Annals of thoracic and cardiovascular surgery : official journal of the Association of Thoracic and Cardiovascular Surgeons of Asia · 2025
The Positioning Method of Pulmonary Nodules in Thoracoscopic Surgery Based on CT Simulation Positioning System for Radiotherapy.
СтатьяНазвание и аннотация: Перевод в очереди
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Hong Jiandong, Luo Taobo, Zhang Yan, Chen Ying, Pan Yang, Xu Haoting, Zeng Jian
Аннотация
PURPOSE: The application of wedge resection in thoracoscopic surgery is becoming more and more widely prevalent. However, achieving precise intraoperative positioning of the pulmonary nodules still poses challenges. This study proposed a method for surface positioning using a computed tomography (CT) simulation positioning system in the radiation physics room.
METHODS: After screening patients, the level of nodules was located under the CT simulation positioning system, and the pleural projection point of the nodule and the closest surface puncture point from this point to the body surface were determined by the laser positioning system. During the operation, a needle was inserted at a predetermined angle at the puncture point, leaving a pinhole in the visceral pleura. Finally, the distance between the true pleural projection point of the nodule and the pinhole was measured on the specimen.
RESULTS: The success rate of our positioning method was 97.2%. The average distance between the puncture pinhole location and the actual pleural projection point of the nodule was 8.1 mm. No related complications occurred during the perioperative period.
CONCLUSION: The new method of preoperative surface positioning and intraoperative lung positioning through puncture has a high success rate, good positioning accuracy, and good safety, which is worthy of clinical application.
METHODS: After screening patients, the level of nodules was located under the CT simulation positioning system, and the pleural projection point of the nodule and the closest surface puncture point from this point to the body surface were determined by the laser positioning system. During the operation, a needle was inserted at a predetermined angle at the puncture point, leaving a pinhole in the visceral pleura. Finally, the distance between the true pleural projection point of the nodule and the pinhole was measured on the specimen.
RESULTS: The success rate of our positioning method was 97.2%. The average distance between the puncture pinhole location and the actual pleural projection point of the nodule was 8.1 mm. No related complications occurred during the perioperative period.
CONCLUSION: The new method of preoperative surface positioning and intraoperative lung positioning through puncture has a high success rate, good positioning accuracy, and good safety, which is worthy of clinical application.