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Results: 1-22 |
Results: 22
FROM CAT TO MAN - BASIC ASPECTS OF LOCOMOTION RELEVANT TO MOTOR REHABILITATION OF SCI
Authors: DUYSENS J PEARSON KG
Citation: J. Duysens et Kg. Pearson, FROM CAT TO MAN - BASIC ASPECTS OF LOCOMOTION RELEVANT TO MOTOR REHABILITATION OF SCI, NeuroRehabilitation, 10(2), 1998, pp. 107-118
NEURAL CONTROL OF LOCOMOTION - SENSORY CONTROL OF THE CENTRAL PATTERNGENERATOR AND ITS RELATION TO TREADMILL TRAINING
Authors: VANDECROMMERT HWAA MULDER T DUYSENS J
Citation: Hwaa. Vandecrommert et al., NEURAL CONTROL OF LOCOMOTION - SENSORY CONTROL OF THE CENTRAL PATTERNGENERATOR AND ITS RELATION TO TREADMILL TRAINING, Gait & posture, 7(3), 1998, pp. 251-263
NEURAL CONTROL OF LOCOMOTION - PART 1 - THE CENTRAL PATTERN GENERATORFROM CATS TO HUMANS
Authors: DUYSENS J VANDECROMMERT HWAA
Citation: J. Duysens et Hwaa. Vandecrommert, NEURAL CONTROL OF LOCOMOTION - PART 1 - THE CENTRAL PATTERN GENERATORFROM CATS TO HUMANS, Gait & posture, 7(2), 1998, pp. 131-141
SELECTIVE ACTIVATION OF MG IN SURAL NERVE REFLEXES DURING HOPPING, RUNNING AND WALKING
Authors: HAUGLUSTAINE S BERGER W DUYSENS J
Citation: S. Hauglustaine et al., SELECTIVE ACTIVATION OF MG IN SURAL NERVE REFLEXES DURING HOPPING, RUNNING AND WALKING, Gait & posture, 7(1), 1998, pp. 16-25
DO DEPTH-ROTATION-SENSITIVE NEURONS EXIST
Authors: DUYSENS J SCHAAFSMA SJ
Citation: J. Duysens et Sj. Schaafsma, DO DEPTH-ROTATION-SENSITIVE NEURONS EXIST, Trends in neurosciences, 21(2), 1998, pp. 63-63
CORTICAL FACILITATION OF CUTANEOUS REFLEXES IN LEG MUSCLES DURING HUMAN GAIT
Authors: PIJNAPPELS M VANWEZEL BMH COLOMBO G DIETZ V DUYSENS J
Citation: M. Pijnappels et al., CORTICAL FACILITATION OF CUTANEOUS REFLEXES IN LEG MUSCLES DURING HUMAN GAIT, Brain research, 787(1), 1998, pp. 149-153
RESPONSES IN VENTRAL INTRAPARIETAL AREA OF AWAKE MACAQUE MONKEY TO OPTIC FLOW PATTERNS CORRESPONDING TO ROTATION OF PLANES IN-DEPTH CAN BE EXPLAINED BY TRANSLATION AND EXPANSION EFFECTS
Authors: SCHAAFSMA SJ DUYSENS J GIELEN CCAM
Citation: Sj. Schaafsma et al., RESPONSES IN VENTRAL INTRAPARIETAL AREA OF AWAKE MACAQUE MONKEY TO OPTIC FLOW PATTERNS CORRESPONDING TO ROTATION OF PLANES IN-DEPTH CAN BE EXPLAINED BY TRANSLATION AND EXPANSION EFFECTS, Visual neuroscience, 14(4), 1997, pp. 633-646
DYNAMIC CONTROL OF LOCATION-SPECIFIC INFORMATION IN TACTILE CUTANEOUSREFLEXES FROM THE FOOT DURING HUMAN WALKING
Authors: VANWEZEL BMH OTTENHOFF FAM DUYSENS J
Citation: Bmh. Vanwezel et al., DYNAMIC CONTROL OF LOCATION-SPECIFIC INFORMATION IN TACTILE CUTANEOUSREFLEXES FROM THE FOOT DURING HUMAN WALKING, The Journal of neuroscience, 17(10), 1997, pp. 3804-3814
GATING OF SENSATIONS AND REFLEXES DURING HUMAN GAIT
Authors: DUYSENS J BURGERS L PLAT FM SCHILLINGS AM VANWEZEL BMH KREMER HPH
Citation: J. Duysens et al., GATING OF SENSATIONS AND REFLEXES DURING HUMAN GAIT, Journal of physiology, 504P, 1997, pp. 18-18
SHORT-LATENCY (P1) AND MEDIUM-LATENCY (P2) CUTANEOUS REFLEXES SHOW DIFFERENT PHASE-DEPENDENT MODULATION DURING HUMAN WALKING
Authors: DUYSENS J TOEBAK M VANWEZEL BMH BERGER W
Citation: J. Duysens et al., SHORT-LATENCY (P1) AND MEDIUM-LATENCY (P2) CUTANEOUS REFLEXES SHOW DIFFERENT PHASE-DEPENDENT MODULATION DURING HUMAN WALKING, Journal of physiology, 504P, 1997, pp. 115-115
QUANTITATIVE GAIT ANALYSIS IN PATIENTS WITH VASCULAR PARKINSONISM
Authors: ZIJLMANS JCM POELS PJE DUYSENS J VANDERSTRAATEN J THIEN T VANTHOF MA THIJSSEN HOM HORSTINK MWIM
Citation: Jcm. Zijlmans et al., QUANTITATIVE GAIT ANALYSIS IN PATIENTS WITH VASCULAR PARKINSONISM, Movement disorders, 11(5), 1996, pp. 501-508
MECHANICALLY INDUCED STUMBLING DURING HUMAN TREADMILL WALKING
Authors: SCHILLINGS AM VANWEZEL BMH DUYSENS J
Citation: Am. Schillings et al., MECHANICALLY INDUCED STUMBLING DURING HUMAN TREADMILL WALKING, Journal of neuroscience methods, 67(1), 1996, pp. 11-17
NEURONS IN THE VENTRAL INTRAPARIETAL AREA OF AWAKE MACAQUE MONKEY CLOSELY RESEMBLE NEURONS IN THE DORSAL PART OF THE MEDIAL SUPERIOR TEMPORAL AREA IN THEIR RESPONSES TO OPTIC FLOW PATTERNS
Authors: SCHAAFSMA SJ DUYSENS J
Citation: Sj. Schaafsma et J. Duysens, NEURONS IN THE VENTRAL INTRAPARIETAL AREA OF AWAKE MACAQUE MONKEY CLOSELY RESEMBLE NEURONS IN THE DORSAL PART OF THE MEDIAL SUPERIOR TEMPORAL AREA IN THEIR RESPONSES TO OPTIC FLOW PATTERNS, Journal of neurophysiology, 76(6), 1996, pp. 4056-4068
BACKWARD AND FORWARD WALKING USE DIFFERENT PATTERNS OF PHASE-DEPENDENT MODULATION OF CUTANEOUS REFLEXES IN HUMANS
Authors: DUYSENS J TAX AAM MURRER L DIETZ V
Citation: J. Duysens et al., BACKWARD AND FORWARD WALKING USE DIFFERENT PATTERNS OF PHASE-DEPENDENT MODULATION OF CUTANEOUS REFLEXES IN HUMANS, Journal of neurophysiology, 76(1), 1996, pp. 301-310
BICEPS FEMORIS TENDON JERK REFLEXES ARE ENHANCED AT THE END OF THE SWING PHASE IN HUMANS
Authors: VANDECROMMERT HWAA FAIST M BERGER W DUYSENS J
Citation: Hwaa. Vandecrommert et al., BICEPS FEMORIS TENDON JERK REFLEXES ARE ENHANCED AT THE END OF THE SWING PHASE IN HUMANS, Brain research, 734(1-2), 1996, pp. 341-344
MEDIAL GASTROCNEMIUS IS MORE ACTIVATED THAN LATERAL GASTROCNEMIUS IN SURAL NERVE-INDUCED REFLEXES DURING HUMAN GAIT
Authors: DUYSENS J VANWEZEL BMH PROKOP T BERGER W
Citation: J. Duysens et al., MEDIAL GASTROCNEMIUS IS MORE ACTIVATED THAN LATERAL GASTROCNEMIUS IN SURAL NERVE-INDUCED REFLEXES DURING HUMAN GAIT, Brain research, 727(1-2), 1996, pp. 230-232
GATING OF SENSATION AND EVOKED-POTENTIALS FOLLOWING FOOT STIMULATION DURING HUMAN GAIT
Authors: DUYSENS J TAX AAM NAWIJN S BERGER W PROKOP T ALTENMULLER E
Citation: J. Duysens et al., GATING OF SENSATION AND EVOKED-POTENTIALS FOLLOWING FOOT STIMULATION DURING HUMAN GAIT, Experimental Brain Research, 105(3), 1995, pp. 423-431
CUTANEOUS SENSATION AND EVOKED-POTENTIALS FOLLOWING FOOT STIMULATION ARE GATED DURING HUMAN GAIT
Authors: DUYSENS J TAX AAM VANWEZEL BMH BERGER W PROKOP T DIETZ V
Citation: J. Duysens et al., CUTANEOUS SENSATION AND EVOKED-POTENTIALS FOLLOWING FOOT STIMULATION ARE GATED DURING HUMAN GAIT, Journal of physiology, 479P, 1994, pp. 160000028-160000029
HUMAN NEURONAL INTERLIMB COORDINATION DURING SPLIT-BELT LOCOMOTION
Authors: DIETZ V ZIJLSTRA W DUYSENS J
Citation: V. Dietz et al., HUMAN NEURONAL INTERLIMB COORDINATION DURING SPLIT-BELT LOCOMOTION, Experimental Brain Research, 101(3), 1994, pp. 513-520
HUMAN NEURONAL INTERLIMB COORDINATION DURING SPLIT-BELT LOCOMOTION
Authors: DIETZ V ZIJLSTRA W DUYSENS J
Citation: V. Dietz et al., HUMAN NEURONAL INTERLIMB COORDINATION DURING SPLIT-BELT LOCOMOTION, Experimental Brain Research, 101(3), 1994, pp. 513-520
INCREASED AMPLITUDE OF CUTANEOUS REFLEXES DURING HUMAN RUNNING AS COMPARED TO STANDING
Authors: DUYSENS J TAX AAM TRIPPEL M DIETZ V
Citation: J. Duysens et al., INCREASED AMPLITUDE OF CUTANEOUS REFLEXES DURING HUMAN RUNNING AS COMPARED TO STANDING, Brain research, 613(2), 1993, pp. 230-238
THALAMIC MULTIPLE-UNIT ACTIVITY UNDERLYING SPIKE-WAVE DISCHARGES IN ANESTHETIZED RATS
Authors: INOUE M DUYSENS J VOSSEN JMH COENEN AML
Citation: M. Inoue et al., THALAMIC MULTIPLE-UNIT ACTIVITY UNDERLYING SPIKE-WAVE DISCHARGES IN ANESTHETIZED RATS, Brain research, 612(1-2), 1993, pp. 35-40
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