In general, image processing texts are intended for students of engineering and computer science, and there is little written at all on the specific requirements of medical image processing. Students of medical radiation science (Diagnostic radiography, Nuclear medicine, Radiation therapy) usually have minimal mathematical and computer science training and find the available texts incomprehensible. A text that explains the principles of image processing in minimally-mathematical language is needed for these students. Contrary to the claims of some textbook authors, the vast majority of technologists that process images do not need to understand the mathematics involved, but would nevertheless benefit from a thorough understanding of the general process.

Ultrasound in Medicine is a broad-ranging study of medical ultrasound, including ultrasound propagation, interaction with tissue, and innovations in the application of ultrasound in medicine. The book focuses specifically on the science and technology-the underlying physics and engineering. It examines the most closely related aspects of these basic sciences in clinical application and reviews the success of technological innovations in improving medical diagnosis and treatment. The book bridges the gap between tutorial texts widely available for ultrasound and medical training and theoretical works on acoustics.

Written for health practitioners and students new to medical ultrasound, this book provides all the basic physics and technological knowledge they need in order to practise ultrasound effectively, including safety aspects of ultrasound, quality assurance and the latest techniques and developments. Multiple choice questions for self-assessment and as a revision aid Chapter on terminology with explanatory paragraphs of words and phrases used in diagnostic ultrasound Troubleshooting guide - common problems and their solutions explored

An ideal resource for the classroom or clinical setting, Sectional Anatomy for Imaging Professionals, 4th Edition provides a comprehensive, and highly visual approach to the sectional anatomy of the entire body. Side-by-side presentations of actual diagnostic images from both MRI and CT modalities and corresponding anatomic line drawings illustrate the planes of anatomy most commonly demonstrated by diagnostic imaging. Easy-to-follow descriptions detail the location and function of the anatomy, while clearly labeled images help you confidently identify anatomic structures during clinical examinations. In all, it's the one reference you need to consistently produce the best possible diagnostic images. Side-by-side presentation of anatomy illustrations and corresponding CT and MRI images clarifies the location and structure of sectional anatomy. More than 1,500 high-quality images and detailed line drawings demonstrate sectional anatomy for every body plane commonly imaged in the clinical setting. Updated summary tables are used to simplify and organize key information in each chapter. CT or MR images of special interest are featured on the opening page in each chapter to pique readers' interest in the area about to be covered in the text. Reference drawings and corresponding scanning planes appear on appropriate pages with the actual images, so they are easily referenced for correlation between the scanning planes and the resulting images. Introductory chapter lays a foundation of the terminology that is related to sectional anatomy. NEW! Updated content reflects the latest ARRT and ASRT curriculum guidelines. NEW! Additional lymphatic system images give readers a better picture of this nuanced body system. NEW! Additional pathology boxes help readers connect commonly encountered pathologies to related anatomy for greater diagnostic accuracy. NEW! Updated line art familiarizes readers with the latest 3D and vascular imaging technology. NEW! 2-color design makes difficult content easier to digest.

Concise, fact-based and packed with images and illustrations The EACVI Echo Handbook is the perfect companion for making both every day and complex clinical decisions. Designed and written by leading experts in the field of echocardiography for use in the clinical arena, this practical handbook provides the necessary information for reviewing, or consulting while performing or reporting on an echo or making clinical decisions based on echo findings. Disease-focussed and succinct, it covers the information needed to accurately perform and interpret echocardiograms, including how to set up the echo-machine to optimize an examination and how to perform echocardiographic disease assessment; the clinical indicators, procedures and contraindications. Linked to EACVI recommendations and the EACVI Core Curriculum The EACVI Echo Handbook is an essential and easily accessible manual on using echocardiography for sonographers and trainee cardiologists that should never be left behind when performing an echocardiogram.

This simple, jargon-free text fits in your pocket, providing an 'on-the-spot' guide to clinician-performed ultrasound in the emergency department, intensive care unit or in the field. Written by an international team of experts and comprehensively updated in its third edition, Emergency Ultrasound Made Easy brings together in one volume the latest indications for focused ultrasound, including those related to the COVID-19 pandemic. The text is highly accessible and easy to use in an emergency. It is aimed at the rapidly expanding cohort of non-radiologist clinical sonographers who use focused ultrasound. However, its broad scope (for example using ultrasound in the rapid diagnosis of DVT) makes it an invaluable addition to the library of any doctor with an interest in the technique, whether in primary care or the hospital setting. Simple to read and follow Free of jargon Fast step-by-step guide to ultrasound procedures Clear diagrams Tips and pitfalls to avoid Multiple accompanying videos featuring examples of ultrasound in clinical practice New chapter on the use of ultrasound in small anatomical structures such as the eyes and testes New chapter on paediatric ultrasound Respiratory chapter updated to include COVID-19 Multiple accompanying videos featuring examples of ultrasound in clinical practice New chapter on the use of ultrasound in small anatomical structures such as the eyes and testes New chapter on paediatric ultrasound Respiratory chapter updated to include COVID-19

Sonography of baby hips for the diagnosis of DDH and dysplasia has grown steadily in importance in recent years. A strict standardized technique for investigation of the baby and interpretation of the sonograms has made hip ultrasound reproducible, reliable and independent of examiner skill and experience.

Graf s technique is now used worldwide, and selective or even general screening programmes for all babies are established in many European countries today.

The first part of this book includes the fundamentals of hip sonography, static as well as dynamic techniques, anatomical identification of the echograms, typing, a measurement technique and usability check.

The second part is an atlas including a summary of the essential data and demonstrating correct and incorrect sonograms in different variations. The book is indispensable for everyone dealing with DDH problems in diagnosis and therapy.

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Only ultrasound book that deals specifically with infectious and tropical diseases

Le recenti evoluzioni tecnologiche nella diagnostica per immagini hanno consentito gli cogliere le alterazioni anatomiche e funzionali che caratterizzano la fase di esordio delle artropatie degenerative ed infiammatorie. Nell'ambito di queste ultime, in particolare, l'imaging risulta non solo fondamentale nella diagnosi dello stadio early delle artriti ma anche nella definizione della loro evoluzione e della risposta al moderno trattamento terapeutico. La valutazione di una nuova semeiologia imaging, che si avvale notevolmente dell'impiego di mdc in relazione sia al power Doppler sia alla risonanza magnetica, ha consentito di restringere il gap tra istologia ed imaging nella diagnostica reumatologica.

With its easy accessibility, low cost, and ability to deliver, essential bedside information about the cardiac structure and function, echocardiography has become one of the most relied-upon diagnostic tools in clinical medicine. As a result, more clinicians than ever before must be able to accurately interpret echocardiographic information in order to administer appropriate treatment.

Based on the authors' experience teaching echocardiography in busy clinical settings, this new pocketbook provides reliable guidance on everyday clinical cardiac ultrasound and the interpretation of echocardiographic images. It has been designed to help readers develop a stepwise approach to the interpretation of a standard transthoracic echocardiographic study and teach how to methodically gather and assemble the most important information from each of the standard echocardiographic views in order to generate a complete final report of the study performed.

What's included:

- A summary of TTE examination protocol and a comprehensive listing of useful formulas and normal values

- Atrial and ventricular dimensions, LV and RV systolic function, LV diastolic patterns

- Echocardiographic findings in the most commonly encountered cardiac diseases and disorders, including various cardiomyopathies, cardiac tamponade, constrictive pericarditis, valvular heart disease, pulmonary hypertension, infective endocarditis, and congenital heart disease

- Companion website with video clips and over 70 self-assessment questions

Packed with essential information and designed for quick look-up, this pocketbook will be of great assistance for anyone who works in busy clinical settings and who needs a ready and reliable guide to interpreting echocardiographic information to help deliver optimal patient care.

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.

Extracorporeal Shock Wave Therapy (ESWT) is a new method for the treatment of numerous chronic disorders of the musculos- keletal system: Calcific tendinitis of the shoulder joint - Lateral epicondylitis - Medial epicondylitis - Plantar fas- ciitis - Pseudarthrosis. Other indications are being investigated either in clinical studies or as empirical therapeutic possibilities of ESWT. This book gives a clear overview of the present status of ESWT and ultrasound imaging in the management of musculoske- letal disorders.

This book is a complete guide to the use of ultrasound in critical care. Beginning with an overview of ultrasound and its applications, the next chapters discuss basic physics of ultrasound, modes of ultrasonography, and Doppler imaging. The following sections cover the use of ultrasound in different critical care situations including for vascular access, in acute respiratory distress syndrome, for cardiac evaluation, in neurocritical care, in the ICU, and more. The book concludes with clinical case scenarios and guidance on infection control and legal issues in ICU sonography. The comprehensive text is further enhanced by more than 300 ultrasound images, figures and tables to assist learning. Key points Comprehensive guide to the use of ultrasound in critical care Includes discussion on basic physics and modes of ultrasound Provides clinical case scenarios and guidance on infection control Features more than 300 ultrasound images, figures and tables

Transcranial Doppler (TCD) ultrasound, first introduced more than a decade ago, has steadily evolved into a dynamic, reliable, reproducible, and practical diagnostic tool. Clinical neuroscientists have found TCD to be an indispensable technique in the management of many types of patients. This book is designed to provide basic instruction in the perfor mance and interpretation of transcranial Doppler ultrasonography for technologists, nurses, and physicians. The information included in the text is critical for the development of a strong knowledge base. It is not intended to be all inclusive, and the TCD novice is likely to use it as the platform upon which to build his/her experience in the application of TCD. This book is organized as a step-guided approach for the performance of TCD, and it includes specific guidelines for interpretation of the TCD save forms. We hope that the reader finds it useful during what we think is the most difficult phase of this technique-the learning curve. John P. McCartney, R.V.T. Kathleen M. Thomas-Lukes, R.N., M.N."

Sitting an accreditation examination is a daunting prospect for many trainee echocardiographers. And with an increasing drive for the accreditation of echocardiography laboratories and individual echocardiographers, there is a need for an all-encompassing revision aid for those seeking accreditation. The editors of this unique book have produced the only echocardiography revision aid based on the syllabus and format of the British Society of Echocardiography (BSE) national echocardiography accreditation examination and similar examinations administered across Europe. Written by BSE accredited members, fully endorsed by the BSE, and with a foreword by BSE past-president, DR. Simon Ray, this indispensable guide provides a valuable insight into how echocardiography accreditation exams are structured. Crucially, to support students with the more challenging video section of the exam, a companion website provides video cases, and with clear and concisely-structured explanations to all questions, this is an essential tool for anyone preparing to sit an echocardiography examination.

Every bone fracture must be held rigid and, because of the long healing process, infringes on the individual's life-style. Treatment with ultrasound, however, may reduce the healing time 30-50% since the piezoelectric effect of ultrasound acts as a callus stimulator. This book documents more than twenty years of clinical experience with ultrasound treatment of fractures. The authors give statistical evidence and show numerous X-rays to document their success. They also include a summary of experimental studies. The method is described in detail so that the practicing physician can easily learn how to apply it.

Designed to accompany the 3rd Edition of Anne Marie Kupinski's text, Workbook for Diagnostic Medical Sonography: A Guide to the Vascular System, 3rd Edition, by Rachel Kendoll, offers a full complement of self-study aids for active learning that enable you to assess and build your knowledge as you advance through the text. Most importantly, it helps you get the most out of your study time, with a variety of custom-designed exercises to help you master each objective. Features a new, full-color format throughout Contains glossary terms reviews, illustrated anatomy and physiology reviews with image labeling, and chapter reviews with multiple-choice, fill-in-the-blank, and short answer questions Features up-to-date sonograms and relevant content throughout, including new coverage of ergonomics Enrich Your eBook Reading Experience Read directly on your preferred device(s), such as computer, tablet, or smartphone. Easily convert to audiobook, powering your content with natural language text-to-speech.

Review important sonography learnings with Curry and Prince's Workbook for Sonography: Introduction to Normal Structure and Function, 5th Edition. This well-constructed review tool supports and completes the main text by providing an excellent introduction to sonography while preparing users to accurately identify sonographic pathology and abnormalities. Each workbook chapter opens with review questions on material from the corresponding chapter in the main text. Review questions are followed by drawings from the text - with parallel sonograms where appropriate - that include leader lines to label structures, but not the labels themselves. Workbook users will fill in the labels to identify structures in the drawings and sonograms, reinforcing visual and auditory learning from the text. Answers can be looked up in both the workbook appendix and by comparing the workbook figures to the labeled figures in the main text. Unlabeled line drawings and images from every chapter provide reinforcement of what you should be noticing on the scan. Direct correlation with each chapter from the main text enables immediate, thorough review of material. Review questions test your knowledge of the information learned in the text. NEW! Chapter on musculoskeletal sonography covers the latest use of ultrasound technology to visualize muscle, tendon, and ligament anatomy. NEW! Chapter devoted to pediatric sonography introduces you to the knowledge needed to work in this nascent specialty. NEW! Coverage of 5D technology familiarizes you with automated volume scanning. NEW! Updated content reflects the latest ARDMS standards and AIUM guidelines. NEW! Updated line drawings accompany new sonograms.

The measurement of the cerebral circulation in children, particularly in newborns and young infants, has for a long time been high on the list of needs in clinical and scientific pediatrics. The methods available to date have either been too unreliable or unsuitable for use on children. In the course of a research project at the Department of Pediatrics of the Uni versity of Freiburg, Dr. Harald Bode has made the first systematic ex amination of the cerebral circulation of children using transcranial Doppler sonography. Over 500 children with ages between 0 and 18 years were included in this exhaustive study, documenting Doppler measurements in about 3,000 basal cerebral arteries. Basic reference values were obtained which involved adapting the methodology and available equipment to the special re quirements of the pediatrician. Moreover, the influence of biological and physiological factors on these Doppler values has also been considered in addition to those of disease and therapy. The result is an impressive record of the many applications of trans cranial Doppler sonography during childhood. It is not difficult to predict that this methodology will be of lasting value and capable of further de velopment. I hope this book receives the attention it undoubtedly deserves and that the author is able to continue in realizing his fruitful scientific ideas in clinical pediatric practice."

Transcutaneous ultrasonography is an established procedure for diagnosis and therapy in gastroenterology. However, ultrasonic images can often be hampered by pulmonary and intestinal gas and by bony and adipose tissue. In 1956 Wild and Reid reported the first results of transrectal ultrasound of the prostate [1]. In 1976 Lutz introduced an A-mode ultrasonic probe which could be introduced via the biopsy channel of an endoscope [2]. In 1978 and 1980 Hisanaga performed echocardiography using an ultrasonic transducer attached to the tip of a flexible instrument [3, 4]. In animal studies and later on in humans Di Magno has used an echoendoscope in which a small transducer was attached at the tip of a fiberoptic endoscope [5, 6]. The purpose was to overcome the limitations of transcutaneous ultrasonography by directly approaching target lesions with a high-frequency ultrasound source via the gastroin testinallumen. SJlbsequently, the first series of endoscopic ultrasonography (EUS) examinations were reported during the European congress in Stockholm [7]. The purpose of this book is: 1. To evaluate the technique and the equipment for endoscopic ultrasonography 2. To evaluate in detail the endosonographic pattern of the normal and abnormal wall structure 3. To analyze a large consecutive series of various gastrointestinal malignancies in order to determine the usefulness and accuracy of EUS in the detection, staging, and therapy of malignant diseases 4. To compare EUS with other imaging techniques References 1.

This book, the seventh in the series Exercises in Radiological Diagnosis, deals with sonography, an imaging procedure in which the ability of the radiologist plays an exceptionally important role. The author, Catherine Roy, has very extensive experience in the clinical use of sonography. She has selected the images, which are of excellent quality, with great care to illustrate a wide range of conditions and has supplemented them by commentaries and discussions which are easy to comprehend. The systematic use of schematic drawings to interpret the images makes it possible for the reader to follow the author's approach without any difficulty. Schematic drawings are par ticularly important in sonography because the relationship be tween the details in the images and the anatomy may be very weak. Images, schematic drawings, and text (both commentaries and interpretations) are three didactic elements which Cathe rine Roy has skill-fully combined in these exercises into an excellent whole. A. WACKENHEIM v Contents Introduction . . . . . . . . . . . . . . . . . . 1 Iconography, Commentary with Corresponding Schemata. . 2 Subject Index 203 VII Introduction Ultrasound imaging of the abdomen has now become a routine investi gation. It has brought about changes in the procedure of additional investigations and even rendered part of conventional radiology redun dant, particularly that concerning the bile ducts. These exercises are meant for students or physicians who already have basic knowledge of ultrasound diagnosis. It has not been possible to cover the entire spectrum of abdominal pathology, especially trauma, with 114 cases.

Operative ultrasound, which permits direct We have divided the material into three placement of the probe on the organ to be principal sections: hepatic surgery, biliary studied during surgery, has been in existence surgery, and the surgery of portal hyperten for over 20 years. Early experiences with its sion. Our experience with operative ultra use in urologic [15] and biliary surgery [7, 8, sound in pancreatic disease is not adequate 9] were limited by technical difficulties but for discussion in this manual, although many the evolution of B-mode, real-time ultra useful applications have been suggested. sound has made possible the broad applica Each chapter includes an anatomical review tion of ultrasound in the operating room. and a presentation of the basic sonographic The goal of operative ultrasound is to signs to clarify the diagnosis and therapy of provide the surgeon with information about a pathologic conditions. Emphasis has been solid organ which is not obvious from its ex placed on the practical applications of opera ternal morphology. What is the nature of the tive ultrasound. lesion? What is its precise localization within With most of the ultrasound images (all the organ? What vascular and anatomical are presented on a black background) two constraints limit its surgical treatment? Mod schematic diagrams are shown: ern ultrasound technology, which produces The first indicates the position of the probe an image faithful to the true anatomy, per on anterior and lateral projections.

In 1981, the Norwegian physiologist and cyberneticist, Rune Aaslid, developed a device which made it possible to apply the transcranial Doppler sonographic technique in man. In 1983, Dr. Albrecht Harders took on the project of working out a clinically practicable method that would allow atraumatic measurements to be made of the blood flow velocity in the large branches ofthe circle of Willis. The technique has now become a competitor of the conventional methods of measuring the intracranial hemodynamics, including angiography and the xenon method of cerebral blood flow measurement. Harders proceeded from the assumption that the measurement of the blood flow velocity is more relevant for clinical diagnoses than the usual volume flow measurements. He stresses the very valuable application of the technique in detecting cerebral vasospasm before and after aneurysm surgery. The changes in the blood flow velocities measured by transcranial Doppler sonography in the individual vessel segments of the circle of Willis are interpreted with respect to the various factors that can effect such changes (collateral circulation in the circle of Willis, diameter of the vessel, vascular resistance, the general cardiovascular situation, arterial partial CO pressure, autoregulatory factors, position of body). The rate of 2 complications associated with angiography has thus been reduced, since the best time both for angiography and for surgery can be determined, and continuous TCD examinations show when the patient is out of a critical phase of cerebral vasospasm.

Every few years a dissertation comes to the area of clinical application of medical technology which carries us forward as on a magic carpet into new regions of understanding and patient care. This book is such a magic carpet. It brings together, in a clear and incisive fashion, important hemodynamic principles with a simple noninvasive method of application to a part of the cerebral vasculature which has been relatively inaccessible. To the lucky and perceptive person who reads this book, a feeling of excitement and hope for progress is engendered. The diligent application of the potentials of transcranial Doppler ultrasound brings new power to our efforts in understanding the cerebral circulation and the causes, treatment and prevention of cerebrovascular disorders. Merrill P. Spencer, M. D. Director Institute of Applied Physiology and Medicine Seattle, Wash. , July 1986 Acknowledgements I am greatly indebted to Prof. He1ge Nornes, Oslo, who introduced me to the fascinating study of cerebral hemodynamics in the early 1970's and since then continually encouraged my interest in this field. It was through his pioneering work on the cerebral circulation-using peroperative electromagnetic flowmetry and Doppler techniques-that the basis was laid for the noninvasive trans cranial approach to the circle of Willis described in this book. I also gratefully acknowledge the stimulating case discussions with Prof. Peter Huber, Berne, at the very early introduction of trans cranial Doppler, the inspiring exchange of ideas with Dr. Merrill P.

Modern sonography makes possible the detection of small and subtle changes in the normal echo pattern. These may represent significant pathological changes which can not al ways be fully revealed by the echo pattern alone. There is, therefore, an increasing need for the supplement of the ultra sonically guided percutaneous puncture, which can be per formed with great accuracy and with virtually no risk. Also, ultrasonically guided puncture has proven invaluable for a wide variety of therapeutic purposes. The first percutaneous puncture guided by ultrasonic scanning using a specifically designed transducer was per formed in 1969 at the ultrasonic laboratory in Gentofte, now Herlev, Hospital, Copenhagen. The idea was based on a punc ture transducer described and used by Kratochwill for punc ture under the guidance of the ultrasonic A-presentation tech nique. The development in the field formed the basis of the First International Conference on Ultrasonically Guided Puncture at Herlev Hospital in 1978 sponsored by The Danish Society of Diagnostic Ultrasound. The knowledge and experience of the speakers at that conference was compiled in the book "Ultrasonically Guided Puncture Technique" published in 1980. Since then the Society has sponsored a conference at the same place in 1980 and 1983, the latest conference being termed "Third International Conference on lnterventional Ultrasound.""