Sarkis Leba Michael, Higgins Kevin, Enepekides Danny, Eskander Antoine
Department of Otolaryngology-Head and Neck Surgery, Sunnybrook Health Sciences Centre, Toronto, ON, Canada.
Sydney Medical School, University of Sydney, Sydney, NSW, Australia.
Front Endocrinol (Lausanne). 2024 Jul 24;15:1402605. doi: 10.3389/fendo.2024.1402605. eCollection 2024.
Thyroid nodules are extremely common being detected by ultrasonography in up to 67% of the population, with current surgical tenet maintaining that lobectomy is required for large symptomatic benign nodules or autonomously functionally nodules resulting in a risk of hypothyroidism or recurrent laryngeal nerve injury even in high volume centres. The introduction of radiofrequency ablation (RFA) has allowed thermal ablation of both benign and autonomously functioning thyroid nodules with minimal morbidity. The moving shot technique is the most well-established technique in performing RFA of thyroid nodules, and has proven to be safe, efficacious, accurate and successful amongst experienced clinicians. The purpose of this article to propose the use of a novel guide when performing RFA of thyroid nodules in clinical practice utilizing the moving shot technique.
The technique proposed of RFA involves the use of a 10MHz linear ultrasound probe attached to an 18G guide which provides robust in line visualisation of a 7cm or 10cm radiofrequency probe tip (STARmed, Seoul, Korea) utilizing the trans isthmic moving shot technique. A geometric analysis of the guide has been illustrated diagrammatically.
The use of an 18G radiofrequency probe guide (CIVCO Infiniti Plus™ Needle Guide) maintains in line visualisation of the radiofrequency probe over a cross-sectional area up to 28cm, facilitating efficient and complete ablation of conceptual subunits during RFA of thyroid nodules.
Radiofrequency ablation of thyroid nodules can be performed safely and effectively using the novel radiofrequency probe guide proposed which we believe potentially improves both accuracy and overall efficiency, along with operator confidence in maintaining visualisation of the probe tip, and hence we believe provides a valuable addition to the armamentarium of clinicians wishing to embark on performing RFA of thyroid nodules.
甲状腺结节极为常见,超声检查发现其在高达67%的人群中存在。目前的手术原则认为,对于有症状的大型良性结节或自主功能性结节需要进行甲状腺叶切除术,即使在高容量中心,这也会导致甲状腺功能减退或喉返神经损伤的风险。射频消融(RFA)的引入使得对良性和自主功能性甲状腺结节进行热消融时发病率极低。移动射击技术是进行甲状腺结节射频消融最成熟的技术,在经验丰富的临床医生中已被证明是安全、有效、准确且成功的。本文旨在提出在临床实践中使用移动射击技术进行甲状腺结节射频消融时使用一种新型导向装置。
所提出的射频消融技术涉及使用连接到18G导向装置的10MHz线性超声探头,该导向装置利用经峡部移动射击技术对7cm或10cm射频探头尖端(韩国首尔STARmed)提供强大的直线可视化。已通过图表对该导向装置进行了几何分析。
使用18G射频探头导向装置(CIVCO Infiniti Plus™针导向装置)可在高达28cm的横截面积上对射频探头保持直线可视化,便于在甲状腺结节射频消融过程中对概念性亚单位进行高效、完全的消融。
使用所提出的新型射频探头导向装置可以安全有效地进行甲状腺结节的射频消融,我们认为这有可能提高准确性和整体效率,同时增强操作人员对探头尖端可视化的信心,因此我们相信这为希望开展甲状腺结节射频消融的临床医生的设备库增添了有价值的补充。