What causes high tone in babies?

Clinically significant high muscle tone in children is most commonly caused by in-utero stroke or brain bleeds, and cerebral palsy.

What does having high muscle tone mean?

What is high tone? High tone or hypertonia is increased tension in the muscles which makes it difficult for them to relax and can lead to contractures and loss of independence with everyday tasks.

Does high muscle tone always mean cerebral palsy?

Although hypertonia in cerebral palsy patients is common, high muscle tone does not always mean your child has developed cerebral palsy. Other conditions that are linked with high muscle tone are: Brain bleeds. In-utero strokes.

Can hypertonia in babies be cured?

Treatment for hypertonia usually consists of different types of muscle relaxant medications and continuous physical therapy. The three most popular medications used to treat the condition are Baclofen, Diazepam, and Dantrolene. Some patients use special injections to directly treat an affected muscle.

Can high muscle tone go away?

Muscle tone challenges are physical limitations that don’t go away. Doing nothing about it changes nothing. Depending on your child’s unique needs, physical therapy, occupational therapy, and even speech therapy are great solutions.

Is high muscle tone good?

Without proper management, high muscle tone may pull the body into abnormal postures and limit range of motion. As a result, individuals with severe hypertonia have an increased risk of compromised posture, scoliosis, hip displacement, contracture, and bony torsion.

Is hypertonia the same as cerebral palsy?

Hypertonia is a more common type of muscle tone in cerebral palsy patients. The most common form of hypertonia is spasticity (stiff, jerky muscle movement), which is the main symptom of spastic cerebral palsy.

Do babies with hypertonia kick their legs?

How does hypertonia affect my child’s body? Hypertonia will make it difficult for your child to move their arms and legs, as there’s a disconnect between how their brain communicates to their nerves and muscles, telling them when to contract (relax) their muscles.