Abstract:Through multidisciplinary follow-up and early detection of emerging complications individuals with CP or MMC can receive less complex and more effective interventions than if treatment is implemented at a later stage. Possibilities and challenges to design, implement and continuously run multidisciplinary secondary prevention follow-up programmes and quality registries for individuals with CP or MMC are described and discussed. Implications for rehabilitation Individuals with disabilities such as cerebral pals… Show more
“…All habilitation units in Sweden where children with CP generally receive care participate in CPUP. Children suspected of having CP are eligible to participate, resulting in a population‐based database that includes approximately 95 per cent of children with (or suspected) CP born after 2000 . Data from the most recent CPUP assessments from 2009 to 2017 were included.…”
Aim
To investigate the relationships between pain in the lower extremities and back, and spasticity, bone/joint complications and mobility.
Methods
Retrospective population‐based registry study. Participants (N = 3256) with cerebral palsy (CP), 2.5‐16 years of age, participating in the Swedish Cerebral Palsy Follow‐up Program were included. Spasticity was measured using scissoring and the Modified Ashworth Scale. Bone/joint complications consisted of hip displacement, range of motion, windswept posture and scoliosis. Mobility was measured using the Functional Mobility Scale (5‐, 50‐ and 500‐metres), wheelchair use (outdoors) and the ability to stand/get up from sitting/use stairs, respectively. Pain was measured as presence of pain in hips, knees, feet and back. Data were analysed using structural equation modelling.
Results
Bone/joint complications had the strongest direct pathway with pain in the lower extremities (standardised regression coefficient = 0.48), followed by reduced mobility (standardised regression coefficient = −0.24). The pathways between spasticity and pain, and age and pain were not significant. The R2 of the model was 0.15.
Conclusion
Bone/joint complications and reduced mobility were associated with pain in the lower extremities when controlling for sex. Considering the R2 of the model, other factors not included in the model are also associated with pain in the lower extremities in children with CP.
“…All habilitation units in Sweden where children with CP generally receive care participate in CPUP. Children suspected of having CP are eligible to participate, resulting in a population‐based database that includes approximately 95 per cent of children with (or suspected) CP born after 2000 . Data from the most recent CPUP assessments from 2009 to 2017 were included.…”
Aim
To investigate the relationships between pain in the lower extremities and back, and spasticity, bone/joint complications and mobility.
Methods
Retrospective population‐based registry study. Participants (N = 3256) with cerebral palsy (CP), 2.5‐16 years of age, participating in the Swedish Cerebral Palsy Follow‐up Program were included. Spasticity was measured using scissoring and the Modified Ashworth Scale. Bone/joint complications consisted of hip displacement, range of motion, windswept posture and scoliosis. Mobility was measured using the Functional Mobility Scale (5‐, 50‐ and 500‐metres), wheelchair use (outdoors) and the ability to stand/get up from sitting/use stairs, respectively. Pain was measured as presence of pain in hips, knees, feet and back. Data were analysed using structural equation modelling.
Results
Bone/joint complications had the strongest direct pathway with pain in the lower extremities (standardised regression coefficient = 0.48), followed by reduced mobility (standardised regression coefficient = −0.24). The pathways between spasticity and pain, and age and pain were not significant. The R2 of the model was 0.15.
Conclusion
Bone/joint complications and reduced mobility were associated with pain in the lower extremities when controlling for sex. Considering the R2 of the model, other factors not included in the model are also associated with pain in the lower extremities in children with CP.
“…The follow‐up includes regular assessments by physiotherapists and occupational therapists at the rehabilitation services. Based on the results of physiotherapist assessments, risk groups are identified and followed with hip and spine radiographs, evaluated by orthopaedic surgeons . Early detection through these assessments and early intervention have almost eliminated hip dislocations in the CP population .…”
The distribution of pain between CP subtypes, functional levels, sex, and age in CPUP is concordant with previous population-based studies, indicating the validity of the CPUP pain screening. Despite this, further clinical evaluation with extended pain assessments and pain management were largely neglected in children reporting chronic pain.
“…In CPUP, well‐established body structure indicators (e.g. Reimer's migration index, passive range of motion) are used to monitor progress over time; interventions are initiated if indicated . The GMFCS was included in CPUP in 1995, and in 2009 it was replaced by the GMFCS ‐ E&R. Because individuals are followed prospectively, a large longitudinal population‐based data set with numerous GMFCS assessments per individual is available and was used in the current study.…”
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