can:
• Disrupt sleep
• Increase inflammatory signaling
• Alter dopamine receptor sensitivity

Inflammation alone can blunt dopamine pathways tied to motivation.

You don’t feel dramatic.

You feel flat.

Low drive.
Low spark.
Restless but tired.

Not a personality flaw.

Neurochemistry under load.

And here’s another misunderstood layer:

Dopamine drives wanting.
Serotonin supports contentment.
Oxytocin builds connection.
Endorphins buffer pain.

Different systems.

You can chase more dopamine and still feel empty.

Because the system needs rhythm:

Effort → Challenge → Reward → Recovery.

Modern life removed recovery.

Now here’s where regulation matters.

Spinal Flow supports nervous system balance by helping reduce chronic stress load and sympathetic dominance.

Areas often associated with autonomic regulation include:
• Cranial / Occipital region – brainstem arousal patterns
• Upper Cervical (C1–C2) – autonomic integration
• Mid-Thoracic (T4–T6) – sympathetic circuitry
• Sacrum – baseline tone and grounding

The goal is not to “boost dopamine.”

It’s to reduce perceived threat so chemistry can self-regulate.

When the body feels safe,
dopamine stabilizes.
Spikes soften.
Dips are less dramatic.
Drive becomes steady.

Dopamine isn’t the enemy.

Overload without recovery is.

Ever Present Spinal Flow
Disclaimer:
This material is intended for education and nervous system awareness. It does not diagnose, treat, or replace medical care. Individuals experiencing persistent mood, motivational, or neurological concerns should consult a qualified healthcare professional.

References:
• Concordia University research on dopamine and reward prediction (Nature Neuroscience).
• McGill University research on dopamine regulation and brain balance.
• Psychology Today Canada, “Dopamine Decoded: Myths & Facts.”

27/02/2026

27/02/2026

Big shout out to my newest top fans! 💎

Gina Ryan Johnson

Drop a comment to welcome them to our community,