Why “Just Standing” Is Often Not Enough for Children with Muscular Dystrophy

A Different Perspective on Walking, the Brain, and Gait Re- Training

For many families living with muscular dystrophy, one of the hardest moments is the transition phase when a child starts walking less, becomes more unstable, tires more quickly, or begins relying more on support equipment.

At that stage, many rehabilitation programs focus heavily on one thing:

keeping the child upright.

Standing wheelchairs and standing frames can absolutely be useful. They may help:

• support bone loading
• reduce contractures
• improve digestion and circulation
• maintain hip and knee extension
• support respiratory expansion

But there is an important question many families are never asked:

“Is standing the same thing as walking?”

The answer is no.

Walking is not a static position.

Walking is a highly complex neurological sequence involving:

• hip extension
• hip flexion
• pelvic rotation
• trunk coordination
• weight shifting
• foot pressure
• toe push-off
• arm-leg coordination
• balance reactions
• rhythm and timing

A child can still be standing…
while already losing the neurological organisation of walking.

And this is where gait-phase retraining approaches including postural and movement systems such as the Egoscue Method may offer a very interesting perspective.

The Brain Learns Through Movement Patterns

Modern Neuro rehabilitation increasingly recognises something important:

The brain does not primarily think in isolated muscles.
It thinks in movement patterns.

Research in gait rehabilitation shows that improving walking is not simply about strengthening muscles randomly. Rehabilitation works best when exercises reflect the actual biomechanics and sequencing of gait.

That means:

• hip extension matters
• timing matters
• weight transfer matters
• sensory input matters
• repetition matters
• rhythm matters

This is especially important in children with muscular dystrophy, where excessive fatigue may worsen compensations and movement quality.

Why Some Children Become More Fatigued with Long Standing

In many cases, children are asked to remain upright for long periods inside a standing frame or standing wheelchair.

The problem is:

• prolonged standing may increase fatigue
• posture may collapse over time
• compensations increase
• the nervous system may “survive” the position rather than learn from it

A child may:

• lock the knees
• lean excessively
• externally rotate the feet
• lose trunk organisation
• shallow the breathing
• disengage neurologically

At that point, the body is no longer practicing quality movement.

It is simply enduring gravity.

For muscular dystrophy, this distinction matters enormously.

What If We Trained the Gait Pattern Before Exhausting the Muscles?

This is where gait-phase retraining becomes powerful.

Instead of focusing only on upright endurance, we can begin stimulating components of walking individually often with far less fatigue.

For example:

Hip Extension Training

One of the most critical components of gait is terminal hip extension.

Without proper hip extension:

• stride length shortens
• pelvis becomes unstable
• trunk compensation increases
• walking efficiency decreases

Certain Egoscue positions such as “Tower” may help recreate aspects of hip extension mechanics in a supported environment.

Hip Flexion & Pelvic Organization

Positions such as Static Back may help:

• decompress the spine
• reduce excessive tension
• improve pelvic positioning
• support diaphragmatic breathing
• restore hip flexion comfort

This may allow the nervous system to experience more organised lower-body positioning without the full stress of standing.

Retraining the Walking Sequence

Modern gait rehabilitation increasingly supports the concept of breaking gait into smaller phases and retraining them individually.

This may include:

1. heel contact
2. loading response
3. mid stance
4. hip extension
5. toe push-off
6. swing phase
7. trunk rotation
8. arm-leg coordination

Instead of exhausting the child with long standing sessions, therapy can focus on:

• precision
• rhythm
• sensory input
• posture
• repetition
• coordination

The goal becomes:

“Keep the walking map alive.”

The Nervous System Can Practice Walking Without Full Weight Bearing

One of the most fascinating discoveries in neurological rehabilitation is that the brain can improve movement patterns even before full functional movement returns.

Motor imagery, sensory positioning, rhythmic cueing, and gait-specific movement training all influence brain plasticity and motor control.

This means a child does not necessarily need to spend excessive time under full gravity load to stimulate walking-related neural pathways.

Instead, carefully designed movement patterns may help:

• improve motor planning
• reduce compensations
• maintain coordination
• support posture
• improve transitions
• maintain stepping quality longer
• reduce fear around movement

Why This May Be Especially Important During the “Transition Phase”

The transition phase , when a child is gradually losing walking, is one of the most important periods for intervention.

Because the child is not only losing:
• muscle force

They are also gradually losing:

• confidence
• timing
• gait rhythm
• trunk organisation
• balance strategies
• proprioceptive feedback
• movement memory

Once the nervous system stops using a movement pattern regularly, that pattern becomes harder to access.

This is why preserving the quality of gait patterns , even partially, may matter tremendously.

A More Intelligent Goal

Instead of asking:

“How long can the child stand?”

Perhaps a better question is:

“How can we keep the nervous system connected to walking without exhausting the muscles?”

That changes everything.

It shifts therapy from:

• endurance under stress
toward:

• neurological organization
• movement quality
• energy conservation
• gait sequencing
• sensory-motor integration

The Future of Muscular Dystrophy Rehabilitation May Need Both

This is not about rejecting standing devices.

Standing still has value.

But standing alone may not be enough.

The future may be a combination of:

• intelligent gait retraining
• postural alignment
• neurological stimulation
• sensory integration
• low-fatigue movement sequencing
• strategic upright loading
• breathing integration
• rhythm and coordination work

Because walking is not simply about muscles.

Walking is a conversation between:

• the brain
• the nervous system
• posture
• balance
• timing
• sensory feedback
• and movement patterns repeated over time.

And sometimes, rebuilding the pattern gently may be more powerful than forcing the body to fight
gravity for too long.

Clementine Ynna
Founder of Neuro Reflex Clinic and creator of the MDNM 4X approach for children with muscular dystrophy.

💌 Subscribe below to access free trainings, practical guides, and updates about the program

And take the next step in helping your child’s body heal and protect muscle, every single day.

This article is for educational purposes only and is not a substitute for medical advice. Always consult your child’s healthcare provider before making changes to treatment or care routines.