Atlas Of Cardiac Innervation

This atlas elucidates the role of the neuronal component in normal cardiovascular function and cardiac disorders and discusses the currently available imaging targets and probes. It provides a foundation in cardiac neuronal imaging and image processing and serves as a guide in the effective utilization of these techniques in clinical and research settings. The atlas discusses the principles of autonomic control in the regulation of cardiac function and disease; chemistry and biology of radiotracers designed to target changes in the myocardial sympathetic and parasympathetic innervation as a function of disease or treatment; neuronal imaging in heart failure and reverse remodeling and the use of PET imaging in quantification of cardiac innervation; cardiac sympathetic innervation in ventricular arrhythmias and device therapy; conditions that affect the autonomic nervous system; and the role of myocardial blood flow and cardiac neuronal imaging in denervation and reinnervation in cardiac transplant recipients. Featuring full-color illustrations, schematic diagrams, and diagnostic algorithms, Atlas of Cardiac Innervation is a valuable resource for cardiologists, radiologists, nuclear medicine physicians, and electrophysiologists.

Atlas of Cardiac Anatomy represents a new standard for the study of the human heart. Drs. Shumpei Mori and Kalyanam Shivkumar have created a visually stunning presentation of more than 200 full-color photographs of the human heart and its adjacent structures. Atlas of Cardiac Anatomy includes unpublished and restored iconic photographs from the Wallace A. McAlpine Collection at UCLA and new images from the UCLA Cardiac Arrhythmia Center based on the methods and photographic techniques for the study of cardiac anatomy pioneered by Dr. McAlpine. This first volume serves as a core foundational study of cardiac anatomy and provides a basis for planned atlases edited by Dr. Shivkumar in the series, Anatomical Basis of Cardiac Interventions. Electrophysiology, structural heart disease, imaging, and cardiac surgery are the focus of future atlases. The authors’ goals are to offer an exceptionally comprehensive resource on cardiac anatomy. It aims to inspire new solutions and provide additional perspectives for skilled interventional and surgical operators. More broadly, it is likely to be useful for anyone caring for patients with cardiac disease. Includes access to 25 anaglyphs (3D images). 3D glasses required for viewing and are not included.* The authors are at the UCLA Cardiac Arrhythmia Center, Los Angeles, California. Foreword by Francis E. Marchlinski, MD, and William G. Stevenson, MD. * Open access edition available from Cardiotext Publishing.

​This heart anatomy book describes the cardiac development and cardiac anatomy in the development of the adult heart, and is illustrated by numerous images and examples. It contains 550 images of dissected embryo and adult hearts, obtained through the dissection and photography of 235 hearts. It has been designed to allow the rapid understanding of the key concepts and that everything should be clearly and graphically explained in one book. This is an atlas of cardiac development and anatomy of the human heart which distinguishes itself with the use of 550 images of embryonic, fetal and adult hearts and using text that is logical and concise. All the mentioned anatomical structures are shown with the use of suggestive dissection images to emphasize the details and the overall location. All the images have detailed comments, while clinical implications are suggested. The dissections of different hearts exemplify the variability of the cardiac structures. The electron and optical microscopy images are sharp and provide great fidelity. The arterial molds obtained using methyl methacrylate are illustrative and the pictures use suggestive angles. The dissections were made on human normal and pathological hearts of different ages, increasing the clinical utility of the material contained within.​

The fifth edition of this book presents clinical data, image acquisition, and interpretation of nuclear cardiology procedures through high quality illustrative image examples. It includes up-to-date and comprehensive coverage of advances in instrumentation, radiotracers, protocols, and clinical studies. New content includes indications in imaging cardiac sarcoidosis, amyloidosis, and device infections as well as recent advances in instrumentation (Hybrid PET/MR). It also provides fresh chapters on the history of nuclear cardiology imaging, radionuclide handling techniques and radiation safety, PET-based myocardial perfusion imaging, and vascular imaging. The entire field is presented in pictographic form that is visually pleasing and conforming to current trends of medical education. The fifth edition of the Atlas of Nuclear Cardiology is an essential reference for cardiologists, radiologists, and nuclear medicine physicians interested in the latest approaches to noninvasive diagnostic cardiovascular nuclear imaging techniques. It also serves as a ready reference textbook for medical students and residents as well as nuclear physicists, nuclear medicine technologists, and radiopharmacists.

Invasive electromyography is a well-established diagnostic tool that has been used for decades by neurologists. Recently, new and alternative devices have increasingly become available that permit diagnosis without the use of needles. This developing area of science and the new tools have not, however, been sufficiently investigated in academic training. Consequently a gap exists between what science is making possible and the competence acquired during graduate studies. This handy volume has the aim of filling this gap by providing the information required by medical practitioners in rehabilitation, sports, and occupational health as well as by rehabilitation therapists, ergonomists, and sport coaches. The techniques that are presented and explained will help in monitoring and recording changes, evaluating the effectiveness of treatments and training, evaluating work stations, and preventing and documenting the evolution of occupational disorders of the neuromuscular system.

Featuring hundreds of illustrations, and clear organization according to anatomical system, this work integrates information from an array of medical disciplines into the discussions of the inner organs, including: cross-sectional anatomy as basis for working with modern imaging modalities; and a chapter devoted to pregnancy and human development.

This book focuses on the anatomy of the peripheral nervous system. Using the latest 3D-computer graphic modeling techniques, the author developed the innovative NEURO 3D LOCATORTM concept, which provides 3D in-vivo ultrasound images of peripheral nerve architectures, allowing readers to develop a mental real-time 3D GPS of the peripheral nervous system. This new edition is an extended version of the “Student edition” dedicated to Experts and is divided into three main parts: The first part describes fundamental concepts, from immunohistochemistry to limb innervation, and includes a detailed evaluation of the morphofunctional anatomy of the peripheral nerves. It also presents relevant data on neuromuscular transmission, from both classic and recent literature, to enable readers to gain an understanding the physiology and pathology of peripheral nerves as well as the prospects of repair. The second section addresses the upper limb, the brachial plexus and related peripheral nerves, while the third section focuses on the lower limb, the lumbosacral plexus and related peripheral nerves. By providing MRI sections related to the drawings and the descriptions of main nerve injuries, it facilitates radiological interpretation and clinical learning. The book also features detailed descriptions of surgical approaches and the ultrasound anatomy of the limbs, and includes supplementary material on applications to peripheral nerve stimulation, surgical procedures and interventional pain medicine techniques. Presenting high-quality 3D videos showing the progression of the ultrasound probe in real-time, synchronized with live ultrasound views and enhanced with anatomical computerized graphic layers, as well as over 500 outstanding full-color 2D and 3D illustrations, and access to than 100 practical videos, this unique book is a valuable resource for anesthesiologists, radiologists, orthopedic surgeons, neurosurgeons, neuromodulators, physiatrists, pain physicians and rheumatologists. It will also appeal to the medical community in general.

Clinically focused, consistently and clearly illustrated, and logically organized, Gray's Atlas of Anatomy, the companion resource to the popular Gray's Anatomy for Students, presents a vivid, visual depiction of anatomical structures. Stunning illustrations demonstrate the correlation of structures with clinical images and surface anatomy - essential for proper identification in the dissection lab and successful preparation for course exams. Build on your existing anatomy knowledge with structures presented from a superficial to deep orientation, representing a logical progression through the body. Identify the various anatomical structures of the body and better understand their relationships to each other with the visual guidance of nearly 1,000 exquisitely illustrated anatomical figures. Visualize the clinical correlation between anatomical structures and surface landmarks with surface anatomy photographs overlaid with anatomical drawings. Recognize anatomical structures as they present in practice through more than 270 clinical images - including laparoscopic, radiologic, surgical, ophthalmoscopic, otoscopic, and other clinical views - placed adjacent to anatomic artwork for side-by-side comparison. Gain a more complete understanding of the inguinal region in women through a brand-new, large-format illustration, as well as new imaging figures that reflect anatomy as viewed in the modern clinical setting. Evolve Instructor site with an image and video collection is available to instructors through their Elsevier sales rep or via request at https://evolve.elsevier.com.