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Results: 1-10 |
Results: 10
INACTIVATION OF THE PONS BLOCKS MEDULLARY-INDUCED MUSCLE TONE SUPPRESSION IN THE DECEREBRATE CAT
Authors: KOHYAMA J LAI YY SIEGEL JM
Citation: J. Kohyama et al., INACTIVATION OF THE PONS BLOCKS MEDULLARY-INDUCED MUSCLE TONE SUPPRESSION IN THE DECEREBRATE CAT, Sleep (New York, N.Y.), 21(7), 1998, pp. 695-699
RETICULOSPINAL SYSTEMS MEDIATE ATONIA WITH SHORT AND LONG LATENCIES
Authors: KOHYAMA J LAI YY SIEGEL JM
Citation: J. Kohyama et al., RETICULOSPINAL SYSTEMS MEDIATE ATONIA WITH SHORT AND LONG LATENCIES, Journal of neurophysiology, 80(4), 1998, pp. 1839-1851
ENHANCED GLUTAMATE RELEASE DURING REM-SLEEP IN THE ROSTROMEDIAL MEDULLA AS MEASURED BY IN-VIVO MICRODIALYSIS
Authors: KODAMA T LAI YY SIEGEL JM
Citation: T. Kodama et al., ENHANCED GLUTAMATE RELEASE DURING REM-SLEEP IN THE ROSTROMEDIAL MEDULLA AS MEASURED BY IN-VIVO MICRODIALYSIS, Brain research, 780(1), 1998, pp. 178-181
BRAIN-STEM-MEDIATED LOCOMOTION AND MYOCLONIC JERK .1. NEURAL SUBSTRATES
Authors: LAI YY SIEGEL JM
Citation: Yy. Lai et Jm. Siegel, BRAIN-STEM-MEDIATED LOCOMOTION AND MYOCLONIC JERK .1. NEURAL SUBSTRATES, Brain research, 745(1-2), 1997, pp. 257-264
BRAIN-STEM-MEDIATED LOCOMOTION AND MYOCLONIC JERKS .2. PHARMACOLOGICAL EFFECTS
Authors: LAI YY SIEGEL JM
Citation: Yy. Lai et Jm. Siegel, BRAIN-STEM-MEDIATED LOCOMOTION AND MYOCLONIC JERKS .2. PHARMACOLOGICAL EFFECTS, Brain research, 745(1-2), 1997, pp. 265-270
THE INCIDENCE OF REACTION OF HALOTHANE TE ST IN TAIWAN LANDRACE, YORKSHIRE, AND DUROC PIGLETS
Authors: CHANG HL WU MC WU SC KAO ZC YEN NT TSAY JS LIU CT LAI YY
Citation: Hl. Chang et al., THE INCIDENCE OF REACTION OF HALOTHANE TE ST IN TAIWAN LANDRACE, YORKSHIRE, AND DUROC PIGLETS, Zhonghua nongxue huibao, (168), 1994, pp. 116-124
COTRANSMITTER-MEDIATED LOCUS-COERULEUS ACTION ON MOTONEURONS
Authors: FUNG SJ CHAN JYH MANZONI D WHITE SR LAI YY STRAHLENDORF HK ZHUO H LIU RH REDDY VK BARNES CD
Citation: Sj. Fung et al., COTRANSMITTER-MEDIATED LOCUS-COERULEUS ACTION ON MOTONEURONS, Brain research bulletin, 35(5-6), 1994, pp. 423-432
COTRANSMITTER-MEDIATED LOCUS-COERULEUS ACTION ON MOTONEURONS
Authors: FUNG SJ CHAN JYH MANZONI D WHITE SR LAI YY STRAHLENDORF HK ZHUO H LIU RH REDDY VK BARNES CD
Citation: Sj. Fung et al., COTRANSMITTER-MEDIATED LOCUS-COERULEUS ACTION ON MOTONEURONS, Brain research bulletin, 35(5-6), 1994, pp. 423-432
SYNTHESES AND SPECTROSCOPIC STUDIES OF X4AL2(MU-NR2)2 [X = BR, CH3, C2H5 - R = C2H5, CI3H7] - X-RAY CRYSTAL-STRUCTURES OF BR4AL2[MU-N(ET)2]2 AND ET4AL2[MU-N(CI3H7)2]2
Authors: HER TY CHANG CC TSAI JO LAI YY LIU LK CHANG HC CHEN JH
Citation: Ty. Her et al., SYNTHESES AND SPECTROSCOPIC STUDIES OF X4AL2(MU-NR2)2 [X = BR, CH3, C2H5 - R = C2H5, CI3H7] - X-RAY CRYSTAL-STRUCTURES OF BR4AL2[MU-N(ET)2]2 AND ET4AL2[MU-N(CI3H7)2]2, Polyhedron, 12(7), 1993, pp. 731-737
GLUTAMATERGIC AND CHOLINERGIC PROJECTIONS TO THE PONTINE INHIBITORY AREA IDENTIFIED WITH HORSERADISH-PEROXIDASE RETROGRADE TRANSPORT AND IMMUNOHISTOCHEMISTRY
Authors: LAI YY CLEMENTS JR SIEGEL JM
Citation: Yy. Lai et al., GLUTAMATERGIC AND CHOLINERGIC PROJECTIONS TO THE PONTINE INHIBITORY AREA IDENTIFIED WITH HORSERADISH-PEROXIDASE RETROGRADE TRANSPORT AND IMMUNOHISTOCHEMISTRY, Journal of comparative neurology, 336(3), 1993, pp. 321-330
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