Gann, Volume 50Japanese Cancer Association., 1959 - Cancer |
From inside the book
Results 1-3 of 23
Page 287
... chelates , as the length of Cu - Cu bond is larger than that of Ni - Ni bond . These chelates may easily per- meate through cell membranes of tumors , consisting of the lipoid layer " ) , to ex- hibit the antitumor activity , as their ...
... chelates , as the length of Cu - Cu bond is larger than that of Ni - Ni bond . These chelates may easily per- meate through cell membranes of tumors , consisting of the lipoid layer " ) , to ex- hibit the antitumor activity , as their ...
Page 299
... chelate compounds with oximes . The formation of chelate compounds might increase the antitumor activity of copper moiety , and decrease the anti - nematode activity . The ligand moiety should be selected to prepare the chelates having ...
... chelate compounds with oximes . The formation of chelate compounds might increase the antitumor activity of copper moiety , and decrease the anti - nematode activity . The ligand moiety should be selected to prepare the chelates having ...
Page 305
... chelates . If the antitumor activity of the chelate compounds be due only to the . formation of the permeable molecule , the dimethylglyoxime should exhibit the activity in the presence of other metal ions . Copper was suggested by Gale ...
... chelates . If the antitumor activity of the chelate compounds be due only to the . formation of the permeable molecule , the dimethylglyoxime should exhibit the activity in the presence of other metal ions . Copper was suggested by Gale ...
Contents
Nakahara W and Fukuoka F Study of carcinogenic mechanism based | 1 |
Nakahara W and Fukuoka F On the mechanism of radiation carcino | 17 |
Ono T and Tomaru T The toxic tumor factor depressing DPN synthesis | 187 |
4 other sections not shown
Other editions - View all
Common terms and phrases
4-dimethylaminoazobenzene 4-nitroquinoline N-oxide acid oxime antitumor activity ascites ascites hepatoma AH ascites tumor azo dyes Biol blood cancer cells Cancer Research carcinogenic catalase chelates Chem chrm chromosome number chromosomes compounds Control copper culture medium Cytological cytoplasm DAB-feeding decrease dehydrogenase dimethylglyoxime duodenal duodenum Effect of fraction Ehrlich ascites carcinoma Ehrlich carcinoma enzyme ethanol experimental experiments fraction S₂ GANN gastric cancer glycolysis growth hepatoma hepatoma AH 130 histological homogenate incubation inhibition inhibitory injection inoculation intraperitoneal Japanese levulinic acid liver cancers liver catalase activity Makino membrane method mg/kg/day mg/ml mitomycin mitosis mitotic mouse Nakahara nicotinamide normal rat nucleic acid Number of cell observed oncotrephin oxime protein quinoline rat ascites hepatoma rat liver rats fed sarcoma showed solution spleen splenic stemline strain L cells subcutaneous subline substance Table toxohormone transplantation tumor cells tumor-bearing animals Type vitro vivo xanthine oxidase Yoshida sarcoma