Feeling Well Place

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Feeling Well Place Feeling Well Place - Paediatric Neurodevelopment Centre helping kids with challenges and injuries

“Calm down” has never calmed anyone down. Here’s why. You can’t reason with a brain that thinks it’s under threat.Dr. Br...
10/10/2026

“Calm down” has never calmed anyone down. Here’s why.

You can’t reason with a brain that thinks it’s under threat.

Dr. Bruce Perry’s “Regulate, Relate, Reason” describes how the brain processes the world from the bottom up. The brainstem comes first, then the emotional limbic system, then the thinking cortex. Skip a step and the message doesn’t arrive.

This is where primitive reflexes come in.

Survival reflexes like the Moro and Fear Paralysis reflexes live in the brainstem. They protect a newborn and are meant to integrate as the nervous system matures. When they stay active, the body can stay on low-grade alert. That can look like startling easily, bracing, shutting down, or melting down “over nothing.”

For that child, the alarm system is always half-on. A brain busy scanning for danger has little left for spelling tests, instructions, or a thoughtful talk about better choices.

That’s why lectures, sticker charts, and coaching often bounce off. It’s not because the child won’t. In that moment, they can’t.

So the order matters:
1️⃣ Regulate: rhythm, movement, breath, and a calm adult nearby
2️⃣ Relate: connection, feeling seen and heard
3️⃣ Reason: now learning and problem-solving can land

At Feeling Well Place, we work on step one at its roots. We integrate primitive reflexes so the nervous system doesn’t have to keep defending itself.

Because a safe brain is open for learning.

Save this for the next meltdown, and maybe for your own too.

Your child has a sixth sense.And most people have never heard of it.Proprioception is the body's internal GPS — the syst...
10/07/2026

Your child has a sixth sense.
And most people have never heard of it.

Proprioception is the body's internal GPS — the system that tells the brain where every body part is without looking. When it's underdeveloped, the body compensates in ways that look a lot like clumsiness, roughness, and sensory seeking.

It's not a behavior problem. It's a body asking for more input.

Swipe to learn what proprioception is, why it matters, and how to support it at home.

It's not that they don't want your hug.Their nervous system won't let them receive it.Tactile sensitivity is one of the ...
10/03/2026

It's not that they don't want your hug.
Their nervous system won't let them receive it.

Tactile sensitivity is one of the most misunderstood — and most heartbreaking — signs of nervous system dysregulation. For the child who flinches, avoids certain textures, or melts down over unexpected touch, this is not a behavior problem.

It's wiring. And wiring can change.

Swipe to understand what's happening — and what genuinely helps.

💚 Share this with someone who needs to hear it today.

Your child is bright. So why is school so hard?If your 6, 8, or 10-year-old is struggling with focus, handwriting, readi...
09/29/2026

Your child is bright. So why is school so hard?

If your 6, 8, or 10-year-old is struggling with focus, handwriting, reading, or emotional regulation — and nobody can explain why — retained primitive reflexes might be the missing piece.

These are reflexes that were supposed to integrate in infancy. When they don't, they stay quietly active in the background — interfering with the exact skills your child needs to thrive in a classroom.

It's not too late. And it's not their fault. Swipe to learn more.

Message us to ask about our assessment process.

Small environmental changes that reduce sensory load, lower baseline cortisol, and give kids' nervous systems room to se...
06/18/2026

Small environmental changes that reduce sensory load, lower baseline cortisol, and give kids' nervous systems room to settle. The environment is not neutral, it is constantly sending signals to the nervous system about safety, predictability, and arousal. Sound, light, visual complexity, and spatial density all affect autonomic regulation in ways we rarely consider. Background television and radio, even when no one is watching, is processed by the auditory system continuously, maintaining higher baseline arousal. Bright overhead lighting in evenings delays melatonin onset. Visual clutter raises the nervous system's processing load. These are not aesthetic concerns. They are neurological ones. A home with low background noise, warm evening lighting, reduced visual clutter, and a predictable rhythm signals safety to the nervous system, freeing resources for learning, connecting, and integrating. Primitive reflex integration happens most effectively in low-arousal, high-safety environments. The home you create is the nervous system environment your child lives in. Small changes. Real impact. What's one thing in your home environment that you think might be affecting your child's regulation?

Choice overload and sensory clutter raise baseline arousal and fewer toys create calmer nervous systems. This sounds cou...
06/15/2026

Choice overload and sensory clutter raise baseline arousal and fewer toys create calmer nervous systems. This sounds counterintuitive. But the neuroscience is consistent: too many options tax prefrontal decision-making capacity and produce stress rather than satisfaction. Sensory clutter maintains higher baseline arousal as the nervous system processes visual and physical input continuously, at a cost. Children with fewer toys engage in longer, more complex, more imaginative play, the kind that builds executive function, narrative thinking, and social reasoning. The brain needs something to work with. Scarcity creates creativity. For children with unintegrated primitive reflexes or sensitized nervous systems, sensory clutter is a constant, invisible regulatory drain. Minimalism in the play environment isn't an aesthetic preference. It's a nervous system support. Rotate toys monthly. Choose open-ended over single-function. Clear the floor. And watch the depth of play and regulation improve. How many toys are currently accessible in your child's play space? (No judgment - genuinely interesting.)

Bedtime mistakes that keep the sympathetic nervous system activated, making sleep neurologically impossible. Sleep canno...
06/12/2026

Bedtime mistakes that keep the sympathetic nervous system activated, making sleep neurologically impossible. Sleep cannot happen from a sympathetic dominant state. The transition from alert to sleep requires a specific sequence of neurological shifts: cortisol clearance, melatonin rise, circadian alignment, and parasympathetic onset. Each of these has specific triggers, and most common bedtime mistakes work directly against them. Bright light delays melatonin. Stimulating activity keeps cortisol elevated. Screen use activates the sympathetic system. Keeping children up past their cortisol window triggers a second cortisol rise, the overtired 'second wind' that makes sleep much harder to access. An unintegrated Moro reflex adds another layer: it keeps the nervous system in a state of heightened alert and makes the transition between sleep cycles more likely to result in full waking. Dim lights 45 minutes before bed. Warm bath 30 minutes out. Same sequence, every night. These aren't tricks - they're biological signals. What's the hardest part of bedtime in your house right now? Let's problem-solve it together.

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35-1600 Steeles Avenue W
Concord, ON
L4K4M2

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