Customized 3D-printed component-preserving reconstruction for femoral neck fracture revision in a long-term survivor of pediatric osteosarcoma: a case report - Scorecard - MDSpire
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Customized 3D-printed component-preserving reconstruction for femoral neck fracture revision in a long-term survivor of pediatric osteosarcoma: a case report
Clinical Scorecard: Tailored 3D-printed reconstruction preserving components for femoral neck fracture revision in a long-term pediatric osteosarcoma survivor: a case study
At a Glance
Category
Detail
Condition
Femoral neck fracture in a long-term pediatric osteosarcoma survivor
Key Mechanisms
Component-preserving reconstruction using a customized monoblock stem and dual-mobility head
Target Population
Young adults with a history of osteosarcoma and retained stable tumor prostheses
Care Setting
Surgical intervention in a specialized orthopedic setting
Key Highlights
Customized reconstruction avoided total femoral replacement
Utilized 3D printing for prosthesis design
Postoperative Harris Hip Score improved from 63 to 81
Limb-length discrepancy reduced from 20 cm to 15 cm
Hybrid fixation with vancomycin-loaded PMMA cement and locking screws
Guideline-Based Recommendations
Diagnosis
Imaging confirmation of displaced femoral neck fracture
Management
Component-preserving reconstruction with customized prosthesis
Monitoring & Follow-up
Regular follow-up to assess functional recovery and alignment
Risks
Potential complications from periprosthetic fractures and bone loss
Patient & Prescribing Data
28-year-old male with a history of distal femoral osteosarcoma
Customized monoblock stem and dual-mobility head used for reconstruction
Clinical Best Practices
Consider component preservation in stable distal tumor prostheses
Utilize 3D printing for personalized prosthesis design
Employ hybrid fixation techniques for enhanced stability
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