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Results: 1-10 |
Results: 10
GABA(A) RECEPTOR BLOCKADE INHIBITS A-BETA FIBER EVOKED WIND-UP IN THEARTHRITIC RAT
Authors: WENG HR LAIRD JMA CERVERO F SCHOUENBORG J
Citation: Hr. Weng et al., GABA(A) RECEPTOR BLOCKADE INHIBITS A-BETA FIBER EVOKED WIND-UP IN THEARTHRITIC RAT, NeuroReport, 9(6), 1998, pp. 1065-1069
ON THE CUTANEOUS RECEPTORS CONTRIBUTING TO WITHDRAWAL REFLEX PATHWAYSIN THE DECEREBRATE SPINAL RAT
Authors: WENG HR SCHOUENBORG J
Citation: Hr. Weng et J. Schouenborg, ON THE CUTANEOUS RECEPTORS CONTRIBUTING TO WITHDRAWAL REFLEX PATHWAYSIN THE DECEREBRATE SPINAL RAT, Experimental Brain Research, 118(1), 1998, pp. 71-77
DEVELOPMENTAL ADAPTATION OF RAT NOCICEPTIVE WITHDRAWAL REFLEXES AFTERNEONATAL TENDON TRANSFER
Authors: HOLMBERG H SCHOUENBORG J YU YB WENG HR
Citation: H. Holmberg et al., DEVELOPMENTAL ADAPTATION OF RAT NOCICEPTIVE WITHDRAWAL REFLEXES AFTERNEONATAL TENDON TRANSFER, The Journal of neuroscience, 17(6), 1997, pp. 2071-2078
NOCICEPTIVE INHIBITION OF WITHDRAWAL REFLEX RESPONSES INCREASES OVER TIME IN SPINALIZED RATS
Authors: WENG HR SCHOUENBORG J
Citation: Hr. Weng et J. Schouenborg, NOCICEPTIVE INHIBITION OF WITHDRAWAL REFLEX RESPONSES INCREASES OVER TIME IN SPINALIZED RATS, NeuroReport, 7(7), 1996, pp. 1310-1314
CUTANEOUS INHIBITORY RECEPTIVE-FIELDS OF WITHDRAWAL REFLEXES IN THE DECEREBRATE SPINAL RAT
Authors: WENG HR SCHOUENBORG J
Citation: Hr. Weng et J. Schouenborg, CUTANEOUS INHIBITORY RECEPTIVE-FIELDS OF WITHDRAWAL REFLEXES IN THE DECEREBRATE SPINAL RAT, Journal of physiology, 493(1), 1996, pp. 253-265
A SURVEY OF SPINAL DORSAL HORN NEURONS ENCODING THE SPATIAL-ORGANIZATION OF WITHDRAWAL REFLEXES IN THE RAT
Authors: SCHOUENBORG J WENG HR KALLIOMAKI J HOLMBERG H
Citation: J. Schouenborg et al., A SURVEY OF SPINAL DORSAL HORN NEURONS ENCODING THE SPATIAL-ORGANIZATION OF WITHDRAWAL REFLEXES IN THE RAT, Experimental Brain Research, 106(1), 1995, pp. 19-27
MODULAR ORGANIZATION OF SPINAL NOCICEPTIVE REFLEXES - A NEW HYPOTHESIS
Authors: SCHOUENBORG J WENG HR HOLMBERG H
Citation: J. Schouenborg et al., MODULAR ORGANIZATION OF SPINAL NOCICEPTIVE REFLEXES - A NEW HYPOTHESIS, News in physiological sciences, 9, 1994, pp. 261-265
SENSORIMOTOR TRANSFORMATION IN A SPINAL MOTOR SYSTEM
Authors: SCHOUENBORG J WENG HR
Citation: J. Schouenborg et Hr. Weng, SENSORIMOTOR TRANSFORMATION IN A SPINAL MOTOR SYSTEM, Experimental Brain Research, 100(1), 1994, pp. 170-174
NOCICEPTIVE C-FIBER INPUT TO THE PRIMARY SOMATOSENSORY CORTEX (SI) - A FIELD POTENTIAL STUDY IN THE RAT
Authors: KALLIOMAKI J WENG HR NILSSON HJ SCHOUENBORG J
Citation: J. Kalliomaki et al., NOCICEPTIVE C-FIBER INPUT TO THE PRIMARY SOMATOSENSORY CORTEX (SI) - A FIELD POTENTIAL STUDY IN THE RAT, Brain research, 622(1-2), 1993, pp. 262-270
MULTIPLE SPINAL PATHWAYS MEDIATE CUTANEOUS NOCICEPTIVE C-FIBER INPUT TO THE PRIMARY SOMATOSENSORY CORTEX (SI) IN THE RAT
Authors: KALLIOMAKI J WENG HR NILSSON HJ YU YB SCHOUENBORG J
Citation: J. Kalliomaki et al., MULTIPLE SPINAL PATHWAYS MEDIATE CUTANEOUS NOCICEPTIVE C-FIBER INPUT TO THE PRIMARY SOMATOSENSORY CORTEX (SI) IN THE RAT, Brain research, 622(1-2), 1993, pp. 271-279
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