Gain a firm foundation for sonography practice! Corresponding to the chapters in Hedrick's Technology for Diagnostic Sonography, this study guide focuses on basic concepts to help you master sonography physics and instrumentation. It includes laboratory exercises designed to teach you how to operate a scanner, and comprehensive review questions allow you to assess your knowledge. Not only will you learn the theoretical knowledge that is the basis for ultrasound scanning, but also the practical skills necessary for clinical practice. - Laboratory exercises teach you the function of operator controls and how to optimize image quality and practice ALARA, and include step-by-step instructions for scanner operation, for hands-on application and practice. - 250 review questions help you assess your understanding of sonography physics and instrumentation, and identify areas of knowledge that may need further study. - Key Points at the beginning of each chapter emphasize the most important sonography principles that you need to understand and apply.
Gain a complete understanding of sonography physics and instrumentation related to clinical practice. Technology for Diagnostic Sonography provides clear, in-depth coverage of physics principles, ultrasound transducers, pulse echo instrumentation, Doppler instrumentation, clinical safety, and quality control. It includes the latest information on real-time imaging techniques, plus a comprehensive discussion of image artifacts. With wide-ranging online review questions, it also offers ample opportunities to assess your learning progress. Written by sonography and testing expert Wayne Hedrick, Technology for Diagnostic Sonography simplifies this difficult topic and allows you to demonstrate your knowledge of physics and instrumentation on exams with the ultimate goal of preparing you for success in clinical practice. - A focus on essential physics and instrumentation provides the exact technical content you need to prepare for clinical sonography practice. - Accessible, conversational writing style with real-world analogies explains physics concepts and makes this difficult topic less intimidating. - Examples and sample problems help you make the connection between theory and practical applications. - The latest information on equipment and scanning methods ensures an understanding of how to competently and safely use ultrasound instrumentation. - Comprehensive discussion of image artifacts with illustrative examples helps you recognize and eliminate artifacts. - Detailed description of performance testing with tissue mimicking phantoms allows assessment of the proper operation of B-mode scanners. - Practical guidance on the clinical use of mechanical index and thermal index enables practice of the ALARA principle when scanning patients. - Full-color format shows scans as they appear in the clinical setting. - Key terms and other learner-friendly features focus your study on important information. - Summaries of essential principles and equations reinforce the most important concepts. - Extensive review questions on a companion Evolve website allow realistic assessment of your knowledge.
Introducing the first definitive training guide to point-of-care ultrasound Whether you're a medical student or other health professional, this complete, one-stop tutorial takes you through everything you need to know about ultrasound scanners and their use across the full range of medical settings. Here, you'll get an incisive, step-by-step overview of the physical principles of ultrasound with detailed explanations of how each control works and why it's needed. Point-of-Care Ultrasound Fundamentals is the one clinical resource that will take your familiarity with portable ultrasound to the next level. No other sourcebook goes further to help you master ultrasound tools and techniques--so you can maximize the quality of diagnostic information obtained during the examination while ensuring patient safety and observing ergonomically-sound scanning techniques. FEATURES: Covers the rapid adoption of new point-of-care ultrasound devices, from simple cell phone-size units to highly sophisticated and costly multi-transducer scanners offering 2D real-time, Duplex Doppler, and color flow imaging Emphasis on ensuring ultrasound safety offers insight into ultrasound interactions with tissue and the amount of energy transmitted to the patient, particularly when scanning the fetus Detailed descriptions of universal scanning techniques include diagrams and photographs illustrating correct and incorrect scanning methods to help prevent sonographer injury Excellent pedagogy includes chapter-opening learning objectives and key terms Numerous tables and figures throughout include precisely reproduced ultrasound images
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