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Faculty of Pharmaceutical Sciences, Meijo University | 論文
- Effects of Patient-Pharmacist Communication on the Treatment of Asthma
- Effect of Side Chains Including the N-Methyl-tetrazole-thiol Group of β-Lactam Antibiotics on Transport in Cultured Kidney Epithelial Cells LLC-PK_1
- Quantitation of human herpesvirus 6 DNA in infant with exanthem subitum by microplate PCR-hybridization assay
- Morphine-Induced Straub Tail Reaction and Spinal Catecholamine Metabolite Content : Antagonism of Naloxone to Morphine-Induced Effects in Mice
- Transformation of α- and β-Dihydroionols to Dihydroedulans and Theaspiranes by Anodic Oxidation(Organic Chemistry)
- Goitrogenic Action of Manganese on Female Mouse Thyroid through Three Generations : Endocrinology
- EFFECTS OF INTRACEREBRAL ADMINISTRATION OF ATROPINE AND MORPHINE ON THE CAUDATE STIMULATION-INDUCED CAUDATE SPINDLE IN RATS
- Inhibitory Effect of 5,5-Dimethyl-1-pyrroline-N-oxide on Genotoxicity of X-rays in Drosophila
- MECHANISM OF TOLERANCE DEVELOPMENT TO PENTOBARBITAL IN RELATION TO GABA-ERGIC NEURONAL AND DISPOSITIONAL FUNCTIONS IN MICE
- MECHANISM OF TOLERANCE DEVELOPMENT TO PHENCYCLIDINE IN RELATION TO GABA-ERGIC NEURONAL AND DISPOSITIONAL FUNCTIONS IN MICE
- An in vitro Study on the Release of Caffeine from an Agar-Jelly Preparation for a Patient with Tremors
- Allopurinol Protects Pancreatic β Cells from the Cytotoxic Effect of Streptozotocin : In Vitro Study
- Mercurial Effect on Thyroid Hormone Synthesis : Enzyme Histochemical and Electron Microscopic Observations
- CHARACTERIZATION OF MANGANESE ION IN RAT LIVER
- EPR DETECTION AND CHARACTERIZATION OF MANGANOUS (II) ION IN ORGANS-SUBCELLULAR FRACTIONS OF THE LIVER AND KIDNEY AND THYROID HOMOGENATE OF MICE TREATED WITH MANGANESE CHLORIDE
- Effects of Prenatal Administration of Phencyclidine on the Learning and Memory Processes of Rat Offspring
- Involvement of 5-Hydroxytryptamine in Tolerance Development in the Morphine-Induced Straub Tail Reaction
- Effect of centrally Acting Muscle Relaxants on the Morphine-Induced Straub Tail Reaction in Mice
- Inhibitory Effect of Difenamizole on Morphine-Induced Straub Tail Reaction with Special Reference to Monoaminergic Agents
- Effects of Various Amino Acids and Their Related Agents in Association with Neurotransmitter Substances on the Morphine-induced Straub Tail Reaction in Mice