"The book is a complete and practical guide to thinking and doing SEEG which will be a solid reference to practitioners around the world. It starts with a review of the main non-invasive pre-implantation investigations and how they inform the selection of patients and the implantation scheme. It proceeds to implantation techniques and issues specific to the different brain regions, including the complex question of temporal-plus epilepsies and investigation of regions that were practically impossible to reach with subdural electrodes such as the insula. The problem is then attacked according…mehr
"The book is a complete and practical guide to thinking and doing SEEG which will be a solid reference to practitioners around the world. It starts with a review of the main non-invasive pre-implantation investigations and how they inform the selection of patients and the implantation scheme. It proceeds to implantation techniques and issues specific to the different brain regions, including the complex question of temporal-plus epilepsies and investigation of regions that were practically impossible to reach with subdural electrodes such as the insula. The problem is then attacked according to the different types of epileptogenic lesions; as examples, the tuberous sclerosis complex and periventricular nodular heterotopia can only be investigated with SEEG. The critical importance given by the French and Italian epilepsy schools to the relation between a very carefully observed clinical symptomatology and functional anatomy is evident throughout this book"--Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Preface Foreword PART I: INTRODUCTION Chapter 1. The History and Principles of SEEG by Patrick Chauvel PART II: NONINVASIVE EVALUATION Chapter 2. Phase I Evaluation by Allyson A. Pickard and Christopher T. Skidmore Chapter 3. Advanced MRI Imaging by Elaine Kobayashi Chapter 4. Electromagnetic Source Imaging for SEEG Planning by Richard C. Burgess and Rafeed Alkawadri Chapter 5. Nuclear Imaging by David B. Burkholder, Elson L. So, Benjamin H. Brinkmann, and Lily C. Wong-Kisiel Chapter 6. Patient Selection for SEEG by Jessica W. Templer and Stephan U. Schuele PART III: TECHNICAL ASPECTS Chapter 7. Electrodes by Saurabh Sinha Chapter 8. Co-Registration of Multimodal Imaging by Thandar Aung, Irene Z. Wang, and Andreas V. Alexopoulos Chapter 9. Invasive Monitoring by Elizabeth Landre and Francine Chassoux PART IV: ELECTRODE PLACEMENT Chapter 10. The Epileptogenic Zone by Patrick Chauvel Chapter 11. Towards A Revised Conceptual Framework of Stereo-EEG Anatomo-Clinico-Electrical Correlations by Philippe Ryvlin Chapter 12. MRI-Negative Versus MRI-Positive Epilepsy in the Context of SEEG by Manuela Ochoa-Urrea, Stephen A. Thompson, and Samden Lhatoo PART V: PRACTICAL APPROACH Chapter 13. Temporal Lobe Epilepsy by Giridhar P. Kalamangalam and Sotiris Mitropanopoulos Chapter 14. Frontal Lobe Epilepsy by Francesca Bonini and Aileen McGonigal Chapter 15. Posterior Cortex Epilepsy by Fabio A. Nascimento, George Culler, Stephan Schuele, and Jay R. Gavvala Chapter 16. Temporal Plus Epilepsy by Carmen Barba and Matteo Lenge Chapter 17. Operculo-Insular Epilepsy by Raluca Pana and Dang Khao Nguyen Chapter 18. Tuberous Sclerosis Complex by Rohini K. Coorg and Jurriaan M. Peters Chapter 19. SEEG in Epilepsy Associated with Nodular Heterotopia by Hui Ming Khoo and François Dubeau PART VI: SURGICAL PLACEMENT Chapter 20. SEEG Electrode Placement Using a Stereotactic Frame by Joshua M. Rosenow Chapter 21. Robotic Placement of SEEG Electrodes by Arman Jahangiri and Robert E. Gross Chapter 22. SEEG Electrode Placement in Children by Vamsidhar Chavakula, Joseph R. Madsen, and Scellig Stone Chapter 23. Surgical Complications and Challenges in SEEG by Hussein A. Zeineddine and Nitin Tandon PART VII: INTERPRETATION Chapter 24. Physiologic Activity Recorded with Intracranial EEG: From Wakefulness to Sleep by Laure Peter-Derex, Nicolas Von Ellenrieder, and Birgit Frauscher Chapter 25. Interpretation of Interictal Epileptiform Discharges by Shasha Wu, Naoum P. Issa, Sandra Rose, and James X. Tao Chapter 26. High Frequency Oscillations by Karina A. González Otárula and Julia Jacobs Chapter 27. Ictal Activity by Fabrice Bartolomei, Julia Scholly, and Stanislas Lagarde PART VIII: ELECTRICAL STIMULATION MAPPING Chapter 28. Technical Aspects of Electrical Stimulation Mapping by Jay R. Gavvala and Stephan U. Schuele Chapter 29. Electrical Stimulation for Functional Mapping During SEEG Exploration by Agnès Trébuchon Chapter 30. Stimulation-Induced Seizures to Define the Epileptogenic Zone by Aileen McGonigal PART IX: SURGICAL PROCEDURES Chapter 31. Laser Ablation for Epilepsy by Michael R. Jones and Sarah K. Bandt Chapter 32. SEEG-Guided Resections: Method and Technique by Jorge Alvaro Gonzalez-Martinez and Zachary C. Gersey PART X: OUTCOME Chapter 33. Seizure Outcome After SEEG Implantations by Lara Jehi Chapter 34. Promise and Perils of SEEG Guided Resections for Cognition and Emotion by Daniel L. Drane, Nigel P. Pedersen, Kelsey C. Hewitt, and Taylor Jordan
Preface Foreword PART I: INTRODUCTION Chapter 1. The History and Principles of SEEG by Patrick Chauvel PART II: NONINVASIVE EVALUATION Chapter 2. Phase I Evaluation by Allyson A. Pickard and Christopher T. Skidmore Chapter 3. Advanced MRI Imaging by Elaine Kobayashi Chapter 4. Electromagnetic Source Imaging for SEEG Planning by Richard C. Burgess and Rafeed Alkawadri Chapter 5. Nuclear Imaging by David B. Burkholder, Elson L. So, Benjamin H. Brinkmann, and Lily C. Wong-Kisiel Chapter 6. Patient Selection for SEEG by Jessica W. Templer and Stephan U. Schuele PART III: TECHNICAL ASPECTS Chapter 7. Electrodes by Saurabh Sinha Chapter 8. Co-Registration of Multimodal Imaging by Thandar Aung, Irene Z. Wang, and Andreas V. Alexopoulos Chapter 9. Invasive Monitoring by Elizabeth Landre and Francine Chassoux PART IV: ELECTRODE PLACEMENT Chapter 10. The Epileptogenic Zone by Patrick Chauvel Chapter 11. Towards A Revised Conceptual Framework of Stereo-EEG Anatomo-Clinico-Electrical Correlations by Philippe Ryvlin Chapter 12. MRI-Negative Versus MRI-Positive Epilepsy in the Context of SEEG by Manuela Ochoa-Urrea, Stephen A. Thompson, and Samden Lhatoo PART V: PRACTICAL APPROACH Chapter 13. Temporal Lobe Epilepsy by Giridhar P. Kalamangalam and Sotiris Mitropanopoulos Chapter 14. Frontal Lobe Epilepsy by Francesca Bonini and Aileen McGonigal Chapter 15. Posterior Cortex Epilepsy by Fabio A. Nascimento, George Culler, Stephan Schuele, and Jay R. Gavvala Chapter 16. Temporal Plus Epilepsy by Carmen Barba and Matteo Lenge Chapter 17. Operculo-Insular Epilepsy by Raluca Pana and Dang Khao Nguyen Chapter 18. Tuberous Sclerosis Complex by Rohini K. Coorg and Jurriaan M. Peters Chapter 19. SEEG in Epilepsy Associated with Nodular Heterotopia by Hui Ming Khoo and François Dubeau PART VI: SURGICAL PLACEMENT Chapter 20. SEEG Electrode Placement Using a Stereotactic Frame by Joshua M. Rosenow Chapter 21. Robotic Placement of SEEG Electrodes by Arman Jahangiri and Robert E. Gross Chapter 22. SEEG Electrode Placement in Children by Vamsidhar Chavakula, Joseph R. Madsen, and Scellig Stone Chapter 23. Surgical Complications and Challenges in SEEG by Hussein A. Zeineddine and Nitin Tandon PART VII: INTERPRETATION Chapter 24. Physiologic Activity Recorded with Intracranial EEG: From Wakefulness to Sleep by Laure Peter-Derex, Nicolas Von Ellenrieder, and Birgit Frauscher Chapter 25. Interpretation of Interictal Epileptiform Discharges by Shasha Wu, Naoum P. Issa, Sandra Rose, and James X. Tao Chapter 26. High Frequency Oscillations by Karina A. González Otárula and Julia Jacobs Chapter 27. Ictal Activity by Fabrice Bartolomei, Julia Scholly, and Stanislas Lagarde PART VIII: ELECTRICAL STIMULATION MAPPING Chapter 28. Technical Aspects of Electrical Stimulation Mapping by Jay R. Gavvala and Stephan U. Schuele Chapter 29. Electrical Stimulation for Functional Mapping During SEEG Exploration by Agnès Trébuchon Chapter 30. Stimulation-Induced Seizures to Define the Epileptogenic Zone by Aileen McGonigal PART IX: SURGICAL PROCEDURES Chapter 31. Laser Ablation for Epilepsy by Michael R. Jones and Sarah K. Bandt Chapter 32. SEEG-Guided Resections: Method and Technique by Jorge Alvaro Gonzalez-Martinez and Zachary C. Gersey PART X: OUTCOME Chapter 33. Seizure Outcome After SEEG Implantations by Lara Jehi Chapter 34. Promise and Perils of SEEG Guided Resections for Cognition and Emotion by Daniel L. Drane, Nigel P. Pedersen, Kelsey C. Hewitt, and Taylor Jordan
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