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The Effects of a Home-Based Connective Tissue Targeting Therapy on Hip Development in Children With Cerebral Palsy:
Erika Drewes1, Mark Driscoll2, Leonid Blyum3
1Integrative Family Physician (Private Practice), 15 Budock Road, Claremont, Cape Town 7708.
Insights
Advanced Biomechanical Rehabilitation (ABR) may help children with Cerebral Palsy (CP) avoid hip surgery. This home-based therapy showed promise in stabilizing hip subluxation in severe CP cases.
Area of Science:
- Pediatric Orthopedics
- Neurology
- Rehabilitation Medicine
Background:
- Hip subluxation affects 10-30% of children with Cerebral Palsy (CP), particularly those with severe CP.
- Untreated hip subluxation can worsen, often necessitating surgical intervention with associated biological costs.
- Conventional conservative therapies have limited efficacy in improving this condition.
Observation:
- This case report details hip development in six children with severe CP undergoing the Advanced Biomechanical Rehabilitation (ABR) program.
- Clinical assessments and pelvic X-rays were used to track changes over time.
- The ABR program is a home-based, non-invasive therapy focused on improving biomechanical stability.
Findings:
- The ABR program demonstrated a positive impact on hip development and stability in children with severe CP.
- Observed improvements in hip subluxation suggest ABR may prevent the need for further surgical procedures.
- Children in the ABR program showed stabilized hip conditions, reducing the likelihood of surgical intervention.
Implications:
- Advanced Biomechanical Rehabilitation (ABR) shows potential as a non-invasive therapeutic option for managing hip subluxation in children with CP.
- These findings suggest ABR could offer a conservative alternative to surgery, reducing patient burden and healthcare costs.
- Further research is warranted to validate ABR's efficacy and long-term outcomes in CP management.
Abstract:
Hip subluxation in children with Cerebral Palsy (CP) has an incidence of 10-30 %, and children with severe CP having the highest incidence. The condition deteriorates if left untreated. Surgery is the most common method used in managing hip subluxation because standard conservative therapies do not improve it. Surgery may have to be repeated and comes at a biological cost to the child. A new home-based CAM, Advanced Biomechanical Rehabilitation (ABR), has shown encouraging results leading to improved spinal stability and stability in sitting in children with severe CP. This case report examines hip development over time in six children with severe CP in the ABR Program. Changes in their clinical picture and pelvic X-Rays are reported. ABR appeared to help stabilize and improve hip subluxation, resulting in these children not requiring further surgical intervention. These findings warrant further investigation of ABR as a noninvasive therapy for hip subluxation.
