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Imaging in Endocrinology will provide endocrinologists and radiologists of all levels with an outstanding diagnostic imaging atlas to aid them in the diagnosis and management of all the major endocrine diseases they are likely to encounter. In full colour throughout, the 300 high-quality images consist of CT scans, MRI, NMR and histopathology slides, and are arranged by each specific endocrine condition, resulting in a visually outstanding and easily accessible tool that guides the user through exactly what to look out for and provides a practical and extremely useful aid in helping them formulate a diagnosis. Every major endocrine condition is covered in a specific section, including diseases of the thyroid, pituitary, reproductive and adrenal glands, the pancreas, bone metabolism problems, and the various forms of endocrine cancers. Each disease covered will offer a comparison of the normal findings so as to further assist in diagnosis. An accompanying website contains an online slide-atlas of all the figures in the book, to allow users to download all figures for use in presentations. Led by Paolo Pozzilli, an internationally-recognised expert in this field, the authors have assembled a wonderful collection of images that will be greatly valued by endocrinologists and radiologists alike, ensuring this is the perfect tool to consult when assessing patients with endocrine disease.
Revolutionary changes in medical imaging have enormously improved the ability to detect structural and functional organ alterations early. Imaging is becoming an essential tool - in association with hormonal assays - for the diagnosis and management of endocrine disorders. New contrast media and their application to ultrasounds, as well as the opportunity to merge images acquired by functional/metabolic and traditional techniques, allow characterization of key features of identified lesions. Some radiological techniques such as ultrasonography, CT, and MRI are now available in operating rooms, thus supporting a diagnostic and therapeutic approach to endocrine diseases. In this new book, distinguished experts have contributed concise and well-illustrated chapters to describe pathognomonic features of several benign and malignant diseases affecting endocrine glands. They review the main advantages and disadvantages of each diagnostic technique along with indications for selecting a method. As a special feature, online videos of dynamic diagnostic and therapeutic procedures are available. Imaging in Endocrine Disorders is a must read and valuable reference for all professionals dealing with endocrine disorders, including internists and general practitioners who must manage the essential diagnostic workup.
Nuclear medicine is an important element of daily practice for the endocrinologist, both for diagnosis and for treatment. The continuous rapid development of nuclear medicine procedures has created the need for a concise, up-to-date practical guide that presents the essential information required by the endocrinologist. This book is designed to ensure ease of use in clinical practice and provides the most relevant information on nuclear medicine as applied to endocrine pathology. It is divided into three sections covering general aspects of nuclear medicine, the role of nuclear endocrinology in diagnosis, and the role of nuclear endocrinology in therapy. The endocrine glands are covered by organ and by pathology. Pertinent background information is provided, choice of radiopharmaceutical is explained, and the role of different image acquisition techniques is discussed. In addition, informative clinical cases are presented with the aid of high-quality images.
This book provides a comprehensive guide for selective venous sampling procedures and the role of interventional radiologists in the care and treatment of patients with endocrine disorders. Disorders of the endocrine system involve an imbalance in the natural homeostasis of the hormones produced by the glands in the body. There are a variety of endocrine conditions that are characterized by either hormonal hyposecretion or hypersecretion. Percutaneous selective venous sampling is the gold standard diagnostic tool for the medical and surgical management of patients with a variety of such disorders. Selective venous sampling is a minimally invasive interventional procedure that interventional radiologists perform to localize sites of abnormal hormone secretion. Computed tomography and magnetic resonance imaging are the most used diagnostic imaging modalities in patients with the suspected endocrine disorder; however, their specificity is not optimal, and identifying a culprit gland is difficult based on imaging findings alone. Therefore, the ultimate decision for management depends on the outcome of selective venous sampling. As these various venous samplings are increasingly performed worldwide, the collaboration between interventional radiology, endocrinology, surgical endocrinology, surgical oncology, neurosurgery, and gynecology teams is essential. With limited literature on the topic, this volume fills the gap with in-depth coverage of selective venous sampling alongside the pathophysiology, epidemiology, clinical diagnosis, as well as medical, surgical, and interventional management of endocrine disorders. The book is divided into five parts: Clinical, Laboratory, and Radiological Diagnosis of Endocrine Disorders; Selective Venous Sampling in Interventional Radiology; Medical Treatment of Endocrine Disorders; Surgical Treatment of Endocrine Disorders; Interventional Treatment of Endocrine Disorders. Throughout these parts, endocrine disorders that require venous sampling are covered in depth: primary aldosteronism, primary hyperparathyroidism, Cushing’s disease, hormone-secreting pancreatic adenomas, and androgen-secreting ovarian tumors. There is additionally an emerging role for interventional management in thyroid gland disorders, which is covered here. This is an ideal guide for interventional radiologists caring for patients with endocrine disorders, as well as endocrinologists, endocrine surgeons, surgical oncologists, otolaryngologists, neurosurgeons, gynecologists, and nephrologists.
Imaging of the adrenal gland has made tremendous progress in the last decade as new technologies continue to evolve. Adrenal Imaging highlights the pertinent clinical and pathological information that underpins the accurate interpretation and use of adrenal imaging. Written by a prestigious group of international contributors, individual chapters in Adrenal Imaging serve as a relevant and up-to-date reference of adrenal imaging findings, algorithms and techniques in CT, MR nuclear medicine, intervention and trauma. Summary sections at the end of each chapter illuminate key teaching points to enhance retention.
Traditionally, endocrinology textbooks have been either short notes or multi-author, multi-volume monster, all of which present clinical material last and often only briefly. Endocrinology is different and used real cases to lead readers into the text and then describes the biochemistry, physiology, and anatomy they need to understand the case. The
A multitude of new developments, not only in the rapidly advancing field of molecular genetics and steroid metabolism but in all traditional areas of pediatric endocrinology, have influenced the diagnostic approach in children and adolescents with endocrine disorders, thus warranting this 4th, revised and extended edition of 'Diagnostics of Endocrine Function in Children and Adolescents'. Several chapters have been revised completely and all have been thoroughly updated. In addition, new chapters dealing with the muscle-bone unit and bone metabolism have also been incorporated. The original format of the chapters, which are a combination of in-depth discussion of the diagnostic process, practical conclusions and expert advice based on extensive experience, was maintained. Easy-to-use tables and figures allow for quick reference. Flowcharts of possible diagnostic pathways lead to the most frequent diagnoses. Presenting a broad range of diagnostic approaches, test procedures, and normative data required for establishing diagnoses for a broad spectrum of endocrine disorders, this book is an indispensable reference tool not only for endocrinologists and pediatricians but also for professionals in other specialties seeking evidence-based, rapid diagnostic solutions as the basis of advice and therapy for their patients.
In medicine, endocrinology is perhaps the domain that encompasses the most molecular imaging using radioactive agents, also called radiopharmaceuticals. This is due to the diversity of molecular targets, including hormone synthesis pathways expressed uniquely by endocrine tumors and the growing knowledge in their pathophysiology and genetics. Those radiopharmaceuticals not only serve as diagnostic agents, but can also serve as a platform for characterizing endocrine disorders and treat patients and be used to monitor intracellular events that are induced by various therapies. Finally, they may be able to predict the aggressiveness and metastatic potential of endocrine tumors. This book provides comprehensive and up-to-date insights into the diagnostic, therapeutic, and future approaches of nuclear medicine to endocrine tumors in a new spirit of precision medicine. It will be of interest to practicing physicians, including nuclear medicine specialists, radiologists, endocrinologists, and oncologists, as well as fellows in training, students, and other health care professionals.
This textbook provides a comprehensive review of gynecological imaging in infancy, childhood, and adolescence. Experts from the disciplines of pediatric radiology, gynecology, surgery, and endocrinology have come together to produce a textbook that, while written primarily from the perspective of the radiologist, will be of value to all professionals involved in the management of these patients. The normal development of the female reproductive tract is described in detail through embryological development, normal childhood appearances, and puberty. Congenital abnormalities are addressed in chapters reviewing structural abnormalities of the reproductive tract and disorders of sex development. A symptoms-based approach is followed in chapters devoted to the assessment of the patient with gynecological pain and disorders of menstruation. Disorders of the breast and the imaging of patients with gynecological neoplasia are considered in dedicated chapters.
A practical clinically relevant introduction to diagnostic radiology Introduction to Basic Radiology is written to provide non-radiologists with the level of knowledge necessary to order correct radiological examinations, improve image interpretation, and enhance their interpretation of various radiological manifestations. The book focuses on the clinical scenarios most often encountered in daily practice and discusses practical imaging techniques and protocols used to address common problems. Relevant case scenarios are included to demonstrate how to reach a specific diagnosis. Introduction to Basic Radiology is divided into ten chapters. The first two chapters provide basic information on various diagnostic imaging techniques and control agents. Each of the following chapters discuss imaging of specific organ systems and begin with a description of the imaging modality of choice and illustrates the relevant features to help simplify the differential diagnosis. You will also find important chapters on pediatric radiology and women's imaging. Unlike other introductory texts on the subject, this book treats diagnosis from a practical point of view. Rather than discuss various diseases and classify them from the pathologic standpoint, Introduction to Basic Radiology utilizes cases from the emergency room and physician's offices and uses a practical approach to reach a diagnosis. The cases walk you through a radiology expert’s analysis of imaging patterns. These cases are presented progressively, with the expert's thinking process described in detail. The cases highlight clinical presentation, clinical suspicion, modality of choice, radiologic technique, and pertinent imaging features of common disease processes.