NSTL国家科技图书文献中心

1. Towards transcervical ultrasound-guided transoral robotic surgery NSTL国家科技图书文献中心

Kwon, Jamie J. Y. | Milner, Thomas ... - 《Oral oncology》 - 2025,161 - 107167～107167 - 共8页

摘要： robotic surgery (TORS) for oropharyngeal squamous | Background: In the context of transoral | carcinoma (OPSCC), preoperative imaging and intraoperative | visualization plays a pivotal role in optimizing resection | margins. Prior work has demonstrated the ability of

关键词： Transoral robotic surgery | Transcervical ultrasound | Intraoperative imaging | Image-guided surgery

2. A pan-European survey of robotic training for gastrointestinal surgery: European Robotic Surgery Consensus (ERSC) initiative NSTL国家科技图书文献中心

Michael G.,Fadel | Josephine,Walshaw ... - 《Surgical Endoscopy》 - 2025,39(2) - 907～921 - 共15页

摘要： for GI robotic* surgery.* | rapid growth in the adoption of robotic* systems across* | of robotic* training in gastrointestinal (GI* | ) surgery* and to identify potential challenges and* | following GI surgery* groups: (i) experts/independent*

关键词： Robotic surgery | Gastrointestinal surgery | Training | Certification | Assessment

3. The Effect of Nursing Students' Artificial Intelligence Anxiety on Their Knowledge of Robotic Surgery: The Mediating Role of Individual Innovativeness NSTL国家科技图书文献中心

Er, Ozlem Soyer | Ozpinar, Esra Pinark... - 《Journal of evaluation in clinical practice.》 - 2025,31(1) - e14313～e14313 - 共7页

摘要： their robotic* surgery knowledge level.DesignThis study* | Scale, Robotic* Surgery and Robotic Surgery Nursing* | individual innovativeness and level of robotic surgery | innovativeness and level of robotic* surgery nursing knowledge* | intelligence anxiety to increase the robotic surgery

关键词： artificial intelligence | individual innovativeness | robotic surgery

4. Transoral robotic surgery in otolaryngology practice: a single institutional experience NSTL国家科技图书文献中心

Kuscu, Oguz | Dogan, Enes ... - 《Acta Oto-Laryngologica》 - 2025,145(1/2) - 181～185 - 共5页

摘要：Background: Transoral robotic* surgery (TORS* | ) has emerged as a minimally invasive technique for | managing head and neck pathologies, offering reduced | morbidity and improved surgical precision. Despite its | growing popularity, institutional experiences with TORS

关键词： Transoral robotic surgery | head and neck cancer | obstructive sleep apnoea | surgical outcomes | complications

5. Robotic Surgery in Safety-Net Hospitals: Addressing Health Disparities and Improving Access to Care NSTL国家科技图书文献中心

South, Chevar | Megafu, Olajumoke ... - 《The American surgeon.》 - 2025,91(4) - 639～643 - 共5页 - 被引量：1

摘要： advantages of MIS, particularly robotic* surgery and a wider* | Minimally invasive surgery* (MIS) has* | demonstrated significant clinical and economic benefits that | have been consistently validated and reproduced in | practice and the literature for the past few decades

关键词： minimally invasive surgery | robotic surgery | disparities | surgical education | health equity

6. Implementation of a Robotic Surgical Program With the Dexter Robotic Surgery System: Initial Experiences in Cholecystectomy NSTL国家科技图书文献中心

Hotz, Anne-Sophie | Seeger, Nico ... - 《World Journal of Surgery》 - 2025,49(5) - 1221～1227 - 共7页

摘要： minimally invasive visceral surgery* is increasing, with* | new platforms like the Dexter Robotic* System. This* | general visceral surgery* department, focusing on safety* | laparoscopic and robotic experience performed robotic | days post-surgery. Surgeons' stress load and physical

关键词： cholecystectomy | Dexter Robotic Surgery system | minimally invasive surgery | robot-assisted surgery

7. Functional and oncological outcomes of transoral laser versus robotic surgery in supraglottic squamous cell carcinoma NSTL国家科技图书文献中心

Loubieres, Charlotte | Baudouin, Robin ... - 《Oral oncology》 - 2025,161 - 107178～107178 - 共6页

摘要： Microsurgery (TLM) and Transoral Robotic* Surgery (TORS) for* | Objective: To compare the surgical, functional | and oncological outcomes of Transoral Laser | the treatment of supraglottic squamous cell | carcinoma. Study Design: Retrospective case series with

关键词： Supraglottic laryngectomy | Laryngeal cancer | Laser CO2 | Robotic surgery | Transoral surgery | Endoscopic surgery | Minimally invasive surgery | Head and neck carcinomas | Otolaryngology

8. Patient centered outcomes of transoral robotic surgery for obstructive sleep apnea: a retrospective analysis NSTL国家科技图书文献中心

Toppenberg, Alexandr... | Lodder, Wouter L.... - 《European archives of oto-rhino-laryngology》 - 2025,282(3) - 1459～1468 - 共10页

摘要： Trans Oral Robotic* Surgery (TORS) emerges as a* | Purpose Obstructive Sleep Apnea (OSA) is | usually caused by collapse of the base of tongue (BOT | ) and impacts patients' overall health. Despite | current conventional therapies, some patients do not

关键词： Trans Oral Robotic Surgery | Obstructive Sleep Apnea | Base of the Tongue | Lingual Tonsils

9. Ventral hernia repair with permanent mesh for non-Hispanic black versus white patients: access and post-operative outcomes in the era of robotic surgery NSTL国家科技图书文献中心

Chao, Grace F. | Ying, Lee ... - 《Surgical Endoscopy》 - 2025,39(1) - 560～567 - 共8页

摘要：Background Robotic* ventral hernia surgery may* | access to robotic* surgery for ventral hernia repair* | likely to undergo robotic* surgery (36% vs 32%). Open* | access to robotic* surgery, complications, and quality* | to undergo robotic* surgery, but they were more*

关键词： Robotic surgery | Health equity | Surgical disparity | Hernia | Access to surgery

10. How effective and sustainable is proctoring in robotic surgery? A retrospective analysis based on interviews with surgeons NSTL国家科技图书文献中心

Guenther, Veronika | Nees, Frauke ... - 《Surgical Endoscopy》 - 2025,39(3) - 1985～1995 - 共11页

摘要： frequency of robotic* surgery. On the feedback forms* | BackgroundRobot-assisted surgery* is one of* | several minimally invasive techniques which have become | increasingly important in recent years. Education and | training are key factors of sustainable success, and

摘要： robotic surgery (TORS) for oropharyngeal squamous | Background: In the context of transoral | carcinoma (OPSCC), preoperative imaging and intraoperative | visualization plays a pivotal role in optimizing resection | margins. Prior work has demonstrated the ability of

关键词： Transoral robotic surgery | Transcervical ultrasound | Intraoperative imaging | Image-guided surgery

摘要： for GI robotic* surgery.* | rapid growth in the adoption of robotic* systems across* | of robotic* training in gastrointestinal (GI* | ) surgery* and to identify potential challenges and* | following GI surgery* groups: (i) experts/independent*

关键词： Robotic surgery | Gastrointestinal surgery | Training | Certification | Assessment

摘要： their robotic* surgery knowledge level.DesignThis study* | Scale, Robotic* Surgery and Robotic Surgery Nursing* | individual innovativeness and level of robotic surgery | innovativeness and level of robotic* surgery nursing knowledge* | intelligence anxiety to increase the robotic surgery

关键词： artificial intelligence | individual innovativeness | robotic surgery

摘要：Background: Transoral robotic* surgery (TORS* | ) has emerged as a minimally invasive technique for | managing head and neck pathologies, offering reduced | morbidity and improved surgical precision. Despite its | growing popularity, institutional experiences with TORS

关键词： Transoral robotic surgery | head and neck cancer | obstructive sleep apnoea | surgical outcomes | complications

摘要： advantages of MIS, particularly robotic* surgery and a wider* | Minimally invasive surgery* (MIS) has* | demonstrated significant clinical and economic benefits that | have been consistently validated and reproduced in | practice and the literature for the past few decades

关键词： minimally invasive surgery | robotic surgery | disparities | surgical education | health equity

摘要： minimally invasive visceral surgery* is increasing, with* | new platforms like the Dexter Robotic* System. This* | general visceral surgery* department, focusing on safety* | laparoscopic and robotic experience performed robotic | days post-surgery. Surgeons' stress load and physical

关键词： cholecystectomy | Dexter Robotic Surgery system | minimally invasive surgery | robot-assisted surgery

摘要： Microsurgery (TLM) and Transoral Robotic* Surgery (TORS) for* | Objective: To compare the surgical, functional | and oncological outcomes of Transoral Laser | the treatment of supraglottic squamous cell | carcinoma. Study Design: Retrospective case series with

关键词： Supraglottic laryngectomy | Laryngeal cancer | Laser CO2 | Robotic surgery | Transoral surgery | Endoscopic surgery | Minimally invasive surgery | Head and neck carcinomas | Otolaryngology

摘要： Trans Oral Robotic* Surgery (TORS) emerges as a* | Purpose Obstructive Sleep Apnea (OSA) is | usually caused by collapse of the base of tongue (BOT | ) and impacts patients' overall health. Despite | current conventional therapies, some patients do not

关键词： Trans Oral Robotic Surgery | Obstructive Sleep Apnea | Base of the Tongue | Lingual Tonsils

摘要：Background Robotic* ventral hernia surgery may* | access to robotic* surgery for ventral hernia repair* | likely to undergo robotic* surgery (36% vs 32%). Open* | access to robotic* surgery, complications, and quality* | to undergo robotic* surgery, but they were more*

关键词： Robotic surgery | Health equity | Surgical disparity | Hernia | Access to surgery

摘要： frequency of robotic* surgery. On the feedback forms* | BackgroundRobot-assisted surgery* is one of* | several minimally invasive techniques which have become | increasingly important in recent years. Education and | training are key factors of sustainable success, and

关键词： Proctoring | Robotic surgery | Feedback | Learning needs | Surgeons | Sustainability

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： robotic surgery (TORS) for oropharyngeal squamous | Background: In the context of transoral | carcinoma (OPSCC), preoperative imaging and intraoperative | visualization plays a pivotal role in optimizing resection | margins. Prior work has demonstrated the ability of

关键词： Transoral robotic surgery | Transcervical ultrasound | Intraoperative imaging | Image-guided surgery

摘要： for GI robotic surgery. | rapid growth in the adoption of robotic systems across | of robotic training in gastrointestinal (GI | ) surgery and to identify potential challenges and | following GI surgery groups: (i) experts/independent

关键词： Robotic surgery | Gastrointestinal surgery | Training | Certification | Assessment

摘要： their robotic surgery knowledge level.DesignThis study | Scale, Robotic Surgery and Robotic Surgery Nursing | individual innovativeness and level of robotic surgery | innovativeness and level of robotic surgery nursing knowledge | intelligence anxiety to increase the robotic surgery

关键词： artificial intelligence | individual innovativeness | robotic surgery

摘要：Background: Transoral robotic surgery (TORS | ) has emerged as a minimally invasive technique for | managing head and neck pathologies, offering reduced | morbidity and improved surgical precision. Despite its | growing popularity, institutional experiences with TORS

关键词： Transoral robotic surgery | head and neck cancer | obstructive sleep apnoea | surgical outcomes | complications

摘要： advantages of MIS, particularly robotic surgery and a wider | Minimally invasive surgery (MIS) has | demonstrated significant clinical and economic benefits that | have been consistently validated and reproduced in | practice and the literature for the past few decades

关键词： minimally invasive surgery | robotic surgery | disparities | surgical education | health equity

摘要： minimally invasive visceral surgery is increasing, with | new platforms like the Dexter Robotic System. This | general visceral surgery department, focusing on safety | laparoscopic and robotic experience performed robotic | days post-surgery. Surgeons' stress load and physical

关键词： cholecystectomy | Dexter Robotic Surgery system | minimally invasive surgery | robot-assisted surgery

摘要： Microsurgery (TLM) and Transoral Robotic Surgery (TORS) for | Objective: To compare the surgical, functional | and oncological outcomes of Transoral Laser | the treatment of supraglottic squamous cell | carcinoma. Study Design: Retrospective case series with

关键词： Supraglottic laryngectomy | Laryngeal cancer | Laser CO2 | Robotic surgery | Transoral surgery | Endoscopic surgery | Minimally invasive surgery | Head and neck carcinomas | Otolaryngology

摘要： Trans Oral Robotic Surgery (TORS) emerges as a | Purpose Obstructive Sleep Apnea (OSA) is | usually caused by collapse of the base of tongue (BOT | ) and impacts patients' overall health. Despite | current conventional therapies, some patients do not

关键词： Trans Oral Robotic Surgery | Obstructive Sleep Apnea | Base of the Tongue | Lingual Tonsils

摘要：Background Robotic ventral hernia surgery may | access to robotic surgery for ventral hernia repair | likely to undergo robotic surgery (36% vs 32%). Open | access to robotic surgery, complications, and quality | to undergo robotic surgery, but they were more

关键词： Robotic surgery | Health equity | Surgical disparity | Hernia | Access to surgery

摘要： frequency of robotic surgery. On the feedback forms | BackgroundRobot-assisted surgery is one of | several minimally invasive techniques which have become | increasingly important in recent years. Education and | training are key factors of sustainable success, and

关键词： Proctoring | Robotic surgery | Feedback | Learning needs | Surgeons | Sustainability

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： for GI robotic* surgery.* | rapid growth in the adoption of robotic* systems across* | of robotic* training in gastrointestinal (GI* | ) surgery* and to identify potential challenges and* | following GI surgery* groups: (i) experts/independent*

摘要： their robotic* surgery knowledge level.DesignThis study* | Scale, Robotic* Surgery and Robotic Surgery Nursing* | individual innovativeness and level of robotic surgery | innovativeness and level of robotic* surgery nursing knowledge* | intelligence anxiety to increase the robotic surgery

摘要：Background: Transoral robotic* surgery (TORS* | ) has emerged as a minimally invasive technique for | managing head and neck pathologies, offering reduced | morbidity and improved surgical precision. Despite its | growing popularity, institutional experiences with TORS

摘要： advantages of MIS, particularly robotic* surgery and a wider* | Minimally invasive surgery* (MIS) has* | demonstrated significant clinical and economic benefits that | have been consistently validated and reproduced in | practice and the literature for the past few decades

摘要： minimally invasive visceral surgery* is increasing, with* | new platforms like the Dexter Robotic* System. This* | general visceral surgery* department, focusing on safety* | laparoscopic and robotic experience performed robotic | days post-surgery. Surgeons' stress load and physical

摘要： Microsurgery (TLM) and Transoral Robotic* Surgery (TORS) for* | Objective: To compare the surgical, functional | and oncological outcomes of Transoral Laser | the treatment of supraglottic squamous cell | carcinoma. Study Design: Retrospective case series with

摘要： Trans Oral Robotic* Surgery (TORS) emerges as a* | Purpose Obstructive Sleep Apnea (OSA) is | usually caused by collapse of the base of tongue (BOT | ) and impacts patients' overall health. Despite | current conventional therapies, some patients do not

摘要：Background Robotic* ventral hernia surgery may* | access to robotic* surgery for ventral hernia repair* | likely to undergo robotic* surgery (36% vs 32%). Open* | access to robotic* surgery, complications, and quality* | to undergo robotic* surgery, but they were more*

摘要： frequency of robotic* surgery. On the feedback forms* | BackgroundRobot-assisted surgery* is one of* | several minimally invasive techniques which have become | increasingly important in recent years. Education and | training are key factors of sustainable success, and