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Subject index to volume 44
SUBJECT
INDEX TO VOLUME 44
Al(III), L-ascorbic acid and, 39 ADP, magnesium binding to, 79 A13+ hydrolysis reactions, Fe3+ and, 141 Alcohol dehydrogenase I, cadmiun toxicity and, 155 Alternuriu alternata, toxigenic fungus and, 109 Amine oxidase, 173 AMP, magnesium binding to, 79 Antimicrobial activity, palladium(B) complexes and, 55 Antitumor activity cis-diamminedichloroplatinum (cDDP) (cisplatin) and, 239, 249 5-iodouracil complexes and, 277 palladium(B) mixed ligand complexes and, 55 selenite and, 239 tellurite and, 239 Ascorbate oxidase, 173 ATP, magnesium binding to, 79 Betu vulgaris, toxigenic fungus and, 109 Blue copper proteins, 173 Cadmium chelate therapy, trithiomolybdates for, 219 Cadmium toxicity alcohol dehydrogenase I and, 155 yeast and, 155 Carbon tetrachloride, chromium(II1) and, 261 Carboplatin, cisplatin vs., 239 Ceruloplasmin, 173 carbon tetrachloride-originated Chromium(IB), trichloromethyl radical and, 261 cis-diamminedichloroplatinum (cDDP) antitumor activity of, 239, 249 side effects of, 239 cis-diamminedichloroplatinum Cisplatin. See (cDDP) Cobalamins, 1, 17 Cobalt replacement for, 127 sulphur compounds and, 89 methyl&enzyme-B ,z mediated isomerization, malonyl-CoA and, 89
Desulforedoxin, cobalt and nickel substituted, 127 Dibenzotetraaza[ 14]annulenes, copper(B) complexes of, 47 Dinucleotides, guanine-06, 249 Dopamine fl-monooxygenase, 173 Electron paramagnetic resonance (EPR) studies, 117, 127, 149 Equilibria, acid-base, vitamin B,, complexes with phosphite ligands and, 17 Equilibria, temperature-dependent, cobalamines with anionic phosphite ligands and, 1 Erythrocyte constituents, magnesium binding to, 79 Electron spin resonance (ESR) studies, 47, 89, 261 Extended x-ray absorption fine structure (EXAFS), mono- and bis(aminocarboxylato)copper(II) complexes and, 97 Fe3+, A13+ hydrolysis reactions and, 141 Ferric ion Fe3+ and Al 3+ hydrolysis equilibria, 141 phovitins and, 65 Fibrinopeptide A, proton and copper(H) and zinc(I1) complexes formed by, 149 5-iodouracil complexes, synthesis, characterization, and antitumor activity of, 277 Fungus, toxigenic, 109 Galactose oxidase, 173 Glutamic acid, copper(B) and, 229 Guanine-06, platinum complexes and, 249 Hemocyanin, 173 Hemoglobin, magnesium binding to, 79 Hydrogen peroxide, decomposition of, 229 Hydroxypyridinones, human serum transferrin and ovotransferrin interaction with, 27 Imidazopyridines, copper(B) and nickel(B) ion complexes and, 117 Iron desulforedoxin and, 127 distribution between chelator and proteins, 27 Fe(III)-phosphoprotein complex, 65 phosvitins and, 65 L 929, 5-iodouracil complexes and, 277 L-ascorbic acid, Al(W), La(III), and Pb(II) ions and, 39 La(III), L-ascorbic acid and, 39 Lacquer peroxidase, Rhus verniciferu and, 267 Lupine phenylanlanine tRNA, 163 Magnesium, erythrocyte constituents and binding of, 79 Magnetic circular dichroism (MCD) studies, 267 Metal chelates, L-ascorbic acid and Al(III), La(III), and Pb(II) ions, 39 Metallothionein regulation of, 173 trithiomolybdate and, 219
Copper blue copper proteins, 173 conference on, 173 dibenzotetraazat 14]annulenes and, 47 extended x-ray absorption fine structure (EXAFS) and, 97 fibrinopeptide A and, 149 imidazopyridines and, 117 polyelectrolyte and, 229 proteins and copper active sites, 173 CuL and CuLA, phospholipid bilayers and, 47 Cytochrome c oxidase, 173 d(GpG), guanine-06 and, 249
295
296
SUBJECT
Methylmalonyl-CoA, coenzyme-B , 2 mediated isomerization of, 89 25Mg NMR spectroscopy, magnesium binding to erythrocyte constituents and, 79 Monoand bis(aminocarboxylato)copper(II) complexes extended x-ray absorption fine structure (EXAFS) and, 97 Nickel NiZ+ and Znz+ ion interaction with tRNAs of wheat germ, 163 imidazopyridines and. 117 replacement for. t 27 Nitrite and nitrous oxide reductases. 173 Nucleic acids, transfer-RNAs, 163 Ornithine decarboxylase, selenium and. 283 Ovotransferrin. 27 Oxidase amine, 104 ascorbate. 173 cytochrome c, 173 galactose, 173 Oxine hgands, I17 Palladium(E) mixed ligand complexes, synthesis, antimicrobial. and antitumor activity ot. 55 Pb(II), L-ascorbic acid and, 39 Peroxidases. lacquer. 2h7 Phenylalanine hydroxylase, 173 Phosphite ligands. vitamin B,Z complexes
with.
17 Phospholipid bilayers. CuL and CuLA and, 47 Phosvitim, iron and, 65 Plasmids, palladium(B) complexes and, 55 Platinum complexes, guanine-06 and, 245 Platinum(B) and palladium(lI) complexes, synthesis, characterization, and cytotoxicity of, 239 Polarographic studies, 163 Poiyamine metabolism, selenium and, 283 Polyelectrolyte. catalase-like activity of. 229 Potentiometric studies, 149
I,
INDEX
Proteins blue copper, 173 copper active sites in. 173 metallothionein, 173, 219 phosvitin and ferric ion. 65 transferrin, 27. 141. Hhus vernicifera. lacquer peroxidase and, 267 Rubredoxin, cobalt and nickel substituted, 127 Sarcoma-180, 5-iodouracil complexes and. 277 Selenite, antitumor activity of, 239 Selenium ornithine decarboxylase and. 283 polamine metabolism and, 283 6th Manziana Conference, September 23-27, 1990. copper in biological systems. 173 Spectroscopic techniques. ddvanced. 173 Sulphur compounds, cobalt(B) ctmplexes and, 89 Superoxide dismutasr. 171 Tellurite, antitumor activity of, 239 Tcnuazonic acid ;T’L\) A lternuriu alfernala and, 109 Thioester group. cohalt(II) complexes and. 89 Transferrin Fe’+ and Al’- hydrolysis equilibria and, 141 hydroxypyridinones mteraction with human serum and ova-. 27 Trichloromethyl radical. chromuun(III) and, 261 Trithiomolyhdates. cadmium cheiate therapy and. ZIY 2.3-bisphosphyoglycerate (DPG), magnesium binding to, ?9 Vitamin B,L complexes, phosphite ligands and. 1. 17 Vitamin C, coordination chemistry of. 39 Wheat germ tRNAs. Ni’ ’ and Zn’+ ion interaction with. 163 Yeast, cadmium toxicity and, 1.55 Zinc fibrinopeptide .4 and, 149 Ni’+ and Zn’ ’ ion interaction with tRNAs of wheat germ. 163
INDEX TO VOLUME 44
Al(III), L-ascorbic acid and, 39 ADP, magnesium binding to, 79 A13+ hydrolysis reactions, Fe3+ and, 141 Alcohol dehydrogenase I, cadmiun toxicity and, 155 Alternuriu alternata, toxigenic fungus and, 109 Amine oxidase, 173 AMP, magnesium binding to, 79 Antimicrobial activity, palladium(B) complexes and, 55 Antitumor activity cis-diamminedichloroplatinum (cDDP) (cisplatin) and, 239, 249 5-iodouracil complexes and, 277 palladium(B) mixed ligand complexes and, 55 selenite and, 239 tellurite and, 239 Ascorbate oxidase, 173 ATP, magnesium binding to, 79 Betu vulgaris, toxigenic fungus and, 109 Blue copper proteins, 173 Cadmium chelate therapy, trithiomolybdates for, 219 Cadmium toxicity alcohol dehydrogenase I and, 155 yeast and, 155 Carbon tetrachloride, chromium(II1) and, 261 Carboplatin, cisplatin vs., 239 Ceruloplasmin, 173 carbon tetrachloride-originated Chromium(IB), trichloromethyl radical and, 261 cis-diamminedichloroplatinum (cDDP) antitumor activity of, 239, 249 side effects of, 239 cis-diamminedichloroplatinum Cisplatin. See (cDDP) Cobalamins, 1, 17 Cobalt replacement for, 127 sulphur compounds and, 89 methyl&enzyme-B ,z mediated isomerization, malonyl-CoA and, 89
Desulforedoxin, cobalt and nickel substituted, 127 Dibenzotetraaza[ 14]annulenes, copper(B) complexes of, 47 Dinucleotides, guanine-06, 249 Dopamine fl-monooxygenase, 173 Electron paramagnetic resonance (EPR) studies, 117, 127, 149 Equilibria, acid-base, vitamin B,, complexes with phosphite ligands and, 17 Equilibria, temperature-dependent, cobalamines with anionic phosphite ligands and, 1 Erythrocyte constituents, magnesium binding to, 79 Electron spin resonance (ESR) studies, 47, 89, 261 Extended x-ray absorption fine structure (EXAFS), mono- and bis(aminocarboxylato)copper(II) complexes and, 97 Fe3+, A13+ hydrolysis reactions and, 141 Ferric ion Fe3+ and Al 3+ hydrolysis equilibria, 141 phovitins and, 65 Fibrinopeptide A, proton and copper(H) and zinc(I1) complexes formed by, 149 5-iodouracil complexes, synthesis, characterization, and antitumor activity of, 277 Fungus, toxigenic, 109 Galactose oxidase, 173 Glutamic acid, copper(B) and, 229 Guanine-06, platinum complexes and, 249 Hemocyanin, 173 Hemoglobin, magnesium binding to, 79 Hydrogen peroxide, decomposition of, 229 Hydroxypyridinones, human serum transferrin and ovotransferrin interaction with, 27 Imidazopyridines, copper(B) and nickel(B) ion complexes and, 117 Iron desulforedoxin and, 127 distribution between chelator and proteins, 27 Fe(III)-phosphoprotein complex, 65 phosvitins and, 65 L 929, 5-iodouracil complexes and, 277 L-ascorbic acid, Al(W), La(III), and Pb(II) ions and, 39 La(III), L-ascorbic acid and, 39 Lacquer peroxidase, Rhus verniciferu and, 267 Lupine phenylanlanine tRNA, 163 Magnesium, erythrocyte constituents and binding of, 79 Magnetic circular dichroism (MCD) studies, 267 Metal chelates, L-ascorbic acid and Al(III), La(III), and Pb(II) ions, 39 Metallothionein regulation of, 173 trithiomolybdate and, 219
Copper blue copper proteins, 173 conference on, 173 dibenzotetraazat 14]annulenes and, 47 extended x-ray absorption fine structure (EXAFS) and, 97 fibrinopeptide A and, 149 imidazopyridines and, 117 polyelectrolyte and, 229 proteins and copper active sites, 173 CuL and CuLA, phospholipid bilayers and, 47 Cytochrome c oxidase, 173 d(GpG), guanine-06 and, 249
295
296
SUBJECT
Methylmalonyl-CoA, coenzyme-B , 2 mediated isomerization of, 89 25Mg NMR spectroscopy, magnesium binding to erythrocyte constituents and, 79 Monoand bis(aminocarboxylato)copper(II) complexes extended x-ray absorption fine structure (EXAFS) and, 97 Nickel NiZ+ and Znz+ ion interaction with tRNAs of wheat germ, 163 imidazopyridines and. 117 replacement for. t 27 Nitrite and nitrous oxide reductases. 173 Nucleic acids, transfer-RNAs, 163 Ornithine decarboxylase, selenium and. 283 Ovotransferrin. 27 Oxidase amine, 104 ascorbate. 173 cytochrome c, 173 galactose, 173 Oxine hgands, I17 Palladium(E) mixed ligand complexes, synthesis, antimicrobial. and antitumor activity ot. 55 Pb(II), L-ascorbic acid and, 39 Peroxidases. lacquer. 2h7 Phenylalanine hydroxylase, 173 Phosphite ligands. vitamin B,Z complexes
with.
17 Phospholipid bilayers. CuL and CuLA and, 47 Phosvitim, iron and, 65 Plasmids, palladium(B) complexes and, 55 Platinum complexes, guanine-06 and, 245 Platinum(B) and palladium(lI) complexes, synthesis, characterization, and cytotoxicity of, 239 Polarographic studies, 163 Poiyamine metabolism, selenium and, 283 Polyelectrolyte. catalase-like activity of. 229 Potentiometric studies, 149
I,
INDEX
Proteins blue copper, 173 copper active sites in. 173 metallothionein, 173, 219 phosvitin and ferric ion. 65 transferrin, 27. 141. Hhus vernicifera. lacquer peroxidase and, 267 Rubredoxin, cobalt and nickel substituted, 127 Sarcoma-180, 5-iodouracil complexes and. 277 Selenite, antitumor activity of, 239 Selenium ornithine decarboxylase and. 283 polamine metabolism and, 283 6th Manziana Conference, September 23-27, 1990. copper in biological systems. 173 Spectroscopic techniques. ddvanced. 173 Sulphur compounds, cobalt(B) ctmplexes and, 89 Superoxide dismutasr. 171 Tellurite, antitumor activity of, 239 Tcnuazonic acid ;T’L\) A lternuriu alfernala and, 109 Thioester group. cohalt(II) complexes and. 89 Transferrin Fe’+ and Al’- hydrolysis equilibria and, 141 hydroxypyridinones mteraction with human serum and ova-. 27 Trichloromethyl radical. chromuun(III) and, 261 Trithiomolyhdates. cadmium cheiate therapy and. ZIY 2.3-bisphosphyoglycerate (DPG), magnesium binding to, ?9 Vitamin B,L complexes, phosphite ligands and. 1. 17 Vitamin C, coordination chemistry of. 39 Wheat germ tRNAs. Ni’ ’ and Zn’+ ion interaction with. 163 Yeast, cadmium toxicity and, 1.55 Zinc fibrinopeptide .4 and, 149 Ni’+ and Zn’ ’ ion interaction with tRNAs of wheat germ. 163