BACKGROUND/ INTRODUCTION: With an increasing number of pre-adolescents participating in sports, anterior cruciate ligament injuries and resultant reconstruction in the skeletally immature athlete are becoming more common. Many different surgical techniques and rehabilitation protocols have been proposed for the treatment of anterior cruciate ligament (ACL) injuries, but there is a lack of agreement as to which approach results in the best outcome. Rehabilitation protocols have marked variation regarding postoperative weight bearing, immobilization, bracing, and length. CASE DESCRIPTION: This is a case of a ten year old female who sustained bilateral ACL tears within the period of a year. The purpose of this case report is to describe the early result and subsequent rehabilitation following bilateral physeal-sparing all-epiphyseal ACL reconstructions on a skeletally immature patient with a three-year follow-up. OUTCOMES: The early post-surgical recovery period on the first injured knee was complicated by knee stiffness requiring manipulation. Following this minor setback, the patient met all physical therapy goals and had no additional complications. The rehabilitation after the second surgery followed a typical course. At three-year follow-up, the patient had grown an additional seven inches, with radiographic evidence of symmetric physeal growth and joint stability. She has returned to playing competitive sports. DISCUSSION AND CONCLUSION: This innovative physeal-sparing technique has huge implications as, historically; the feared complication of growth disturbance and angular deformity from transphyseal ACL reconstruction has complicated the management of ACL injuries in children and pre-adolescents. This case report demonstrates the success of this technique, and the subsequent rehabilitation, as this patient did not experience a reduction in long-term bone growth. LEVEL OF EVIDENCE: 5 Case Report.
BACKGROUND/ INTRODUCTION: With an increasing number of pre-adolescents participating in sports, anterior cruciate ligament injuries and resultant reconstruction in the skeletally immature athlete are becoming more common. Many different surgical techniques and rehabilitation protocols have been proposed for the treatment of anterior cruciate ligament (ACL) injuries, but there is a lack of agreement as to which approach results in the best outcome. Rehabilitation protocols have marked variation regarding postoperative weight bearing, immobilization, bracing, and length. CASE DESCRIPTION: This is a case of a ten year old female who sustained bilateral ACL tears within the period of a year. The purpose of this case report is to describe the early result and subsequent rehabilitation following bilateral physeal-sparing all-epiphyseal ACL reconstructions on a skeletally immature patient with a three-year follow-up. OUTCOMES: The early post-surgical recovery period on the first injured knee was complicated by knee stiffness requiring manipulation. Following this minor setback, the patient met all physical therapy goals and had no additional complications. The rehabilitation after the second surgery followed a typical course. At three-year follow-up, the patient had grown an additional seven inches, with radiographic evidence of symmetric physeal growth and joint stability. She has returned to playing competitive sports. DISCUSSION AND CONCLUSION: This innovative physeal-sparing technique has huge implications as, historically; the feared complication of growth disturbance and angular deformity from transphyseal ACL reconstruction has complicated the management of ACL injuries in children and pre-adolescents. This case report demonstrates the success of this technique, and the subsequent rehabilitation, as this patient did not experience a reduction in long-term bone growth. LEVEL OF EVIDENCE: 5 Case Report.
Authors: J Todd R Lawrence; Andrea L Bowers; Jonathan Belding; Stephanie R Cody; Theodore J Ganley Journal: Clin Orthop Relat Res Date: 2010-02-20 Impact factor: 4.176
Authors: Mette K Zebis; Susan Warming; Maria B Pedersen; Marie H Kraft; S Peter Magnusson; Martin Rathcke; Michael Krogsgaard; Simon Døssing; Tine Alkjær Journal: Orthop J Sports Med Date: 2019-07-30