Table Of Content

AUTHOR INDEX TO VOLUME 44 Annapoorna K, 55 Ozutsumi K, 97 Beinert H, 173 Parekh H, 239 Bhatt J, 55 Pawlowski T, 163 Blondeau D, 117 Pettit LD, 149 Bock JL, 79 Pezeshk A, 47 Brighli M, 229 Pezeshk V, 47 Cavallo S, 27 Reedijk J, 249 Chemaly SM, 1, 17 Robeson DJ, 109 Chiancone E, 27 Saez V, 27 Chitnis MP, 239 Sakurai T, 267 Crull GB, 79 Sawicka J, 137 Decock P, 117 Shamsuddin S, 55 Elding LI, 249 Shino R, 89 Galey J-F, 149 Singh BN, 277 Ganther HE, 283 Singh RK, 277 Ghose AK, 277 Singh UP, 277 Hall AD, 27 Sodhi A, 277 Hider RC, 27 Springer CS Jr, 79 Ip C, 283 Srivastava TS, 239 Ishii S, 261 Stefanini S, 27 Jalal MAF, 109 Struik AF, 249 Kawashima T, 97 Subczynski WK, 47 Khan BT, 55 Suzuki S, 267 Kozlowski H, 117, 149 Swiatek J, 117, 163 LeGall J, 127 Taborsky G, 65 Lekchiri A, 229 Tada M, 89 Lenormand I, 117 Tajmir-Riahi HA, 39 Macreadie IG, 155 Teixeira M, 127 Mansuri-Torshizi H, 239 Tezuka M, 261 Martin RB, 141 Thompson HJ, 283 Methenitis C, 229 van Boom JH, 249 Mital R, 239 Winge DR, 155 Miyata Y, 97 Wishnia A, 79 Morcellet J, 229 Yoshimura T, 267 Morcellet M, 229 Youyou N, 117 Moura I, 127 Yu W, 155 Moura JJG, 127 Yuan WZ, 219 Najmuddin K, 55 Zuiderwijk CTM, 249 Okada S, 261 SUBJECT INDEX TO VOLUME 44 Al(III), L-ascorbic acid and, 39 Desulforedoxin, cobalt and nickel substituted, 127 ADP, magnesium binding to, 79 Dibenzotetraaza[14]annulenes, copper(II) com- Al>* hydrolysis reactions, Fe?* and, 141 plexes of, 47 Alcohol dehydrogenase I, cadmiun toxicity and, Dinucleotides, guanine-06, 249 155 Dopamine 6-monooxygenase, 173 Alternaria alternata, toxigenic fungus and, 109 Electron paramagnetic resonance (EPR) studies, Amine oxidase, 173 117, 127, 149 AMP, magnesium binding to, 79 Equilibria, acid-base, vitamin B,, complexes with Antimicrobial activity, palladium(II) complexes phosphite ligands and, 17 and, 55 Equilibria, temperature-dependent, cobalamines Antitumor activity with anionic phosphite ligands and, 1 cis-di inedichloroplatinum (cDDP) (cis- Erythrocyte constituents, magnesium binding to, platin) and, 239, 249 79 5-iodouracil complexes and, 277 Electron spin resonance (ESR) studies, 47, 89, 261 palladium(II) mixed ligand complexes and, 55 Extended x-ray absorption fine structure (EXAFS), selenite and, 239 mono- and _bis(aminocarboxylato)copper(II) tellurite and, 239 complexes and, 97 Ascorbate oxidase, 173 Fe>*, Al?* hydrolysis reactions and, 141 ATP, magnesium binding to, 79 Ferric ion Beta vulgaris, toxigenic fungus and, 109 Fe?* and Al?* hydrolysis equilibria, 141 Blue copper proteins, 173 phovitins and, 65 Cadmium chelate therapy, trithiomolybdates for, Fibrinopeptide A, proton and copper(II) and 219 zinc(II) complexes formed by, 149 Cadmium toxicity 5-iodouracil complexes, synthesis, characteriza- alcohol dehydrogenase I and, 155 tion, and antitumor activity of, 277 yeast and, 155 Fungus, toxigenic, 109 Carbon tetrachloride, chromium(III) and, 261 Galactose oxidase, 173 Carboplatin, cisplatin vs., 239 Glutamic acid, copper(II) and, 229 Ceruloplasmin, 173 Guanine-06, platinum complexes and, 249 Chromium(III), carbon _ tetrachloride-originated Hemocyanin, 173 trichloromethy! radical and, 261 Hemoglobin, magnesium binding to, 79 cis-c 4 i dichloroplatinum (cDDP) Hydrogen peroxide, decomposition of, 229 antitumor activity of, 239, 249 Hydroxypyridinones, human serum transferrin and side effects of, 239 ovotransferrin interaction with, 27 Cisplatin. See cis-di inedichloroplatinum Imidazopyridines, copper(II) and nickel(II) ion (cDDP) complexes and, 117 Cobalamins, 1, 17 Iron Cobalt desulforedoxin and, 127 replacement for, 127 distribution between chelator and proteins, 27 sulphur compounds and, 89 Fe(III)-phosphoprotein complex, 65 Coenzyme-B,, mediated isomerization, methyl- phosvitins and, 65 malonyl-CoA and, 89 L 929, 5-iodouracil complexes and, 277 Copper L-ascorbic acid, Al(III), La(III), and Pb(II) ions blue copper proteins, 173 and, 39 conference on, 173 La(III), L-ascorbic acid and, 39 dibenzotetraaza[14]Jannulenes and, 47 Lacquer peroxidase, Rhus vernicifera and, 267 extended x-ray absorption fine structure Lupine phenylanlanine tRNA, 163 (EXAFS) and, 97 Magnesium, erythrocyte constituents and binding fibrinopeptide A and, 149 of, 79 imidazopyridines and, 117 Magnetic circular dichroism (MCD) studies, 267 polyelectrolyte and, 229 Metal chelates, L-ascorbic acid and A\(IIl), proteins and copper active sites, 173 La(IIl), and Pb(II) ions, 39 CuL and CuLA, phospholipid bilayers and, 47 Metallothionein Cytochrome c oxidase, 173 regulation of, 173 d(GpG), guanine-06 and, 249 trithiomolybdate and, 219 296 SUBJECT INDEX Proteins Methylmalonyl-CoA, coenzyme-B,, mediated blue copper, 173 isomerization of, 89 copper active sites in, 173 Mg NMR spectroscopy, magnesium binding to metallothionein, 173, 219 erythrocyte constituents and, 79 phosvitin and ferric ion, 65 Mono- and bis(aminocarboxylato)copper(II) transferrin, 27, 141 complexes extended x-ray absorption fine Rhus vernicifera, \acquer peroxidase and, 267 structure (EXAFS) and, 97 Rubredoxin, cobalt and nickel substituted, 127 Nickel Ni** and Zn?* ion interaction with tRNAs of Sarcoma-180, 5-iodouracil complexes and, 277 Selenite, antitumor activity of, 239 wheat germ, 163 imidazopyridines and, 117 Selenium ornithine decarboxylase and, 283 replacement for, 127 polamine metabolism and, 283 Nitrite and nitrous oxide reductases, 173 6th Manziana Conference, September 23-27, 1990, Nucleic acids, transfer-RNAs, 163 copper in biological systems, 173 Ornithine decarboxylase, selenium and, 283 Spectroscopic techniques, advanced, 173 Ovotransferrin, 27 Oxidase Sulphur compounds, cobalt(II) complexes and, 89 Superoxide dismutase, 173 amine, 104 Tellurite, antitumor activity of, 239 ascorbate, 173 Tenuazonic acid (TA), Alternaria alternata and, cytochrome c, 173 109 galactose, 173 Thioester group, cobalt(II) complexes and, 89 Oxine ligands, 117 Transferrin Palladium(II) mixed ligand complexes, synthesis, Fe?* and Al>* hydrolysis equilibria and, 141 antimicrobial, and antitumor activity of, 55 hydroxypyridinones interaction with human Pb(II), L-ascorbic acid and, 39 serum and ovo-, 27 Peroxidases, lacquer, 267 Trichloromethy] radical, chromium(III) and, 261 Phenylalanine hydroxylase, 173 Trithiomolybdates, cadmium chelate therapy and, Phosphite ligands, vitamin B,, complexes with, 1, 219 17 2,3-bisphosphyoglycerate (DPG), magnesium Phospholipid bilayers, CuL and CuLA and, 47 binding to, 79 Phosvitins, iron and, 65 Vitamin B,, complexes, phosphite ligands and, 1, Plasmids, palladium(II) complexes and, 55 17 Platinum complexes, guanine-06 and, 249 Vitamin C, coordination chemistry of, 39 Platinum(II) and palladium(II) complexes, Wheat germ tRNAs, Ni2* and Zn?* ion inter- synthesis, characterization, and cytotoxicity of, 239 action with, 163 Yeast, cadmium toxicity and, 155 Polarographic studies, 163 Zinc Polyamine metabolism, selenium and, 283 fibrinopeptide A and, 149 Polyelectrolyte, catalase-like activity of, 229 Ni2* and Zn** ion interaction with tRNAs of Potentiometric studies, 149 wheat germ, 163