Oxford University Press Inc

Cerebral Cortex is a comprehensive and detailed work covering the dual nature of the organization of the architecture and connections of the cerebral cortex. After establishing the evolutionary approach of the cerebral cortex's origin, the authors have systematically analyzed, in detail, the common principle underlying the structure and connections of sensory and motor systems. This important book describes the frontal, limbic, and multimodal association areas, as well as the long fiber pathways in a similar manner. The anatomical investigations have been complimented with current clinical and experimental observations, as well as neuroimaging studies. This unique approach, exploring the underlying principle of the architecture and connections of the cerebral cortex, has previously never been undertaken. In the concluding chapter of the book, the authors have provided the usefulness of such an approach for future investigations. Cerebral Cortex provides extensive illustrations, along with historical references to each sensory, motor and association systems.

Pediatric Anesthesiology: A Comprehensive Board Review is a high-yield, streamlined study aid. It contains more than 800, realistic, multiple-choice questions tailored to the keywords in the outline of the Pediatric Anesthesiology Certification Examination published by the American Board of Anesthesiology (ABA). To maximize reading efficiency, annotated answers are followed by bulleted key facts and key references. With this book as guide, readers will be able to efficiently prepare for the written primary certification pediatric anesthesiology board exam.

Pain Medicine approaches the management of common chronic pain conditions using a unique interdisciplinary approach focusing on multiple facets of patients' clinical presentations. The comprehensive discussions in each chapter are centered on a vignette that mimics a fairly typical case presentation. In addition to detailed classical descriptions of the epidemiology, pathophysiology, prognosis, and confounding psychosocial factors of each disease entity, the text provides various interdisciplinary management approaches. The case-based approach illustrates key clinical points and demonstrates how practitioners from a variety of disciplines can work together to deliver optimal patient care. The ACGME criteria for fellowship training in Pain Medicine calls for an interdisciplinary approach, with required training and exposure to the fields of Anesthesiology, Neurology, Psychiatry, and Physical Medicine & Rehabilitation. As this trend is occurring in private pain clinics and practices as well as in academic institutions, there is a need for a volume which integrates the approaches of the various disciplines into a coherent whole to guide clinicians and trainees in the interdisciplinary management of pain. With each chapter authored by respected experts in the key specialties involved with pain management, Pain Medicine is a highly applicable clinical reference for practitioners, an excellent anchor text for fellows and residents in training, and a thorough review for initial board certification as well as maintenance of certification exams.

Brain Imaging: A Guide for Clinicians is designed to provide a foundation of information necessary for those wishing to integrate brain imaging into their practice, or to those who currently review brain scans but have minimal formal training in neuroimaging. The guide covers a range of topics important to those using brain imaging, such as the strengths and weaknesses of the many different techniques currently available, the factors that may influence the use of imaging data, common pitfalls or artifacts that may be misleading to the clinician, the most appropriate techniques to use given a specific clinical question or condition, how to interpret information presented on a brain image, and also how many pathological conditions appear on a variety of brain scanning techniques or sequences. This guide also provides detailed information regarding the identification of primary brain regions, anatomical structures, systems or pathways using both two-dimensional and three-dimensional imaging techniques. A brain atlas is included using both CT and MRI sequences to facilitate the reader's ability to identify most primary brain structures. A novel color-coded system is used throughout this guide to assist the reader in identifying slice locations and orientations. Images with green borders are displayed in the axial plane, with the slice location being shown on other orthogonal image planes by a green line. Similarly, images with a red border are displayed in the coronal plane and those with a blue border are displayed using a sagittal plane; red and blue reference lines are displayed on orthogonal slices to identify the slice location. The crosshairs formed by the color-coded reference lines optimize the reader's ability to identify primary anatomical structures or pathological markers and processes. Chapters in this book progress from a general description of the clinical use of brain images and the interpretation of scans, to more complex material involving neuroanatomy and imaging technology. Real-life examples of clinical cases are integrated into all chapters of this guide. Brain Imaging: A Guide for Clinicians features hundreds of images derived from traumatic and non-traumatic pathologies to provide the reader with examples of conditions most often seen in the clinic. PEARL-PERIL sections outline critical information for the clinician, along with many tables and charts designed to provide general information required when interpreting brain images.

In contrast to most anatomic radiographic imaging techniques, nuclear medicine permits real time, non-invasive imaging of human physiology and pathophysiology and also allows for exquisite targeting of disease with therapeutic radiology. To open this window to the processes of human disease, one must first understand the physical processes behind radioactive decay and emission, as well the principles of radiation detection. Practical Nuclear Medicine Physics provides residents and practitioners in nuclear medicine and radiology a readable explanation of the physics concepts underpinning nuclear imaging and how they impact the utilization and interpretation of those images. Following a brief introductory section, the book provides numerous case examples, illustrating various imaging artifacts and pitfalls that can be recognized and remedied with a solid understanding of the physics behind the procedure. Understanding and applying the physics behind nuclear medicine is essential to maximizing not only diagnostic and therapeutic accuracy for providing optimal patient care, but "Practical Physics" is a required portion of radiology residency education and a designated area of the board exams.

Texts on inborn errors of metabolism (IEMs) have traditionally focused on classical biochemistry, clinical presentation, and standard treatment approaches. Inborn Errors of Metabolism is an expansion on this model, one that establishes an innovative pathway approach and provides a new authority on this family of disease. Alongside the standard cadre of molecular and clinical underpinnings, this volume includes coverage of newborn screenings and an overarching treatment of IEMs as complex diseases - how basic alterations can lead to complex secondary and tertiary effects in metabolism that contribute to increasingly recognized natural histories of disease.