Her background with research entails an MPhil, the work from which went on to be drawn up as a document for PCUK then, NICE endorsed. She gained funding from the Wellcome Trust for her Research Elective. She is an Alumni of the Urology Foundation, who sponsored a trip to USANZ trainee week, and has published several books.

She has supervised her first thesis with Kings College London and Guys Hospital, and is an Associate Editor with the Journal of Robotic Surgery, responsible as Urology Section Editor. She is an Editorial board member of the World Journal of Urology and was a Guest Editor for a Special Issue on Salvage Therapy in Prostate Cancer. She is a review board member for BMJ case reports. Additionally, she is on The International Continence Society Panel on Pelvic Floor Dysfunction, Good Urodynamic Practice Panel, is an ICS abstract reviewer and has been an EPoster Chair at ICS. More recently she has been an ICS Ambassador 2020 and is an ICS Mentor. She has chaired semi-live surgery at ERUS and presented her work as part of the Young Academic Urology Section at ERUS. More recently she has been an ICS Ambassador 2020 and is an ICS Mentor. She has chaired semi-live surgery at ERUS and presented her work as part of the Young Academic Urology Section at ERUS.

Professor Raj Persad, appointed in 1996, is a Consultant Urological Surgeon and Andrologist in Bristol. In his clinical role, he is one of the most experienced pelvic cancer surgeons in the UK and was one of the first in the UK to practice female neobladder reconstruction following cystectomy for invasive bladder cancer. He has subspecialised over many years in precise surgical techniques which improve both oncologic and functional outcomes. This includes techniques ranging from 1) the use of the Da Vinci Robot for performing Robot Assisted Laparoscopic Radical Prostatectomy, 2) High Intensity Focused Ultrasound for minimally invasive non-surgical treatment of prostate cancer and 3) Rectal Spacer and Fiducial Marker precision placement for optimizing the outcomes of Image Guided Radiotherapy for prostate cancer.

In the field of Diagnostics he has been one of the National Leads in developing the prostate pre-biopsy MRI pathway for patients with elevated PSA. This has optimized the accuracy of cancer diagnosis minimized clinical risk and sepsis associated with transrectal biopsy. He has developed to a fine art both cognitive transperineal biopsies of the prostate as well as Fusion Biopsy of the prostate.

Professor Persad is also a National Authority in thetreatment of Erectile Dysfunction. He practices optimum medical therapies for all male patients and has a large cohort of patients who are diabetic or who have had prostatectomy and in need of erectile function restoration. If conservative therapy fails with erectogenic pharmacotherapy or use of medical devices he can offer the insertion of state of the art penile prosthetic devices. Professor Persad also treats deformity due to Peyronies across a range of severity, offering therapeutic injection in its early phases and various types of surgical correction if this fails according to patient needs.

Together with Scientists and Clinicians in Bristol he is part of the productive BRC (Biomed Research Centre), which has a number of far-reaching clinicaland scientific goals in the field of cancer and is Surgical Principle Investigator for the PreVent and Pre-Empt trials of lifestyle intervention in prostate cancer. He has an innovative research programme with Prof Chris Melhuish in Medical Robotics to enhance surgery and radiotherapy modalities with Robotic assistance.

In addition to his University and NHS Clinical commitments, he spends time visiting hospital units in the developing world (eg Tanzania), where he helps to train junior doctors and other healthcare professionals.

Dr. David M. Albala graduated with a geology degree from Lafayette College in Easton, Pennsylvania. He completed his medical school training at Michigan State University and went on to complete his surgical residency at the Dartmouth-Hitchcock Medical Center. Following this, Dr. Albala was an endourology fellow at Washington University Medical Center under the direction of Ralph V. Clayman. He practiced atLoyola University Medical Center in Chicago and rose from the ranks of Instructor to full Professor in Urology and Radiology in eight years. After 10 years, he became a tenured Professor at Duke University Medical Center in North Carolina. At Duke, he was Co-Director of the Endourology fellowship and Director for the Center of Minimally Invasive and Robotic Urological Surgery. He has over 180 publications in peer-reviewed journals and has authored five books in endourology and general urology. He is the Editor-in-Chief of the Journal of Robotic Surgery. He serves on the editorial board for Medical Reviews in Urology, Current Opinions in Urology and Urology Index and Reviews. He serves as a reviewer for eight surgical journals.

Presently he is Chief of Urology at Crouse Hospital in Syracuse, New York and a physician at Associated Medical Professionals (a group of 29 urologists). He is considered a national and international authority in laparoscopic and robotic urologicalsurgery and has been an active teacher in this area for over 20 years. His research and clinical interests have focused on robotic urological surgery. In addition, other clinical interests include minimally invasive treatment of benign prostatic hypertrophy (BPH) and the use of fibrin sealants in surgery. He has been a Visiting Professor at numerous institutions across the United States as well as overseas in countries such as India, China, Iceland, Germany, France, Japan, Brazil, Australia, and Singapore. In addition, he has done operative demonstrations in over 32 countries and 23 states. He has trained 16 fellows in endourology and advanced robotic surgery.

In addition, Dr. Albala is a past White House Fellow who acted as a special assistant to Federico Pena, Secretary of Transportation, on classified and unclassified public health related issues.

Provides information on research based outcomes in robotic surgery

Features a variety of cases on best practice when managing these patients

Contains learning objectives in each chapter to reinforce key points