Robot-Assisted Radical Prostatectomy. Advanced Surgical Techniques

Ren, S. — Nathan, S. — Pavan, N. — Gu, D. — Sridhar, A. — Autorino, R.

1ª Edición Febrero 2023

Inglés

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440 pags

1100 gr

18 x 26 x 2 cm

ISBN 9783031058547

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prostatectomía cirugía robótica

An historical perspective of RALP.- Overviewing Robotic Surgical Technique.- How to start a RALP program.- Surgical anatomy of the prostate.- Preoperative imaging.- MRI imaging.- PET/CT imaging.- Transperitoneal RALP anterior approach.- Posterior approach to seminal vesicles .- Anatomical bladder neck dissection.- Retrograde Release of NVB with preservation of DVC.- Introperative assessment of surgical margins.- NEUROsafe.- Ex vivo fluorescence confocal microscopy.- Extra-fascial (non-nerve sparing).- Apical dissection.- Reconstruction of continence mechanisms.- Urethro-vesical.- Urethral suspension.- Bladder neck intussusception.- Posterior reconstruction.- CORPUS .- ARVUS .- Chinese technique.- Total anatomical reconstruction.- Transperitoneal RALP Retzius-sparing approach.- Bocciardi Technique.- Yonsei Technique.- Vattikuti technique.- Extra-peritoneal RALP.- Rochester technique.- Chinese Technique.- CUF Technique.- Pelvic lymph node dissection.- Predictive models.- Extended lymphadenectomy technique.- Fluorescence guided node dissection.- PSMA MRI fusion guided dissection.- Radio guided Surgery in Recurrent Prostate Cancer.- Techniques to prevent lymphocele formation in RALP.- Four-point Peritoneal Flap Fixation.- PLEAT.- Hernia repair during RALP.- Perineal RALP.- Tugcu Bakirkoy Technique.- Changhai technique.- Single-site RALP.- Cleveland Clinic technique.- UIC technique.- Changhai technique.- RALP in difficult situations.- Large median lobe.- Large volume gland with small pelvis.- Patients with previous BPH surgery.- Salvage RALP.- RALP for oligo-metastatic disease.- Augmented reality RALP.- Robot assisted partial prostatectomy for anterior cancer.- Complications in RALP: prevention and management.- Functional recovery after RALP.- Erectile function.- Continence.- Robotic training for RALP.

This book comprehensively covers the techniques available for robot- assisted prostatectomy. Chapters feature detailed descriptions of how to successfully perform a variety of relevant techniques including the reconstruction of continence mechanisms and the use of the transperitoneal RALP anterior approach. Potential complications, preoperative and postoperative management strategies are also discussed, enabling the reader to develop a thorough understanding of how to apply a range of relevant methodologies into their day-to-day clinical practice and avoid commonly encountered pitfalls.

Robot-Assisted Radical Prostatectomy: Advanced Surgical Techniques provides a practically applicable resource for all practicing and trainee urologists seeking a detailed overview of the latest advances in robot-assisted surgical procedures and current management strategies applicable to prostatectomy.

Dr. Autorino is an Associate Professor of Urology at Virginia Commonwealth University in Richmond. After graduating cum laude from Federico II Medical School in Napoli, Italy, Dr. Autorino completed his residency training in the same city, where he also obtained a PhD in Urological Sciences. In 2010, Dr. Autorino moved to the USA, where he first completed a two-year Research Fellowship in Urology, and then a two-year Clinical Fellowship in Advanced Laparoscopic & Robotic Surgery at the Glickman Urological Institute at the Cleveland Clinic in Cleveland, Ohio. In 2012, he was awarded with the Italian Matula Award by the Italian Society of Urology. In 2017, he was recipient of the Hans Marberger Award at the annual EAU meeting. Dr. Autorino serves as reviewer for numerous journals, and he serves as editorial board member of European Urology, World Journal of Urology, Archivos Espanoles de Urologia, and the International Brazilian Journal of Urology. He is the Associate Editor for the Laparoscopy and Robotics section of Minerva Urologica e Nefrologica. He has co-authored over 300 peer reviewed publications and several book chapters. His main clinical interest is the minimally-invasive treatment of urologic cancers and benign urologic diseases by using robotic-assisted surgery.

Senthil Nathan is a Consultant Urological Surgeon and Honorary Clinical Senior Lecturer, working at UCLH and is Director of Robotic Education in Chitra Sethia Centre for Robotics and Minimally Invasive Surgery. After graduating MBBS with honours from The Madras Medical College, Senthil completed his Masters in Surgery from Bangalore Medical College where he won The Association of Surgeons of India Gold Medal for securing the highest mark in the surgical exit exam. While working as an Assistant Surgeon in The Church of South India Hospital in Bangalore he was one among the first candidates to be selected by the Royal College of Surgeons of England to continue specialist training in the Overseas Training Scheme. After working in general surgery and obtaining FRCS in Yorkshire he obtained a Diploma in Urology while working at Royal Free Hospital. He secured an Honorary Lecturer position at Guys Hospital to develop robotic techniques in urology. Along with Mr John Wickham and colleagues from The Imperial College he developed The Probot, and carried out the first true robotic surgery in the world.

Shancheng Ren is a professor and urologic surgeon at the Department of Urology, Shanghai Changhai Hospital in Shanghai, China. After finishing his M.D. degree in Nanjing Medical University, he completed his joint Ph.D. degree from Second Military Medical University and University of California, San Francisco. He specializes in minimally invasive surgery for urologic tumors and multimodality treatment for prostate cancer. He has performed over 800 cases of robot-assisted radical prostatectomy (RARP) and has pioneered in single-port RARP and ambulatory prostatectomy in Asia. He is the Deputy Chairman of Urological Association of Asia (UAA) website and a member of the Uro-oncology – Prostate Subcommittee of the SIU Academy. He has been appointed as the Secretary General of the Chinese Urological Association (CUA) Youth Committee, as well as Chairman of the CUA Youth Committee Minimally Invasive Surgery Section and Deputy Secretary General of the Robotic Urology Section of CUA. He is also the Deputy Chairman of the Shanghai Urological Association Youth Committee.

Dr. Pavan an Italian Urologist, fellow of the European Board of Urology since June 2017. In 2014, He was awarded the AUA-SIU exchange research fellowship after being selected from a pool of qualified Italian Urology residents. His main interests are minimally invasive surgery and uro-oncology.

DI Gu is a consultant urological surgeon and an associated professor in the first affiliated hospital of Guangzhou medical university (GMU). After graduating MBBS from the Southern Medical University, Di completed his Masters in Biomedicine and Molecular Science in Kings’ College London. He finished his residency program in Nanfang Hospital and obtained his PhD degree in the Southern Medical University in Guangzhou in 2013. At the same year, he won a Chinese national selection and became the first international trainee selected by the Royal College of Surgeons of Edinburgh from China. He was then worked in Kings College Hospital London as a senior clinical fellow and a robotic fellow in University College Hospital London. He went back to China in 2019 and built up the urological robotic team in the first affiliated hospital in GMU since then.Dr. Sridhar’s main interests are in minimally invasive surgery, image guided surgery in Urology and digitisation of surgery and surgical education. Currently, he is a consultant urologist within the pelvic cancer team at UCLH focusing on bladder and prostate cancer as well as reconstructive surgery with a special interest in optimizing outcomes post treatment.