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Subject index to volume 27
SUBJECT Adenosine 163 Amsacrine Antitumor Arabinose
triphosphate
hydrolysis,
catalysis
INDEX of,
intersction with bleomycin, 27 1 agent interactions, 271 sugar interaction with metal salts, 65 Azotobucter vinelundii nitrogenase, electron microscopy of, 141 Barium catalysis of ATP hydrolysis, 163 Bleomycin interaction with amsacrine, 271 Cadmium binding to metallothionein, 213 Cadmium catalysis of ATP hydrolysis, 163 Cadmium interaction with sugar, 65 Cadmium stimulation of glucose metabolism, 22 1 Calcium binding, pH effect on, 17, 147 Calcium catalysis of ATP hydrolysis, 163 Calcium-fructose adducts, FT-IR spectra of, 123 Calcium interaction with phytic acid, 17 Calcium interaction with sugar, 123 Calcium solubility in milk, 147 Cancer, antitumor agent interactions in therapy for, 271 Carbonate incorporation into hydroxyapatite, 31 Ceruloplasmin, anion effect on spectral properties of, 85 Chlorins, pi-electron oxidation and reduction of, 173 Chromium in RNA synthesis, 179 Copper-beta domain of metallothionein, 213 Copper binding to ceruloplasmin, 85 Copper complexes, phenolate bridged binuclear, 53 Copper in bleomycin interaction with amsacrine, 271 Copper interaction with molybdenum-sulfur, 95 Copper interaction with organic molybdenum, 95 Copper proteins, secondary structures of, 151 CrITP, chelation isomers and diastereomers of, 75 CrITP, monodentate and bidentate, synthesis of, 75 Cupredoxin, secondary structures of, 151 Cytochrome b heme proteins, gold complexes of, 1 Cytochrome c heme-octapeptide, preparation and analysis of, 227, 245 DNA binding to platinum complexes, 133 DNA exposure to methyl mercury, template-primer activity effects of, 113 Fe(B)-transferrin binding constants, 41 Fe(II1) coordination sphere of microperoxidase-8, 245 Ferritin as iron-storage protein, 287 Fluoride binding to ceruloplasmin, 85 Fluoride incorporation into hydroxyapatite, 31 Fructose-calcium halide adducts, FT-IR spectra of, 123 Glucose metabolism, cadmium stimulation of, 221 Glutathione, autoxidation of, 191
.
TO VOLUME
27
Gold(I) complex reaction with heme proteins, 1 Hafnium binding to transfer@ 255 Hemes and heme proteins, interaction with trietbylphosphine gold(I) complexes, 1 Hemes and heme proteins, monomeric form of, in aqueous solution, 227 Hemes and heme proteins, pHdependent equilibria of, 245 Hemes and heme proteins, preparation and analysis of, 227 Hemocyanin, endogenous bridging ligand of, 53 Hydrogen peroxide generation from glutathione autoxidation, 191 Hydroxyapatite, fluoride and carbonate incorporation into, 31 Iron coordination sphere of microperoxidase-8,245 Iron-transferrin binding constants, 41 Iron uptake in ferritin, 287 Isobacteriochlorins, pi-electron oxidation and reduction of, 173 Magnesium catalysis of ATP hydrolysis, 163 Mercury(II) interaction with sugar, 65 Metal complexes of arabinose sugars, 65 Metal ion binding in sugar hydrolysis, 205 Metal ion interactions with sugar, 65 Metallothionein, copper-beta domain of, 213 Metallotbionein, binding to cadmium, 213 Methyl mercury exposure to DNA, effects on template-primer activity, 113 Microperoxidase-8, Fe(II1) coordination sphere of, 245 Microperoxidase-8, pH-dependent equilibria of, 245 Microperoxidase-8, preparation and analysis of, 227 Milk, calcium and zinc solubility in, 147 Molybdate-ATP complex, hydrolysis of, catalysis of, 163 Molybdenum compounds in copper-molybdenumsulfur interaction, 95 Nickel(I1) binding to transferrin, thermodynamic studies of, 41 Nitrogenase of Azotobacter vinelandii, electron microscopy of, 141 pH effect on calcium binding, 17, 147 pH-dependent equilibria of microperoxidase-8, 245 Phenolate bridges binuclear copper(B) complexes, 53 Phytic acid interaction with calcium(B), 17 Pi-electron oxidation and reduction, 173 Plastocyanin, secondary structures of, 151 Platinum complex binding to DNA, 133 Platinum complex binding to polyguanylic acid, 133 Platinum complex binding to polyadenylic acid, 133
Polyadenylic acid binding to platinum complexes, 133 Polyguanylic acid binding to platinum complexes, 133 Polymerases, DNA, methyl mercury exposure to, 113 Porphyrins, pi-electron oxidation and reduction of, 173 RNA synthesis, chromium in, 179 Silver-sugar complexes, 205 Strontium catalysis of ATP hydrolysis, 163 Sugar interactions with cadmium ion, 65, 221 Sugar interactions with calcium ion, 123 Sugar interactions with metal ion, 65 Sugar-silver complexes, 205 Sulfur-molybdenum-copper interaction, 95
Thiomolybdates in copper-molybdenum-sulfer interaction, 95 Transferrin binding to hafnium, 255 Transferrin binding to nickel(R), thermodynamic studies of, 41 Trietbylphosphine gold(I) complex interaction with heme proteins, 1 Zinc solubility in milk, 147 Zinc(R) chlorins, pi-electron oxidation and reduction of, 173 Zinc@) interaction with sugar, 65 Zinc@) isobacteriochlorins, pi-electron oxidation and reduction, 173 Zinc(R) porphyrins, pi-electron oxidation and reduction of, 173
298
triphosphate
hydrolysis,
catalysis
INDEX of,
intersction with bleomycin, 27 1 agent interactions, 271 sugar interaction with metal salts, 65 Azotobucter vinelundii nitrogenase, electron microscopy of, 141 Barium catalysis of ATP hydrolysis, 163 Bleomycin interaction with amsacrine, 271 Cadmium binding to metallothionein, 213 Cadmium catalysis of ATP hydrolysis, 163 Cadmium interaction with sugar, 65 Cadmium stimulation of glucose metabolism, 22 1 Calcium binding, pH effect on, 17, 147 Calcium catalysis of ATP hydrolysis, 163 Calcium-fructose adducts, FT-IR spectra of, 123 Calcium interaction with phytic acid, 17 Calcium interaction with sugar, 123 Calcium solubility in milk, 147 Cancer, antitumor agent interactions in therapy for, 271 Carbonate incorporation into hydroxyapatite, 31 Ceruloplasmin, anion effect on spectral properties of, 85 Chlorins, pi-electron oxidation and reduction of, 173 Chromium in RNA synthesis, 179 Copper-beta domain of metallothionein, 213 Copper binding to ceruloplasmin, 85 Copper complexes, phenolate bridged binuclear, 53 Copper in bleomycin interaction with amsacrine, 271 Copper interaction with molybdenum-sulfur, 95 Copper interaction with organic molybdenum, 95 Copper proteins, secondary structures of, 151 CrITP, chelation isomers and diastereomers of, 75 CrITP, monodentate and bidentate, synthesis of, 75 Cupredoxin, secondary structures of, 151 Cytochrome b heme proteins, gold complexes of, 1 Cytochrome c heme-octapeptide, preparation and analysis of, 227, 245 DNA binding to platinum complexes, 133 DNA exposure to methyl mercury, template-primer activity effects of, 113 Fe(B)-transferrin binding constants, 41 Fe(II1) coordination sphere of microperoxidase-8, 245 Ferritin as iron-storage protein, 287 Fluoride binding to ceruloplasmin, 85 Fluoride incorporation into hydroxyapatite, 31 Fructose-calcium halide adducts, FT-IR spectra of, 123 Glucose metabolism, cadmium stimulation of, 221 Glutathione, autoxidation of, 191
.
TO VOLUME
27
Gold(I) complex reaction with heme proteins, 1 Hafnium binding to transfer@ 255 Hemes and heme proteins, interaction with trietbylphosphine gold(I) complexes, 1 Hemes and heme proteins, monomeric form of, in aqueous solution, 227 Hemes and heme proteins, pHdependent equilibria of, 245 Hemes and heme proteins, preparation and analysis of, 227 Hemocyanin, endogenous bridging ligand of, 53 Hydrogen peroxide generation from glutathione autoxidation, 191 Hydroxyapatite, fluoride and carbonate incorporation into, 31 Iron coordination sphere of microperoxidase-8,245 Iron-transferrin binding constants, 41 Iron uptake in ferritin, 287 Isobacteriochlorins, pi-electron oxidation and reduction of, 173 Magnesium catalysis of ATP hydrolysis, 163 Mercury(II) interaction with sugar, 65 Metal complexes of arabinose sugars, 65 Metal ion binding in sugar hydrolysis, 205 Metal ion interactions with sugar, 65 Metallothionein, copper-beta domain of, 213 Metallotbionein, binding to cadmium, 213 Methyl mercury exposure to DNA, effects on template-primer activity, 113 Microperoxidase-8, Fe(II1) coordination sphere of, 245 Microperoxidase-8, pH-dependent equilibria of, 245 Microperoxidase-8, preparation and analysis of, 227 Milk, calcium and zinc solubility in, 147 Molybdate-ATP complex, hydrolysis of, catalysis of, 163 Molybdenum compounds in copper-molybdenumsulfur interaction, 95 Nickel(I1) binding to transferrin, thermodynamic studies of, 41 Nitrogenase of Azotobacter vinelandii, electron microscopy of, 141 pH effect on calcium binding, 17, 147 pH-dependent equilibria of microperoxidase-8, 245 Phenolate bridges binuclear copper(B) complexes, 53 Phytic acid interaction with calcium(B), 17 Pi-electron oxidation and reduction, 173 Plastocyanin, secondary structures of, 151 Platinum complex binding to DNA, 133 Platinum complex binding to polyguanylic acid, 133 Platinum complex binding to polyadenylic acid, 133
Polyadenylic acid binding to platinum complexes, 133 Polyguanylic acid binding to platinum complexes, 133 Polymerases, DNA, methyl mercury exposure to, 113 Porphyrins, pi-electron oxidation and reduction of, 173 RNA synthesis, chromium in, 179 Silver-sugar complexes, 205 Strontium catalysis of ATP hydrolysis, 163 Sugar interactions with cadmium ion, 65, 221 Sugar interactions with calcium ion, 123 Sugar interactions with metal ion, 65 Sugar-silver complexes, 205 Sulfur-molybdenum-copper interaction, 95
Thiomolybdates in copper-molybdenum-sulfer interaction, 95 Transferrin binding to hafnium, 255 Transferrin binding to nickel(R), thermodynamic studies of, 41 Trietbylphosphine gold(I) complex interaction with heme proteins, 1 Zinc solubility in milk, 147 Zinc(R) chlorins, pi-electron oxidation and reduction of, 173 Zinc@) interaction with sugar, 65 Zinc@) isobacteriochlorins, pi-electron oxidation and reduction, 173 Zinc(R) porphyrins, pi-electron oxidation and reduction of, 173
298