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Non-Parkinsonian Movement Disorders [Minkštas viršelis]

Edited by (Department of Neurological Sciences, Rush University Medical Center, Chicago, USA), Edited by (Department of Neurological Sciences, Rush University Medical Center, Chicago, USA)
  • Formatas: Paperback / softback, 224 pages, aukštis x plotis x storis: 244x170x11 mm, weight: 358 g
  • Serija: NIP- Neurology in Practice
  • Išleidimo metai: 17-Feb-2017
  • Leidėjas: Wiley-Blackwell
  • ISBN-10: 1118473922
  • ISBN-13: 9781118473924
Kitos knygos pagal šią temą:
  • Formatas: Paperback / softback, 224 pages, aukštis x plotis x storis: 244x170x11 mm, weight: 358 g
  • Serija: NIP- Neurology in Practice
  • Išleidimo metai: 17-Feb-2017
  • Leidėjas: Wiley-Blackwell
  • ISBN-10: 1118473922
  • ISBN-13: 9781118473924
Kitos knygos pagal šią temą:
Describing and differentiating the different tics, jerks, spams and tremors that present as movement disorders is frequently less than straightforward. Formulating a differential diagnosis to account for these movements, and to develop a treatment plan, is a further challenge.

Non-Parkinsonian Movement Disorders provides the toolkit you need to effectively identify the movement disorders your patients suffer. Starting from the various movement phenomena patients present with, and using clinically proven approaches, a cast of medical experts in this field provide a practical guide to diagnosis and management.

The chapters are gathered into four parts. The first contains a short chapter on non-parkinsonian hypokinetic movement disorders (parkinsonian disorders are covered in another volume in the Neurology in Practice Series), and the second focuses on hyperkinetic disorders. Part three covers various syndromes that do not fit into the other categories or that overlap between categories, and part four concludes with broader chapters on genetics, neuroimaging, rating scales, and videotaping suggestions to serve the clinician as handy resources.

Each chapter presents practical descriptions of phenomenology, and key clinical information from the history and neurological examination that guide the physician to the correct diagnosis, and treatment options

Throughout the book Science Revisited highlights remind clinicians of the scientific anchors related to each disorder, and Evidence at a Glance boxes summarize clinical trial evidence-based review information

Numerous video clips in every chapter demonstrate different movement disorders to aid diagnosis

Unique learning tools, Tips and Tricks and Caution warning boxes, give useful hints on improving outcomes and preventing errors.

Deborah A. Hall, MD, PhD, Department of Neurological Sciences, Section of Movement Disorders at Rush University Medical Center, Chicago. Dr Hall was awarded her MD at Indiana University and completed her internship, neurology residency and movement disorders fellowship at University of Colorado. She is the recipient of an NIH K23 career development award to investigate the prevalence of FMR1 repeat expansions in various movement disorders. Her research interests are in Fragile X tremor ataxia syndrome and in clinical aspects of movement disorders. .

Brandon R. Barton, MD, MS, Department of Neurological Sciences, Rush University Medical Center; Neurology Section, Jesse Brown VA Medical Center, Chicago. Dr Barton splits his time between the Movement Disorders section at Rush University Medical Center and the Jesse Brown VA. Dr. Barton's research interests are in clinical trials in movement disorders, movement disorders in US Veterans, and in cognitive behavioral changes in Parkinson disease, particularly impulse control disorders.

Describing and differentiating the different tics, jerks, spams and tremors that present as movement disorders is frequently less than straightforward. Formulating a differential diagnosis to account for these movements, and to develop a treatment plan, is a further challenge.

Non-Parkinsonian Movement Disorders provides the toolkit you need to effectively identify the movement disorders your patients suffer. Starting from the various movement phenomena patients present with, and using clinically proven approaches, a cast of medical experts in this field provide a practical guide to diagnosis and management.

The chapters are gathered into four parts. The first contains a short chapter on non-parkinsonian hypokinetic movement disorders (parkinsonian disorders are covered in another volume in the Neurology in Practice Series), and the second focuses on hyperkinetic disorders. Part three covers various syndromes that do not fit into the other categories or that overlap between categories, and part four concludes with broader chapters on genetics, neuroimaging, rating scales, and videotaping suggestions to serve the clinician as handy resources.

A clinical ‘in the office’ or ‘at the bedside’ guide to effective patient care for neurologists in practice and in training 
  • Each presentation includes practical descriptions of phenomenology, and key clinical information from the history and neurological examination that guide the physician to the correct diagnosis, and treatment options
  • Throughout the book Science Revisited highlights remind clinicians of the scientific anchors related to each  disorder, and Evidence at a Glance boxes summarise clinical trial evidence-based review information 
  • Numerous video clips in every chapter demonstrate different movement disorders to aid diagnosis 
  • Unique learning tools, Tips and Tricks and Caution Warning boxes, give useful hints on improving outcomes and preventing errors 
List of Contributors vii
Series Foreword ix
Foreword x
About the Companion Website xi
1 Approach to Movement Disorders
Deborah A. Hall
Brandon R. Barton
Part 1: Hypokinetic
2 Hypokinetic (Non-Parkinsonian) Movement Disorders
7(10)
Shyamal H. Mehta
Alberto J. Espay
Part 2: Hyperkinetic
3 Common Types of Tremor
17(9)
Jeff Kraakevik
Bernadette Schoneburg
4 Myoclonus
26(9)
Daniel Burdick
Pinky Agarwal
5 Tics and Tourette Syndrome
35(8)
David Shprecher
6 Chorea, Athetosis, and Ballism
43(14)
Rohit Dhall
7 Dystonia
57(11)
Lauren Schrock
Tao Xie
Brandon R. Barton
8 Ataxia
68(11)
Samantha Holden
Deborah A. Hall
9 Restless Leg Syndrome
79(10)
Olga Klepitskaya
10 Hemifacial Spasm and Other Facial Movement Disorders
89(10)
Tao Xie
Ifeoma Nwaneri
Un Jung Kang
11 Periodic Limb Movements of Sleep and REM Sleep Behavior Disorder
99(7)
Aleksandar Videnovic
12 Stereotypies
106(8)
Michael Rotstein
13 Paroxysmal Movement Disorders
114(7)
Christina L. Vaughan
14 Uncommon Movement Disorders and Movement Disorder Mimics
121(12)
Nina Browner
Part 3: Other Disease Syndromes
15 Tardive Syndromes
133(6)
Stephanie Lessig
16 Heavy Metal Accumulation Diseases
139(11)
Khashayar Dashtipour
Janice Fuentes
17 ICU Intensive Care Unit Movement Disorder Emergencies
150(11)
Florence C.F. Chang
Steven J. Frucht
18 Functional or Psychogenic Movement Disorders
161(10)
S. Elizabeth Zauber
Part 4: Additional Resources
19 Genetics of Movement Disorders
171(4)
Deborah A. Hall
20 Neuroimaging Finding in Movement Disorders
175(10)
Kathleen L. Poston
21 Clinical Rating Scales in Movement Disorders
185(5)
Padmaja Vittal
Brandon R. Barton
22 Videotaping Suggestions for Movement Disorders
190(5)
Gian Pal
Deborah A. Hall
Index 195
Deborah Hall, MD, PhD Department of Neurological Sciences, Section of Movement Disorders at Rush University Medical Center, Chicago

Dr Hall was awarded her MD at Indiana University and completed her internship, neurology residency and movement disorders fellowship at University of Colorado. She is the recipient of an NIH K23 career development award to investigate the prevalence of FMR1 repeat expansions in various movement disorders. Her research interests are in Fragile X tremor ataxia syndrome and in clinical aspects of movement disorders.

Brandon Barton, MD Department of Neurological sciences, Rush University Medical Center, Chicago

Dr Barton splits his time between the Movement Disorders section at Rush University Medical Center and the Veterans Administration. Barton's research interests are in clinical trials in movement disorders, and in behavioral changes in Parkinson disease, particularly impulse control disorders.