Inherited Neurological Disorders. Diagnosis and Case Study

Description

• The first book in this field
• Presents 40 cases of inherited neurological disorders with genetic diagnosis or pathological confirming
• Provides systemic review about the specific diseases
• Benefits from both fundamental researches and diagnosis methods

This book provides up-to-date information on various inherited neurological disorders, presenting 40 cases of inherited neurological disorders with genetic diagnosis and/or pathological confirming. These disorders include cerebellar ataxia (SCA1, SCA2, SCA3, etc.), epileptic attacks related disorders (MELAS, MERRF, TSC, etc.), motor neuron related disorders (ALS, HSP, CMT, etc.), movement disorders (PD, PKD, DRD, etc.), ion channel diseases (hypokalemic periodic paralysis, normal potassium periodic paralysis), muscle diseases (DMD, FSHD, LSM, etc.), and dementia and psychiatric disorders (HD, CADASIL, CARASIL, etc.).

With the format of case study, one type of diseases is discussed on each chapter, basically consisted of 5 sections. Section 1 focuses on the detailed clinical features, physical examination and hematological examination, while Section 2 addresses questions regarding diagnosis and differential diagnosis. Additional information such as imaging material and genetic/pathological results are provided in Section 3, followed by the final diagnosis in Section 4. Section 5 presents a systemic review for each specific disease. The book will benefit cliniciansespecially neurologists, medical students, researchers and healthcare professionals facing difficult cases, particularly those involving fundamental research and diagnostic methods.

Zhi-Ying Wu is a chief physician, professor and tutor of Ph.D. at the Department of Neurology and the Director of the Research Center of Neurology, Second Affiliated Hospital, Zhejiang University School of Medicine, Hanzhou, China. Her research focus is on screening for causative genes, analyzing genotype-phenotype correlations, and understanding molecular pathogenesis of neurological disorders.