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Results: 1-13 |
Results: 13
ATTENUATION OF FOCAL CEREBRAL INFARCT IN MICE LACKING NMDA RECEPTOR SUBUNIT NR2C
Authors: KADOTANI H NAMURA S KATSUURA G TERASHIMA T KIKUCHI H
Citation: H. Kadotani et al., ATTENUATION OF FOCAL CEREBRAL INFARCT IN MICE LACKING NMDA RECEPTOR SUBUNIT NR2C, NeuroReport, 9(3), 1998, pp. 471-475
SATIETY EFFECT AND SYMPATHETIC ACTIVATION OF LEPTIN ARE MEDIATED BY HYPOTHALAMIC MELANOCORTIN SYSTEM
Authors: SATOH N OGAWA Y KATSUURA G NUMATA Y MASUZAKI H YOSHIMASA Y NAKAO K
Citation: N. Satoh et al., SATIETY EFFECT AND SYMPATHETIC ACTIVATION OF LEPTIN ARE MEDIATED BY HYPOTHALAMIC MELANOCORTIN SYSTEM, Neuroscience letters, 249(2-3), 1998, pp. 107-110
INVOLVEMENT OF MELANOCORTIN AND NPY SYSTEMS IN LEPTIN ACTION
Authors: SATOH N KATSUURA G NUMATA Y MASUZAKI H OGAWA Y
Citation: N. Satoh et al., INVOLVEMENT OF MELANOCORTIN AND NPY SYSTEMS IN LEPTIN ACTION, Diabetes, 47, 1998, pp. 53-53
THE ARCUATE NUCLEUS AS A PRIMARY SITE OF SATIETY EFFECT OF LEPTIN IN RATS
Authors: SATOH N OGAWA Y KATSUURA G HAYASE M TSUJI T IMAGAWA K YOSHIMASA Y NISHI S HOSODA K NAKAO K
Citation: N. Satoh et al., THE ARCUATE NUCLEUS AS A PRIMARY SITE OF SATIETY EFFECT OF LEPTIN IN RATS, Neuroscience letters, 224(3), 1997, pp. 149-152
IMPAIRMENT OF PUPILLARY RESPONSES AND OPTOKINETIC NYSTAGMUS IN THE MGLUR6-DEFICIENT MOUSE
Authors: IWAKABE H KATSUURA G ISHIBASHI C NAKANISHI S
Citation: H. Iwakabe et al., IMPAIRMENT OF PUPILLARY RESPONSES AND OPTOKINETIC NYSTAGMUS IN THE MGLUR6-DEFICIENT MOUSE, Neuropharmacology, 36(2), 1997, pp. 135-143
PATHOPHYSIOLOGICAL SIGNIFICANCE OF THE OBESE GENE-PRODUCT, LEPTIN, INVENTROMEDIAL HYPOTHALAMUS (VMH)-LESIONED RATS - EVIDENCE FOR LOSS OF ITS SATIETY EFFECT IN VMH-LESIONED RATS
Authors: SATOH N OGAWA Y KATSUURA G TSUJI T MASUZAKI H HIRAOKA J OKAZAKI T TAMAKI M HAYASE M YOSHIMASA Y NISHI S HOSODA K NAKAO K
Citation: N. Satoh et al., PATHOPHYSIOLOGICAL SIGNIFICANCE OF THE OBESE GENE-PRODUCT, LEPTIN, INVENTROMEDIAL HYPOTHALAMUS (VMH)-LESIONED RATS - EVIDENCE FOR LOSS OF ITS SATIETY EFFECT IN VMH-LESIONED RATS, Endocrinology, 138(3), 1997, pp. 947-954
DUAL EFFECTS OF LEPTIN ON BODY-WEIGHT REGULATION VIA THE ARCUATE NUCLEUS (ARC) AND THE VENTROMEDIAL HYPOTHALAMUS (VMH)
Authors: SATOH N KATSUURA G HAYASE M TSUJI T TAKAYA K OGAWA Y
Citation: N. Satoh et al., DUAL EFFECTS OF LEPTIN ON BODY-WEIGHT REGULATION VIA THE ARCUATE NUCLEUS (ARC) AND THE VENTROMEDIAL HYPOTHALAMUS (VMH), Diabetes, 46, 1997, pp. 978-978
REGULATION OF OBESE GENE-EXPRESSION IN KK MICE AND CONGENIC LETHAL YELLOW OBESE KKA(Y) MICE
Authors: HAYASE M OGAWA Y KATSUURA G SHINTAKU H HOSODA K NAKAO K
Citation: M. Hayase et al., REGULATION OF OBESE GENE-EXPRESSION IN KK MICE AND CONGENIC LETHAL YELLOW OBESE KKA(Y) MICE, American journal of physiology: endocrinology and metabolism, 34(2), 1996, pp. 333-339
IMPAIRMENT OF HIPPOCAMPAL MOSSY FIBER LTD IN MICE LACKING MGLUR2
Authors: YOKOI M KOBAYASHI K MANABE T TAKAHASHI T SAKAGUCHI I KATSUURA G SHIGEMOTO R OHISHI H NOMURA S NAKAMURA K NAKAO K KATSUKI M NAKANISHI S
Citation: M. Yokoi et al., IMPAIRMENT OF HIPPOCAMPAL MOSSY FIBER LTD IN MICE LACKING MGLUR2, Science, 273(5275), 1996, pp. 645-647
EXPRESSION OF THE OBESE (OB) GENE AND SATIETY EFFECTS OF ITS ENCODED PROTEIN (LEPTIN) IN VENTROMEDIAL HYPOTHALAMUS (VMH)-LESIONED RATS
Authors: SATOH N OGAWA Y KATSUURA G HAYASE M TSUJI T TAKAYA K HOSODA K NAKAO K
Citation: N. Satoh et al., EXPRESSION OF THE OBESE (OB) GENE AND SATIETY EFFECTS OF ITS ENCODED PROTEIN (LEPTIN) IN VENTROMEDIAL HYPOTHALAMUS (VMH)-LESIONED RATS, Diabetes, 45, 1996, pp. 618-618
REGULATION OF OBESE (OB) GENE-EXPRESSION IN KK MICE AND CONGENIC LETHAL YELLOW OBESE KKA(Y) MICE
Authors: OGAWA Y KATSUURA G HAYASE M SHINTAKU H HOSODA K
Citation: Y. Ogawa et al., REGULATION OF OBESE (OB) GENE-EXPRESSION IN KK MICE AND CONGENIC LETHAL YELLOW OBESE KKA(Y) MICE, Diabetes, 45, 1996, pp. 633-633
REVERSED BEHAVIORAL-EFFECT OF CHOLECYSTOKININ AFTER FRONTAL DECORTICATION IN RATS
Authors: ITOH S KATSUURA G ITOH T MORIMOTO T
Citation: S. Itoh et al., REVERSED BEHAVIORAL-EFFECT OF CHOLECYSTOKININ AFTER FRONTAL DECORTICATION IN RATS, Life sciences, 55(11), 1994, pp. 213-216
ACTIVATION OF CCK-A RECEPTORS INDUCES ELEVATION OF PLASMA-CORTICOSTERONE IN RATS
Authors: KATSUURA G IBII N MATSUSHITA A
Citation: G. Katsuura et al., ACTIVATION OF CCK-A RECEPTORS INDUCES ELEVATION OF PLASMA-CORTICOSTERONE IN RATS, Peptides, 13(1), 1992, pp. 203-205
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