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Robotic Radiosurgery Treating Prostate Cancer and Related Genitourinary Applications
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About Robotic Radiosurgery Treating Prostate Cancer And
Product Description The treatment of prostate cancer continues to be problematic owing to serious side-effects, including erectile dysfunction and urinary incontinence. Robotic radiosurgery offers a novel, rapid, non-invasive outpatient treatment option that combines robotics, advanced image-guided spatial positioning, and motion detection with submillimeter precision. This book examines all aspects of the treatment of prostate cancer with robotic radiosurgery. It explains how image-guided robotic radiosurgery overcomes the problem of patient motion during radiation therapy by continuously identifying the precise location of the prostate tumor throughout the course of treatment. Hypofractionated radiation delivery by means of robotic radiosurgery systems is also discussed in detail. The book closes by examining other emerging genitourinary applications of robotic radiosurgery. All of the authors are experts in their field who present a persuasive case for this fascinating technique. Review From the reviews: “This is a timely book summarising the development and current status of the use of stereotactic radiosurgery in the management of urological cancers … and so this book is very helpful for all those urologists and oncologists who wish to become involved with stereotactic radiotherapy now or in the future. The book provides a good overview of the subject, which will undoubtedly be useful in the clinic when patients enquire about stereotactic treatment and where it fits into the standard armamentarium of treatment options.” (Rob Hughes, Urology News, January/February, 2013) “Topics are well presented and discussed in 5 parts … all well written and discussed by radiotherapists, radiologic-oncologists and urologists. … The authors are to be praised for the updated, precise way the different topics are presented and discussed … . This is a very useful, revealing book for all those dealing with prostate cancer diagnosis and treatment, as well for those radiologists who want to be kept abreast of the continuous evolution and improvements in the field of Medicine … .” (Giampiero Beluffi, La radiologia medica, Vol. 118, 2013) “Lee Ponsky and co-editors, helped by more than 40 worldwide experts, wrote an original textbook dedicated to urological applications of radiosurgery. The first part provided the reader with general information. … An important part of the book was dedicated to hypofractionated radiation therapy and based on radiobiological aspects of the treatment. Undoubtedly, this textbook is intended for radiotherapists and oncologists. … urologists involved in prostate cancer management will find ample amount of information, essential in pluri-disciplinary clinical exchanges.” (Paul Meria, European Urology Today, August/September, 2012) From the Back Cover Prostate cancer is the most common cancer among North American and European men, but its treatment continues to be problematic owing to serious side-effects, including erectile dysfunction, urinary incontinence, and potential lower GI complicatons. Robotic radiosurgery offers a novel, rapid, non-invasive outpatient treatment option for prostate cancer that combines robotics, advanced image-guided motion detection, and automated real-time corrective spatial positioning with submillimeter precision. This book examines all aspects of the treatment of prostate cancer with robotic radiosurgery. After introductory sections on radiosurgery as a multidisciplinary practice and specific issues relating to prostate cancer, the important challenge posed by prostate motion when administering radiation therapy is examined in depth, with detailed discussion as to how image-guided robotic radiosurgery overcomes this problem by continously identifying the precise location of the prostate throughout the course of treatment. A further major section is devoted to a discussion of techniques and potential radiobiological and clinical advantages of hypofractionated radiation delivery
