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Simulation in Radiology by John T. Paige (2012, Trade Paperback)

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About this product

Product Identifiers

PublisherOxford University Press, Incorporated

ISBN-10019976462X

ISBN-139780199764624

eBay Product ID (ePID)22038265313

Product Key Features

Number of Pages336 Pages, 352 Pages

Publication NameSimulation in Radiology

LanguageEnglish

SubjectComputer Simulation, Radiology, Radiotherapy & Nuclear Medicine

Publication Year2012

TypeTextbook

AuthorJohn T. Paige

Subject AreaComputers, Medical

FormatTrade Paperback

Dimensions

Item Height0.7 in

Item Weight24.2 Oz

Item Length6.9 in

Item Width9.9 in

Additional Product Features

Intended AudienceScholarly & Professional

LCCN2012-006844

Reviews"Simulation-based training (SBT) is an important Radiology educational resource often overlooked and or misunderstood and a welcome enhancement to any residency program, particularly in the current milieu of patient safety, radiation dose reduction and limited clinical resources. At our own institution, we have been training residents and fellows basic and advanced VIR and Neuroangiographic techniques with an Angio simulator for several years with much success. The authors comprehensively address not only the broad ranging current and future uses of simulators in Radiology, but explain the techniques, their implementation and the metrics used for accessing their value. Simulation in Radiology is an essential read for those who wish to incorporate these clinically relevant tools into their teaching curriculum!" -- David P. Chason, M.D., Chief of Neuroradiology, Parkland Health & Hospital System "In summary, I thinkSimulation in Radiology could provide a valuable resource for the specialty of radiology and more broadly for medical simulation enthusiasts. It easily has potential to become the "go to" book for the medical educators in the specialty." -- Viren N. Naik MD, MEd, FRCPC "The editors should be congratulated for compiling a book which should be of interest to those organizing and delivering radiology training, commissioners and assessors of training and those writing training curricula. Trainees too will find examples of how simulation training could help them achieve specific educational objectives which might otherwise be difficult to fulfill." -- David Kessel, Consultant Vascular Radiologist, Leeds Teaching Hospitals This book is well written and easy to read. The authors have clearly surpassed their goal of creating "a reference for individuals interested in incorporating simulationbased training into any subspecialty of radiology." -- Radiology, "Simulation-based training (SBT)is an important Radiology educational resource often overlooked and or misunderstood and a welcome enhancement to any residency program, particularly in the current milieu of patient safety, radiation dose reduction and limited clinical resources. At our own institution, we have been training residents and fellows basic and advanced VIR and Neuroangiographic techniques with an Angio simulator for several years with much success. The authors comprehensively address not only the broad ranging current and future uses of simulators in Radiology, but explain the techniques, their implementation and the metrics used for accessing their value.Simulation in Radiologyis an essential read for those who wish to incorporate these clinically relevant tools into their teaching curriculum!" -- David P. Chason, M.D., Chief of Neuroradiology, Parkland Health & Hospital System, "Simulation-based training (SBT) is an important Radiology educational resource often overlooked and or misunderstood and a welcome enhancement to any residency program, particularly in the current milieu of patient safety, radiation dose reduction and limited clinical resources. At our own institution, we have been training residents and fellows basic and advanced VIR and Neuroangiographic techniques with an Angio simulator for several years with much success. The authors comprehensively address not only the broad ranging current and future uses of simulators in Radiology, but explain the techniques, their implementation and the metrics used for accessing their value. Simulation in Radiology is an essential read for those who wish to incorporate these clinically relevant tools into their teaching curriculum!" -- David P. Chason, M.D., Chief of Neuroradiology, Parkland Health & Hospital System "In summary, I thinkSimulation in Radiology could provide a valuable resource for the specialty of radiology and more broadly for medical simulation enthusiasts. It easily has potential to become the "go to" book for the medical educators in the specialty." -- Viren N. Naik MD, MEd, FRCPC "The editors should be congratulated for compiling a book which should be of interest to those organizing and delivering radiology training, commissioners and assessors of training and those writing training curricula. Trainees too will find examples of how simulation training could help them achieve specific educational objectives which might otherwise be difficult to fulfill." -- David Kessel, Consultant Vascular Radiologist, Leeds Teaching Hospitals "This book is well written and easy to read. The authors have clearly surpassed their goal of creating "a reference for individuals interested in incorporating simulation based training into any subspecialty of radiology." -- Radiology "This book would be useful for radiologist educators looking to increase the rigor of their training programs. Radiology practice and hospital administrators who want to make sure their radiologist staff stay safely trained on the most up-to-date techniques may be interested in implementing some of these systems. Radiologists who do not perform procedures often might benefit from simulation review training before performing the procedure on a patient. I found the chapters to be thorough and convincing. Literature cited appeared appropriate, and the text is well written. Images are appropriate to the topic. Overall, this book is a thorough treatise on this important educational topic." -- American Journal of Neuroradiology Blog, "Simulation-based training (SBT) is an important Radiology educational resource often overlooked and or misunderstood and a welcome enhancement to any residency program, particularly in the current milieu of patient safety, radiation dose reduction and limited clinical resources. At our own institution, we have been training residents and fellows basic and advanced VIR and Neuroangiographic techniques with an Angio simulator for several years with much success. The authors comprehensively address not only the broad ranging current and future uses of simulators in Radiology, but explain the techniques, their implementation and the metrics used for accessing their value. Simulation in Radiology is an essential read for those who wish to incorporate these clinically relevant tools into their teaching curriculum!" -- David P. Chason, M.D., Chief of Neuroradiology, Parkland Health & Hospital System "In summary, I thinkSimulation in Radiology could provide a valuable resource for the specialty of radiology and more broadly for medical simulation enthusiasts. It easily has potential to become the "go to" book for the medical educators in the specialty." -- Viren N. Naik MD, MEd, FRCPC "The editors should be congratulated for compiling a book which should be of interest to those organizing and delivering radiology training, commissioners and assessors of training and those writing training curricula. Trainees too will find examples of how simulation training could help them achieve specific educational objectives which might otherwise be difficult to fulfill." -- David Kessel, Consultant Vascular Radiologist, Leeds Teaching Hospitals, "Simulation-based training (SBT) is an important Radiology educational resource often overlooked and or misunderstood and a welcome enhancement to any residency program, particularly in the current milieu of patient safety, radiation dose reduction and limited clinical resources. At our own institution, we have been training residents and fellows basic and advanced VIR and Neuroangiographic techniques with an Angio simulator for several years withmuch success. The authors comprehensively address not only the broad ranging current and future uses of simulators in Radiology, but explain the techniques, their implementation and the metrics used for accessingtheir value. Simulation in Radiology is an essential read for those who wish to incorporate these clinically relevant tools into their teaching curriculum!" -- David P. Chason, M.D., Chief of Neuroradiology, Parkland Health & Hospital System"In summary, I thinkSimulation in Radiology could provide a valuable resource for the specialty of radiology and more broadly for medical simulation enthusiasts. It easily has potential to become the "go to" book for the medical educators in the specialty." -- Viren N. Naik MD, MEd, FRCPC"The editors should be congratulated for compiling a book which should be of interest to those organizing and delivering radiology training, commissioners and assessors of training and those writing training curricula. Trainees too will find examples of how simulation training could help them achieve specific educational objectives which might otherwise be difficult to fulfill." -- David Kessel, Consultant Vascular Radiologist, Leeds Teaching Hospitals"This book is well written and easy to read. The authors have clearly surpassed their goal of creating "a reference for individuals interested in incorporating simulation based training into any subspecialty of radiology." -- Radiology"This book would be useful for radiologist educators looking to increase the rigor of their training programs. Radiology practice and hospital administrators who want to make sure their radiologist staff stay safely trained on the most up-to-date techniques may be interested in implementing some of these systems. Radiologists who do not perform procedures often might benefit from simulation review training before performing the procedure on a patient. I foundthe chapters to be thorough and convincing. Literature cited appeared appropriate, and the text is well written. Images are appropriate to the topic. Overall, this book is a thorough treatise on thisimportant educational topic." -- American Journal of Neuroradiology Blog, "Simulation-based training (SBT) is an important Radiology educational resource often overlooked and or misunderstood and a welcome enhancement to any residency program, particularly in the current milieu of patient safety, radiation dose reduction and limited clinical resources. At our own institution, we have been training residents and fellows basic and advanced VIR and Neuroangiographic techniques with an Angio simulator for several years with much success. The authors comprehensively address not only the broad ranging current and future uses of simulators in Radiology, but explain the techniques, their implementation and the metrics used for accessing their value. Simulation in Radiology is an essential read for those who wish to incorporate these clinically relevant tools into their teaching curriculum!" -- David P. Chason, M.D., Chief of Neuroradiology, Parkland Health & Hospital System "In summary, I thinkSimulation in Radiology could provide a valuable resource for the specialty of radiology and more broadly for medical simulation enthusiasts. It easily has potential to become the "go to" book for the medical educators in the specialty." -- Viren N. Naik MD, MEd, FRCPC "The editors should be congratulated for compiling a book which should be of interest to those organizing and delivering radiology training, commissioners and assessors of training and those writing training curricula. Trainees too will find examples of how simulation training could help them achieve specific educational objectives which might otherwise be difficult to fulfill." -- David Kessel, Consultant Vascular Radiologist, Leeds Teaching Hospitals "This book is well written and easy to read. The authors have clearly surpassed their goal of creating "a reference for individuals interested in incorporating simulation based training into any subspecialty of radiology." -- Radiology, "Simulation-based training (SBT) is an important Radiology educational resource often overlooked and or misunderstood and a welcome enhancement to any residency program, particularly in the current milieu of patient safety, radiation dose reduction and limited clinical resources. At our own institution, we have been training residents and fellows basic and advanced VIR and Neuroangiographic techniques with an Angio simulator for several years with much success. The authors comprehensively address not only the broad ranging current and future uses of simulators in Radiology, but explain the techniques, their implementation and the metrics used for accessing their value. Simulation in Radiology is an essential read for those who wish to incorporate these clinically relevant tools into their teaching curriculum!" -- David P. Chason, M.D., Chief of Neuroradiology, Parkland Health & Hospital System"In summary, I thinkSimulation in Radiology could provide a valuable resource for the specialty of radiology and more broadly for medical simulation enthusiasts. It easily has potential to become the "go to" book for the medical educators in the specialty." -- Viren N. Naik MD, MEd, FRCPC "The editors should be congratulated for compiling a book which should be of interest to those organizing and delivering radiology training, commissioners and assessors of training and those writing training curricula. Trainees too will find examples of how simulation training could help them achieve specific educational objectives which might otherwise be difficult to fulfill." -- David Kessel, Consultant Vascular Radiologist, Leeds Teaching Hospitals "This book is well written and easy to read. The authors have clearly surpassed their goal of creating "a reference for individuals interested in incorporating simulation based training into any subspecialty of radiology." -- Radiology"This book would be useful for radiologist educators looking to increase the rigor of their training programs. Radiology practice and hospital administrators who want to make sure their radiologist staff stay safely trained on the most up-to-date techniques may be interested in implementing some of these systems. Radiologists who do not perform procedures often might benefit from simulation review training before performing the procedure on a patient. I found the chapters to be thorough and convincing. Literature cited appeared appropriate, and the text is well written. Images are appropriate to the topic. Overall, this book is a thorough treatise on this important educational topic." -- American Journal of Neuroradiology Blog

Dewey Edition23

IllustratedYes

Dewey Decimal616.07/572

Table Of ContentContributorsForewordPreface and AcknowledgmentsSection 1: Simulation Technical Considerations1. Principles of Simulation2. Ethics and Regulations of Cadaver Use in Simulation3. An Overview of Computer Use in Simulation4. Simulation Equipment, Commercial and Non CommercialSection 2: Simulation in Education5. Educational Principles in Simulation6. Assessment in Simulation7. Building and Incorporating Simulation into a Radiology Residency Program Curriculum8. Development and Operation of a Simulation Laboratory at a Major Medical CenterSection 3: Applying Simulation in Radiology9. Basic Skills: Seldinger Technique and Post Puncture Hemostasis10. Basic Skills: Knot-Tying11. Basic Skills: Biopsies: Core Biopsies and Aspiration Biopsies12. Inter-Professional Team-Based Training13. Team Training and Crisis Management: Contrast Reaction Management14. Simulation Based Training in Intravenous Procedural Moderate Sedation/Analgesia15. Simulation in Emergency Radiology and Workload Management16. Simulation in Neuroradiology17. Simulation in Spinal Pain Management18. Cervical Transforaminal Epidural Steroid Injections (CTFE)19. Simulation in Musculoskeletal Radiology20. Simulation in Vascular and Interventional Radiology21. Simulation in Cardiothoracic Radiology22. Simulation in Breast Imaging23. Simulation in Abdominal Radiology24. Simulation-Based Training for Pediatric Radiology25. Simulation Based Training for Ultrasound and Computed Tomography Guided Interventional Procedures26. Simulation in Nuclear Medicine EducationIndex, Contributors Foreword Preface and Acknowledgments Section 1: Simulation Technical Considerations Chapter 1: Principles of Simulation Chapter 2: Ethics and Regulations of Cadaver Use in Simulation Chapter 3: An Overview of Computer Use in Simulation Chapter 4: Simulation Equipment, Commercial and Non Commercial Section 2: Simulation in Education Chapter 5: Educational Principles in Simulation Chapter 6: Assessment in Simulation Chapter 7: Building and Incorporating Simulation into a Radiology Residency Program Curriculum Chapter 8: Development and Operation of a Simulation Laboratory at a Major Medical Center Section 3: Applying Simulation in Radiology Chapter 9: Basic Skills: Seldinger Technique and Post Puncture Hemostasis Chapter 10: Basic Skills: Knot-Tying Chapter 11: Basic Skills: Biopsies: Core Biopsies and Aspiration Biopsies Chapter 12: Inter-Professional Team-Based Training Chapter 13: Team Training and Crisis Management: Contrast Reaction Management Chapter 14: Simulation Based Training in Intravenous Procedural Moderate Sedation/Analgesia Chapter 15: Simulation in Emergency Radiology and Workload Management Chapter 16: Simulation in Neuroradiology Chapter 17: Simulation in Spinal Pain Management Chapter 18: Cervical Transforaminal Epidural Steroid Injections (CTFE) Chapter 19: Simulation in Musculoskeletal Radiology Chapter 20: Simulation in Vascular and Interventional Radiology Chapter 21: Simulation in Cardiothoracic Radiology Chapter 22: Simulation in Breast Imaging Chapter 23: Simulation in Abdominal Radiology Chapter 24: Simulation-Based Training for Pediatric Radiology Chapter 25: Simulation Based Training for Ultrasound and Computed Tomography Guided Interventional Procedures Chapter 26: Simulation in Nuclear Medicine Education Index

SynopsisEdited and contributed to by leaders of radiology simulation-based training, this book is the first of its kind to thoroughly cover such training and education., Simulation-based training (SBT) has long been an important tool for students and trainees in multiple medical specialties given its usefulness in building cognitive and technical skills as well as improving team functional dynamics. Medical educators have recently recognized the need for SBT incorporation in the subspecialty service areas of radiology. Edited and contributed to by leaders of radiology simulation-based training at Louisiana State University School of Medicine, this book is the first of its kind to thoroughly cover such training and education. Concise yet comprehensive, chapters are organized into three sections focusing on key aspects of SBT in radiology, providing a blueprint for radiology educators, program directors, and administrators in designing and implementing an SBT program. The first section provides general considerations of using simulation in training; the second discusses educational principles and testing; and the third presents a summary review of the scientific literature and current work being done in SBT in radiology. For more information on the LSUHSC Radiology Department simulation program, including simulation procedure videos, visit the LSUHSC Radiology website at http://www.medschool.lsuhsc.edu/radiology/, Simulation-based training (SBT) has long been an important tool for students and trainees in multiple medical specialties given its usefulness in building cognitive and technical skills as well as improving team functional dynamics. Medical educators have recently recognized the need for SBT incorporation in the subspecialty service areas of radiology. Edited and contributed to by leaders of radiology simulation-based training at Louisiana State University School of Medicine, this book is the first of its kind to thoroughly cover such training and education. Concise yet comprehensive, chapters are organized into three sections focusing on key aspects of SBT in radiology, providing a blueprint for radiology educators, program directors, and administrators in designing and implementing an SBT program. The first section provides general considerations of using simulation in training; the second discusses educational principles and testing; and the third presents a summary review of the scientific literature and current work being done in SBT in radiology.For more information on the LSUHSC Radiology Department simulation program, including simulation procedure videos, visit the LSUHSC Radiology website at a href="http://www.medschool.lsuhsc.edu/radiology/"http://www.medschool.lsuhsc.e du/radiology//a, Simulation-based training (SBT) has long been an important tool for students and trainees in multiple medical specialties given its usefulness in building cognitive and technical skills as well as improving team functional dynamics. Medical educators have recently recognized the need for SBT incorporation in the subspecialty service areas of radiology. Edited and contributed to by leaders of radiology simulation-based training at Louisiana State University School of Medicine, this book is the first of its kind to thoroughly cover such training and education. Concise yet comprehensive, chapters are organized into three sections focusing on key aspects of SBT in radiology, providing a blueprint for radiology educators, program directors, and administrators in designing and implementing an SBT program. The first section provides general considerations of using simulation in training; the second discusses educational principles and testing; and the third presents a summary review of the scientific literature and current work being done in SBT in radiology.For more information on the LSUHSC Radiology Department simulation program, including simulation procedure videos,, Simulation-based training (SBT) has long been an important tool for students and trainees in multiple medical specialties given its usefulness in building cognitive and technical skills as well as improving team functional dynamics. Medical educators have recently recognized the need for SBT incorporation in the subspecialty service areas of radiology. Edited and contributed to by leaders of radiology simulation-based training at Louisiana State University School of Medicine, this book is the first of its kind to thoroughly cover such training and education. Concise yet comprehensive, chapters are organized into three sections focusing on key aspects of SBT in radiology, providing a blueprint for radiology educators, program directors, and administrators in designing and implementing an SBT program. The first section provides general considerations of using simulation in training; the second discusses educational principles and testing; and the third presents a summary review of the scientific literature and current work being done in SBT in radiology. For more information on the LSUHSC Radiology Department simulation program, including simulation procedure videos, visit the LSUHSC Radiology website at http: //www.medschool.lsuhsc.edu/radiology/

LC Classification NumberWN 18