TcO4-イオンとヒト血清アルブミンの結合--アニオンとの拮抗〔英文〕
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概要
著者
-
横山 陽
Department Of Radiopharmaceutical Chemistry Faculty Of Pharmaceutical Sciences Kyoto University
関連論文
- Studies on the Sulfur-containing Chelating Agents. XLVI. Hydrolysis of Thio-β-diketones and Related Amides in Acetonitrile-Water Mixture
- TcO4-イオンとヒト血清アルブミンの結合--アニオンとの拮抗〔英文〕
- Studies on the Sulfur-containing Chelating Agents. XLV. Kinetics of Ligand Exchange Reaction of Mercury-Monothiodibenzoylmethane Complex with Some Thiol Compounds by Stripping Solvent Extraction
- Studies on the Sulfur-containing Chelating Agents. XLIV. Kinetic Study of Ligand Exchange Reaction of Mercury-Aminopolycarboxylate with Monothiodibenzoylmethane by Solvent Extraction Method
- Studies on the Sulfur-containing Chelating Agents. XLIII. The Reaction of Thio-β-diketones and the Related Compounds with Iron (II) in the Presence of Pyridine
- Studies on the Sulfur-containing Chelating Agents. XLII. Solvent Extraction of Nickel (II) and Zinc (II) with N-(p-Substituted phenyl)-β-mercaptocinnamamides
- Studies on the Sulfur-containing Chelating Agents. XXXIX. Determination of Stability Constants of Some Metal Complexes of N-Phenyl-and N-Ethyl-β-mercaptocinnamamide and Thiodibenzoyl-methane by Solvent Extraction Method
- Studies on the Sulfur-containing Chelating Agents. XXXVIII. Reaction of Platinum (II), Rhodium (III) and Mercury (II) Ion with Monothio-β-diketones and Their Disulfides
- Studies on the Sulfur-containing Chelating Agents. XXXVII. Solvent Effect on Nuclear Magnetic Resonance Spectra of Cobalt (III) Monothioacetylacetonate and Its Brominated Products
- Noninvasive Measurement of Cerebral Blood Flow and Glucose Metabolic Rate in the Rat with High-Resolution Animal Positron Emission Tomography (PET) : A Novel in Vivo Approach for Assessing Drug Action in the Brains of Small Animals
- Synthesis of (S)-N-[Methyl-^C]nicotine and Its Regional Distribution in the Mouse Brain : A Potential Tracer for Visualization of Brain Nicotinic Receptors by Positron Emission Tomography
- Ga-Labeling of Immunoglobulin G with High Specific Radioactivity
- Cu-ATSM, an Intracellular-Accessible Superoxide Dismutase (SOD)-Like Copper Complex : Evaluation in an Ischemia-Reperfusion Injury Model
- Mitochondria-Selective Reduction of ^Cu-Pyruvaldehyde Bis(N^4-methylthiosemicarbazone) (^Cu-PTSM) in the Murine Brain; a Novel Radiopharmaceutical for Brain Positron Emission Tomography (PET) Imaging
- Application of [^I] (S)-5-Iodonicotine, a New Radioiodinated Ligand, in the Assay of Nicotinic Acetylcholine Receptor Binding in the Brain
- An Approach for Assaying Benzodiazepine Receptor Binding with Radioiodinated Ligand : ^I-Labeled Diazepam Derivative
- Evaluation of N-Alkyl Derivatives of Radioiodinated Spiperone as Radioligands for in Vivo Dopamine D_2 Receptor Studies : Effects of Lipophilicity and Receptor Affinity on the in Vivo Biodistribution
- A Synthetic Method Suitable for the Rapid Preparation of ^N-Labeled Dermorphin Analogue, H-Try-D-Met(O)-Phe-Gly-NH_2 (SD-62)
- Investigation of Radiopharmaceuticals for Pancreatic Imaging : Accumulation of Amines in the Pancreas
- Cu-Pyruvaldehyde-bis (N^4-methylthiosemicarbazone) (Cu-PTSM), a Metal Complex with Selective NADH-Dependent Reduction by Complex I in Brain Mitochondria : A Potential Radiopharmaceutical for Mitochondria-Functional Imaging with Positron Emission Tomograph
- Studies on the Sulfur-containing Chelating Agents. XXIV. Acid Dissociation and Chelate Formation of Penicillamine
- Reduction of Selenocystamine by Thiols
- Studies on the Sulfur-containing Chelating Agents. XXXI. Catalytic Effect of Copper (II) Ion to Formation of Mixed Disulfide
- Syntheses of Metal Complexes of Selenocysteamine
- Syntheses of Related Compounds of Selenocysteamine and Their Complex Formation with Metal Ions
- Studies on the Sulfur-containing Chelating Agents. XXIX. Reaction of Cysteamine and Its Related Compounds with Copper
- Metal Complexes of Selenocysteamine
- Acid Dissociation of Selenocysteamine (2-Aminoethaneselenol)
- Studies on the Sulfur-containing Chelating Agents. XXXVI. Reaction of Palladium Monothioacetylacetonate with Sulfide Ion and Its Application for Determination of Sulfide Ion
- Studies on the Sulfur-containing Chelating Agents. XXXII. The Reaction of Palladium (II) Ion with Monothio-β-diketones and Their Disulfides
- Studies on the Sulfur-containing Chelating Agents. XXIII. Some Investigations on the Quasiaromaticity of Cobalt (III) Thio-β-diketonates by the Spectroscopic Methods
- Studies on the Sulfur-containing Chelating Agents. XXII. Some Metal Chelates of Thio-β-diketones and Bromination of Cobalt (III) Thio-β-diketonates
- The Metal Chelates of Thio Derivatives of β-Diketones
- The Effect of the Alkaline Earth Salts on the NMR Spectrum of Phenols
- Studies on the Sulfur-containing Chelating Agents. XIV. Syntheses of β-Mercaptocinnamamides and their Structures.
- Development of Glycoside-Bound Radiopharmaceuticals : Novel Radioiodination Method for Digoxin
- Characterization of Technetium-99m Complexes of Pentane-2,4-dione Bis(N-methylthiosemicarbazone)
- Stable and Lipophilic Technetium-99m Dithiosemicarbazone Complexes with 5-6-5 Membered Chelate Ring Structure
- ^Cu-Labeling of Human Serum Albumin-Dithiosemicarbazone (HSA-DTS) Conjugate for Regional Plasma Volume Measurement : Application of New ^Zn/^Cu Generator System
- Studies on the Sulfur-containing Chelating Agents. XXXIV. Determination of Stability Constant of Mercury Complex of Monothiodibenzoylmethane and Monothiothenoyltrifluoroacetone by Solvent Extraction Method
- 金属の利用によるがんの診断と化学療法 (Bioinorganic Chemistry-2-) -- (実際問題への展開)
- Studies on the Sulfur-containing Chelating Agents. XXXV. Determination of Acid Dissociation Constants of N-Phenyl- and N-Ethyl-β-mercaptocin-namamide and Thiodibenzoylmethane by Solvent Extraction Method
- Formamidinesulfinic Acid as a Reducing Agent. I.
- Studies on the Sulfur-containing Chelating Agents.XV.Thioxo-thioenol Tautomerism in Ethyl β-Mercaptothiocinnamates and β-Mercaptocinnamamides
- Studies on the Sulfurcontaining Chelating Agents. XIII. Syntheses of Esters of β-Mercaptothiocinnamic Acid and their Structures.
- Studies on the Sulfurcontaining Chelating Agents. XII. Relationship between Chelating Ability and Chemical Structure of Ligand. (2).
- Studies on the Sulfurcontaining Chelating Agents. XI. Relationship between Chelating Ability and Chemical Structure of Ligand. (1).
- Studies on Sulfur-containing Chelating Agents. X. Mercapto-acid Amides and their Metal Chelates.
- Studies on Sulfur-containing Chelating Agents. IX. Syntheses of Alkyl or Aryl o-Mercaptophenyl Ketones, Esters of o-Mercaptobenzoic Acid, S-Esters of o-Mercaptothiobenzoic Acid, and their Metal Chelates.
- Studies on Sulfur-containing Chelating Agents. VIII. Syntheses of α, β-Unsaturated β-Mercapto-acid Esters and their Metal Chelates.
- Studies on Sulfur-containing Chelating Agents. VII. Syntheses of β-Mercaptothiolic Acid Esters and their Metal Chelates.
- Studies on the Sulfur-containing Chelating Agents. VI. Syntheses of β-Mercapto-acid Esters and their Copper and Nickel Chelates.
- Studies on the Sulfur-containing Chelating Agents. V. : Syntheses of β-Mercapto-acid Esters, and their Copper and Nickel Chelates. (1).
- Studies on the Sulfur-containing Chelating Agents. IV. : Structure of Copper Chelate of β-Mercaptoketones.
- Studies on the Sulfur-containing Chelating Agents. III. : Syntheses of β-Mercaptoketones and their Copper Chelates. (3)
- Studies on the Sulfur-containing Chelating Agents. II. Syntheses of β-Mercaptoketones and their Copper Chelates. (2).
- Studies on the sulfur-containing Chelating Agents. I.. Syntheses of β-Mercaptoketones and their Copper Chelates. (1)