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Results: 1-8 |
Results: 8
RECONSTRUCTION OF FLEXOR EXTENSOR ALTERNATION DURING FICTIVE ROSTRAL SCRATCHING BY 2-SITE STIMULATION IN THE SPINAL TURTLE WITH A TRANSVERSE SPINAL HEMISECTION/
Authors: STEIN PSG MCCULLOUGH ML CURRIE SN
Citation: Psg. Stein et al., RECONSTRUCTION OF FLEXOR EXTENSOR ALTERNATION DURING FICTIVE ROSTRAL SCRATCHING BY 2-SITE STIMULATION IN THE SPINAL TURTLE WITH A TRANSVERSE SPINAL HEMISECTION/, The Journal of neuroscience, 18(1), 1998, pp. 467-479
EXAMPLE OF 2 1 INTERLIMB COORDINATION DURING FICTIVE ROSTRAL SCRATCHING IN A SPINAL TURTLE/
Authors: STEIN PSG MCCULLOUGH ML
Citation: Psg. Stein et Ml. Mccullough, EXAMPLE OF 2 1 INTERLIMB COORDINATION DURING FICTIVE ROSTRAL SCRATCHING IN A SPINAL TURTLE/, Journal of neurophysiology, 79(2), 1998, pp. 1132-1134
SPINAL-CORD COORDINATION OF HINDLIMB MOVEMENTS IN THE TURTLE - INTRALIMB TEMPORAL RELATIONSHIPS DURING SCRATCHING AND SWIMMING
Authors: FIELD EC STEIN PSG
Citation: Ec. Field et Psg. Stein, SPINAL-CORD COORDINATION OF HINDLIMB MOVEMENTS IN THE TURTLE - INTRALIMB TEMPORAL RELATIONSHIPS DURING SCRATCHING AND SWIMMING, Journal of neurophysiology, 78(3), 1997, pp. 1394-1403
SPINAL-CORD COORDINATION OF HINDLIMB MOVEMENTS IN THE TURTLE - INTERLIMB TEMPORAL RELATIONSHIPS DURING BILATERAL SCRATCHING AND SWIMMING
Authors: FIELD EC STEIN PSG
Citation: Ec. Field et Psg. Stein, SPINAL-CORD COORDINATION OF HINDLIMB MOVEMENTS IN THE TURTLE - INTERLIMB TEMPORAL RELATIONSHIPS DURING BILATERAL SCRATCHING AND SWIMMING, Journal of neurophysiology, 78(3), 1997, pp. 1404-1413
BILATERAL CONTROL OF HINDLIMB SCRATCHING IN THE SPINAL TURTLE - CONTRALATERAL SPINAL CIRCUITRY CONTRIBUTES TO THE NORMAL IPSILATERAL MOTOR PATTERN OF FICTIVE ROSTRAL SCRATCHING
Authors: STEIN PSG VICTOR JC FIELD EC CURRIE SN
Citation: Psg. Stein et al., BILATERAL CONTROL OF HINDLIMB SCRATCHING IN THE SPINAL TURTLE - CONTRALATERAL SPINAL CIRCUITRY CONTRIBUTES TO THE NORMAL IPSILATERAL MOTOR PATTERN OF FICTIVE ROSTRAL SCRATCHING, The Journal of neuroscience, 15(6), 1995, pp. 4343-4355
ACTIVITY OF DESCENDING PROPRIOSPINAL AXONS IN THE TURTLE HINDLIMB ENLARGEMENT DURING 2 FORMS OF FICTIVE SCRATCHING - BROAD TUNING TO REGIONS OF THE BODY-SURFACE
Authors: BERKOWITZ A STEIN PSG
Citation: A. Berkowitz et Psg. Stein, ACTIVITY OF DESCENDING PROPRIOSPINAL AXONS IN THE TURTLE HINDLIMB ENLARGEMENT DURING 2 FORMS OF FICTIVE SCRATCHING - BROAD TUNING TO REGIONS OF THE BODY-SURFACE, The Journal of neuroscience, 14(8), 1994, pp. 5089-5104
ACTIVITY OF DESCENDING PROPRIOSPINAL AXONS IN THE TURTLE HINDLIMB ENLARGEMENT DURING 2 FORMS OF FICTIVE SCRATCHING - PHASE ANALYSES
Authors: BERKOWITZ A STEIN PSG
Citation: A. Berkowitz et Psg. Stein, ACTIVITY OF DESCENDING PROPRIOSPINAL AXONS IN THE TURTLE HINDLIMB ENLARGEMENT DURING 2 FORMS OF FICTIVE SCRATCHING - PHASE ANALYSES, The Journal of neuroscience, 14(8), 1994, pp. 5105-5119
DESCENDING PROPRIOSPINAL AXONS IN THE HINDLIMB ENLARGEMENT OF THE RED-FARED TURTLE - CELLS OF ORIGIN AND FUNICULAR COURSES
Authors: BERKOWITZ A STEIN PSG
Citation: A. Berkowitz et Psg. Stein, DESCENDING PROPRIOSPINAL AXONS IN THE HINDLIMB ENLARGEMENT OF THE RED-FARED TURTLE - CELLS OF ORIGIN AND FUNICULAR COURSES, Journal of comparative neurology, 346(3), 1994, pp. 321-336
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