DEVELOPMENT OF BIFUNCTIONAL DELIVERY SYSTEM FOR SELECTIVE TRANSFER OF DRUG INTO LYMPHATICS VIA ENTERAL ROUTE AND TRANSFER MECHANISM
スポンサーリンク
概要
著者
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SEZAKI Hitoshi
Faculty of Pharmaceutical Sciences, Kyoto University
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YOSHIKAWA HIROSHI
Kyoto College of Pharmacy
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MURANISHI SHOZO
Kyoto College of Pharmacy
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Sezaki Hitoshi
Faculty Of Pharmaceutical Sciences Kyoto University
関連論文
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- STUDY ON THE ACTION OF PERCUTANEOUS PENETRATION ENHANCERS : EFFECT ON VARIOUS DRUGS WITH DIFFERENT PHYSICOCHEMICAL PROPERTIES
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- TRANSPORT CHARACTERISTICS OF p-ACETAMIDOBENZOIC ACID IN BRUSH BORDER MEMBRANE OF RAT SMALL INTESTINE
- EFFECT OF SURFACTANTS ON THE ABSORPTION OF p-AMINOBENZOIC ACID FROM THE RAT INTESTINE
- COMPARATIVE STUDIES ON THE ABSORPTION MECHANISM OF p-AMINOBENZOIC ACID AND p-ACETAMIDOBENZOIC ACID FROM THE RAT INTESTINE
- ABSORPTION AND METABOLISM OF p-AMINOBENZOIC ACID BY RAT SMALL INTESTINE IN SITU
- ABSORPTION AND METABOLISM OF p-AMINOBENZOIC ACID BY RAT INTESTINE IN VITRO
- EVALUATION OF DRUG DISPOSITION IN BRAIN BY MOMENT ANALYSIS (II)
- INVESTIGATIONS OF INFLUX AND ACCUMULATION PROCESSES OF β-LACTAM ANTIBIOTICS AND THEIR ROLE IN THE TRANSMURAL TRANSFER ACROSS RAT JEJUNUM
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- New Methods to Evaluate Intestinal Drug Absorption Mediated by Oligopeptide Transporter from In vitro Study using Caco-2 Cells
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- IMMUNOLOGICAL CONTROL OF DRUG ABSORPTION FROM THE GASTROINTESTINAL TRACT : EFFECT OF LOCAL ANAPHYLAXIS ON THE INTESTINAL ABSORPTION OF LOW MOLECULAR WEIGHT DRUGS IN THE RAT
- EFFECT OF SYNTHETIC SURFACTANTS ON DRUG ABSORPTION IN THE PRESENCE OF A PHYSIOLOGIC SURFACTANT, SODIUM TAUROCHOLATE, IN RATS
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- QUANTITATIVE ANALYSIS OF DRUG DISPOSITION : APPLICATION OF STATISTICAL MOMENT THEORY TO LOCAL PERFUSION SYSTEM
- CONTROL OF IN VIVO FATE OF PROTEIN DRUGS USING CHEMICAL MODIFICATION WITH SUGARS
- Design and Evaluation of Monoclonal Antibody-Antitumor Agent Conjugate
- EFFECT OF TEMPERATURE ON INTESTINAL TRANSFER AND TISSUE UPTAKE OF SULFANILAMIDE AND AMINOPROPYRON IN VITRO
- CELLULAR INTERACTION AND ANTITUMOR ACTIVITY OF MITOMYCIN C PRODRUGS
- URINARY EXCRETION CHARACTERISTICS OF A POLYMERIC PRODRUG OF MITOMYCIN C, MITOMYCIN C-DEXTRAN CONJUGATE
- ENHANCED LYMPHATIC DELIVERY OF MIYOMYCIN C BY POLYMERIC MODIFICATION
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- EFFECT OF TAURINE ON THE GASTROINTESTINAL ABSORPTION OF DRUGS-IONIC REQUIREMENT FOR THE ACTION
- SODIUM ION-DEPENDENCY OF TAURINE-INDUCED ENHANCEMENT OF DRUG ABSORPTION FROM RAT STOMACH IN SITU
- MECHANISM OF THE ABSORPTION OF WATER-SOLUBLE DRUGS FROM THE GASTROINTESTINAL TRACT : ABSORPTION OF β-LACTAM ANTIBIOTICS FROM RAT SMALL INTESTINE
- CARRIER-MEDIATED TRANSPORT SYSTEMS FOR AMINOPENICIL-LINS IN RAT SMALL INTESTINE
- CHARACTERIZATION OF AMINOCEPHALOSPORIN TRANSPORT ACROSS RAT SMALL INTESTINE
- EFFECT OF TAURINE ON DRUG ABSORPTION FROM THE RAT GASTROINTESTINAL TRACT
- EFFECT OF COMPLEXATION WITH DEXTRAN SULFATE ON THE LYMPHATIC DELIVERY OF BLEOMYCIN FOLLOWING INTRASTITIAL ADMINISTRATION
- PHARMACEUTICAL STUDIES ON LIPOSOMES : IMPROVEMENT OF ENTRAPPING EFFICIENCY FOR WATER SOLUBLE DRUGS BY FREEZING METHOD
- Effect of Experimental Acute Renal and Hepatic Failure on Absorption of Tacrolimus in Rat Small Intestine
- USE OF A FLUORESCENT SULFHYDRYL REAGENT, N-[p-(2-BENZIMIDAZOLYL) PHENYL] MALEIMIDE, IN INVESTIGATING ACTIVE BILIARY EXCRETION OF ORGANIC CATIONS
- ANTITUMOR ACTIVITY OF LIPOPHILIC PRODRUGS OF MITOMYCIN C ENTRAPPED IN LIPOSOME OR O/W EMULSION
- DEVELOPMENT OF LIPOPHILIC MITOMYCIN C PRODRUGS AND THEIR APPLICATION TO LIPID DISPERSION SYSTEMS
- PHARMACOKINETIC STUDY ON SATURATED HEPATO-BILIARY TRANSPORT OF ACETYL PROCAINAMIDE ETHOBROMIDE
- DIFFERENCES IN EFFECTS ON DRUG ABSORPTION BETWEEN DIHYDROXY AND TRIHYDROXY BILE SALTS
- ENHANCEMENT OF LYMPHATIC TRANSPORT OF 1-(2-TETRAHYDROFURYL)-5-FLUOROURACIL BY WATER-IN-OIL EMULSION
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- ABSORPTION OF 5-FLUOROURACIL FROM VARIOUS REGIONS OF GASTROINTESTINAL TRACT IN RAT. EFFECT OF MIXED MICELLES
- ENHANCED INTESTINAL PERMEABILITY TO MACROMOLECULES. I. EFFECT OF MONOOLEIN-BILE SALTS MIXED MICELLES ON THE SMALL INTESTINAL ABSORPTION OF HEPARIN
- Effect of Experimental Acute Renal and Hepatic Failure on Absorption of Tacrolimus in Rat Small Intestine