Dr. Tom Novacheck, of Gillette Children's, describes the characteristics of the 4 types of unilateral, otherwise known as hemiplegic gait, and how the use of clinical instrumented gait analysis can help with treatment decision making.
Dr. Tom Novacheck, Gillette Children's, describes what to look for in each of the 4 different gait patterns seen for those with bilateral cerebral palsy and considerations for each type.
Understanding different gait patterns is important because it can determine what interventions will potentially be the most effective.
There are many kinds of physical activities that people with cerebral palsy can participate in – for both ambulatory people as well those who use various mobility devices. Knowing just what activities are right for whom can be tough, this article helps to sort that out.
A person’s gait is dependent on the interaction between the nervous, musculoskeletal, and cardiorespiratory systems and has many influences.
Learn about Ava's journey with gait analysis and surgery at Gillette Children's.
Cerebral palsy is caused by damage to the infant brain. This damage can involve not only the motor parts of the brain, but also the parts that deal with vision. This is not related to damage to the eye but is related to damage of the parts of the brain that process visual information.
Many of our products today have accessibility supports in them to the extent where we don't have to purchase anything else. It's already in there. Your phone, your tablet, your smart home devices. If you're going to look for these features on your devices, you can start in your settings. There should be something in there that says accessibility. Go in there, see what's available. The manufacturers have done a really nice job of describing these features right within the settings to give you a sense of what they're going to do.
Children with cerebral palsy experience brain damage around birth or before birth. So the language of the brain in other words, the way they will move, will be different from typical movements. So by looking at their movements, we will understand that there is something that is wrong in the brain.