Movement Disorders
Handbook of Clinical Neurophysiology, Vol 1 Volume 1
Herausgeber: Hallett, Mark
Movement Disorders
Handbook of Clinical Neurophysiology, Vol 1 Volume 1
Herausgeber: Hallett, Mark
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The book is the first comprehensive description of the clinical neurophysiology of movement disorders. While movement disorders is a rapidly growing field, and clinical neurophysiology can be helpful, only single articles or selective or brief reviews have so far appeared. The book, as all books in the handbook series, is arranged with a set of detailed chapters on technique and a separate set of chapters on disorders. An international team of authors has been selected to provide the most expert descriptions
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The book is the first comprehensive description of the clinical neurophysiology of movement disorders. While movement disorders is a rapidly growing field, and clinical neurophysiology can be helpful, only single articles or selective or brief reviews have so far appeared. The book, as all books in the handbook series, is arranged with a set of detailed chapters on technique and a separate set of chapters on disorders. An international team of authors has been selected to provide the most expert descriptions
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Elsevier Health Sciences
- Seitenzahl: 758
- Erscheinungstermin: 1. Dezember 2003
- Englisch
- Abmessung: 260mm x 197mm x 32mm
- Gewicht: 2400g
- ISBN-13: 9780444507259
- ISBN-10: 0444507256
- Artikelnr.: 22827062
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- gpsr@libri.de
- Verlag: Elsevier Health Sciences
- Seitenzahl: 758
- Erscheinungstermin: 1. Dezember 2003
- Englisch
- Abmessung: 260mm x 197mm x 32mm
- Gewicht: 2400g
- ISBN-13: 9780444507259
- ISBN-10: 0444507256
- Artikelnr.: 22827062
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- gpsr@libri.de
Section I. Overview.
1. Movement disorders: overview (M. Hallett).
Section II. Techniques.
2. Electromyography (M. Hallett). 3. EEG (MEG)/EMG correlation (H.
Shibasaki, T. Nagamine). 4. Electrocorticography in motor control and
movement disorders (A. Ikeda). 5. Somatosensory evoked responses (F.
Mauguière). 6. Coherence, cortico-cortical (C. Gerloff, C. Braun, M.
Hallett). 7. Coherence, cortico-muscular (T. Mima, M. Hallett, H.
Shibasaki). 8. Transcranial magnetic stimulation (U. Ziemann). 9. Movement
disorders surgery: microelectrode recording from deep brain nuclei (W.D.
Hutchison, J.O. Dostrovsky, A.M. Lozano). 10. Polysomnography and related
procedures (S. Chokroverty). 11. Microneurography and motor disorders (D.
Burke, S.C. Gandevia, V.G. Macefield). 12. Imaging (S.T. Grafton). 13.
Accelerometry (R.J. Elble). 14. Kinesiology (C. Dohle, H.-J. Freund). 15.
Reaction time as an index of motor preparation/programming and speed of
response initiation (M. Jahanshahi). 16. Spinal reflexes (M.K. Floeter).
17. Cranial nerve reflexes: anatomical pathways, recording techniques and
normative data (M. Aramideh, G. Cruccu, B.W. Ongerboer de Visser). 18.
Startle and prepulse effects (J. Valls Solé). 19. Long-latency reflexes
following stretch and nerve stimulation (G. Deuschl). 20. Posturography
(B.R. Bloem, J.E. Visser, J.H.J. Allum). 21. Gait analysis (K.R. Kaufman).
Section III. Diseases and Treatments.
22. Physiologic and enhanced physiologic tremor (R.J. Elble). 23. Essential
tremor and primary writing tremor (P.G. Bain). 24. Clinical neurophysiology
and pathophysiology of parkinsonian tremor (G. Deuschl, U. Fietzek et al.).
25. Uncommon tremors (C.H. Lücking, B. Hellwig). 26. Diseases and
treatments: Parkinson's disease (J.C. Rothwell). 27. Parkinson-plus
conditions (J. Valls Solé, F. Valldeoriola). 28. Dystonia (R. Kaji). 29.
Stiffness with continuous motor unit activity (P. Brown). 30. Hyperekplexia
(P. Brown). 31. Cerebellar ataxias (M.-U. Manto). 32. The clinical
neurophysiology of myoclonus (J.N. Caviness). 33. Tics (M. Hallett). 34.
Electrophysiological investigations in cranial hyperkinetic syndromes (M.
Aramideh, J. Valls Solé et al.). 35. Choreas, hemiballismus, dyskinesias,
athetosis (A. Berardelli, A. Currà). 36. Restless legs syndrome and
periodic limb movements (W. Hening). 37. Hemiparesis (P.M. Rossini, F.
Pauri). 38. Movement disorders: spasticity (R. Benecke). 39. Psychogenic
movement disorders (M. Hayes, P.D. Thompson). 40. Other gait disorders (L.
Sudarsky). 41. Focal injection therapy (J.-M. Gracies, D.M. Simpson). 42.
Deep brain stimulation in Parkinsons disease: technique and prospective,
facts and comments (A.L. Benabid, S. Chabardes et al.).
Section IV. Research Studies in Normal Subjects and Patients.
43. Research studies in normal subjects and patients: current and future
(J.C. Rothwell).
Section V. The Future.
44. Future clinical applications of clinical neurophysiology in movement
disorders (G. Deuschl, M. Hallett).
Subject Index.
1. Movement disorders: overview (M. Hallett).
Section II. Techniques.
2. Electromyography (M. Hallett). 3. EEG (MEG)/EMG correlation (H.
Shibasaki, T. Nagamine). 4. Electrocorticography in motor control and
movement disorders (A. Ikeda). 5. Somatosensory evoked responses (F.
Mauguière). 6. Coherence, cortico-cortical (C. Gerloff, C. Braun, M.
Hallett). 7. Coherence, cortico-muscular (T. Mima, M. Hallett, H.
Shibasaki). 8. Transcranial magnetic stimulation (U. Ziemann). 9. Movement
disorders surgery: microelectrode recording from deep brain nuclei (W.D.
Hutchison, J.O. Dostrovsky, A.M. Lozano). 10. Polysomnography and related
procedures (S. Chokroverty). 11. Microneurography and motor disorders (D.
Burke, S.C. Gandevia, V.G. Macefield). 12. Imaging (S.T. Grafton). 13.
Accelerometry (R.J. Elble). 14. Kinesiology (C. Dohle, H.-J. Freund). 15.
Reaction time as an index of motor preparation/programming and speed of
response initiation (M. Jahanshahi). 16. Spinal reflexes (M.K. Floeter).
17. Cranial nerve reflexes: anatomical pathways, recording techniques and
normative data (M. Aramideh, G. Cruccu, B.W. Ongerboer de Visser). 18.
Startle and prepulse effects (J. Valls Solé). 19. Long-latency reflexes
following stretch and nerve stimulation (G. Deuschl). 20. Posturography
(B.R. Bloem, J.E. Visser, J.H.J. Allum). 21. Gait analysis (K.R. Kaufman).
Section III. Diseases and Treatments.
22. Physiologic and enhanced physiologic tremor (R.J. Elble). 23. Essential
tremor and primary writing tremor (P.G. Bain). 24. Clinical neurophysiology
and pathophysiology of parkinsonian tremor (G. Deuschl, U. Fietzek et al.).
25. Uncommon tremors (C.H. Lücking, B. Hellwig). 26. Diseases and
treatments: Parkinson's disease (J.C. Rothwell). 27. Parkinson-plus
conditions (J. Valls Solé, F. Valldeoriola). 28. Dystonia (R. Kaji). 29.
Stiffness with continuous motor unit activity (P. Brown). 30. Hyperekplexia
(P. Brown). 31. Cerebellar ataxias (M.-U. Manto). 32. The clinical
neurophysiology of myoclonus (J.N. Caviness). 33. Tics (M. Hallett). 34.
Electrophysiological investigations in cranial hyperkinetic syndromes (M.
Aramideh, J. Valls Solé et al.). 35. Choreas, hemiballismus, dyskinesias,
athetosis (A. Berardelli, A. Currà). 36. Restless legs syndrome and
periodic limb movements (W. Hening). 37. Hemiparesis (P.M. Rossini, F.
Pauri). 38. Movement disorders: spasticity (R. Benecke). 39. Psychogenic
movement disorders (M. Hayes, P.D. Thompson). 40. Other gait disorders (L.
Sudarsky). 41. Focal injection therapy (J.-M. Gracies, D.M. Simpson). 42.
Deep brain stimulation in Parkinsons disease: technique and prospective,
facts and comments (A.L. Benabid, S. Chabardes et al.).
Section IV. Research Studies in Normal Subjects and Patients.
43. Research studies in normal subjects and patients: current and future
(J.C. Rothwell).
Section V. The Future.
44. Future clinical applications of clinical neurophysiology in movement
disorders (G. Deuschl, M. Hallett).
Subject Index.
Section I. Overview.
1. Movement disorders: overview (M. Hallett).
Section II. Techniques.
2. Electromyography (M. Hallett). 3. EEG (MEG)/EMG correlation (H.
Shibasaki, T. Nagamine). 4. Electrocorticography in motor control and
movement disorders (A. Ikeda). 5. Somatosensory evoked responses (F.
Mauguière). 6. Coherence, cortico-cortical (C. Gerloff, C. Braun, M.
Hallett). 7. Coherence, cortico-muscular (T. Mima, M. Hallett, H.
Shibasaki). 8. Transcranial magnetic stimulation (U. Ziemann). 9. Movement
disorders surgery: microelectrode recording from deep brain nuclei (W.D.
Hutchison, J.O. Dostrovsky, A.M. Lozano). 10. Polysomnography and related
procedures (S. Chokroverty). 11. Microneurography and motor disorders (D.
Burke, S.C. Gandevia, V.G. Macefield). 12. Imaging (S.T. Grafton). 13.
Accelerometry (R.J. Elble). 14. Kinesiology (C. Dohle, H.-J. Freund). 15.
Reaction time as an index of motor preparation/programming and speed of
response initiation (M. Jahanshahi). 16. Spinal reflexes (M.K. Floeter).
17. Cranial nerve reflexes: anatomical pathways, recording techniques and
normative data (M. Aramideh, G. Cruccu, B.W. Ongerboer de Visser). 18.
Startle and prepulse effects (J. Valls Solé). 19. Long-latency reflexes
following stretch and nerve stimulation (G. Deuschl). 20. Posturography
(B.R. Bloem, J.E. Visser, J.H.J. Allum). 21. Gait analysis (K.R. Kaufman).
Section III. Diseases and Treatments.
22. Physiologic and enhanced physiologic tremor (R.J. Elble). 23. Essential
tremor and primary writing tremor (P.G. Bain). 24. Clinical neurophysiology
and pathophysiology of parkinsonian tremor (G. Deuschl, U. Fietzek et al.).
25. Uncommon tremors (C.H. Lücking, B. Hellwig). 26. Diseases and
treatments: Parkinson's disease (J.C. Rothwell). 27. Parkinson-plus
conditions (J. Valls Solé, F. Valldeoriola). 28. Dystonia (R. Kaji). 29.
Stiffness with continuous motor unit activity (P. Brown). 30. Hyperekplexia
(P. Brown). 31. Cerebellar ataxias (M.-U. Manto). 32. The clinical
neurophysiology of myoclonus (J.N. Caviness). 33. Tics (M. Hallett). 34.
Electrophysiological investigations in cranial hyperkinetic syndromes (M.
Aramideh, J. Valls Solé et al.). 35. Choreas, hemiballismus, dyskinesias,
athetosis (A. Berardelli, A. Currà). 36. Restless legs syndrome and
periodic limb movements (W. Hening). 37. Hemiparesis (P.M. Rossini, F.
Pauri). 38. Movement disorders: spasticity (R. Benecke). 39. Psychogenic
movement disorders (M. Hayes, P.D. Thompson). 40. Other gait disorders (L.
Sudarsky). 41. Focal injection therapy (J.-M. Gracies, D.M. Simpson). 42.
Deep brain stimulation in Parkinsons disease: technique and prospective,
facts and comments (A.L. Benabid, S. Chabardes et al.).
Section IV. Research Studies in Normal Subjects and Patients.
43. Research studies in normal subjects and patients: current and future
(J.C. Rothwell).
Section V. The Future.
44. Future clinical applications of clinical neurophysiology in movement
disorders (G. Deuschl, M. Hallett).
Subject Index.
1. Movement disorders: overview (M. Hallett).
Section II. Techniques.
2. Electromyography (M. Hallett). 3. EEG (MEG)/EMG correlation (H.
Shibasaki, T. Nagamine). 4. Electrocorticography in motor control and
movement disorders (A. Ikeda). 5. Somatosensory evoked responses (F.
Mauguière). 6. Coherence, cortico-cortical (C. Gerloff, C. Braun, M.
Hallett). 7. Coherence, cortico-muscular (T. Mima, M. Hallett, H.
Shibasaki). 8. Transcranial magnetic stimulation (U. Ziemann). 9. Movement
disorders surgery: microelectrode recording from deep brain nuclei (W.D.
Hutchison, J.O. Dostrovsky, A.M. Lozano). 10. Polysomnography and related
procedures (S. Chokroverty). 11. Microneurography and motor disorders (D.
Burke, S.C. Gandevia, V.G. Macefield). 12. Imaging (S.T. Grafton). 13.
Accelerometry (R.J. Elble). 14. Kinesiology (C. Dohle, H.-J. Freund). 15.
Reaction time as an index of motor preparation/programming and speed of
response initiation (M. Jahanshahi). 16. Spinal reflexes (M.K. Floeter).
17. Cranial nerve reflexes: anatomical pathways, recording techniques and
normative data (M. Aramideh, G. Cruccu, B.W. Ongerboer de Visser). 18.
Startle and prepulse effects (J. Valls Solé). 19. Long-latency reflexes
following stretch and nerve stimulation (G. Deuschl). 20. Posturography
(B.R. Bloem, J.E. Visser, J.H.J. Allum). 21. Gait analysis (K.R. Kaufman).
Section III. Diseases and Treatments.
22. Physiologic and enhanced physiologic tremor (R.J. Elble). 23. Essential
tremor and primary writing tremor (P.G. Bain). 24. Clinical neurophysiology
and pathophysiology of parkinsonian tremor (G. Deuschl, U. Fietzek et al.).
25. Uncommon tremors (C.H. Lücking, B. Hellwig). 26. Diseases and
treatments: Parkinson's disease (J.C. Rothwell). 27. Parkinson-plus
conditions (J. Valls Solé, F. Valldeoriola). 28. Dystonia (R. Kaji). 29.
Stiffness with continuous motor unit activity (P. Brown). 30. Hyperekplexia
(P. Brown). 31. Cerebellar ataxias (M.-U. Manto). 32. The clinical
neurophysiology of myoclonus (J.N. Caviness). 33. Tics (M. Hallett). 34.
Electrophysiological investigations in cranial hyperkinetic syndromes (M.
Aramideh, J. Valls Solé et al.). 35. Choreas, hemiballismus, dyskinesias,
athetosis (A. Berardelli, A. Currà). 36. Restless legs syndrome and
periodic limb movements (W. Hening). 37. Hemiparesis (P.M. Rossini, F.
Pauri). 38. Movement disorders: spasticity (R. Benecke). 39. Psychogenic
movement disorders (M. Hayes, P.D. Thompson). 40. Other gait disorders (L.
Sudarsky). 41. Focal injection therapy (J.-M. Gracies, D.M. Simpson). 42.
Deep brain stimulation in Parkinsons disease: technique and prospective,
facts and comments (A.L. Benabid, S. Chabardes et al.).
Section IV. Research Studies in Normal Subjects and Patients.
43. Research studies in normal subjects and patients: current and future
(J.C. Rothwell).
Section V. The Future.
44. Future clinical applications of clinical neurophysiology in movement
disorders (G. Deuschl, M. Hallett).
Subject Index.