Atlas of robotic urologic surgery

Atlas of robotic urologic surgery / Li-Ming Su, editor.

"As a consequence of rapid changes in surgical technique and incorporation of new robotic technology and advanced intraoperative imaging, the second edition of this important textbook reflects these rapid changes in the field of robotic urologic surgery. The goals of this textbook are three-fol...

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Bibliographic Details
Other Authors: Su, Li-Ming (Editor)
Format: eBook
Language:English
Published: Cham, Switzerland : Springer, [2017]
Edition:Second edition.
Subjects:
Genitourinary organs > Surgery > Atlases.
Surgical robots > Atlases.
Human-machine systems.
Surgical techniques.
Urology & urogenital medicine.
MEDICAL > Surgery > General.
Human-machine systems
Genitourinary organs > Surgery
Surgical robots
atlases.
Atlases
Scientific atlases
Atlases.
Atlas.
Online Access:Click for online access
Table of Contents:
  • Dedication; Preface; Contents; Contributors; Part I: Getting Started in Robotic Surgery; 1: Establishing a Robotics Team and Practice; Market Analysis; The Surgeon(s); Robot Coordinator; Staffing; Anesthesia; Performance Improvement; Stationary vs. Mobile Setup; Storage Management; OR Room Setup; Hospital Support: Troubleshooting; Establishing a Robotic Practice: Important Considerations; References; 2: Robotics Training and Simulation; Introduction; Rise of Robotic Surgery; Surgical Training and Credentialing; Learning Curve; Surgical Simulation; Robotic Simulators.
  • Surgical Skills Training Novel Avenues of Surgical Grading; Conclusion; References; 3: Robotic Instrumentation, Personnel, and Operating Room Setup; Introduction; Surgical Team; Operating Room Setup; Patient Positioning; Abdominal Access; The da Vinci® Surgical System; Surgeon Console; Patient Cart; Vision Cart; EndoWrist® Instruments; Preparing the da Vinci® for Surgery; Patient Cart Docking; System Shutdown; Conclusions; References; 4: Anesthetic Considerations with Robotic Surgery; Introduction; Pneumoperitoneum; Insufflation Techniques; Insufflation Pressures.
  • Complications of the Pneumoperitoneum Subcutaneous Emphysema; Capnothorax, Capnomediastinum, and Capnopericardium; Postoperative Pneumoperitoneum; Choice of Anesthesia; General Anesthesia; Regional Anesthesia; IV Fluid Management; Monitoring; CO2/EtCO2; Temperature; Invasive Monitoring; Positioning; Practical Concerns Regarding Positioning; Specific Positioning Concerns; Lithotomy; Steep Trendelenburg; Lateral Decubitus; Specific Position-Related Injuries; Ocular Injury; Laryngeal Edema; Position Effects on Physiology; Cardiac; Pulmonary; Neurologic; Pain Management.
  • Opioid Analgesics Nonopioid Analgesics; Postoperative Nauseas and Vomiting; Metoclopramide; Dexamethasone; Transdermal Scopolamine; Ondansetron; Acupressure; References; Part II: Robotic Surgery of the Upper Urinary Tract; 5: Robot-Assisted Total and Partial Adrenalectomy; Robot-Assisted Total Adrenalectomy; Patient Selection; Preoperative Evaluation and Preparation; Operative Setup; Patient Positioning; Trocar Configuration; Surgical Anatomy; Step-by-Step Technique (Video 5.1); Transperitoneal Left Robot-Assisted Adrenalectomy; Step 1: Trocar Placement.
  • Step 2: Mobilization of Colon and SpleenStep 3: Exposure and Ligation of Left Adrenal Vein; Step 4: Dissection of Pancreas Away from Gerota's Fascia; Step 5: Dissection of Upper Pole Renal Attachments; Step 6: Dissection of Medial, Lateral, and Superior Attachments; Step 7: Entrapment and Extraction of Specimen; Transperitoneal Right Robot-Assisted Adrenalectomy; Step 1: Trocar Placement; Step 2: Mobilization of Liver, Colon, and Duodenum; Step 3: Exposure and Ligation of Right Adrenal Vein; Step 4: Dissection of Inferior, Posterior, and Superior Attachments.

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