FullStart

FullStart Committed to providing professional fitness training, nutritional awareness and promoting wellbeing tailored to your individual needs.

We are pleased to Introduce:
FullStart Inclusive Fitness

FullStart is a fresh and innovitive fitness company based in the heart of Norwich and supported by The Princes Trust Foundation. We think its about time we spread the secret to personal development and fulfillment with our Individualized Fitness and Nutrition Programs, Classes and one2one Personal training. With an emphasis and passion for Inclusion and well being in its totality, we believe that fitness should be available to all and is paramount to each individuals health to happiness.

❄️ Why Sledging Is Actually Brilliant for Your Body & Mind We tend to think of sledging as “just fun” — something for ki...
05/01/2026

❄️ Why Sledging Is Actually Brilliant for Your Body & Mind

We tend to think of sledging as “just fun” — something for kids, or something we’re meant to outgrow.

But from a health, movement, and nervous-system perspective, sledging is quietly excellent for us.

Here’s why...

It’s full-body movement without pressure
Walking uphill through snow, pulling sleds, balancing on the way down — this uses legs, core, arms, posture and coordination in a way that’s functional, varied, and natural.
No reps. No targets. No judgement.

It’s sneaky cardio
Snow adds resistance, hills raise the heart rate, and repeated short efforts improve cardiovascular fitness — but because it’s playful and broken up by rest and laughter, it doesn’t trigger the same stress response as “forced exercise”.

It supports balance & the nervous system
Sliding downhill stimulates the vestibular system (balance and spatial awareness), which helps with coordination, regulation, and grounding.

It boosts feel-good brain chemistry.
Sledging naturally releases dopamine, endorphins, and a little adrenaline - lifting mood, reducing stress, and creating positive emotional memories.
Joy is not a side effect here - it’s part of the mechanism.

And then there’s the art of play
Play isn’t a luxury. It’s a biological need.
It’s how humans regulate emotions, bond, learn, and recover.

When we play:
• Movement stops being about performance
• The body isn’t being judged
• There’s no “right” way to move

That psychological safety matters.

In a world obsessed with productivity and optimisation, playful movement like sledging gives us permission to move for the sake of feeling, not fixing.

So yes — sledging is fun. But it’s also:
• Strength
• Cardio
• Nervous-system support
• Stress relief
• Connection
• And a reminder that movement can be joyful again

Sometimes the most powerful health tools don’t look like workouts at all 🛷

Awareness post:“Post-exertional paralysis” is a descriptive medical term used when movement, speech, or bodily control p...
31/12/2025

Awareness post:

“Post-exertional paralysis” is a descriptive medical term used when movement, speech, or bodily control partially or temporarily shuts down after exertion.

It’s most often reported by people with ME/CFS, but can also appear in other neurological or metabolic conditions.

What makes it different from ordinary fatigue is that it’s neurological, not just muscular.

Patients report symptoms such as:

●Limbs feeling too heavy to lift, as if gravity has increased
●Being unable to initiate movement, even though the muscles aren’t injured
●Temporary paralysis or near-paralysis (can last minutes to hours, sometimes longer)
●Inability to speak or words coming out slurred or not at all
●Sudden loss of coordination or control
●Feeling “locked in” or disconnected from the body

Importantly:
🧠 The brain wants to move, but the signal doesn’t complete the journey

Why it happens (current understanding)

There isn’t one single cause, but research points to several overlapping mechanisms:

1. Post-Exertional Malaise (PEM)
In ME/CFS, exertion triggers a system-wide crash, not just tiredness.
This includes neurological shutdown as a protective response.

2. Autonomic nervous system failure
The system that controls blood flow, oxygen delivery, and nerve signalling may:

●Fail to supply the brain or muscles properly
●Misfire after exertion
●Go into a “freeze” state

This can feel like paralysis even though nothing is structurally damaged.

3. Impaired energy metabolism
Cells may be unable to generate ATP efficiently after exertion.
The body essentially runs out of usable energy at a cellular level.

4. Neuroinflammation
●Inflammation in the brain and spinal cord can:
●Slow signal transmission
●Block motor commands
●Cause speech and movement loss

How long does it last?

It varies widely:
Minutes to hours for some - Days for others
Often worse 12–72 hours after exertion, not immediately
This delayed effect is a key hallmark.

What helps (practically)

There is no cure yet, but people find some relief with:
●Strict pacing (stopping before symptoms start)
●Avoiding “just one more thing”
●Resting before exertion, not after
●Reducing sensory input during crashes (light, sound, touch)
●Lying flat if autonomic symptoms are involved
●Electrolytes / hydration (when appropriate and medically safe)

Importantly:
🚫 Graded exercise therapy is not appropriate when paralysis or severe PEM is present.

19/12/2025
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29/07/2025

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Norwich

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