スポンサーリンク
Tokyo Biochemical Research Institute | 論文
- Studies on Carcinostatic Substances. XXXII. : Acquired Resistance of Yoshida Sarcoma by Treatment with Derivatives of Nitrogen Mustard.
- Studies on Carcinostatic Substances. XXVII. Anti-tumor Activity of 2-Chloroethylamine Derivatives on the in vitro-Cultured Yoshida Sarcoma Cells
- Studies on Carcinostatic Substances. XXII. Screening Method for Antimitotic Substance using the in vitro-Cultured Yoshida Sarcoma Cells.
- A Simpler Synthesis of D-Pantothenic Acid 4'-Phosphate
- Carcinostatic Methanesulfonic Acid Esters of Nitrogen Mustard Analogs
- Studies on Carcinostatic Substances. XXIX. 1,1-Bis(2-chloroethyl)-hydrazine and its Derivatives as Tumor-inhibiting Agent
- Studies on Carcinostatic Substances. XXVI. Preparation of Bis(2-chloroethyl)amine Derivatives and Related N-Oxides.
- Studies on Carcinostatic Substances. XXIV. Preparation of Diphenylphosphoric Acid Esters of N-Methyl-and N-Phenyl-bis(2-hydroxyethyl)amine and their Alkylating Activity.
- Studies on Carcinostatic Substances. XXIII. Correlation between Anti-tumor and leucopenia-inducing Effects of Alkylating Agents
- The Synthesis on N-Methyl[^C]-bis(2-chloroethyl)amine N-Oxide and its Excretion in the Urine of Dog.
- Synthesis and Anti-tumor Activity of Tenuazonic Acid Analogues
- IN VITRO METABOLISM OF N, N-DIALKYLNITROSAMINES IN RELATION TO THEIR ACTIVATION
- Reaction of Amide Homologs. III. α-Acylamidoalkylation of 2,4-Xylenol with Bisamides.
- Characterization of Directly Acting Mutagens Produced from N-Nitroso-N-(formylmethyl)alkylamines : Their Possible Involvement in the Carcinogenesis of N-Nitrosamines Having a 2-Hydroxyethyl Group(Organic,Chemical)
- SOLVOLYSIS OF N-NITROSO-N-(1-ACETOXYALKYL)ALKYLAMINES IN PHOSPHATE BUFFER : CHARACTERIZATION AND MUTAGENICITY OF N-NITROSO-N-(1-PHOSPHONOOXYALKYL)ALKYLAMINES
- Syntheses of N-(ω-Acetoxyalkyl and ω-Carbomethoxyalkyl)-N-(α-acetoxyalkyl) nitrosamines, Model Compounds for Possible metabolically Activated N, N-Dialkylnitrosamines
- Syntheses of N-Alkyl-N-(α-acetoxyalkyl) nitrosamines, Model Compounds for metabolically Activated N, N-Dialkylnitrosamines
- Preparation of Ring A-Modified Cardenolides
- Conversion of Digoxigenin to 5α-Digoxigenin : Structure of Syriogenin
- Conversion of Digitoxigenin to Uzarigenin