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PHYSICAL THERAPY |
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David
Garrison, MS, PhD
David Ross Boyd Professor
Professor Physical Therapy
E-mail David
Garrison
(405) 271-2131 ext. 47116 |
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education |
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Ph.D., Human Ecology/Medical Genetics,
University of Oklahoma Health Sciences
Center, Oklahoma City, OK, 1975
M.S., Natural Science (Ecology), Oklahoma State University, Stillwater, OK,
1967
B.A., Biology and Chemistry, Phillips University, Enid, OK, 1965
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Recent publications |
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Garrison, D.W., Effects of Natural Magnets
on Fine Touch and 2 Pt. Discrimination on Finger
Tips in Humans. American Journal of Pain Management,
14(2004)107-116.
Garrison, D.W., The Use of Cadavers in Colleges
of Allied Health. Journal of Allied Health,
32(2003)60.
Garrison, D.W. and Foreman, R.D., Effects
of Transcutaneous Electrical Nerve Stimulation
(TENS) Electrode Placement on Spontaneous
and Noxiously Evoked Dorsal Horn Cell Activity
in Cat. Neuromodulation, 5(2002)231-237.
Garrison, D.W. and Foreman, R.D., Classification
of Dorsal Horn Neurons Based on Somatic Receptive
Fields in Cats With Intact and Transected
Spinal Cords: Neural Plasticity. Brain Research,
762(1997) 228-230.
Garrison, D.W., and Foreman, R.D., Effects
of Prolonged Transcutaneous Electrical Nerve
Stimulation (TENS) and Variation of Stimulation
Variables on Dorsal Horn Cell Activity in
Cats. European Journal of Physical Medicine
and Rehabilitation, 17(1997)87-94.
Garrison, D.W., Illustrated Skeletal Muscles,
McGraw Hill Publishing Co., 1997.
Garrison, D.W. and Foreman, R.D., Effects
of Transcutaneous Electrical Nerve Stimulation
(TENS) on Spontaneous and Noxiously Evoked
Dorsal Horn Cell Activity in Cats With Transected
Spinal Cords. Neuroscience Letters, 216(1996)
1-4. |
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GRANTS |
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Comparison of Common Areas of Function
During Motor Execution, Imagery and Passive Observation
(Mirror Neurons) of the Same Task: a fMRI Study.
Center for Experimental Neurorehabilitation Training
(CENT), National Center for Medical Rehabilitation
Research (NCMRR), National Institute of Child
Health and Human Development (NICHD), National
Institutes of Health (NIH). Administered by the
Dept. of Neurology at the University of Pennsylvania.
July 2007, $32,000. (PI)
Comparison of Common Areas of Function
During Motor Execution, Imagery and Passive Observation
(Mirror Neurons) of the Same Task: a fMRI Study.
College of Allied Health Seed Grant, OUHSC, May,
2007. $7,682. (PI)
Collaborator with Dr. Dee Wu (Principle Investigator)
on "Brain Function Reorganization from Tumor
Invasion and Radiotherapy: A pilot fMRI Study" Presbyterian
Health Foundation, July 2006, $30,000.
Comparison
of Mental Imaging vs Actual Motor Activity
(Execution) During Hand Squeezing: a fMRI
Study. College of Allied Health Seed Grant.
$4,911.00, 2004. Primary Investigator
(PI)
Effects of Magnets on the Ability of Humans
to Perceive Find Touch and 2-Point Discrimination
from Fingertips”. College of Allied Health
Seed Grant, 2001-2002, $3,247.00. Primary Investigator
(PI)
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CURRENT TEACHING |
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Professional Program
AHS 7275: Neurobiology (Course Director)
OCTH/PHTH 7151: Advanced Anatomy (Course Director)
OCTH/PHTH 7960: Rehabilitation and Pain: Clinical Application (Course Director)
University Courses
AHS 3415: Clinical Anatomy (Course Director)
OCNS 6503: Neurobiology of Disease (Lecturer)
GPiBS: Graduate Program in Basic Sciences: Neurobiology
Section (Lecturer)
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RESEARCH INTEREST/CLINICAL EXPERTISE |
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Research Interest
- Intrinsic and extrinsic
mechanisms involved with the neuromodulation
of pain perception using neurophysiological
techniques.
- Using functional magnetic
resonance imaging (fMRI) as a research
tool, comparing and evaluating the relationships
between mental imaging and the actual motor
execution of the same task
- development of a intervention
tool called cellular imagery training (CIT)
using mental imagery.
Academic Expertise
- Gross Human Anatomy
- Neurobiology (Neuroanatomy,
Neuropharmacology, Neurophysiology)
- Neurophysiology of Pain
- Human Genetics
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