The most complete review available for the ARRT® MRI certification examination LANGE Q&A MRI Examination is a comprehensive review for radiologic technologists preparing to take the ARRT® specialty certification exam in magnetic resonance imaging (MRI). Readers will find more than 800 exam-style questions that closely follow the most recent ARRT® examination blueprint. Each question includes a detailed explanation for both correct and incorrect answer choices. This unique review is divided into sections that cover every major topic found on the exam, including Patient Care and Safety, Image…mehr
The most complete review available for the ARRT® MRI certification examination LANGE Q&A MRI Examination is a comprehensive review for radiologic technologists preparing to take the ARRT® specialty certification exam in magnetic resonance imaging (MRI). Readers will find more than 800 exam-style questions that closely follow the most recent ARRT® examination blueprint. Each question includes a detailed explanation for both correct and incorrect answer choices. This unique review is divided into sections that cover every major topic found on the exam, including Patient Care and Safety, Image Procedures, Date Acquisition and Processing, and Physical Principles of Image Formation.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Barry Southers, MEd, RT (R) (MR), is a registered radiologic technologist and MRI technologist by the ARRT, a full-time associate professor, MRI faculty instructor and MRI program director for the Advanced Medical Imaging Technology (AMIT) program at the University of Cincinnati, located in Cincinnati, Ohio. Tiffany Roman, MAEd, RT (R) (CT) (MR) (ARRT), is a registered radiologic technologist, CT and MRI technologist by the ARRT, full-time assistant professor and clinical coordinator in the Radiologic Technology Program and faculty instructor in the Radiation Science Online Program at the University of Cincinnati, Blue Ash. Active member of the Ohio Society of Radiologic Technologists (OSRT), American Society of Radiologic Technologists (ASRT), and the Association of Educators of Imaging and Radiologic Sciences. Richard H. Weening, PhD, MIPP, RT (R) (CT) (MR), FAEIRS, is professor of Radiologic Sciences and program director of the Computed Tomography and Magnetic Resonance Imaging programs at Thomas Jefferson University in Philadelphia, Pennsylvania. Dr. Weening has published numerous peer-reviewed journal articles on the subject of MRI education. He has also served extensively on national and international committees related to the advancement of the radiologic sciences profession, including the ASRT/AEIRS/SMRT MRI curriculum revision committee. Cynthia Gibbs, MA, RT (R) (M) (CT) (MR) (ARRT), is the program/educational coordinator for the Computed Tomography/Magnetic Resonance Program at Morehead State University. She maintains her clinical skills by practicing as a PRN technologists at St. Joseph Hospital in Mt. Sterling. In addition to her service to numerous professional organizations, Gibbs serves as a site visitor for the Joint Review Committee on Education in Radiologic Technology and has provided numerous presentations at the national, state and regional level. Maureen Hood, PhD, RN, is an assistant professor of Radiology and Radiological Services at Uniformed Services University.
Inhaltsangabe
Part I: Patient Care Chapter 1: Legal and Ethical Principles Chapter 2: MRI Screening and Safety Chapter 3: Patient Assessment, Monitoring, and Management Chapter 4: Interpersonal Communications Chapter 5: Infection Control Part II: Imaging Procedures (Anatomy & Physiology, contrast, and patient positioning) Chapter 6: Head & Neck Chapter 7: Spine Chapter 8: Thorax Chapter 9: Abdomen Chapter 10: Pelvis Chapter 11: Musculoskeletal Part III: Data Acquisition and Processing Chapter 12: Pulse Sequences Chapter 13: Data Manipulation Chapter 14: Special Procedures Chapter 15: Sequence Parameters and Options (Image Quality, Contrast) Part IV: Physical Principles of Image Formation Chapter 16: Instrumentation Chapter 17: Fundamentals Chapter 18: Artifacts Chapter 19: Quality Control