Bibliometric Analysis of Sitting Position with Postural Wellness in the Incidence of Cerebral Palsy
Keywords:
bibliometric analysis, body balance, cerebral palsy, postural wellness, sitting postureAbstract
Background: There is currently no published bibliometric research on sitting position and postural health in cerebral palsy. People with cerebral palsy have difficulty sitting or standing. Improper sitting habits and long duration of sitting can weaken postural and increase the risk of musculoskeletal problems and chronic diseases in children with cerebral palsy. Objective: The purpose of searching for publications on sitting positions with sitting position interventions is to support researchers in systematically searching for, reviewing, and analyzing scientific articles. Method: The research method was systematically conducted by searching for, reviewing, and analyzing scientific articles. The PRISMA search process used for this publication has a specification range of the last two years (2024 and 2025) and focuses on the fields of Psychology, Health Sciences, Biomedical and Clinical Sciences. Results: There were 92,302 articles published on sitting position and postural wellness. After filtering through the inclusion criteria, there were 219 articles. This exploration emphasizes the importance of maintaining correct sitting posture, reducing discomfort, and preventing musculoskeletal-related complications in children with cerebral palsy. Discussion: After exploring the complications that can occur from incorrect sitting position in cerebral palsy events, they are asymmetrical posture, orthopedic disorders (hip dislocation or flexion, scoliosis, leg deformities, hip and knee contractures), inability to change position, intellectual disability, and failure of child development. Conclusion: Sitting position and postural wellness has expanded across multiple interdisciplinary domains and plays an important role in supporting the management of cerebral palsy. Appropriate sitting posture contributes to improved postural stability, reduced discomfort, and better functional outcomes, particularly among children with neurological impairments. These insights may guide future research and clinical strategies aimed at optimizing postural interventions in individuals with cerebral palsy.
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