Hemiepiphysiodesis by Eight Plate Versus Osteotomy in the Management of Pediatric Coronal Knee Deformities
Not Applicable
Recruiting
- Conditions
- Genu Varum
- Interventions
- Device: HemiepiphysiodesisProcedure: Eight-Plates first described by Stevens are simple to useDevice: Hemiepiphysiodesis by eight Plate
- Registration Number
- NCT06630975
- Lead Sponsor
- Al-Azhar University
- Brief Summary
Coronal angular deformities of lower limb in children are a common finding in pediatric orthopedic surgery.These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Persistent coronal plane deformities around knee (genu varum/valgum) could lead to meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption
- Detailed Description
Eight-Plates first described by Stevens are simple to use .Moreover, owing to the flexible screw/plate connection, fewer complications in terms of implant loosening and fracture can be expected.Good results aswell as low reboundand complication rates have been recorded for the first series of cases
Recruitment & Eligibility
- Status
- RECRUITING
- Sex
- All
- Target Recruitment
- 2
Inclusion Criteria
- Growth plate still open at Time of Surgery
Exclusion Criteria
- Epiphyseal plate involved in trauma resulting in a bridging callus formation,
Study & Design
- Study Type
- INTERVENTIONAL
- Study Design
- SINGLE_GROUP
- Arm && Interventions
Group Intervention Description Comparative Study between Growth guided Correction By ( 8 Plate ) Eight-Plates first described by Stevens are simple to use Coronal angular deformities of lower limb in children are a common finding in pediatric orthopedic surgery. Comparative Study between Growth guided Correction By ( 8 Plate ) Hemiepiphysiodesis by eight Plate Coronal angular deformities of lower limb in children are a common finding in pediatric orthopedic surgery. Comparative Study between Growth guided Correction By ( 8 Plate ) Hemiepiphysiodesis Coronal angular deformities of lower limb in children are a common finding in pediatric orthopedic surgery. Comparison the Result of Growth guided Correction to Osteoclasis Hemiepiphysiodesis by eight Plate These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Valgus deformities in excess of 10\* can cause anterior knee pain, circumduction gait, and occasionally patellofemoral instability. Varus deformities may result in lateral thrust, ligamentous laxity, and a waddling gait , meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption Clinical ,Radiological of Comparison the Result of Growth guided Correction to Osteoclasis in mana Hemiepiphysiodesis These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Valgus deformities in excess of 10\* can cause anterior knee pain, circumduction gait, and occasionally patellofemoral instability. Varus deformities may result in lateral thrust, ligamentous laxity, and a waddling gait , meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption Clinical ,Radiological of Comparison the Result of Growth guided Correction to Osteoclasis in mana Eight-Plates first described by Stevens are simple to use These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Valgus deformities in excess of 10\* can cause anterior knee pain, circumduction gait, and occasionally patellofemoral instability. Varus deformities may result in lateral thrust, ligamentous laxity, and a waddling gait , meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption Clinical ,Radiological of Comparison the Result of Growth guided Correction to Osteoclasis in mana Hemiepiphysiodesis by eight Plate These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Valgus deformities in excess of 10\* can cause anterior knee pain, circumduction gait, and occasionally patellofemoral instability. Varus deformities may result in lateral thrust, ligamentous laxity, and a waddling gait , meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption Comparison the Result of Growth guided Correction to Osteoclasis Hemiepiphysiodesis These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Valgus deformities in excess of 10\* can cause anterior knee pain, circumduction gait, and occasionally patellofemoral instability. Varus deformities may result in lateral thrust, ligamentous laxity, and a waddling gait , meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption Comparison the Result of Growth guided Correction to Osteoclasis Eight-Plates first described by Stevens are simple to use These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Valgus deformities in excess of 10\* can cause anterior knee pain, circumduction gait, and occasionally patellofemoral instability. Varus deformities may result in lateral thrust, ligamentous laxity, and a waddling gait , meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption Genu Varum Hemiepiphysiodesis These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Valgus deformities in excess of 10\* can cause anterior knee pain, circumduction gait, and occasionally patellofemoral instability. Varus deformities may result in lateral thrust, ligamentous laxity, and a waddling gait , meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption Genu Varum Eight-Plates first described by Stevens are simple to use These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Valgus deformities in excess of 10\* can cause anterior knee pain, circumduction gait, and occasionally patellofemoral instability. Varus deformities may result in lateral thrust, ligamentous laxity, and a waddling gait , meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption Genu Varum Hemiepiphysiodesis by eight Plate These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Valgus deformities in excess of 10\* can cause anterior knee pain, circumduction gait, and occasionally patellofemoral instability. Varus deformities may result in lateral thrust, ligamentous laxity, and a waddling gait , meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption
- Primary Outcome Measures
Name Time Method Comparative Study Between Growth Guided Correction By ( 8 Plate ) and Corrective Osteoclasis in Management of Coronal Deformity of Lower Limb in Children 1 year Coronal angular deformities of lower limb in children are a common finding in pediatric orthopedic surgery.These angular deformities can be idiopathic in origin, or they can emerge secondary to congenital and acquired abnormalities. Persistent coronal plane deformities around knee (genu varum/valgum) could lead to meniscal tears, collateral ligament laxity, cartilage degeneration, and early osteoarthritis due to gradual mechanical axis disruption
- Secondary Outcome Measures
Name Time Method
Trial Locations
- Locations (1)
Mohammad Osama Hamdy
🇪🇬Assiut, Egypt