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Department of Hygiene, School of Medicine, University of Gunma | 論文
- THE EFFECT OF AGE ON CADMIUM RETENTION IN ORGANS OF HAMSTERS.
- BUTYLTIN METABOLISM IN PREGNANT RATS AND FETUSES IN RELATION TO PLACENTAL TRANSFER OF BUTYLTIN COMPOUNDS
- Measurement of Wavefront Aberration of Human Eye Using Talbot Image of Two-Dimensional Grating
- Optical Method for Personal Identification Based on Recognition of Three-Dimensional Objects
- DISTRIBUTION AND CHROMIUM BINDING CAPACITY OF LOW-MOLECULAR-WEIGHT, CHROMIUM BINDING SUBSTANCE IN MICE
- EFFECT OF TIN COMPOUNDS ON ENZYMES IN RAT BRAIN
- COMPARISON OF THE TRANSPORT SYSTEM OF METALS IN MOUSE LIVER : WITH SPECIAL REFERENCE TO THE MECHANISM OF BILIARY EXCRETION OF METALS
- STUDIES ON MANGANESE METABOLISM : WITH SPECIAL REFERENCE TO THE ROLE OF.LIVER LYSOSOMES
- THE CHANGE OF ZINC BINDING LIGANDS IN MILK DURING THE ENZYMATIC DIGESTION
- STUDIES ON MANGANESE METABOLISM IN BODY : WITH SPECIAL REFERENCE TO THE EXCRETION MECHANISMS THROUGH LIVER TO BILE (The 6th Meeting for the Study of Toxic Effect)
- PARTIAL PURIFICATION OF DITHIZONE-STAINABLE ZINC IN BRAIN
- PURIFICATION AND BIOLOGICAL SIGNIFICANCE OF A SPECIFIC CHROMIUM-BINDING SUBSTANCE (A LOW MOLECULAR WEIGHT CHROMIUM-BINDING SUBSTANCE) FOUND IN ORGANS OF MAMMALS
- MECHANISM OF HYPERLIPIDEMIA INDUCED BY METHYL IODIDE AND TRIBUTYLTIN
- EFFECT OF TRIPHENYLTIN ON PLATELET AGGREGATlON AND ATP SECERTION INDUCED BY COLLAGEN, ADP AND ARACHIDONIC ACID
- EFFECTS OF TRIBUTYLTIN AND ITS METABOLITES ON BRAIN FUNCTION
- HYPERLIPEMIA INDUCED IN RABBITS BY TRIPHENYLTIN FLUORIDE AND ITS MECHANISM
- DISTRIBUTION OF TRACE METALS IN NUCLEI AND NUCLEOLI OF NORMAL AND REGENERATING RAT LIVER
- BIOCHEMICAL STUDIES ON DITHIZONE-STAINABLE ZINC BRAIN
- DISTRIBUTION, BIOTRAMSFORMATION AND BIOLOGICAL HALF-LIFE OF TRI-, DI-, MONO-BUTYLTIN IN RATS (The 6th Meeting for the Study of Toxic Effect)
- A NEW ANALYTICAL METHOD FOR PHENYLTIN COMPOUNDS IN BIOLOGICAL SAMPLES AND ITS APPLICATION TO THE STUDY OF THEIR METABOLISM (The 6th Meeting for the Study of Toxic Effect)