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Index
Cover Title Page Copyright Dedication Contents Figures and Tables Abbreviations Preface Acknowledgments Introduction
Traditional Psychotherapy vs. Neurofeedback Neurofeedback: Taking the Shame Out of Mental Illness The Yonkers Project Attention Deficit/Hyperactivity Disorder (ADHD) CRI-Help Study The Placebo Effect The Purpose of this Book
Part I Understanding Neurofeedback
1. History and Evolution of Clinical Practice
From Brainwaves to Biofeedback: Key Historic Events The Birth and Evolution of Clinical Practice Current Trends in Neurotherapy
2. Brain Basics and Body Anatomy and Physiology
The Nervous System Neuronal Communication Other Cerebral Processes Brain Structures Lobe Specialization and Functions Neuroplasticity and the Cerebral Cortex Deeper Brain Structures Conclusion
3. Biofeedback Modalities and the Body
Breathing Therapies Biofeedback for the Body Integrating Neurofeedback with Biofeedback Modalities
4. Neurofeedback Modalities and the Brain
Electroencephalograph Neurofeedback One-Channel EEG Training Systems Two-Channel EEG Training Systems Hemoencephalography Neurofeedback HEG Neurofeedback vs. EEG Neurofeedback
5. Compressed Spectral Array and Normal Electroencephalograph Distribution
Normal (EEG) Ratio Asymmetry
6. Brain Maps, Quantitative Electroencephalograph, and Normative Databases
QEEG Compared to Single Photon Emission Computed Tomography QEEG and Normative Databases Map Terminology Acquiring QEEG Data
7. Review of Common Banded Frequencies
Delta (1–4 or 1–3.5 Hz) Theta (4–7, 4–7.5, or 4–8 Hz) Alpha (8–12 or 8–13 Hz) Sensorimotor Rhythm (12–15 or 12–16 Hz) Beta/SMR Protocols Beta (13–21 Hz) High Beta (20–32 Hz) Gamma (40 or 38–42 Hz)
Part II Neurofeedback in Clinical Practice
8. Consultation Phase
How Does Neurofeedback Work? Will Neurotherapy Work for Me? Costs and Health Insurance Indications and Contraindications for Neurotherapy
9. General Assessments and Cognitive Testing
The Psychiatric Interview The Psychosocial Interview with a Brief Medical History
10. Two-Channel Electroencephalograph Assessments and Case Studies
Why Are Two-Channel Assessments Necessary? Data Gathering with Two-Channel EEG Systems Conclusion
11. Quantitative Electroencephalograph Assessments, Montages, and Protocol Selection
A Map Is Only as Good as the Person Reading It Referential vs. Bipolar Montages Review of Neurofeedback Training Methods and Modalities The History of Protocol Selection
12. Creating and Executing Treatment Plans
Treatment Plans Family Structure and Self-Regulation The Training Session
13. Deep-States and Alpha/Theta Training
History What Makes Deep States So Deep? A/T Training for Survivors of Trauma Assessment and Protocol Selection Sensor Placement for A/T Training What is Involved in Doing A/T Training? Five Responses to A/T Training Case Studies Is Deep-States Training Always the Treatment of Choice? Conclusion
14. Entrainment Therapies
How Does Brain Wave Entrainment Work? Subliminal Entrainment
Part III The Neurofeedback Practitioner
15. Neurofeedback Education, Training, and Certification
Supervision (Mentoring)
16. Purchasing a Neurofeedback System
Food and Drug Administration Supplies Computerized Tests Review of Investment Costs Practice, Practice, Practice
17. Finding the Right Office, Marketing, and Clinical Vision
Choosing an Office Creating a Clinical Vision for Your New Practice Conclusion
Appendices
Appendix 1 Appendix 2 Appendix 3 Appendix 4 Appendix 5 Appendix 6 Appendix 7
References
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