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Central Research Laboratories, Ajinomoto Co., Inc. | 論文
- Gelation Mechanism of Protein Solution by Transglutaminase
- A New Anthracycline Antibiotic, Cosmocarcin A
- Synthesis of a chiral .ALPHA.-(aminooxy)arylacetic ester. II. A route through a chiral 2-hydroxy-2-phenylacetic acid derivative.
- Studies of Phosphorylation. V. The Synthesis of Inosine-5′-thiophosphates
- Synthesis of a chiral .ALPHA.-(aminooxy)arylacetic ester. I. A route through optical resolution of a racemic .ALPHA.-(phthalimidooxy)arylacetic acid.
- The Synthesis of a Sweet Peptide, α-L-Aspartyl-L-phenylalanine Methyl Ester, without the Use of Protecting Groups
- Polymorphism of Inosine. III. The Equilibrium for the Inosine–Dimethyl Sulfoxide–Water System
- A Study of the Molecular Compound between Inosine and Tryptophan
- Some Properties of the Salt between Inosine and L-Lysine
- The Formation of Crystalline Complexes between Inosine and Several Hydroxybenzoic Acids
- Inhibition of De novo Starch Synthesis and Photosynthesis by Laidlomycin
- Studies of Phosphorylation. IV. The Phosphorylation of Nucleosides with Phosphorus Trihalide
- Negative immunostaining of Duchenne muscular dystrophy(DMD) and mdx muscle surface membrane with antibody against synthetic peptide fragment predicted from DMD cDNA.
- A new synthesis of glutathione via the thiazoline peptide.
- A Simple Bioassay for Herbicidal Substances of Microbial Origin by Determining de novo Starch Synthesis in Leaf Segments
- Expression of Amplified cDNA Sequences Encoding Human Interleukin 2 in Human Cells
- Production and Isolation of Cosmomycins A, B, C and D: New Differentiation Inducers of Friend Cell F5-5
- Cosmomycin D, a New Anthracycline Antibiotic
- Actinomycin V as a Potent Differentiation Inducer of F5-5 Friend Leukemia Cells
- Isolation of Two Streptothricin-like Antibiotics, Nos. 6241-A and B, as Inhibitors of de novo Starch Synthesis and Their Herbicidal Activity