What type of gait is seen in cerebral palsy?
Many individuals with cerebral palsy walk with a scissoring gait due to spasticity in the hip adductors. If not properly managed, a scissoring gait can affect balance and growth. Early intervention is essential because spasticity can worsen over time.
How does cerebral palsy affect gait?
Children with cerebral palsy may have a number of bone, joint and muscle problems that affect their walking (gait). Spasticity or contractures of muscles can cause the knees to flex at the hip knee and ankle which can cause difficulty or increased energy requirement of walking.
What causes crouch gait in cerebral palsy?
Crouch gait is primarily caused by involuntary muscle contractions called spasticity. Spasticity is the result of disrupted communication between the brain and muscles. As a result, the muscles remain contracted for prolonged periods. Cerebral palsy is caused by damage to the developing brain.
What is cerebellar gait?
The clinical features of cerebellar ataxic gait usually include a widened base, unsteadiness and irregularity of steps, and lateral veering. Locomotion in individuals with cerebellar ataxia is characterized by a significantly reduced step frequency with a prolonged stance and double limb support duration.
How does cerebral palsy affect legs?
Their limbs may be very flexible. Increased muscle tone: Some types of CP cause increased muscle tone (hypertonia). Babies with CP may seem as if they’re always arching their backs or stretching their arms. Their legs may stiffen and move like scissors, and their muscles may contract uncontrollably.
What is crouch gait?
Purpose of review: Crouch gait is defined as excessive ankle dorsiflexion, knee and hip flexion during the stance phase. This gait disorder is common among patients with cerebral palsy.
