SYNTHETIC α-MELANOCYTE-STIMULATING HORMONE AND MOUSE BEHAVIOUR
スポンサーリンク
概要
著者
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Yajima Haruaki
Department of Earth Sciences, Faculty of Science, Kobe University
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Segawa Tomio
Department Of Pharmacology Institute Of Pharmaceutical Sciences Hiroshima University School Of Medic
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Kawasaki Koichi
Department Of Anesthesiology And Critical Care Medicine Kagoshima University School Of Medicine
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KAWASAKI Koichi
Department of Manufacturing Chemistry, Faculty of Pharmaceutical Sciences, Kyoto University
関連論文
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- HIGH POTASSIUM-INDUCED, CALCIUM-DEPENDENT MONOAMINE RELEASE FROM BRAIN SLICES OF THE NEWBORN RAT
- STRIATAL DOPAMINE CONTENT REDUCED IN DEVELOPING RATS TREATED WITH 6-HYDROXYDOPA
- REGIONAL CHANGES IN BRAIN CATECHOLAMINE CONTENT FOLLOWING ADMINISTRATION OF GUANETHIDINE TO NEONATAL RATS
- INFLUENCES OF SODIUM, OUABAIN AND TRICYCLIC ANTIDEPRESSANT DRUGS ON L-[3H]NOREPINEPHRINE UPTAKE INTO SYNAPTOSOMAL FRACTIONS OF DEVELOPING RAT BRAIN
- EFFECT OF IMIPRAMINE ON CENTRAL 5-HYDROXYTRYPTAMINE TURNOVER AND METABOLISM IN RATS
- FURTHER OBSERVATION ON THE LACK OF ACTIVE UPTAKE SYSTEM FOR SUBSTANCE P IN THE CENTRAL NERVOUS SYSTEM
- SUBSTANCE P IN THE CENTRAL NERVOUS SYSTEM OF RABBITS : UPTAKE SYSTEM DIFFERS FROM PUTATIVE TRANSMITTERS
- EFFECT OF ENKEPHALIN AND SUBSTANCE P ON SYMPATHETIC NERVE TRANSMISSION IN MOUSE VAS DEFERENS
- SIGNAL TRANSDUCTION FROM CATECHOLAMINE RECEPTORS TO ADENYLATE CYCLASE VIA GTP-BINDING PROTEINS IN ADULT AND OLD RAT BRAIN
- BRAIN SEROTONIN METABOLISM AND Δ9-TETRAHYDROCANNABINOL-INDUCED MURICIDE BEHAVIOR IN RATS
- INFLUENCE OF NEONATAL 6-HYDROXYDOPA TREATMENT ON FUNCTIONAL DEVELOPMENT IN THE STRIATUM AND HEART
- THE ISOLATION OF HIGHLY 5-HYDROXYTRYPTAMINE CONCENTRATED FRACTION FROM RABBIT DUODENAL MUCOUS MEMBRANE HOMOGENATES
- ONTOGENESIS OF REARING AND STEREOTYPY RESPONSES TO APOMORPHINE IN THE RAT
- SYNTHETIC α-MELANOCYTE-STIMULATING HORMONE AND MOUSE BEHAVIOUR
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- Effect of Concanavalin A on Intracellular Calcium Concentration in Single Blood Platelets.
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- UPTAKE AND STORAGE MECHANISM OF 5-HYDRO-XYTRYPTAMINE IN RABBIT BRAIN STEM AND EFFECT OF RESERPINE
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