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April 08-09, 2019 | Zurich, Switzerland
Health Care and Neuroscience
International Conference on
Page 41
Journal of Public Health Policy and Planning | Volume 3
Notes:
B
rainandspinalcordinjuriescanpartlyberepaired
by a movement-based learning method called
Coordination Dynamics Therapy (CDT). Following
injury, malformation or degeneration not only
motor and vegetative functions become impaired,
but also the coordinated firing of neurons. The
neural repair by learning includes the movements
creeping, crawling, walking, running and jumping to
induce plasticity for repair. The phase and frequency
coordination of neuron firing can efficiently be
improved when exercising on a special CDT device
on which the precise movements are imposed by
the device. By learning transfer vegetative functions
like urinary bladder continence, speech and higher
mental function can be repaired. - The progress in
repair of the human brain became possible because
of the newly developed single-nerve fiber action
potential recording method. When measuring
simultaneously the impulse patterns running into
and out of the CNS in cauda equina nerve roots
due to natural stimulation, the organization of the
human CNS can be measured and analyzed at the
single-neuron level. Combining morphometry and
electrophysiology, a classification scheme of human
peripheral nerve fibers could be developed and
neurons identified. It is thus possible to measure
at the single-neuron level the organization of the
human CNS, a prerequisite for copying the human
brain artificially.
Speaker Biography
Schalow G studied electronics (Dipl Ing, 1963) and worked 2 years
as a technical engineer at Bosch Electronics. Afterwards he studied
theoretical physics at the Free University of Berlin (1970) and worked
at the Hahn-Meitner-Institute for Nuclear Physics and promoted in
1973 (PhD). From 1975 to 1977, he was post doc with Katz, Huxley
and R Miledi at the Institute of Biophysics, University College London.
At the Saarland University from 1977 to 1983, he was assistant at
the physiological institute and studied medicine (MD). From 1985 to
1992, he was research assistant at the Ernst-Moritz-Arndt-University
of Greifswald (neurosurgery, pathology, neuro-traumatology). From
1992 to 1998, he was leading doctor for clinical research at the Swiss
Paraplegic Center Nottwil. From 1998 to 2003, he was working in the
field of neuro-traumatology at Tampere and Turku University, Finland.
From 2003, he was guest professor at Tartu University (Estonia) and
afterwards private researcher because human neurophysiology and
clinical research in not organized. He has 100 publications in the fields
of human neurophysiology and clinical research and can partly repair
the human brain.
e:
g_schalow@hotmail.comSchalow G
Tartu University, Estonia
From human Neurophysiology to Neural repair in children,
Parkinson, Hypertension, Aging, Coma and Cancer via Coordination
Dynamics Therapy