Evidence Based Practice Evidence Update: Shining a Spotlight on Supported Standing for Children and Young Adults with Non-Ambulatory CP February 02, 2023 by Elena Noble, MPT
A girl stands in a Rifton Mobile Stander and reads a book with her caretaker.
A recent scoping review on supported standing describes the evidence, outcomes and lived experience of adaptive standing intervention in children and young adults with cerebral palsy.
Evidence Based Practice Evidence Update: The Effects of Inclination, Hip Abduction, Orientation and Tone on Weight-Bearing in Adaptive Standers September 06, 2021 by Elena Noble, MPT
A young girl wheeling down a hallway in a green Rifton Mobile Stander, with a caretaker next to her
This new exploratory and descriptive study is the first to measure weight-bearing during standing in different degrees of hip abduction, stander inclination and stander orientation.
Evidence Based Practice Evidence Update: Long-Term Benefits of Abducted Standing in Children with Cerebral Palsy April 12, 2021 by Elena Noble, MPT
A girl standing in a Rifton Supine Stander, playing a game with her caretaker
Children with CP who do not walk are at risk for hip displacement. This recent study contributes new insights into the preventative benefits of standing in hip abduction.
Evidence Based Practice Evidence Update: Standing Programs for Hip Flexibility July 27, 2015 by Elena Noble, MPT
A young boy with spastic cerebral palsy smiles and claps his hand as while in a standing device
Secondary to the motor disorders which affect their physical development, children with spastic cerebral palsy tend to lose lower limb range of motion between infancy and adolescence. Researchers have measured hip abduction decreases of nine degrees in this population. Since loss of hip abduction makes balance and walking difficult, maintaining hip abduction becomes a crucial intervention. Because of...
Evidence Based Practice Adaptive Standers Kids with Disabilities and BMD: What's the Evidence? April 02, 2013 by Lori Potts, PT
childrendisabilitiesbonemineraldensity
Bone Mineral Density It’s widely recognized that non-ambulatory children with physical disabilities such as cerebral palsy are at risk for decreased bone mineral density (BMD). (1-3) Children with CP can also present with altered skeletal maturation and thinner, smaller bones. (4-6) As a consequence, these children are at an increased risk for fractures. (7-10) Research indicates that fracture risk...