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Department of Pharmacology, Okayama University Medical School | 論文
- 73.所胃腎ATP-aseのアナフィラキシー制御効果(第13回日本アレルギー学会総会)
- Aerobic Reduction of Cytochrome c Preparation by Xanthine Oxidase. I. Reduction and Reoxidation of Cytochrome c.
- 19. コハク酸によるアナフィラキシー反応の増強(第10回日本アレルギー学会総会一般演題)
- The expression and localization of serine proteinase inhibitor PI-6 mRNA in developmental and ischemic mouse brain
- Purification of a novel serpin-like protein from bovine brain
- ANTI-INFLAMMATORY PROPERTIES OF N-PHENYLANTHRANILIC ACID DERIVATIVES IN RELATION TO UNCOUPLING OF OXIDATIVE PHOSPHORYLATION
- Affinity Purification of Macrophage Migration Inhibitory Factor/Glycosylation Inhibiting Factor (MIF/GIF) from Bovine Brain by Using a Peptide Ligand Derived from a Novel Serpin
- ANTI-INFLAMMATORY POLYSACCHARIDE PRODUCED BY SERRATIA PISCATORUM
- HISTAMINE RELEASE BY INORGANIC CATIONS FROM MAST CELL GRANULES ISOLATED BY DIFFERENT PROCEDURES
- DISODIUM CROMOGLYCATE INHIBITION OF SUBSTANCE P-INDUCED HISTAMINE SECRETION IS CALCIUM DEPENDENT
- POTENTIATION BY PHOSPHATIDYLSERINE OF CALCIUM-DEPENDENT HISTAMINE RELEASE FROM RAT MAST CELLS INDUCED BY CONCANAVALIN A
- SIGNIFICANCE OF ATP-SPLITTING ACTIVITY OF RAT PERITONEAL MAST CELLS IN THE HISTAMINE RELEASE INDUCED BY EXOGENOUS ATP
- THE ROLE OF THE LOCUS COERULEUS IN REGULATION OF SEIZURE SUSCEPTIBILITY IN RATS
- HISTAMINE RELEASE FROM ISOLATED RAT MAST CELLS IN METAL ION-FREE MEDIUM
- COEXISTENCE OF ENERGY DEPENDENT AND NONDEPENDENT PROCESSES IN HISTAMINE RELEASE MECHANISM OF COMPOUND 48/80 AND SINOMENINE: EXPERIMENTS ON CHOPPED SKIN FROM VARIOUS ANIMAL SPECIES
- EFFECTS OF n-DECYLAMINE AND TOLUIDINE BLUE ON THE ELECTRIC CAPACITANCE OF ISOLATED RAT MAST CELLS
- MECHANISM OF HISTAMINE-RELEASE INHIBITION BY NICOTINAMIDE IN IN VITRO ANTIGEN-ANTIBODY REACTION
- DEGRANULATION AND HISTAMINE RELEASE IN FOCAL ANTIGEN-ANTI BODY REACTION BY MEANS OF MICROELECTROPHORESIS IN A SINGLE RAT MESENTERY MAST CELL
- Effects of isofloxythepin on central and peripheral histamine systems.
- A simple and rapid assay for collagenase activity using fluorescence-labeled substrate.