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Learning to live healthy

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4. Trophic & Tissue Healing Effects

✅Helps reduce edema, fibrosis, and skin/tissue changes associated with chronic CRPS.

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3. Peripheral & Central Pain Modulation

✅PBM modulates ion channels and mitochondrial function in nociceptors → reducing hyperexcitability.

✅May also normalize cortical reorganization seen in CRPS.

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2. Improved Microcirculation

✅CRPS often involves poor blood flow and autonomic dysregulation.

✅PBM can enhance nitric oxide release → vasodilation → improved oxygenation and tissue healing.

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1. Neuroinflammation Reduction

✅PBM reduces glial activation and pro-inflammatory cytokines in both central and peripheral nervous systems.

✅This is key in CRPS, where neuroinflammation amplifies pain signaling.

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Photobiomodulation (PBM) is being actively explored for Complex Regional Pain Syndrome (CRPS) because it can modulate pain pathways, inflammation, and neurovascular function.

Here’s what the research and functional neurology applications show:

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It’s not the setback.

It’s the COMEBACK.

In recovery, every small step forward rewires the brain.

You’re not defined by what happened

You’re defined by how you rise.

Neuroplasticity makes change possible.

Your comeback starts today.

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Want to change your brain?

You need two things:

Attention = What you focus on
Intention = Why it matters to you

These two unlock the power of neuroplasticity.

Focused attention lights up the circuits.

Clear intention releases dopamine, making the changes stick.

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So….

Acting first engages:

✅Motor + sensory systems
✅Reward circuitry
✅Emotional feedback loops
✅Stronger neuroplastic mechanisms

Takeaway: Action creates the conditions for new thoughts to emerge. It’s like lighting the fire under the brain’s neuroplastic machinery.

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Thoughts alone don’t always lead to sustained neural firing.

Action + emotion + repetition = stronger synaptic connections.

So, repeated behavior changes your brain circuitry more effectively than trying to think your way into new behavior.

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When you act, especially in new or challenging ways, you activate the dopaminergic system (ventral tegmental area → nucleus accumbens), which rewards behavior and enhances learning.

Thinking alone doesn’t trigger dopamine as powerfully.

Action creates reinforcement.

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Your brain doesn’t operate in isolation; it constantly receives feedback from your body.

Actions such as facial expressions, movement, breathing patterns influence your autonomic nervous system, amygdala, and insula, which affect emotional regulation and self-perception.

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The brain changes based on what you do repeatedly—not just what you think about.

Behavioral activation strengthens new neural pathways by engaging the motor cortex, basal ganglia, the cerebellum, along with attention and emotional centers.

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Movement and behavior activate sensory-motor circuits, the limbic system, and even dopaminergic reward pathways.

This helps send strong signals to the brain that can shift mood, mindset, and cognition faster than thought alone.

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The phrase

“It’s easier to act into a new way of thinking than to think into a new way of acting”

is deeply supported by neuroscience, especially in the realms of neuroplasticity, embodied cognition, and habit formation.

Here’s a breakdown of the neuroscience behind it:

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Progress is often disguised by failure.

Every setback you face while working to improve is a sign that you’re growing, learning and moving forward.

This is neuroplasticity in action!

Your brain rewires through effort, challenge and repetition.

Stick with it.

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What you focus on, you fire. What you fire repeatedly, you wire.

Gratitude is a form of intentional attention training.

It is one of the most direct ways to activate neuroplastic rewiring for emotional resilience and better mental health.

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This week, do something that challenges you.

Something that feels uncomfortable.

Something that forces you out of your comfort zone.

This is how the brain builds stronger habit pathways.

Discomfort is where neuroplasticity thrive.

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Consciously choosing to do something that you perceive as difficult stimulates a very important area of your brain, the prefrontal cortex.

This area is key for motivation, decision-making and even shaping your personality.

If you want to be a better you, challenge yourself.

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Having a purpose serves as a compass for your brain.

It gives your brain clarity, drive and direction.

When you are engaged in purposeful action, your brain releases a more sustained form of dopamine.

The more you engage, the more your purpose becomes hardwired in your brain.

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Neuroplasticity is a two-way street.

Your brain can rewire itself in both positive and negative directions, depending on the input it receives.

Healthy habits = positive pathways

Bad habits = negative pathways

Every thought, habit, and experience is shaping your future.