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This text explores the history and development of the many technologies that have led to how we treat contemporary urologic problems. From the development of the cystoscope, the advances in laparoscopy, the birth of the field of endourology, to the era of robotics today, urologists have pushed the envelope in technologic innovation. The editors highlight the development of the cystoscope and the early tools used to treat ureteral stones, the development of ureteroscopy, and the applications of lasers and shock wave lithotripsy in the treatment of urolithiasis. Furthermore, they explore the history of minimally invasive treatments in urologic oncology from the story behind the first laparoscopic nephrectomy, the application of hand-assisted technology to the development of robotics and percutaneous treatment approaches (radiofrequency ablation and cryoablation). As the field of urology continues to evolve, urologists will continue to look to the future with the recent applications of histotripsy and regenerative medicine. This text chronicles the creativity, innovation and discovery of the developments of the instruments that allow to practice urology today, as well as glimpse what the future of urology holds.
This text explores the history and development of the many technologies that have led to how we treat contemporary urologic problems. From the development of the cystoscope, the advances in laparoscopy, the birth of the field of endourology, to the era of robotics today, urologists have pushed the envelope in technologic innovation. The editors highlight the development of the cystoscope and the early tools used to treat ureteral stones, the development of ureteroscopy, and the applications of lasers and shock wave lithotripsy in the treatment of urolithiasis. Furthermore, they explore the history of minimally invasive treatments in urologic oncology from the story behind the first laparoscopic nephrectomy, the application of hand-assisted technology to the development of robotics and percutaneous treatment approaches (radiofrequency ablation and cryoablation). As the field of urology continues to evolve, urologists will continue to look to the future with the recent applications of histotripsy and regenerative medicine. This text chronicles the creativity, innovation and discovery of the developments of the instruments that allow to practice urology today, as well as glimpse what the future of urology holds.
Imaging and Technology: Principles and Clinical Applications is a practical and user-friendly consolidated source book for urologists, and urologists in training, regarding the basic science of imaging modalities used on a day-to-day basis in urological practice. Similarly, the intention is to provide an introduction to the technology that is used in the practice of urological surgery and the management of urological patients in the clinical setting. This knowledge level is appropriate for certification for independent consultant practice in urology in the UK. The book is also valuable to urologists and urological trainees outside of the UK and in other surgical specialities.
Technology seems to be an integral part of modern living. Urologists have over the years embraced new technological advances for patient beneft. On some occasions, however, the initial enthusiasm in something new has failed to endure rigorous scientifc scrutiny. Thus, while being technological leaders, we urologists know better than most other surgical speci- ties that what is new is not necessarily good. This textbook is aimed at urologists and surgeons at all levels and has contributions from international experts. The topics vary from robotics to lasers to single port laparoscopy. The comprehensive chapters should be of equal interest to uro-oncologists and those involved in treating benign urological diseases. While the contents are meant to bring the reader up to date with technological advances, the authors have attempted to balance their enthusiasm with basic science, translational research, and clinical outcomes. It will be obvious that some of the s- jects mentioned here, such as nanotechnology, are still evolving, and it will be a while before they undergo clinical trials that establish their position in clinical medicine. We hope you enjoy reading this book as much as we have enjoyed creating it. London, UK Prof. Prokar Dasgupta Dublin, Ireland Prof. John Fitzpatrick London, UK Prof. Roger Kirby CA, USA Prof. Inderbir S. Gill vii Acknowledgements The editors thank all authors for their time and valuable contributions. We are also grateful to our developmental editors Joni Fraser and Barbara Lopez-Lucio.
This textbook and clinical reference provides comprehensive information on the nursing care of critically-ill adults. Major diseases and treatments as well as other key topics of special concern to critical care nurses are detailed. Major features include in-depth physiological overviews, a collaborative practice approach, nursing diagnoses, and treatment modalities.
This text provides a comprehensive and contemporary discussion of current indications, techniques, technology, and results in ureteroscopy from the world leaders who perform this procedure. It provides not only the latest literature and data regarding URS but also tips and tricks for the reader when performing various URS procedures. Historical prospective will link the reader with the past and provide insight as to why we have evolved into a minimally invasive specialty. Technological advancements of both flexible and rigid ureteroscopic procedures are included to provide the reader with many practical considerations when choosing this modality for their patients. Renowned experts in the field discuss the myriad of supplemental devices that accompany URS and how best to utilize them in one’s practice. Unique to this predominantly clinical text, are sections on simulation and the socioeconomics of URS that demonstrate how the student can learn and acquire techniques and skills of their own. Ureteroscopy: A Comprehensive Contemporary Guide provides its readers with a thorough and complete representation of the current state of URS and its applications and guide those interested in improving their techniques, armamentarium and horizons in this ever-changing world of minimally invasive urology.
New technologies in urology involves minimal invasion, less recovery time, and organ-sparing techniques. This issue addresses those cutting-edge technologies that are currently being researched and are just entering clinical practice. Therefore, a main goal of this issue is to bring the information about these technologies to all practicing urologists so that they are knowledgeable and equipped to master them. Focus is given to new imaging modalities, like virtual endoscopy, molecular imaging, and image fusion. The issue also presents articles on robotics, laparoscopic surgery and endoscopy, and nanotechnology.