Our research shows that higher Bone Mineral Density (BMD) was associated with a greater risk of fracture, which is opposite of what we would expect. When we picked apart the BMD ratio we found that bone size had the strongest association with fracture risk, such that smaller bones had a greater risk.
This study tested the safety and effectiveness of a neuroscience-based, multi-component intervention designed to improve motor skills and sensory processing of the more-affected arm and hand in infants with CP where one side is more impacted than the other (asymmetric CP).
The GMFCS can be a helpful tool in clinical and research use and has been shown to be stable and accurate over time. It can also help individuals and families better understand cerebral palsy.
Adults with Cerebral Palsy have unique care needs related to physiological changes that occurred with growth and development with Cerebral Palsy, including mental health, yet experience many barriers to proper care.
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.
Neuroplasticity is the ability that the brain has to form new connections between different cells or between different areas of the brain.
Diagnosing cerebral palsy (CP) at an early age is important for the long-term outcome of children and their families.
Early diagnosis of cerebral palsy (CP) is critical in obtaining evidence-based interventions when plasticity is greatest.