Background: Spondylolysis is one of the most common causes of lower back pain in children and adolescents who are professionally involved in sports. It is noted that spondylolysis is observed more often when practicing a number of sports that are associated with repeated axial load and/or hyperextension of the lumbar spine with rotation. In most cases, the treatment of spondylolysis, including cases of its occurrence in professional athletes, is conservative. Surgical treatment is indicated only if conservative treatment is ineffective or if symptoms progress. One of the most common methods of surgical treatment of spondylolysis is to restore the integrity of the arch using various metal structures. The use of additive methods for the manufacture of individual implants currently allows the manufacture of personalized implants with a number of advantages. The article describes the first experience of using an individual implant for surgical treatment of spondylolysis and provides a brief review of the literature.
Clinical case description: A clinical case is presented involving the treatment of a 16-year-old female patient who is a professional gymnast. The report includes a description of the patient’s medical history, clinical manifestations, and specialized diagnostic methods. The preoperative planning, design of a custom implant, the surgical procedure, and long-term treatment outcomes are detailed. A brief literature review highlights the results of conservative treatment, the main indications and methods of surgical therapy for spondylolysis, and justifies the use of a custom-made implant for its surgical treatment.
CONCLUSION: For the surgical treatment of L5 spondylolysis and restoration of vertebral arch integrity without limiting motion on L5-S1 level, the use of a custom-made implant is possible. The use of customized implants may improve outcomes in cases where spondylolysis is combined with abnormalities and individual characteristics of the vertebral bone structures, including the patient’s sports activity.