Percutaneous CT-guided interventional procedures in musculoskeletal system (our experience)

Percutaneous interventional techniques have gained attention as minimally invasive tools for both diagnosis and treatment. These procedures are particularly valuable in musculoskeletal contexts where traditional surgical approaches may carry higher risks. Prior research has established the general safety and efficacy of CT-guided interventions in various anatomical regions. However, specific applications within the musculoskeletal system remain less characterized in the literature. No prior work had resolved the full range of procedures applicable via CT guidance in this domain. That uncertainty drove the need for a focused review of clinical experience. The absence of detailed procedural outcomes in this field highlights a gap in current knowledge. This gap motivated the authors to compile their own clinical experience. The study aims to address this gap by summarizing a range of procedures performed in their institution.

The purpose of this study is to describe the authors' clinical experience with CT-guided percutaneous procedures in the musculoskeletal system. These procedures include biopsies, drainages, joint injections, and thermal ablation. The authors aim to highlight the breadth of applications within their practice. They propose that these interventions serve as both diagnostic and therapeutic options. The study focuses on the practical aspects of these procedures rather than theoretical models. The authors suggest that their experience contributes to the broader understanding of CT-guided techniques. This work may guide future clinical decisions in similar settings. The study does not claim to be the first of its kind but adds to the existing body of evidence.

The authors conducted a retrospective review of their clinical practice involving CT-guided percutaneous procedures. The procedures included musculoskeletal biopsies, abscess drainages, facet and sacroiliac joint injections, and radiofrequency thermal ablation. They analyzed data collected from their own institutional experience. No external databases or prior studies were referenced in this synthesis. The review approach focused on summarizing procedural techniques and outcomes. The authors did not perform new experiments or collect original data. They propose that their experience reflects a practical application of CT guidance. The methods are limited to the procedures described in their clinical setting.

The authors report successful outcomes for CT-guided musculoskeletal biopsies and abscess drainages. They suggest that these procedures are effective in obtaining diagnostic samples and resolving infections. The results indicate that facet and sacroiliac joint injections are feasible under CT guidance. Radiofrequency thermal ablation was used for painful metastases and osteoid osteomas. The authors propose that these procedures are well-tolerated and yield satisfactory results. No major complications were reported in their experience. The findings suggest that CT guidance enhances procedural accuracy. The results may support the use of these techniques in similar clinical settings.

The authors conclude that CT-guided percutaneous procedures are valuable tools in musculoskeletal interventions. They propose that these techniques offer both diagnostic and therapeutic benefits. The authors suggest that their experience supports the use of CT guidance for a range of procedures. No prior work had resolved the full scope of these applications in their practice. The authors do not claim that these procedures are essential but suggest they are effective options. The findings may inform future clinical decisions in this field. The authors propose that their experience contributes to the broader literature. They suggest that further studies could expand on these findings.