Christopher H. Hawkes – författare

First published in 2016, Instant Neurological Diagnosis quickly became a must-have for the practicing neurologist looking to acquire the expertise to make rapid diagnoses. This best-selling guide became an indispensable source of diagnostic clues, starting from a patient's appearance all the way down to a directed clinical examination. In this completely revised and updated resource, the authors continue to provide a one-of-a-kind work that illustrates unique neurologic cases with their specific signs and clues, without revealing the actual diagnosis. With the aid of Handles and Flags, the reader is guided toward the correct conclusion.These powerful diagnostic short cuts - identified as "Handles" and "Flags" - must be used with caution. Armed with the potential to save you hours of valuable time, they may even demonstrate your superior clinical acumen above colleagues. Some might permit a rapid diagnosis, while others warn a clinician to reconsider and think of an alternative solution.

Experienced neurologists work fast. They take a brief history, perform a short examination (if that), and make an accurate diagnosis. Traditionally such skill stems from experience but diagnostic expertise can be taught. This approach is the core philosophy of Instant Neurological Diagnosis.First published in 2016, Instant Neurological Diagnosis quickly became a must-have for the practicing neurologist looking to acquire the expertise to make rapid diagnoses. This best-selling guide became an indispensable source of diagnostic clues, starting from a patient's appearance all the way down to a directed clinical examination. In this completely revised and updated resource, the authors continue to provide a one-of-a-kind work that illustrates unique neurologic cases with their specific signs and clues, without revealing the actual diagnosis. Reinforced with over 200 videos, every trade secret ('Handle') the authors know is listed in the relevant chapters along with warning messages termed 'Red Flags'. With the aid of these powerful diagnostic shortcuts, the reader is guided rapidly toward the correct conclusion.

Loss of the sense of smell or taste is often a sign of neurological disease. Evaluating chemosensation (the senses of smell and taste) during neurological examination can help early detection of neurodegenerative conditions such as Parkinson's and Alzheimer's disease. The importance of such testing is now receiving increasingly high profile in the medical curriculum. In this book, olfactory conditions are completely updated and the sense of taste is now included in similar detail. It is written by experts in the field, covering anatomy and physiology of human olfaction and taste, how they can be measured and their relevance to a wide range of major disorders such as diabetes, kidney disease, Alzheimer's and Parkinson's disease. The 'Olfactory Vector Hypothesis' that suggests a neuropathogen may enter the nose en route to the brain is evaluated in detail. This introduction to smell and taste disorders is an essential guide for neurologists, neurosurgeons, otolaryngologists, medical trainees, and chemosensory scientists.

Testing the sense of smell is often omitted or trivialized during neurological examination. This comprehensive review will address this shortcoming by emphasizing the significance of this important sensory modality. The Neurology of Olfaction describes the anatomy and physiology of human olfaction and how it may be measured. The book covers neurologic disorders in depth and a comprehensive chapter is devoted to neurodegenerative disorders, particularly Alzheimer's disease and Parkinson's disease, where loss of smell is frequent and may be an early preclinical feature that could predict the onset of disease in asymptomatic subjects. Finally, the authors describe methods of treatment for anosmia, evaluate its medicolegal importance, and give guidance for those unfortunate enough to have lost their sense of smell. Written by two experts in the field, this book provides information useful to physicians for assessing and managing chemosensory disorders and summarizes the current scientific knowledge of human olfaction.

Loss of the sense of smell or taste is often a sign of neurological disease. Evaluating chemosensation (the senses of smell and taste) during neurological examination can help early detection of neurodegenerative conditions such as Parkinson''s and Alzheimer''s disease. The importance of such testing is now receiving increasingly high profile in the medical curriculum. In this book, olfactory conditions are completely updated and the sense of taste is now included in similar detail. It is written by experts in the field, covering anatomy and physiology of human olfaction and taste, how they can be measured and their relevance to a wide range of major disorders such as diabetes, kidney disease, Alzheimer''s and Parkinson''s disease. The ''Olfactory Vector Hypothesis'' that suggests a neuropathogen may enter the nose en route to the brain is evaluated in detail. This introduction to smell and taste disorders is an essential guide for neurologists, neurosurgeons, otolaryngologists, medical trainees, and chemosensory scientists.