A promising frontier of applied neuroscience lies in technologies that stimulate our brains in order to harness neuroplasticity and achieve positive outcomes. What are the practical Pros and Cons of different methodologies such as cognitive training, EEG/ QEEG biofeedback, virtual reality, and what are appropriate ways to integrate them with traditional interventions?
- Chair: Olivier Oullier, Professor of Behavioral and Brain Sciences at Aix-Marseille University
- Bruce Wexler, NIH Director’s Award Winner and Professor of Psychiatry at Yale University
- Kate Sullivan, Director of the Brain Fitness Center at Walter Reed National Military Medical Center
This session took place at the 2013 SharpBrains Virtual Summit: http://sharpbrains.com/summit-2013/agenda/
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How can practitioners integrate emerging neuroplasticity-based interventions with existing standards of care?
1. How can practitioners integrate emerging
neuroplasticity-based interventions with
existing standards of care?
2. Chaired by: Olivier Oullier,
Professor of Behavioral and Brain Sciences
at Aix-Marseille University
Bruce Wexler,
NIH Director’s Award Winner and Professor of
Psychiatry at Yale University
Kate Sullivan,
Director of the Brain Fitness Center at
Walter Reed National Military Medical Center
How can practitioners integrate emerging
neuroplasticity-based interventions with existing
standards of care?
3. Bruce Wexler,
NIH Director’s Award Winner
and Professor of Psychiatry at
Yale University
Improving Executive Function and Treating
ADHD with Computer-Presented Brain
Training Programs
4. The Potential: Harnessing
Neuroplasticity for Clinical Treatment
Structure and function of brains of mammals
are shaped after birth by stimulation from the
environment
Hubel and Wiesel received Nobel Prize
Sur et al convert auditory to visual cortex
in ferrets
This post-natal shaping of the brain is greater
in humans than any other animal
“Neurons that fire together wire together”
Deliberately harness this neuroplasticity to
treat illness and improve cognition
4
5. Harnessing Neuroplasticity to Treat
Schizophrenia
TRANSFER to non-trained cognitive functions
DURABILITY of gains after training ends
FUNCTIONAL IMPACT in real world activities
Meta-analysis shows significant but modest
effects in 40 studies together including over
1,000 patients
Evidence-based adjunctive treatment for an
aspect of illness that limits functionality and
quality of life but does not respond to
medication
5
7. Next Generation Programs
New Functionalities
Assessment and Intervention
For Children – Time of greatest neuroplasticity
Enhance cognitive development
Especially to increase executive function
“School lunch” program for the brain
Treat neurodevelopmental disorders
ADHD
Autism
7
8. A Next Generation Program:
Activate by C8Sciences
New Functionalities
Online error diagnostics
Individualized corrective strategy
messages and temporary performance aids
Integrated multi-dimensional and multi-
component program shapes to user
Anonymous expert review for the Director
of the NIH: “easily the most sophisticated
brain training program…”
Integration with Physical Exercises (optional)
Assessment and Intervention 8
9. A Next Generation Program:
Activate by C8Sciences
New Functionalities
Integration with Physical Exercises (optional)
“Cognition Rich” physical exercises
Activate the same neurocognitive systems
as do computer exercises but in context of
whole body activity and social interaction
Assessment and Intervention
Hybrid home/office/school implementation
Effective
9
10. A Next Generation Program:
Activate by C8Sciences
New Functionalities
Integration with Physical Exercises (optional)
Assessment and Intervention
Executive Function tests from NIH Toolbox built
in and automatically administered
Compared to results from 1000’s of children
Analysis of 20,000 responses per child during
training exercises to create individual profiles
of cognitive strengths and weaknesses
Hybrid home/office/school implementation
Effective
10
11. A Next Generation Program:
Activate by C8Sciences
New Functionalities
Integration with Physical Exercises (optional)
Assessment and Intervention
Hybrid home/office/school implementation
Web-based log in from anywhere
Immediate online access for
Clinician/Coach/Teacher to all tests and
indicators of participation
Physical exercises for groups, in gyms, in
classrooms or parent/child at home
Effective 11
12.
13.
14.
15.
16. General Implementation Issues and
Strategies
Integration and Synergies with Other
Treatments
ADHD: is Cognitive training facilitated by
stimulant meds or does it replace them?
Family therapy with practical focus on
doing the computer and/or physical
exercises
Sequencing Different Treatments
Cognitive training first to increase gains
from other treatments
Hybrid home/office/school implementations
Leverage clinical impact 16
19. Integrating brain-
training programs
with traditional
interventions for
Wounded Warrior
rehabilitation
Katherine W. Sullivan M.S., CCC-SLP, CBIS
Walter Reed National Military Medical Center
Center for Neuroscience and Regenerative Medicine
Defense and Veterans Brain Injury Center
19
20. Disclaimers
The views expressed in this lecture are those of the
author and do not necessarily reflect the official
policy or position of the Department of the Navy,
Army, or Air Force, the Department of Defense, nor
the U.S. Government
This presentation does not
imply any Federal/DOD endorsement
I have no relevant financial or nonfinancial
relationships with the products described, reviewed,
evaluated or compared in this presentation
Unclassified
21. • More cognitive training as an adjunct to functional therapy
• Therapeutic “homework” that can be intensive and monitored
• Maintenance once discharged and transitioned home
• Schedule filler or distraction; making MTF days more structured
Clinical Education Research
The Brain Fitness Center
Started in 2009 at Walter Reed for any service member
complaining of cognitive dysfunction
22. 22
382 total patients at WRNMMC
Diagnosis:
254 TBI
128 Other (CVA, PTSD, ADHD,
Aneurysm, Chemofog, etc.)
Average age 34 ; 84% male
Majority United States Army, Active
Duty
50% of pts seen >1 year TPO
Pt visits per month : 125
Average 23.4 sessions
Average stay 96.0 days
64%
17%
12%
7%
TBI Severity
mild
moderate
severe
penetrating
BFC Patient Population
0
20
40
60
80
100
120
BOTH SLP OT
Concomitant Therapy
24. Programs available
in the WRNMMC BFC
Dakim Brain Fitness
• Cross-Trainer
Posit Science - Classic
• Auditory Processing
Posit Science - Insight
• Visual Processing
Posit Science - BrainHQ
• Auditory, Visual, and Executive
Functioning
Lumosity
• Web-Based, Cross-Trainer
Cogmed
• Working Memory
mPOD/OVEI
Neuro and biofeedback
•Nintendo DS
• Brain Age, Brain Age II
Mobile Applications
• Training on the go
26. Unique Setting
Number of sessions completed and the duration of participation for
each research participant in Groups A and B (N=26).
There are two data points at (0,0) and (30, 8).
Study design intended 30 sessions in 6 weeks.
27. Benefits and Limitation of neuroplasticy-based
brain-training in a military treatment facility
Limitations
• Less Monitoring
• Perception it is “enough”
• Blanket approach?
• Pts are not home
• Pts are not stable
• Physically
• Psychologically
• Socially
• Low compliance
Benefits
• Focus on drills
• Mobile
• Low-cost
• Patient engagement
• Independent
• Novel patients, novel
approach
• Intro to healthy brain
habits
• Maintenance 27