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Results: 1-11 |
Results: 11
THE DEVELOPMENT OF QUADRUPEDAL LOCOMOTION IN THE KITTEN
Authors: HOWLAND DR BREGMAN BS GOLDBERGER ME
Citation: Dr. Howland et al., THE DEVELOPMENT OF QUADRUPEDAL LOCOMOTION IN THE KITTEN, Experimental neurology, 135(2), 1995, pp. 93-107
DEVELOPMENT OF LOCOMOTOR BEHAVIOR IN THE SPINAL KITTEN
Authors: HOWLAND DR BREGMAN BS TESSLER A GOLDBERGER ME
Citation: Dr. Howland et al., DEVELOPMENT OF LOCOMOTOR BEHAVIOR IN THE SPINAL KITTEN, Experimental neurology, 135(2), 1995, pp. 108-122
TRANSPLANTS ENHANCE LOCOMOTION IN NEONATAL KITTENS WHOSE SPINAL-CORDSARE TRANSECTED - A BEHAVIORAL AND ANATOMICAL STUDY
Authors: HOWLAND DR BREGMAN BS TESSLER A GOLDBERGER ME
Citation: Dr. Howland et al., TRANSPLANTS ENHANCE LOCOMOTION IN NEONATAL KITTENS WHOSE SPINAL-CORDSARE TRANSECTED - A BEHAVIORAL AND ANATOMICAL STUDY, Experimental neurology, 135(2), 1995, pp. 123-145
PLASTICITY OF COMPLEX TERMINALS IN LAMINA-II IN PARTIALLY DEAFFERENTED SPINAL-CORD - THE CAT SPARED ROOT PREPARATION
Authors: ZHANG B GOLDBERGER ME WU LF MURRAY M
Citation: B. Zhang et al., PLASTICITY OF COMPLEX TERMINALS IN LAMINA-II IN PARTIALLY DEAFFERENTED SPINAL-CORD - THE CAT SPARED ROOT PREPARATION, Experimental neurology, 132(2), 1995, pp. 186-193
DIFFERENTIAL RECOVERY OF BIPEDAL AND OVERGROUND LOCOMOTION FOLLOWING COMPLETE SPINAL-CORD HEMISECTION IN CATS
Authors: BASSO DM MURRAY M GOLDBERGER ME
Citation: Dm. Basso et al., DIFFERENTIAL RECOVERY OF BIPEDAL AND OVERGROUND LOCOMOTION FOLLOWING COMPLETE SPINAL-CORD HEMISECTION IN CATS, Restorative neurology and neuroscience, 7(2), 1994, pp. 95-110
NMDA RECEPTOR BLOCKADE RESCUES CLARKES AND RED NUCLEUS NEURONS AFTER SPINAL HEMISECTION
Authors: SANNER CA CUNNINGHAM TJ GOLDBERGER ME
Citation: Ca. Sanner et al., NMDA RECEPTOR BLOCKADE RESCUES CLARKES AND RED NUCLEUS NEURONS AFTER SPINAL HEMISECTION, The Journal of neuroscience, 14(11), 1994, pp. 6472-6480
GRAFTS OF FETAL CENTRAL-NERVOUS-SYSTEM TISSUE RESCUE AXOTOMIZED CLARKE NUCLEUS NEURONS IN ADULT AND NEONATAL OPERATES
Authors: HIMES BT GOLDBERGER ME TESSLER A
Citation: Bt. Himes et al., GRAFTS OF FETAL CENTRAL-NERVOUS-SYSTEM TISSUE RESCUE AXOTOMIZED CLARKE NUCLEUS NEURONS IN ADULT AND NEONATAL OPERATES, Journal of comparative neurology, 339(1), 1994, pp. 117-131
THE RECOVERY OF POSTURAL REFLEXES AND LOCOMOTION FOLLOWING LOW THORACIC HEMISECTION IN ADULT CATS INVOLVES COMPENSATION BY UNDAMAGED PRIMARY AFFERENT PATHWAYS
Authors: HELGREN ME GOLDBERGER ME
Citation: Me. Helgren et Me. Goldberger, THE RECOVERY OF POSTURAL REFLEXES AND LOCOMOTION FOLLOWING LOW THORACIC HEMISECTION IN ADULT CATS INVOLVES COMPENSATION BY UNDAMAGED PRIMARY AFFERENT PATHWAYS, Experimental neurology, 123(1), 1993, pp. 17-34
PROLIFERATION OF SP-CONTAINING AND 5HT-CONTAINING TERMINALS IN LAMINA-II OF RAT SPINAL-CORD FOLLOWING DORSAL RHIZOTOMY - QUANTITATIVE EM-IMMUNOCYTOCHEMICAL STUDIES
Authors: ZHANG B GOLDBERGER ME MURRAY M
Citation: B. Zhang et al., PROLIFERATION OF SP-CONTAINING AND 5HT-CONTAINING TERMINALS IN LAMINA-II OF RAT SPINAL-CORD FOLLOWING DORSAL RHIZOTOMY - QUANTITATIVE EM-IMMUNOCYTOCHEMICAL STUDIES, Experimental neurology, 123(1), 1993, pp. 51-63
PARTIAL DEAFFERENTATION OF CAT SPINAL NEURONS RESULTS IN PERMANENT CHANGES IN CELL-SURFACE MOLECULAR EXPRESSION AND METABOLIC-ACTIVITY
Authors: GOLDBERGER ME PAIGE E CROUL S LEVITT P
Citation: Me. Goldberger et al., PARTIAL DEAFFERENTATION OF CAT SPINAL NEURONS RESULTS IN PERMANENT CHANGES IN CELL-SURFACE MOLECULAR EXPRESSION AND METABOLIC-ACTIVITY, Experimental neurology, 123(1), 1993, pp. 74-80
REMOVAL OF DORSAL-ROOT AFFERENTS PREVENTS RETROGRADE DEATH OF AXOTOMIZED CLARKE NUCLEUS NEURONS IN THE CAT
Authors: SANNER CA MURRAY M GOLDBERGER ME
Citation: Ca. Sanner et al., REMOVAL OF DORSAL-ROOT AFFERENTS PREVENTS RETROGRADE DEATH OF AXOTOMIZED CLARKE NUCLEUS NEURONS IN THE CAT, Experimental neurology, 123(1), 1993, pp. 81-90
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