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1
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- Thomas F. Collura, Ph.D.
- July 12, 2008
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2
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3
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- Operant Conditioning (Learning)
- Based on brain electrical activity
- Means to navigate “inner” space
- Means to condition and train the brain
- Wide range of application areas
- EEG ranges from 0 to 100 Hz
- Components include alpha, theta, beta, etc.
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4
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- Assessment & Planning
- Multichannel Protocols / Connectivity
- Live Z-Score Training
- Hemoencephalography
- DC and Slow Cortical Potentials
- Real-World Feedback
- Low-Energy Neurofeedback
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5
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6
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7
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8
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9
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10
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11
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- Improve Self-Regulation
- Achieve Flexible & Appropriate Brain States
- Normalize Connectivity
- Address Functionality, not Symptoms
- Provide Lasting Change
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12
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13
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14
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15
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16
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- Brain Metabolism as an Indicator
- nIR (“near IR”) – optical reflectance (red)
- Reflects O2 uptake (“fuel”) (Dr. H. Toomim)
- pIR (“passive IR”) – heat emitted
- Reflects work (“exhaust”) (Dr. J. Carmen)
- Both can train the brain to “work”
- Most often used frontally
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17
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18
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- Very slow (< 1.0 Hz) signals
- Reflect Brain Activation
- Glial Cells (10x more than neurons)
- Research in Europe, Germany
- Clinical, BCI applications
- Relatively new in USA
- Historically very costly
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19
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20
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- Developed by Dr. Len Ochs
- Emphasis on Assessment
- Feedback very brief, extremely low energy
- Method uses Dominant Frequency
- Facilitates change, nonvolitional
- Exact mechanism is unknown
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21
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- More General Acceptance of EEG BF
- Clinical Outcome Studies
- Improved Assessment & Training Methods
- Safe, non-drug approach
- Employs innate ability of brain to self-regulate
- Migration to home, school, office
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22
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- www.brainmaster.com
- www.stresstherapysolutions.com education/training
- www.isnr.org International
Society for Neuronal Regulation
- www.aapb.org Association for
Applied Psychophysiology and Biofeedback
- www.stonemountaincenter.com
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