Based on the IOM's estimate of 44,000 deaths annually, medical errors rank as the eighth leading cause of death in the U.S. Clearly medical errors are an epidemic that needs to be contained. Despite these numbers, patient safety and medical errors remain an issue for physicians and other clinicians. This book bridges the issues related to patient safety by providing clinically relevant, vignette-based description of the areas where most problems occur. Each vignette highlights a particular issue such as communication, human facturs, E.H.R., etc. and provides tools and strategies for improving quality in these areas and creating a safer environment for patients.

Based on the IOM's estimate of 44,000 deaths annually, medical errors rank as the eighth leading cause of death in the U.S. Clearly medical errors are an epidemic that needs to be contained. Despite these numbers, patient safety and medical errors remain an issue for physicians and other clinicians. This book bridges the issues related to patient safety by providing clinically relevant, vignette-based description of the areas where most problems occur. Each vignette highlights a particular issue such as communication, human facturs, E.H.R., etc. and provides tools and strategies for improving quality in these areas and creating a safer environment for patients.

This concise book is about using clinical stories to learn how to practice neurology. Each chapter represents a neurological case from different sub-specialty of neurology; authors illustrate how clinical neurology storytelling remains heavily tied to a detailed understanding of neuroanatomy, then consideration of a differential diagnosis for neuroanatomic localization before determining an etiologic a differential diagnosis. The neuroanatomic localization can be focal (one spot or region), multifocal (two or more physically discrete separate regions), or diffuse (widely dispersed across a broad but selected part of neuroanatomy). These stories capture the hypothesis testing point of view by offering different diagnostic possibilities based on presenting history alone, and then the storyteller revises those possibilities after testing them further with physical exam findings and later with test data. At each point, the exercise is to understand what the possibilities are based only on the information available at that point of the hypothesis testing and data collection processes. This interesting read for the upcoming residents and medical student educates on presenting complex neurological case in an explicit way.

This book focuses on the basics of teleneurology and provides an outline of curriculum and practice with the help of clinical vignettes. It fills the gap for a text that reflects the rapidly evolving nature of the teleneurology field, with specific attention paid to examining how this can be extended to patient treatment. Recent COVID-19 pandemic rapidly revolutionized telemedicine technology and reformed the practice of medicine; this book will serve as an easy guide to physicians all over the world to adapt to changing needs of the health care system. Concise and comprehensive, this 12 chapter book covers a variety of neurological disorders and highlights specific aspects of teleneurology practice, including medicolegal issues, licensure, standard of care, ethical issues, and future trends. Designed to be a resource for students and residents, as well as medical school faculty and practicing clinicians, Learning Teleneurology Basics will prepare the reader to deliver care remotely.