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Results: 1-11 |
Results: 11
NEURONAL REORGANIZATION THROUGH OSCILLATOR FORMATION TRAINING IN PATIENTS WITH CNS LESIONS
Authors: SCHALOW G ZACH GA
Citation: G. Schalow et Ga. Zach, NEURONAL REORGANIZATION THROUGH OSCILLATOR FORMATION TRAINING IN PATIENTS WITH CNS LESIONS, Journal of the peripheral nervous system, 3(3), 1998, pp. 165-188
SPINAL LOCOMOTION - AN APPROACH TO HUMAN NEUROPHYSIOLOGY AND TREATMENT IN SPINAL-CORD LESION - NEW RESULTS OBTAINED WITH BASIC METHODS - PREFACE
Authors: SCHALOW G
Citation: G. Schalow, SPINAL LOCOMOTION - AN APPROACH TO HUMAN NEUROPHYSIOLOGY AND TREATMENT IN SPINAL-CORD LESION - NEW RESULTS OBTAINED WITH BASIC METHODS - PREFACE, General physiology and biophysics, 15, 1996, pp. 1-3
CLASSIFICATION, OSCILLATORY AND ALTERNATING OSCILLATORY FIRING OF ALPHA(1) (FF) AND ALPHA(2)-MOTONEURONS (FR) IN PATIENTS WITH SPINAL-CORD LESION
Authors: SCHALOW G BERSCH U ZACH GA WARZOK R
Citation: G. Schalow et al., CLASSIFICATION, OSCILLATORY AND ALTERNATING OSCILLATORY FIRING OF ALPHA(1) (FF) AND ALPHA(2)-MOTONEURONS (FR) IN PATIENTS WITH SPINAL-CORD LESION, General physiology and biophysics, 15, 1996, pp. 5-56
MONOSYNAPTIC AND POLYSYNAPTIC DRIVE OF OSCILLATORY FIRING ALPHA(1) (FF) AND ALPHA(2)-MOTONEURONS (FR) IN A PATIENT WITH SPINAL-CORD LESION
Authors: SCHALOW G ZACH GA
Citation: G. Schalow et Ga. Zach, MONOSYNAPTIC AND POLYSYNAPTIC DRIVE OF OSCILLATORY FIRING ALPHA(1) (FF) AND ALPHA(2)-MOTONEURONS (FR) IN A PATIENT WITH SPINAL-CORD LESION, General physiology and biophysics, 15, 1996, pp. 57-74
REFLEX STIMULATION OF CONTINUOUSLY OSCILLATORY FIRING ALPHA-MOTONEURONS AND GAMMA-MOTONEURONS IN PATIENTS WITH SPINAL-CORD LESION
Authors: SCHALOW G ZACH GA
Citation: G. Schalow et Ga. Zach, REFLEX STIMULATION OF CONTINUOUSLY OSCILLATORY FIRING ALPHA-MOTONEURONS AND GAMMA-MOTONEURONS IN PATIENTS WITH SPINAL-CORD LESION, General physiology and biophysics, 15, 1996, pp. 75-93
EXTERNAL LOOPS OF HUMAN PREMOTOR SPINAL OSCILLATORS IDENTIFIED BY SIMULTANEOUS MEASUREMENTS OF INTERSPIKE INTERVALS AND PHASE-RELATIONS
Authors: SCHALOW G ZACH GA
Citation: G. Schalow et Ga. Zach, EXTERNAL LOOPS OF HUMAN PREMOTOR SPINAL OSCILLATORS IDENTIFIED BY SIMULTANEOUS MEASUREMENTS OF INTERSPIKE INTERVALS AND PHASE-RELATIONS, General physiology and biophysics, 15, 1996, pp. 95-119
ELECTROMYOGRAPHIC IDENTIFICATION OF SPINAL OSCILLATOR PATTERNS AND RECOUPLINGS IN A PATIENT WITH INCOMPLETE SPINAL-CORD LESION - OSCILLATORFORMATION TRAINING AS A METHOD TO IMPROVE MOTOR ACTIVITIES
Authors: SCHALOW G BLANC Y JELTSCH W ZACH GA
Citation: G. Schalow et al., ELECTROMYOGRAPHIC IDENTIFICATION OF SPINAL OSCILLATOR PATTERNS AND RECOUPLINGS IN A PATIENT WITH INCOMPLETE SPINAL-CORD LESION - OSCILLATORFORMATION TRAINING AS A METHOD TO IMPROVE MOTOR ACTIVITIES, General physiology and biophysics, 15, 1996, pp. 121-220
CLASSIFICATION OF HUMAN PERIPHERAL-NERVE FIBER GROUPS BY CONDUCTION-VELOCITY AND NERVE-FIBER DIAMETER IS PRESERVED FOLLOWING SPINAL-CORD LESION
Authors: SCHALOW G ZACH GA WARZOK R
Citation: G. Schalow et al., CLASSIFICATION OF HUMAN PERIPHERAL-NERVE FIBER GROUPS BY CONDUCTION-VELOCITY AND NERVE-FIBER DIAMETER IS PRESERVED FOLLOWING SPINAL-CORD LESION, Journal of the autonomic nervous system, 52(2-3), 1995, pp. 125-150
DETRUSOR-SPHINCTERIC DYSSYNERGIA IN PARAPLEGICS COMPARED WITH THE SYNERGIA IN A BRAIN-DEAD HUMAN BY USING THE SINGLE-FIBER ACTION-POTENTIALRECORDING METHOD
Authors: SCHALOW G BERSCH U GOCKING K ZACH GA
Citation: G. Schalow et al., DETRUSOR-SPHINCTERIC DYSSYNERGIA IN PARAPLEGICS COMPARED WITH THE SYNERGIA IN A BRAIN-DEAD HUMAN BY USING THE SINGLE-FIBER ACTION-POTENTIALRECORDING METHOD, Journal of the autonomic nervous system, 52(2-3), 1995, pp. 151-180
DETRUSOR-SPHINCTERIC DYSSYNERGIA IN HUMANS WITH SPINAL-CORD LESIONS MAY BE CAUSED BY A LOSS OF STABLE PHASE-RELATIONS BETWEEN AND WITHIN OSCILLATORY FIRING NEURONAL NETWORKS OF THE SACRAL MICTURITION CENTER
Authors: SCHALOW G BERSCH U MICHEL D KOCH HG
Citation: G. Schalow et al., DETRUSOR-SPHINCTERIC DYSSYNERGIA IN HUMANS WITH SPINAL-CORD LESIONS MAY BE CAUSED BY A LOSS OF STABLE PHASE-RELATIONS BETWEEN AND WITHIN OSCILLATORY FIRING NEURONAL NETWORKS OF THE SACRAL MICTURITION CENTER, Journal of the autonomic nervous system, 52(2-3), 1995, pp. 181-202
INTERSPIKE INTERVALS OF SECONDARY MUSCLE-SPINDLE AND URINARY-BLADDER AFFERENTS IN RELATION TO THE OSCILLATION PERIODS OF SACRAL SPINAL OSCILLATORS FOR CONTINENCE IN MAN
Authors: SCHALOW G BERSCH U GOCKING K ZACH GA
Citation: G. Schalow et al., INTERSPIKE INTERVALS OF SECONDARY MUSCLE-SPINDLE AND URINARY-BLADDER AFFERENTS IN RELATION TO THE OSCILLATION PERIODS OF SACRAL SPINAL OSCILLATORS FOR CONTINENCE IN MAN, Physiological Research, 43(1), 1994, pp. 7-18
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