Muscular Dystrophy Physiotherapy Treatment in Ahmedabad

What Causes Muscular Dystrophy?

Muscular dystrophy is a group of genetic conditions caused by mutations that impair the body ability to produce dystrophin, an essential structural protein that shields muscle fiber membranes from tearing during contraction. Without sufficient dystrophin, everyday movements cause progressive muscle breakdown, resulting in muscle weakness, loss of muscle mass, and joint contractures.

Common Symptoms Managed by Neuro Physiotherapy

• Waddling Gait and Lumbar Lordosis: An exaggerated sway of the hips and arched lower back to compensate for weak hip gluteals.
• Gowers Sign When Standing Up: Using hands to climb up one own legs when rising from a seated or floor position.
• Toe Walking and Tight Heel Cords: Progressive shortening of the Achilles tendon causing children to walk high on their toes.
• Respiratory Decline & Weak Cough: Weakening of intercostal muscles and diaphragm leading to shallow breathing.

The Golden Rule: Sub-Maximal, Non-Fatiguing Therapy

Unlike normal physical training where muscles are pushed to fatigue to build strength, muscular dystrophy requires strictly sub-maximal, gentle exercise. Over-exhaustive resistance or high impact eccentric loading causes irreversible fiber breakdown, so therapy focuses on gentle preservation.

Why Daily Stretching and Night Splints Prevent Contractures

As muscle fibers degenerate and are replaced by fibrous tissue, joints tighten rapidly. Daily gentle stretching of the Achilles tendons, hamstrings, and hip flexors combined with custom night splints (AFOs) maintains joint alignment and prolongs independent walking years.

Clinical Assessment

Our assessment begins with functional motor scales such as the North Star Ambulatory Assessment (NSAA), measuring active joint range of motion, and grading functional milestones.

Spine, Joint Alignment, and Respiratory Assessment

We evaluate spinal posture for scoliosis or hyperlordosis, measure passive ankle dorsiflexion angles, and record peak cough flow and chest expansion measurements.

Identifying Timed Performance and Functional Status

• Timed Rise from Floor (Gowers Time): Quantifying the seconds required to stand up to monitor disease stability.
• 6-Minute Walk Test (6MWT): Evaluating functional aerobic endurance and walking stamina safely.
• Orthotic & Splinting Evaluation: Assessing the fit and effectiveness of ankle-foot orthoses (AFOs) and spinal braces.

Gentle Passive and Active Assisted Stretching

Our certified therapists provide daily low load, prolonged stretching to the gastrocnemius, hamstrings, and hip flexor complexes to prevent painful joint contractures.

Chest Physiotherapy and Breathing Exercises

Lung volume recruitment techniques, assisted coughing methods, and spirometry training keep airways clear, expand vital lung capacity, and prevent chest infections.

Sub-Maximal Conditioning and Hydrotherapy Principles

Low resistance recumbent cycling and buoyancy-assisted movements maintain joint lubrication and cardiovascular health without overloading fragile muscle membranes.

Postural Spine Alignment and Orthotic Fitting

Custom seating adaptations, wheelchair posture supports, and nocturnal AFO splinting maintain symmetrical posture and prevent spinal scoliosis.

Personalised Physiotherapy Treatment

We provide a compassionate, long term multidisciplinary care pathway that adapts supportively through the ambulatory, transitional, and wheelchair mobile stages of life.

Gentle Heel Cord and Hip Flexor Stretching

Preserving ankle dorsiflexion and hip extension is critical for prolonging independent standing and walking:

• Calf Towel Stretch: Gently holding the ankle in dorsiflexion with a soft towel for 60 seconds prevents toe-walking contractures.
• Prone Lying Hip Extension: Resting on the stomach for 20 to 30 minutes daily prevents tight hip flexor contractures.

Active Assisted Upper Body Reaching

• Supported Arm Glides: Sliding hands across a smooth tabletop with powder reduces gravity resistance, maintaining shoulder mobility.
• Gentle Diaphragmatic Deep Breathing: Expanding the belly during slow inhalations strengthens the diaphragm muscle safely.

Supported Standing on Tilt Tables or Standers

Supported standing for 30 to 45 minutes daily delivers axial weight bearing that preserves bone mineral density and prevents hip dislocation.

Caregiver Training and Energy Conservation

We guide family members on safe lifting mechanics, using slide sheets in bed, pacing school and play activities to avoid fatigue, and maintaining proper night splint routines.

Physiotherapy should begin as soon as a diagnosis is established or when early signs like frequent tripping, toe walking, or difficulty standing up appear, to preserve joint mobility before contractures set in.