Flow Physiotherapy and Rehabilitation

Flow Physiotherapy and Rehabilitation Integrated physiotherapy center with Pediatric, Neurology and musculoskeletal specialties under one roof.

With sate of art and modern facilities we treat patients one on one person approach.

08/03/2026

Imagine you are about to pull a heavy rope.
Before your arms even start pulling, your body automatically tightens certain muscles to keep you stable.

Your brain activates the stabilizing muscles first, and only then the movement muscles pull the rope.
This preparation happens incredibly fast — about 30–50 milliseconds before the movement. This process is called a feed-forward mechanism or anticipatory postural activation.

For example, when we lift our arm, the transverse abdominis (deep core muscle) activates first to stabilize the trunk before the arm muscles move.

In children with Cerebral Palsy, this timing can be delayed or disrupted. When stabilizers don’t activate early enough, movements may appear less coordinated or less stable.

In this activity, gentle resistance during rope pulling encourages the stabilizing muscles to activate first. Once stability is established, the prime movers generate the movement.

Over time, exercises like this help the nervous system practice better muscle timing, improve stability, and support more coordinated movement.

Small activities… big impact on movement learning. PediatricTherapy PhysioForKids CPAwareness

07/03/2026

Strength training in children with Cerebral Palsy is safe when done correctly.

The National Strength and Conditioning Association (NSCA) is a globally recognized organization that develops evidence-based guidelines for strength training and conditioning.

According to NSCA recommendations, children with spastic Cerebral Palsy can safely participate in resistance training programs when they are properly supervised and the training variables are carefully planned.

Key NSCA guidelines include:

• Warm-up: 5–10 minutes of dynamic activities
• Exercises: Single-joint and multi-joint movements using concentric and eccentric contractions
• Intensity: 50–85% of 1RM
• Volume: 1–3 sets of 6–15 repetitions
• Rest: 1–3 minutes between sets
• Frequency: 2–4 sessions per week on non-consecutive days
• Program duration: 8–20 weeks
• Progression: Gradually increase resistance by 5–10% as strength improves

When appropriately designed, strength training can improve muscle strength, functional mobility, and participation in daily activities for children with Cerebral Palsy.



06/03/2026

Why do we focus so much on calf muscles in therapy?

Your child’s calf muscles (mainly the gastrocnemius and soleus) sit at the back of the lower leg.
Their main job is to push the ankle downward (plantarflexion) and help control balance when the body moves forward.

In everyday life these muscles help with:
• Standing balance
• Pushing the body upward
• Walking and running
• Rising from a squat to stand

When a child moves from squat to stand, the calf muscles help push the body upward and stabilize the ankle so the knees and hips can extend safely.
If these muscles are weak or not activating well (common in spastic cerebral palsy), the child may struggle to generate enough push and stability to stand up smoothly.

That’s where EMG biofeedback and Functional Electrical Stimulation (FES) can help.

• EMG biofeedback allows the child to see or hear when their muscle activates, helping them learn how to recruit it better.
• Functional Electrical Stimulation (FES) provides gentle electrical input that helps the muscle contract and can assist the brain-muscle connection.

Research supports these approaches:

• Studies show EMG biofeedback can improve calf muscle activation patterns in children with cerebral palsy, helping them modify how the plantarflexor muscles work during movement. 

• Functional electrical stimulation applied to the gastrocnemius-soleus complex has been shown to improve the timing and force production of these muscles during walking in children with cerebral palsy. 

• Neuromuscular electrical stimulation during gait training has also been shown to increase muscle strength and muscle volume in children with spastic cerebral palsy, supporting functional movement. 

Therapy often focuses on helping the muscle “switch on” first…
because once the muscle learns to activate, functional movements like standing become possible.

And sometimes… the progress looks like this ❤️

05/03/2026

Almost every child loves this song☺️

05/03/2026

Problem

Children with spastic diplegia often start with toe walking due to calf spasticity.

As the child grows, neurological maturation and increasing body weight bring the heel down. But because the plantarflexors were not used effectively, the foot may collapse into pronation, navicular drop and calcaneal eversion.

What appears as “tight calves” often becomes a problem of plantarflexor weakness and poor push-off power.

Studies show children with cerebral palsy have reduced gastrocnemius muscle size and altered muscle architecture, contributing to weakness.
(Moreau et al., 2010; Barrett & Lichtwark, 2010)



Wrong Treatment

Many interventions focus on stretching and serial casting.

These may temporarily improve ankle range or tone, but systematic reviews show limited improvement in strength or long-term motor function.

Immobilization and repeated stretching also do not address the underlying plantarflexor weakness.

(Novak et al., 2013; Pin et al., 2006)



Solution

The plantarflexors are the main propulsion muscles in walking.

Rehabilitation should focus on:

• progressive calf strengthening
• resisted plantarflexion
• power activities (push-offs, jumping, step propulsion)

Strength training in children with CP has been shown to improve muscle performance without increasing spasticity.
(Dodd et al., 2002)



Result

This child is 5 years old and walking independently for the first time.





Is the walking perfect?
No.

But first steps are milestones.

With continued strengthening and skill training, she will get there.

04/03/2026

What a wonderful year! Gratitude.
#2022

04/03/2026

Understanding Crouch Gait Posture 👣

Crouch gait is a posture and walking pattern commonly seen in children with neuromuscular conditions. It is characterized by excessive flexion at the hips and knees with increased dorsiflexion at the ankle, giving the child a “crouched” appearance during standing and walking.

If we observe the body from head to toe, several postural changes can often be noticed:
• Head protruded forward
• Rounded shoulders
• Increased thoracic kyphosis
• Anterior pelvic tilt
• Internally rotated hips
• Persistent knee flexion
• Ankle pronation with dorsiflexion

These alignment changes affect balance, energy efficiency, and overall gait mechanics. Recognizing these patterns is an important first step in clinical gait assessment and treatment planning.

📚 This week we will be focusing on posture and gait analysis — breaking down different gait patterns to make them easier to understand and identify.

💾 Save this reel so you can quickly review and learn how to recognize crouch gait posture during assessment.

02/03/2026

Why is this child walking with weights? 🤔
Because weights can do something amazing — they improve proprioception.

🔹 What is proprioception?
It’s the body’s ability to sense where each part is, how it’s moving, and how much effort is needed. Think of it as your body’s GPS system.

🔹 Why use weighted jackets & cuffs?
• Extra weight gives stronger signals to the brain about joint and muscle position.
• This feedback helps children with ataxia, where balance and coordination are affected.
• When combined with obstacle walking, it trains both visual feedback (seeing the path) and proprioceptive feedback (feeling the movement).

💡 The result? Better stability, balance, and confidence in walking.

📞 Want to know how therapy can help your child? Call us at 8073387417

💚 March is Cerebral Palsy Awareness Month 💚This month, we will be posting every single day to spread awareness and provi...
02/03/2026

💚 March is Cerebral Palsy Awareness Month 💚

This month, we will be posting every single day to spread awareness and provide meaningful education about Cerebral Palsy.

Throughout March, we will:

✔️ Share the latest research and new studies
✔️ Discuss the highest levels of evidence in therapy practice
✔️ Bust common myths
✔️ Explain the condition in simple, parent-friendly language
✔️ Highlight therapy approaches and practical tips
✔️ Share inspiring success stories

Our goal is to empower parents and support therapists with accurate, evidence-based information.

If you have any doubts, questions, or topics you would like us to address, please feel free to DM us anytime or contact us directly at 8073387417.

We are here to support you 💚

SupportFamilies

💚 March is Cerebral Palsy Awareness Month 💚This month, we will be posting every single day to spread awareness and provi...
02/03/2026

💚 March is Cerebral Palsy Awareness Month 💚

This month, we will be posting every single day to spread awareness and provide meaningful education about Cerebral Palsy.

Throughout March, we will:

✔️ Share the latest research and new studies
✔️ Discuss the highest levels of evidence in therapy practice
✔️ Bust common myths
✔️ Explain the condition in simple, parent-friendly language
✔️ Highlight therapy approaches and practical tips
✔️ Share inspiring success stories

Our goal is to empower parents and support therapists with accurate, evidence-based information.

If you have any doubts, questions, or topics you would like us to address, please feel free to DM us anytime or contact us directly at 8073387417.

We are here to support you 💚

01/03/2026

Rewiring the brain. Restoring movement.
At Flow Physiotherapy, we combine EMG biofeedback and Functional Electrical Stimulation (FES) to help children activate weak muscles, improve posture, and build strength — all through movement that the brain can learn from.

This is modern neuro-rehabilitation in action.

Contact us: 8073387417

28/02/2026

“What if strength training was the most powerful therapy for adults with cerebral palsy?”
Spoiler: It is.

Strength training isn’t just safe—it’s the most evidence-based intervention to improve mobility, strength, balance, and reduce fatigue in adults with CP.

Forget the myth that resistance training worsens spasticity. That’s outdated.

✅ Improves functional walking
✅ Builds confidence and endurance
✅ Enhances independence
✅ Does not increase spasticity

🔍 What the research says:
1. Verschuren et al., 2016 – “Strength training is effective in increasing muscle strength and can improve activity without increasing spasticity.”
2. Dodd et al., 2002 – Strength training improves muscle performance and gross motor function in adolescents with spastic CP. (Phys Ther. 2002)
3. Park et al., 2014 – Resistance training significantly improves balance and gait in adults with CP. (J Phys Ther Sci. 2014)

📢 Let’s stop being afraid of strength.
Let’s train it. Build it. Use it.

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292, 2nd Floor, 15th Cross, 5th Phase J. P Nagar
Bangalore
560078

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Monday 8am - 9pm
Tuesday 8am - 9pm
Wednesday 8am - 9pm
Thursday 8am - 9pm
Friday 8am - 9pm
Saturday 8am - 9pm

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