Feeling Well Place

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

The first 5 years aren't special because of milestones. They're special because of synaptogenesis, pruning, and myelinat...
04/11/2026

The first 5 years aren't special because of milestones. They're special because of synaptogenesis, pruning, and myelination - three processes that determine which brain gets built, and they're driven almost entirely by experience. In the first two years, the brain produces 700-1000 synaptic connections per second. Then pruning begins: use it or lose it, at a neurological level. The connections that get activated repeatedly survive. The ones that don't are eliminated. Which means the environment a child grows up in literally selects which brain architecture is preserved. Primitive reflex integration is one of the brain's first major organizational tasks in this period. When reflexes integrate sequentially, neural resources are freed for the next stage of development. When they don't, they consume processing bandwidth - showing up as attention, coordination, or regulation challenges later. You don't need a curriculum. You need safety, sensory richness, movement, language, and connection. That's the program. What's the one thing you do daily that you now realize is actually brain-building?

Three Montessori activities that activate proprioception, fine motor pathways, and focused attention - setup in under 5 ...
04/11/2026

Three Montessori activities that activate proprioception, fine motor pathways, and focused attention - setup in under 5 minutes. Pouring, threading, and practical life tasks aren't just keeping children busy. They're activating sensorimotor integration pathways that underpin attention, language, and academic readiness. The hands are directly wired to some of the largest areas of the sensory and motor cortex. Every precise hand movement is a brain-building event. Montessori's 'practical life' activities also directly support primitive reflex integration, particularly the Palmar reflex and ATNR, which, when unintegrated, interfere with handwriting, crossing the midline, and seated focus. You don't need expensive materials. You need a low shelf, simple invitations, and the discipline to step back. The most powerful Montessori tool is your restraint. What's one activity your child would repeat endlessly if you let them? That repetition is their brain carving a groove.

Reading readiness isn't just cognitive - it's a whole-body neurological event involving auditory processing, visual-spat...
04/11/2026

Reading readiness isn't just cognitive - it's a whole-body neurological event involving auditory processing, visual-spatial maturity, and sensorimotor integration. Before a child can decode print, three systems need to converge: the auditory cortex-Broca's area loops that process phonology, the visual-perceptual system that keeps letters stable on the page, and the motor planning system that coordinates the fine movements of eyes and hands. Primitive reflex integration plays a key role here. The ATNR (when unintegrated) disrupts smooth left-to-right eye tracking. The Tonic Labyrinthine Reflex affects postural stability needed for sustained desk work. These aren't reading problems. They're reflex integration needs. The most powerful pre-reading activities aren't phonics drills - they're read-alouds, singing, rhyming, whole-body movement, and bilateral play. Feed the foundations. Readiness follows. What age did reading click for your child, or is it still in progress? We would love know #

Play is how the cerebellum and motor cortex integrate. It's not preparation for learning, it IS learning, in its most ne...
04/09/2026

Play is how the cerebellum and motor cortex integrate. It's not preparation for learning, it IS learning, in its most neurologically complete form. Every time your child rolls, climbs, builds, pretends, or moves through space with joy, their brain is releasing BDNF, forming new synaptic connections, and integrating the primitive reflexes that underpin everything from reading to emotional regulation. The STNR, Spinal Galant, and Tonic Labyrinthine Reflex all integrate through exactly the kind of whole-body, child-directed movement that free play provides. When we rush children into structured, seated academics before these reflexes are integrated, we make learning harder, not easier. Embodied cognition is the richest learning mode the developing brain has. Protect it fiercely. What does your child's favourite kind of play look like? Drop it below. We would love to know.

Your child can't learn limits when their threat-detection system is activated. This is not an excuse, it's neuroscience....
04/07/2026

Your child can't learn limits when their threat-detection system is activated. This is not an excuse, it's neuroscience. The amygdala cannot distinguish between physical danger and an angry parent delivering a consequence. When the threat response fires, cortisol floods the system, the prefrontal cortex goes offline, and the capacity for learning closes. The child may stop the behaviour. They cannot absorb the lesson. Boundaries teach best in a state of safety: same words, same tone, same calm outcome every time. Consistency builds neural grooves. Predictability reduces threat-monitoring load. And a child who feels safe with you is paradoxically more likely to respect your limits than one who fears you. Some children struggle with limits not because of defiance but because of unintegrated primitive reflexes, particularly the Spinal Galant, which can drive impulsivity and inability to inhibit movement. Consequences don't integrate reflexes. Movement, rhythm, and regulation do. What's the limit your child pushes most consistently? Drop it below, let's talk about what might be underneath it.

Here's the thing nobody tells you about raising empathetic kids: you can't teach it with a lecture. The mirror neuron sy...
03/28/2026

Here's the thing nobody tells you about raising empathetic kids: you can't teach it with a lecture. The mirror neuron system, ”the brain's empathy hardware” develops through felt experience, not instruction. Every time you validate your child's feelings, name emotions out loud, or sit with them in discomfort instead of fixing it, you're literally building the neural architecture for empathy. And here's the plot twist: some children struggle to pick up social cues not because they don't care, but because unintegrated primitive reflexes can affect how they read faces, body language, and emotional signals. It's not a character flaw. It's a nervous system thing, and it's addressable. Empathy grows in regulated, connected, emotionally safe environments. Which means your job isn't to correct their empathy. It's to model it. What's one moment recently where your child surprised you with unexpected empathy? Tell us below

Here's the hardest thing to hear as a parent: punishment teaches children to fear our reactions, it doesn't teach them t...
03/27/2026

Here's the hardest thing to hear as a parent: punishment teaches children to fear our reactions, it doesn't teach them to regulate themselves. The prefrontal cortex, the part of the brain responsible for impulse control, empathy, and decision-making, is not fully developed until the mid-20s. We are punishing children for failing to use a brain region that is literally under construction. And when we add a stress response on top of that (through fear, shame, or isolation), we actually shut down the learning pathways we're trying to activate. Parenting without punishment doesn't mean parenting without boundaries. It means teaching the skill underneath the behavior instead of just eliminating the surface. It's harder. It's slower. And it's the thing that actually sticks. What's the moment that first made you question how you were taught to discipline? We would genuinely love to hear it.

📢 There is ancient wisdom in everything, once you dig a bit deeper. ❓ Why in every culture men share the same demand for...
03/07/2023

📢 There is ancient wisdom in everything, once you dig a bit deeper.

❓ Why in every culture men share the same demand for a firm handshake? Because the person capable of strong firm hand grip is supposed to possess certain character qualities, such as motivation, perseverance, courage, grit.

👶 With newborn babies we want to check a Robinson Hand Grasp Reflex - when stimulated the skin of a palm, we want to feel the fist closing and the grip firming.

❗ It is untaught unconditional primary reflex, given to us by nature for a survival and protection.

❗ Fast forward few years from a newborn state - if Grasp Reflex ends up being pathological, dysfunctional or simply unintegrated and doesn't develop from a baby level - we usually see:
🔸 lack or speech development,
🔸 lack of motivation,
🔸 very uncertain gross motor skills, such as throwing,
🔸 and bad development of fine motor skills, such as writing.

We also see:
🔹bad grasping ideas, in other words, slow processing.
🔹 strength and muscle tone on a somatic level are underdeveloped as well,
🔹getting dressed is problematic for children with unintegrated Grasp Reflex
🔹 they may also be scared to climb somewhere, or to swing from something, since their grip is not a tool that they trust,
🔹 and with newborns pathological Grasp can be a part of bad sucking, swallowing, and chewing!

Did you know this? Share your thoughts with in the comments

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