Though the initial insult or injury to the brain that causes cerebral palsy is non-progressive, aging with cerebral palsy and lack of physical activity during critical periods of development can impact biologic and metabolic function for adults with cerebral palsy.
There are multiple factors that impact bone health, including birth weight, nutrition, medications for seizures and/or reflux, genetics, and physical activity. Targeted exercise to improve bone health in childhood can be sustained into adulthood, and childhood is the best time to promote bone health.
Spasticity is usually caused by central nervous system injuries, such as brain injuries or spinal cord injuries. Spasticity is a little different from stiffness.
As we all know, becoming a teenager means significant upheaval, not only physically, but in terms of friendships, in terms of learning, and life outlook. This is also true for adolescents with cerebral palsy and other developmental disabilities. We know that whilst we may of spent a lot of time focusing on their physical abilities and other difficulties it is not the only part of their life.
Around the age of six all children are going off to school. Children move from explorative play, which is fairly informal to a much more formal day. That can be a lengthy day and it's quite structured. There are a lot of challenges faced by children with cerebral palsy throughout the school year.
When treating a child with CP, part of a pediatrician’s job is assessing and treating children with abnormal tone difficulties, as well as other muscular-skeletal problems. From around the age of two years, kids start to develop difficulties with muscle tone that can have an impact on their hip development.
"Cerebral palsy is primarily a motor impairment so it's really important to look at what the child’s motor function is. Are they developing on the trajectory of a child who has cerebral palsy or are they developing as we would expect a baby to develop? "
Every educator needs to make a decision about technology they need to put in place. They're not sure if they should put Option A in place or Option B in place. This can be particularly difficult in the world of disabilities because there might not always be a perfect answer. Teachers can look to this solution, using the least dangerous assumption to make good decisions about what technology might be best.
When you don't have enough evidence about a student's performance, assume they can do whatever you're asking them to do.