Tsuji Akira | 金沢大学薬

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概要

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著作論文

EFFECT OF DISEASE STATE ON BLOOD-BRAIN BARRIER TRANSPORT OF DRUGS MEDIATED BY ENDOGENOUS TRANSPORT SYSTEMS
CARRIER-MEDIATED TRANSPORT MECHANISM IN THE RAT INTESTINAL ABSORPTION OF AMINO-β-LACTAM ANTIBIOTICS
In Vivo and in Votro Evidence for a Common Carrier Mediated Transport of Choline and Basic Drugs through the Blood-Brain Barrier
Decalcification of Calcium Polycarbophil in Rats
Effect of Polycarbophil on the Absorption of Nutrients
COMPARATIVE DISTRIBUTION KINETICS OF CEFAZOLIN AND TOBRAMYCIN IN CHILDREN
ACIDIC DRUG TRANSPORT IN VIVO THROUGH THE BLOOD-BRAIN BARRIER. A ROLE OF THE TRANSPORT CARRIER FOR MONOCARBOXYLIC ACIDS
Dysfunction of Choline Transport System through Blood-Brain Barrier in Stroke-Prone Spontaneously Hypertensive Rats
Racemization Kinetics of Meluadrine Tartrate in Aqueous Solution
PHYSIOLOGICAL PHARMACOKINETICS COMBINED WITH ITS PHARMACOLOGICAL EFFECT ON BLOOD FLOW RATE : AN EXAMPLE OF A NEW MUSCLE-RELAXANT, HY-770
Entry of the New Quinolone Antibacterial Agents of Ofloxacin and NY-198 into the Central Nervous System in Rats
Mechanisms of Intestinal Absorption of the Antibiotic, Fosfomycin, in Brush-Border Membrane Vesicles in Rabbits and Humans
Relationship between Lipophilicity and Binding Affinity with Human Serum Albumin for Penicillin and Cephem Antibiotics
Selective Analysis of Mutual Displacement Effects at the Primary Binding Sites of Phenoxymethylpenicillin and Cephalothin Bindings to Human Serum Albumin
TRANSCELLULAR TRANSPORT MECHANISM OF β-LACTAM ANTIBIOTICS AND ITS INTERORGAN RELATIONSHIP AMONG SMALL INTESTINE, KIDNEY AND LIVER
TRANSPORT OF β-LACTAM ANTIBIOTICS VIA THE DIPEPTIDE CARRIER SYSTEM ACROSS INTESTINAL BRUSH-BORDER MEMBRANE
PERITONEAL MEMBRANE TRANSPORT OF DRUGS
INTESTINAL UPTAKE OF β-LACTAM ANTIBIOTICS WITHOUT AN α-AMINO GROUP AND ITS RELATIONSHIP TO DIPEPTIDE TRANSPORT
BINDING MECHANISM AND STRUCTURE-BINDING RELATIONSHIP OF β-LACTAM ANTIBIOTICS TO HUMAN SERUM ALBUMIN
AGE-RELATED CHANGE OF CEFAZOLIN BINDING TO RAT SERUM PROTEINS AND ITS RELATION TO THE MOLAR RATIO OF FREE FATTY ACID TO SERUM ALBUMIN
KINETIC EVIDENCE FOR A COMMON TRANSPORT ROUTE OF BENZYLPENICILLIN AND PROBENECID BY FRESHLY PREPARED HEPATOCYTES IN RATS. INFLUENCE OF SODIUM ION, ORGANIC ANIONS, AMINO ACIDS AND PEPTIDES ON BENZYLPENICILLIN UPTAKE
AGE-RELATED CHANGES IN DISTRIBUTION VOLUME OF β-LACTAM ANTIBIOTICS
EFFECT OF EXTRACELLULAR WATER VOLUME ON THE DISTRIBUTION KINETICS OF β-LACTAM ANTIBIOTICS AS A FUNCTION OF AGE
INTESTINAL ABSORPTION MECHANISM OF AMINO-β-LACTAM ANTIBIOTICS. III. KINETICS OF CARRIER-MEDIATED TRANSPORT ACROSS THE RAT SMALL INTESTINE IN SITU
CARRIER-MEDIATED TRANSPORT MECHANISM OF β-LACTAM ANTIBIOTICS IN ISOLATED HEPATOCYTES
PHYSIOLOGICALLY BASED PHARMACOKINETIC MODEL FOR DISTRIBUTION AND ELIMINATION OF β-LACTAM ANTIBIOTICS IN RATS AND BEAGLE DOGS
Participation of Monocarboxylic Anion and Bicarbonate Exchange System for the Transport of Acetic Acid and Monocarboxylic Acid Drugs in the Small Intestinal Brush-Border Membrane Vesicles
Carrier-Mediated Uptake of Nicotinic Acid by Rat Intestinal Brush-Border Membrane Vesicles and Relation to Monocarboxylic Acid Transport
Sodium and pH Dependent Carrier-Mediated Transport of Antibiotic, Fosfomycin, in the Rat Intestinal Brush-Border Membrane
POLYCATIONIC TRANSCYTOSIS OF DYNORPHIN-LIKE ANALGESIC PEPTIDE THROUGH BRAIN CAPILLARIES
USEFULNESS AND LIMITATION OF THE MICRODIALYSIS FIBER IMPLANTATION TECHNIQUE FOR THE DETERMINATION OF THE CONCENTRATION IN THE TISSUE INTERSTITIAL FLUID
An Application of Microdialysis to Drug Tissue Distribution Study : In Vivo Evidence for Free-Ligand Hypothesis and Tissue Binding of β-Lactam Antibiotics in Interstitial Fluids
Muscle Microdialysis as a Model Study to Relate the Drug Concentration in Tissue Interstitial Fluid and Dialysate
Transport of the New Quinolone Antibacterial Agents of Lomefloxacin and Ofloxacin by Rat Erythrocytes, and Its Relation to the Nicotinic Acid Transport System
PHYSIOLOGICAL PHARMACOKINETICS OF BIOLOGICALLY ACTIVE PEPTIDES : EFFECTS OF RECEPTOR BINDING, RECEPTOR-MEDIATED ENDOCYTOSIS, AND RECEPTOR RECYCLING ON INSULIN DISPOSITION

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