We studied how common pain was thought to be due to muscle spasticity in the legs or arms is in children/adolescents with CP.
This systematic review looks at all available evidence for pharmacological/neurosurgical interventions for managing dystonia in individuals with cerebral palsy to inform the AACPDM care pathway.
Cohort-based whole exome and whole genome sequencing and copy number variant (CNV) studies have identified genetic etiologies for a sizable proportion of patients with cerebral palsy (CP). These findings indicate that genetic mutations collectively comprise an important cause of CP.
Drooling is an important problem for many individuals with CP and there are a number of interventions available to treat symptoms. If an individual with CP or their caregiver have concerns about drooling it is important to discuss with a health care provider. Care pathways such as the AACPDM pathway can be a starting point for shared decision making. In all cases, working together as a team is important in choosing the best alternative. Children and adults with CP may have trouble with drooling, or saliva management. In the medical world, drooling is referred to as sialorrhea. Saliva plays an important role in eating but also can interfere with airway clearance and breathing, as well as social participation. When drooling has this kind of impact it becomes important to consider intervention.
Our 3rd Virtual Town Hall featured experts from the Shirley Ryan Ability Lab and Northwestern University in Chicago. This multi-disciplinary panel discussion highlights the latest updates in care of children with #CerebralPalsy.
As a mother and a pediatrician, I’ve both felt the strain of pandemic parenting directly and indirectly. I’ve made decisions about my own family and sending our kids to daycare and school, and I’ve stayed up worrying about how parents are supposed to make these difficult choices with so little support.
It's important for all of us who are imposed with certain physical boundary conditions to push those boundary conditions as far as possible and maintain as much independence as absolutely possible.
There are so many different causes for potential pain that it can be hard to find the cause. If you have CP or are a parent of someone with CP it is really important to empower yourself with information on pain including what causes it and options for treatment. You need to work out what is causing the pain not just mask it with pain medication.
It is recommended that women start having mammography screenings starting at about the age of 40, and it becomes more difficult to obtain these services if you have a disability.
The findings of this article demonstrate the need for improved screening rates in women with CP, and highlight areas for improving their screening experience.
When we have a physical disability, our bones can get a bit weak or osteoporotic. Something that can be improved is promoting bone health for people with cerebral palsy.
To give you an idea about genetic variation between each of us, there are about three million differences in our genetic code. They go to influence the color of our hair and the color of our eyes, the way we walk.
Spasticity is a condition of muscles that is a velocity resistance to stretch. What that means to a child and to a parent is that if you move the limb slowly, you have a difference than if you move that limb fast. Spasticity restricts movement and it creates a break on the system. It's as if they're trying to move, but they're held back. By treating spasticity, you may improve the range of motion or the action of the movement.
It is important to understand the brain injury for each individual person, because they can be really different. Where the injury is can give us important clues to what motor problems that individual will have. The time you have the biggest risk to having a stroke is as a baby, not as an adult so it is important to understand what may be happening in the infants brain.
The future of science advancements is endless. In this video Dr. Ted Conway discusses the possibility of thought to speech. One of the really interesting areas of research in biomedical engineering is thought to speech. The concept of thought to speech is fairly straightforward, the execution to make this a reality is a little more complicated.