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Department of Pharmacology, Yokohama City University School of Medicine | 論文
- L-DOPA systems for blood pressure regulation in the lower brainstem
- Effects of Nanomolar to Submillimolar Carteolol on Noradrenaline Release in the Absence and Presence of Uptake_1 and Uptake_2 Blockers in Guinea Pig Pulmonary Arteries
- STRUCTURE-ACTIVITY RELATIONSHIPS OF L-DOPA ANALOGS ON FACILITATION OF NOREPINEPHRINE RELEASE AND POTENTIATION OF ISOPROTERENOL-INDUCED FACILITATION BY PICOMOLAR CONCENTRATIONS OF L-DOPA IN RAT HYPOTHALAMIC SLICES
- IS DOPA A NEUROACTIVE SUBSTANCE?-ASSAY OF L-AROMATIC AMINO ACID DECARBOXYLASE AND COMPETITIVE ANTAGONISM BY L-DOPA METHYL ESTER FOR L-DOPA-INDUCED FACILITATION OF NORADRENALINE RELEASE IN RAT HYPOTHALAMIC SLICES
- DOBUTAMINE-INDUCED FACILITATION OF NOREPINEPHRINE EFFLUX FROM SPIRAL STRIPS OF GUINEA PIG PULMONARY ARTERIES
- EFFECTS OF CALCIUM ON ADRENERGIC TRANSMISSION AND CALCIUM REVERSAL FROM THE GUANETHIDINE INDUCED NEURON BLOCKADE IN RABBIT ILEA
- PRESYNAPTIC REGULATION OF ENDOGENOUS CATECHOLAMINE RELEASE FROM SLICES OF RAT HYPOTHALAMUS
- DIFFERENTIAL SUSCEPTIBILITY OF L CELLS IN THE EXPONENTIAL AND STATIONARY PHASES TO CADMIUM CHLORIDE
- A Trial for Kinetic Evaluation of the Antagonistic Potency of Several β-Antagonists on Presynaptic β-Adrenoceptors
- MECHANISM OF DECREASED VENOUS RETURN WITH NITROGLYCERIN
- Effect of ouabain on the hyperosmolarity tolerant cells from rat kidney.
- Endogenously Released DOPA Is Probably Relevant to Nicotine-Induced Increases in Locomotor Activities of Rats.
- Isoproterenol-induced facilitation of norepinephrine release does not primarily involve a local angiotensin II mechanism in guinea pig pulmonary arteries.
- EFFECT OF HISTAMINE AND OTHER ENDOGENOUS AMINES ON THE PERIPHERAL HEMODYNAMICS IN RABBITS UNDER THE CONTROLLED CARDIAC OUTPUT
- COMPARATIVE EFFECTS OF BRADYKININ, KALLIDIN AND NITROGLYCERIN ON THE PERIPHERAL VASCULAR SYSTEM IN DOGS
- Effects of prostaglandins E1,E2,F2.ALPHA. and I2 on adrenergic transmission in guinea pig pulmonary arteries.
- Epinephrine, derived from the adrenals and probably coreleased with norepinephrine, acts as an endogenous agonist for peripheral presynaptic β-adrenoceptors