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Results: 1-9 |
Results: 9
NITRIC-OXIDE INDUCED CYTOTOXICITY ATTENUATION BY THIOPENTONE SODIUM BUT NOT PENTOBARBITAL SODIUM IN PRIMARY BRAIN CULTURES
Authors: SHIBUTA S KOSAKA J MASHIMO T FUKUDA Y YOSHIYA I
Citation: S. Shibuta et al., NITRIC-OXIDE INDUCED CYTOTOXICITY ATTENUATION BY THIOPENTONE SODIUM BUT NOT PENTOBARBITAL SODIUM IN PRIMARY BRAIN CULTURES, British Journal of Pharmacology, 124(4), 1998, pp. 804-810
RAPID DEVELOPMENT OF NITRIC OXIDE-INDUCED HYPERALGESIA DEPENDS ON AN ALTERNATE TO THE CGMP-MEDIATED PATHWAY IN THE RAT NEUROPATHIC PAIN MODEL
Authors: INOUE T MASHIMO T SHIBATA M SHIBUTA S YOSHIYA I
Citation: T. Inoue et al., RAPID DEVELOPMENT OF NITRIC OXIDE-INDUCED HYPERALGESIA DEPENDS ON AN ALTERNATE TO THE CGMP-MEDIATED PATHWAY IN THE RAT NEUROPATHIC PAIN MODEL, Brain research, 792(2), 1998, pp. 263-270
INTRATHECAL ADMINISTRATION OF A NEW NITRIC-OXIDE DONOR, NOC-18, PRODUCES ACUTE THERMAL HYPERALGESIA IN THE RAT
Authors: INOUE T MASHIMO T SHIBUTA S YOSHIYA I
Citation: T. Inoue et al., INTRATHECAL ADMINISTRATION OF A NEW NITRIC-OXIDE DONOR, NOC-18, PRODUCES ACUTE THERMAL HYPERALGESIA IN THE RAT, Journal of the neurological sciences, 153(1), 1997, pp. 1-7
A COMPARATIVE-STUDY OF THE ANTINOCICEPTIVE ACTION OF XENON AND NITROUS-OXIDE IN RATS
Authors: OHARA A MASHIMO T ZHANG P INAGAKI Y SHIBUTA S YOSHIYA I
Citation: A. Ohara et al., A COMPARATIVE-STUDY OF THE ANTINOCICEPTIVE ACTION OF XENON AND NITROUS-OXIDE IN RATS, Anesthesia and analgesia, 85(4), 1997, pp. 931-936
HIGHLY ELASTIC CARBON-FIBER-REINFORCED PLASTIC PROPULSION SHAFT
Authors: SHIBUTA S YOSHIKAWA M
Citation: S. Shibuta et M. Yoshikawa, HIGHLY ELASTIC CARBON-FIBER-REINFORCED PLASTIC PROPULSION SHAFT, Advanced composite materials, 5(3), 1996, pp. 233-239
A NEW NITRIC-OXIDE DONOR, NOC-18, EXHIBITS A NOCICEPTIVE EFFECT IN THE RAT FORMALIN MODEL
Authors: SHIBUTA S MASHIMO T ZHANG P OHARA A YOSHIYA I
Citation: S. Shibuta et al., A NEW NITRIC-OXIDE DONOR, NOC-18, EXHIBITS A NOCICEPTIVE EFFECT IN THE RAT FORMALIN MODEL, Journal of the neurological sciences, 141(1-2), 1996, pp. 1-5
CARDIOVASCULAR EFFECTS OF AN ULTRA-SHORT-ACTING NITRIC OXIDE-RELEASING COMPOUND, ZWITTERIONIC DIAMINE NO ADDUCT, IN DOGS/
Authors: ZHANG P OHARA A MASHIMO T SUN JH SHIBUTA S TAKADA K KOSAKA H TERADA M YOSHIYA I
Citation: P. Zhang et al., CARDIOVASCULAR EFFECTS OF AN ULTRA-SHORT-ACTING NITRIC OXIDE-RELEASING COMPOUND, ZWITTERIONIC DIAMINE NO ADDUCT, IN DOGS/, Circulation, 94(9), 1996, pp. 2235-2240
INTRACEREBROVENTRICULAR ADMINISTRATION OF A NITRIC OXIDE-RELEASING COMPOUND, NOC-18, PRODUCES THERMAL HYPERALGESIA IN RATS
Authors: SHIBUTA S MASHIMO T OHARA A ZHANG P YOSHIYA I
Citation: S. Shibuta et al., INTRACEREBROVENTRICULAR ADMINISTRATION OF A NITRIC OXIDE-RELEASING COMPOUND, NOC-18, PRODUCES THERMAL HYPERALGESIA IN RATS, Neuroscience letters, 187(2), 1995, pp. 103-106
THE NITRIC OXIDE-CYCLIC GMP PATHWAY IS INVOLVED IN THERMAL HYPERALGESIA IN RATS
Authors: SHIBUTA S MASHIMO T ZHANG P OHARA A YOSHIYA I
Citation: S. Shibuta et al., THE NITRIC OXIDE-CYCLIC GMP PATHWAY IS INVOLVED IN THERMAL HYPERALGESIA IN RATS, Anesthesiology, 83(3A), 1995, pp. 697-697
Risultati: 1-9 |