Orthotics for cerebral palsy patients are designed to help manage complications like spasticity, poor balance, and abnormal alignment.
This article is going to explain how using orthotics can help individuals with cerebral palsy become more mobile.
Let’s get started!
Benefits of Cerebral Palsy Orthotics
Cerebral palsy is an umbrella term that describes a wide range of motor impairments caused by brain damage before or during birth, or shortly after birth.
Orthotics for cerebral palsy are a low-risk management intervention that can help postpone the need for surgery.
Orthotics like braces, casting, and splints are designed to:
- Improve or maintain form
- Combat spasticity
- Encourage mobility
- Decrease pain
- Restrict unwanted movements
- Promote proper posture and alignment
The earlier orthotic treatment begins, the easier it is to manage cerebral palsy and its complications as your child grows.
Orthotics for Different Types of Cerebral Palsy
Depending on the type of cerebral palsy your child has, the treatment goals of using orthotics will vary.
In the following section, we’ll go over the differences between spastic, ataxic, and dyskinetic cerebral palsy, and how orthotics are a viable treatment for all of them, but for varying reasons.
Orthotics for Spastic Cerebral Palsy
About 80% of children with cerebral palsy have spastic cerebral palsy.
Spastic cerebral palsy is characterized by stiff movements caused by continuous muscle contractions called spasticity.
There are 3 main types of spastic cerebral palsy:
- Spastic diplegia (spasticity on both sides of the body; predominantly in the legs)
- Spastic hemiplegia (spasticity on one side of the body)
- Spastic quadriplegia (spasticity affecting the entire body)
It’s crucial to manage spasticity in children as early as possible because they are growing.
Unmanaged spasticity causes uneven muscle strain, which can lead to body distortion or joint displacement.
Orthotics will help prevent muscles from further tightening and passively stretch spastic muscles.
Orthotics for Ataxic Cerebral Palsy
Ataxic cerebral palsy is characterized by poor balance and coordination.
Many people with ataxic cerebral palsy have hypotonia (low muscle tone). This can result in shaky movements and trunk instability.
A brace can help provide the support necessary to help them sit upright and better control their limbs.
Orthotics for Dyskinetic Cerebral Palsy
Dyskinetic cerebral palsy is characterized by involuntary changes in muscle tone, which causes uncontrollable movements.
Muscle tone fluctuates between high and low.
Orthotics can help restrict movements caused by high muscle tone and promote proper alignment when experiencing low muscle tone.
Finding the Right Balance: How Long Should Orthotics Be Used?
How long your child will need to use orthotics depends on how severe their cerebral palsy is.
Orthotics are wearable, and you can take them off whenever you want. However, it is important to consistently wear them for the recommended amount of time to see results.
It’s also essential to not become too dependent on orthotics and understand how to wean your child off them.
If your child relies too heavily on orthotics, they will not learn how to engage their muscles without it.
Neuroplasticity is the brain’s ability to rewire itself. This means that functions affected by brain damage can be reassigned to healthy areas of the brain.
An orthosis will help promote proper form and combat spasticity so that movements are more natural.
Once your child gets accustomed to this movement pattern, consider reducing the amount of time the orthosis is worn and training without it.
The more your child repeats the movement, the stronger the neural pathways will get until eventually, your child will not need the orthosis at all.
Orthotics for Cerebral Palsy: Key Points
Many children with cerebral palsy use orthotics to manage both high and low muscle tone.
It can help prevent cerebral palsy-related complications from worsening and reduce their effects.
Orthotics should be used as a temporary aid. Once your child starts demonstrating more natural movement patterns, try weaning them off orthotics to encourage active muscle engagement.
It isn’t easy, but with consistent practice, your child can train his/her brain to rewire itself and improve motor functions.
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