Journal of Inorganic Biochemistry

Editorial Board
pp. iii-iii(1)

Organising committees
pp. vi-vi(1)

Preface
pp. ix-ix(1)
Authors: Wedd A.; Hambley T.; Hanson G.; Berners-Price S.

Structural genomics
pp. 3-3(1)
Author: Rosato A.

Scanning probe microscopy and the electrochemistry of metalloproteins and metalloenzymes: Seeing is believing?
pp. 7-7(1)
Author: Hill A.

Some new aspects of molecular engineering of heme proteins to manipulate their functions: Ligand binding, catalysis and interprotein recognition
pp. 7-7(1)
Author: Morishima I.

Chromium in biology - Toxicology and nutritional aspects
pp. 8-8(1)
Author: Lay P.A.

Radicals and metal centers as spectroscopic probes for structure and function of photosynthetic reaction centers
pp. 8-8(1)
Author: Lubitz W.

The many highways for intracellular trafficking of metals
pp. 9-9(1)
Authors: Culottas V.C.; Luk E.

Molybdenum and tungsten in biology
pp. 9-9(1)
Author: Moura J.

Microbial iron mining in the deep blue sea
pp. 10-10(1)
Author: Butler A.

Oxygen activation at nonheme iron: The oxoiron(IV) landscape
pp. 10-10(1)
Author: Que L.

Recognition of antimony and bismuth by peptides and proteins: insight into the mechanism of action
pp. 13-13(1)
Authors: Sun H.; Yan S.; Zhang L.; Li W.

A unique bioinorganic mechanism of action of antimalarial aminoquinolines
pp. 13-13(1)
Authors: Egan T.J.; Combrinck J.M.; Kaschula C.H.; Hunter R.; Smith P.J.; Hearne G.; Marques H.M.; Taramelli D.

Biolocalization and in vivo coordination chemistry of vanadium pharmaceuticals
pp. 14-14(1)
Authors: Orvig C.; Thompson K.H.; Liboiron B.D.; McNeill J.H.; Yuen V.G.

The antidiabetic potential of vanadium compounds
pp. 14-14(1)
Authors: Rehder D.; Gaetjens J.; Kiss T.

Li⁺/Mg²⁺ competition for Mg²⁺-binding sites in G-proteins: implications for bipolar disorder
pp. 15-15(1)
Authors: de Freitas D.M.; Williams N.; Geraldes C.F.G.C.

Signal transduction by PAS-domain containing heme-based sensors: an overview
pp. 15-15(1)
Authors: Gilles-Gonzalez M.-A.; Dioum E.M.; Rutter J.R.; Gonzalez G.; McKnight S.L.; Tuckerman J.R.

Oxygen-sensing and signal transduction by the heme-based sensor protein HemAT-Bs
pp. 16-16(1)
Authors: Aono S.; lwabuchi T.; Nakajima H.; Ohta T.; Kitagawa T.

Structural studies of heme and non-heme iron proteins that sense molecular oxygen
pp. 16-16(1)
Author: Chan M.K.

The role of Fe&unknown;S clusters in the stability of the transcription factor FNR
pp. 17-17(1)
Authors: Kiley P.J.; Sutton V.R.; Mettert E.L.; Beinert H.

Water splitting: Nature's innovation, mankind's aspiration
pp. 17-17(1)
Authors: Dismukes G.C.; Ruettinger W.F.; Bourles E.; Carrell T.G.; Maneiro M.

Toward a better understanding of photosystem II using synthetic complexes
pp. 18-18(1)
Authors: Armstrong W.H.; Mukhopadhyay S.; Mok H.J.; Gandhi B.

Nitrogenase mechanism: Modulation of energy transduction and electron transfer within the Fe-protein-MoFe protein complex
pp. 18-18(1)
Authors: Thorneley R.N.F.; Angove H.C.; Durrant M.C.; Fairhurst S.A.; George S.J.; Sinclair A.; Tolland J.D.; Hallenbeck P.C.

Density functional theory calculations on the nitrogenase cofactor and synthetic analogs
pp. 19-19(1)
Authors: Coucouvanis D.; Han J.; Ahlrichs R.; Nava P.; Huniar U.

Ferritin: Gated pores and Fe transport
pp. 19-19(1)
Authors: Theil E.C.; Liu X.

Dioxygen activation by copper complexes supported by 2-(2-pyridyl)ethylamine ligands. Mechanistic insights into copper monooxygenases and copper oxidases
pp. 20-20(1)
Author: Itoh S.

Understanding the mechanism of superoxide reduction by the non-heme iron enzyme superoxide reductase (SOR) using a synthetic analogue approach
pp. 20-20(1)
Authors: Kovacs J.A.; Fitch S.; Theisen R.; Shearer J.; Kitagawa T.; Scarrow R.

Binding and activation of oxygen species by artificially designed metalloenzyme models with intramolecular non-covalent interaction groups
pp. 21-21(1)
Author: Masuda H.

Corrolazines: Novel porphyrinoid compounds capable of oxygen binding, stabilization of high-valent metal-oxo species, and more
pp. 21-21(1)
Authors: Goldberg D.P.; Ramdhanie B.; Mandimutsira B.S.; Wang H.; Fox J.P.

Modeling the acetyl coenzyme a synthase active site
pp. 22-22(1)
Authors: Riordan C.G.; Krishnan R.; Ishikawa Y.

Gadolinium complexes containing polyamino polycarboxylate ligands for Magnetic Resonance Imaging (MRI) contrast agents
pp. 22-22(1)
Author: Wong W.-T.

Expanded porphyrins as potential therapeutics
pp. 23-23(1)
Authors: Sessler J.L.; Magda D.J.

Formation of unphotodissociable CO-theme adduct in soluble guanylate cyclase
pp. 23-23(1)
Authors: Kitagawa T.; Pal B.; Ohta T.; Li Z.; Takenaka S.; Tsuyama S.

A kinetic trap mechanism for release of NO from cytochrome c': Implications for inactivation of the NO sensor, soluble guanylate cyclase
pp. 24-24(1)
Authors: Rodgers K.R.; Andrew C.R.; Eady R.R.

NMR investigations of the four nitrophorins from the blood-sucking insect rhodnius prolixus
pp. 25-25(1)
Authors: Walker F.A.; Shokhireva T.K.; Shokhirev N.V.

New insights into the role of metal-thiolate clusters in neuronal growth inhibitory factor (metallothionein-3)
pp. 25-25(1)
Author: Vasak M.

Characterization of unusual multicopper nitrite reductase containing blue and green type 1 Cu ions
pp. 26-26(1)
Authors: Suzuki S.; Kobayashi M.; Itoh K.; Fukui A.; Yamaguchi K.; Kataoka K.

Solution chemistry and spin frustration of [(V^IVO)₃(SbW₉O₃₃)₂]^12- exhibiting a potent anti-RNA virus activity
pp. 27-27(1)
Authors: Yamase T.; Shigeta S.

Single-crystal voltammetry and in situ scanning tunnelling microscopy of redox metalloproteins: Bioelectrochemistry towards the single-molecule level
pp. 28-28(1)
Authors: Ulstrup J.; Zhang J.; Hansen A.G.; Wackerbarth H.; Christensen H.E.M.

Time-resolved fluorometry using lanthanide labels for diagnostic and biotechnology
pp. 29-29(1)
Author: Matsumoto K.

New fluorescent and colorimetric DNAzyme biosensors for metal ions
pp. 30-30(1)
Authors: Lu Y.; Liu J.; Bruesehoff P.J.; Brown A.K.; Nelson K.E.; Kim H.-K.; Wernette D.P.

Probing metallopeptide folding mechanisms using de novo design peptides
pp. 30-30(1)
Authors: Pecoraro V.L.; Farrer B.; Matzepetakis M.; Ghosh D.

NMR studies on partially folded and unfolded states of metalloproteins
pp. 31-31(1)
Author: Turano P.

Mapping protein folding energy landscapes
pp. 31-31(1)
Authors: Gray H.B.; Winkler J.R.; Lee J.C.

Cytochrome c and the suicide hotline
pp. 32-32(1)
Author: McLendon G.L.

Structural change of plastocyanin. Molecular interaction and protein folding
pp. 32-32(1)
Authors: Hirota S.; Funasaki N.; Fujimoto Y.; Okumura H.; Katagiri N.; Watanabe Y.; Choi J.; Terazima M.; Arie S.; Tanaka K.; Shionoya M.; Okajima T.; Takabe T.

Effect of camphor on the stability of heme in cytochrome P450cam: Urea mediated unfolding studies
pp. 33-33(1)
Authors: Mazumdar S.; Murugan R.

Oxygen activation by cytochrome P450 and nitric oxide synthase. Evidence for a second active oxidant from studies using P450-CAM as a model system
pp. 33-33(1)
Authors: Dawson J.H.; Jin S.; Lamczyk M.C.; Voegde H.L.; Bryson T.A.

Heme oxygen reactive intermediates: catalysis across a rich functional landscape
pp. 34-34(1)
Authors: Sligar S.G.; Denisov I.; Makris T.

Model studies of cytochrome P450: Reactive intermediates, O&unknown;O activation, and catalytic oxygenation
pp. 34-34(1)
Author: Nam W.

Direct electrochemistry of cytochrome P450_cin : new insights into P450 mechanism
pp. 35-35(1)
Authors: Bernhardt P.V.; Aguey-Zinsou K.-F.; De Voss J.J.; Slessor K.E.

The role of spin in oxo-transfer chemistry of reactions mediated by cytochrome P₄₅₀ and methane monooxygenases
pp. 35-35(1)
Author: Chan S.I.

Preparation of peroxo-bridged heme-copper complex and its crystal structure
pp. 36-36(1)
Authors: Naruta Y.; Chishiro T.; Shimazaki Y.; Tani F.; Liu J.-g.; Tachi Y.

Dynamics and structure of Mn(II) binding sites in protein single crystals determined by high field EPR and ENDOR
pp. 36-36(1)
Author: Goldfarb D.

Mechanistic implications for the formation of the Diiron cluster in ribonucleotide reductase from quantitative EPR spectroscopy
pp. 37-37(1)
Authors: Hendrich M.; Pierce B.; Elgren T.

Structural insights in bioinorganic chemistry from X-ray absorption spectroscopy
pp. 37-37(1)
Authors: George G.N.; Pickering I.J.; Harris H.H.; Yu E.Y.

Quantum chemical modelling of the spectroscopic properties of metalloprotein active sites
pp. 38-38(1)
Author: Neese F.

Studies of electron transfer between metal complexes and DNA by the DFT method and photochemistry
pp. 38-38(1)
Authors: Ji L.; Zheng K.

Quantum refinement - a method to determine protonation and oxidation states of metal sites in protein crystal structures
pp. 39-39(1)
Authors: Ryde U.; Nilsson K.

New designs for metallodrugs : Targeting DNA and proteins
pp. 39-39(1)
Author: Sadler P.J.

Metal carbonyls - A new class of pharmaceuticals?
pp. 40-40(1)
Authors: Mann B.E.; Johnson T.R.; Clark J.E.; Foresti R.; Green C.; Motterlini R.

Interaction of the antitumour metallocenes with cellular components
pp. 41-41(1)
Authors: Harding M.M.; Waern J.B.; Dillon C.T.

The chemical biology of NO. Insights into potential therapeutic strategies of NO
pp. 41-41(1)
Authors: Wink D.A.; Espey M.G.; Thomas D.D.; Miranda K.M.; Paolocci N.

Novel cytotoxic trans-diaminedichloro platinum(II) complexes with nonplanar heterocyclic ligands, preparation, cytotoxicity and DNA binding properties
pp. 42-42(1)
Authors: Gibson D.; Najajreh Y.; Kasparkova J.; Brabec V.; Perez J.-M.; Navarro-Ranniger C.

Mechanism of reaction of platinum-based anticancer drugs with sulfur-containing biomolecules and novel drug design
pp. 42-42(1)
Author: Guo Z.

X-ray absorption studies of copper chaperones
pp. 43-43(1)
Authors: Blackburn N.J.; Ralle M.; Lutsenko S.; Kaplan J.; Eisses J.; Stasser J.

Beta-amyloid cuproprotein: a therapeutic target for alzheimer's disease
pp. 43-43(1)
Author: Bush A.I.

Misfolded superoxide dismutase and ALS
pp. 44-44(1)
Authors: Hart P.J.; Elam J.S.; Taylor A.B.; Strange R.; Hasnain S.S.; Doucette P.A.; Valentine J.S.; Hayward L.J.

Metallochaperone protein, CCS, has sulfhydryl oxidase activity: Post-translational modification of superoxide dismutase
pp. 44-44(1)
Authors: Furukawa Y.; Brown N.M.; O'Halloran T.V.

Proteins involved in the metallation of copper centers in cytochrome c oxidase
pp. 45-45(1)
Authors: Winge D.R.; Maxfield A.; Carr H.; Cobine P.; McCall K.

Nickel trafficking and urease: recent developments
pp. 45-45(1)
Author: Ciurli S.

[NiFe] hydrogenases under aerobic conditions
pp. 46-46(1)
Authors: Friedrich B.; Lenz O.; Burgdorf T.; Buhrke T.

NiSOD: A new mechanism for removing superoxide, or a Strep. tease?
pp. 47-47(1)
Authors: Maroney M.J.; Bryngelson P.A.; Pinkham J.L.; DeCourcy P.R.; Arobo S.E.

Unique nickel sites in proteins
pp. 47-47(1)
Authors: Drennan C.L.; Schreiter E.; Doukov T.I.; Chivers P.T.; Seravalli J.; Ragsdale S.W.

Modelling the active site of [NiFe] hydrogenase: The electronic structure of a charge-delocalised radical
pp. 48-48(1)
Authors: Schroder M.; Quiang W.; Marr A.C.; McMaster J.; Blake A.J.; Wilson C.; Davies S.; McInnes E.J.L.

A biochemical rationale for the orthogonal behavior of nitroxyl (HNO) and nitric oxide (NO) in the cardiovascular system
pp. 49-49(1)
Authors: Miranda K.M.; Paolocci N.; Katori T.; Thomas D.D.; Wink D.A.

Metal ion binding to human hemopexin
pp. 49-49(1)
Authors: Mauk A.G.; Mauk M.R.; Lige B.; Moore G.R.

Role of heme-propionate side chains in myoglobin function
pp. 50-50(1)
Authors: Hayashi T.; Matsuo T.; Harada K.; Hisaeda Y.; Hirota S.; Funasaki N.

Nuclear Resonance Vibrational Spectroscopy (NRVS): An exciting new technique for the study of iron porphyrinates and heme proteins
pp. 51-51(1)
Authors: Scheidt W.R.; Wyllie G.R.A.; Ellison M.K.; Sage J.T.; Rai B.K.; Durbin S.M.; Sturhahn W.; Alp E.E.

Molecular mechanism of the catalase reaction studied by myoglobin mutants
pp. 51-51(1)
Authors: Watanabe Y.; Ueno T.; Fukuzumi S.; Kato S.

The reaction mechanism of xanthine oxidase
pp. 52-52(1)
Author: Hille R.

Molybdenum hydroxylases: Relevant thio-Mo chemistry
pp. 52-52(1)
Author: Young C.G.

Variable frequency pulsed EPR studies of molybdenum enzymes
pp. 53-53(1)
Authors: Enemark J.H.; Astashkin A.V.; Raitsimring A.M.; Feng C.; Wilson H.L.; Rajagopalan K.V.

2-Hydroxyacyl-CoA dehydratases, a novel family of molybdenum enzymes
pp. 53-53(1)
Author: Buckel W.

Site-directed mutagenesis of dimethylsulfoxide reductase from Rhodobacter capsulatus: the critical roles of tyrosine-114 and tryptophan-116
pp. 54-54(1)
Authors: McEwan A.G.; Ridge J.P.; Aguey-Zinsou K.-F.; Bernhardt P.V.; Hanson G.R.

Copper homeostasis in E. hirae
pp. 54-54(1)
Authors: Solioz M.; Portmann R.; Stoyanov J.

The CueR regulator and copper tolerance in E. coli.
pp. 55-55(1)
Authors: Brown N.L.; Kershaw C.J.; Stoyanov J.V.

Structure-function and regulation of the Menkes copper-translocating P-type ATPase (MNK; ATP7A)
pp. 55-55(1)
Authors: Camakaris J.; Voskoboinik I.; Greenough M.; Lane C.

Ni-thiolate and Fe-thiolate-cyanocarbonyl complexes modeling the nickel/iron site and reactivity of [NiFe] hydrogenases
pp. 56-56(1)
Authors: Liaw W.-F.; Lee C.-M.; Hsu I.-J.; Ke S.-C.; Lee G.-H.; Wang Y.

Redox activation of FeMoco and hydrogenase H-cluster model compounds
pp. 56-56(1)
Authors: Best S.P.; Borg S.J.; Pickett C.J.; Vincent K.A.

Synthesis of biomimetic models of iron-only hydrogenases active site linked to Ru-polypyridine photosensitizers
pp. 57-57(1)
Authors: Sun L.; Oft S.; Salyi S.; Wolpher H.; Kritikos M.; Akermark B.

⁶⁷Zn NMR of carbonic anhydrase: Distinguishing water and hydroxide bound to zinc
pp. 58-58(1)
Authors: Ellis P.D.; Lipton A.S.; Heck R.W.

Zinc catalyzed alkyl-transfer enzymes
pp. 58-58(1)
Authors: Penner-Hahn J.E.; Tobin D.; Matthews R.G.; Fierke C.A.; Peariso K.; Grahame D.A.; Garrow T.A.

Model study for the bio-coordination sphere of active center in carbonic anhydrase and application into DNA cleasvage study
pp. 59-59(1)
Authors: Mao Z.-W.; Fu H.; Xu X.-M.; Li J.; Liu S.-D.; Deng S.-Y.; Ji L.-N.

'Molybdopterin' complexes
pp. 60-60(1)
Authors: Garner C.D.; Bhachu T.N.; Davies S.E.; Lowe C.J.; McMaster J.; Tunney J.M.; Dicks J.P.; Bradshaw B.; Collison D.; Joule J.A.; Karim R.

An electronic structure description of atom and electron transfer in sulfite oxidase
pp. 61-61(1)
Authors: Kirk M.L.; Peariso K.

Function of NH&unknown;S hydrogen bond in dioxo W-oxidase model complexes
pp. 61-61(1)
Authors: Norikazu; Okamura T.-a.

Structure/function correlations over non-heme iron enzymes
pp. 62-62(1)
Author: Solomon E.I.

Theoretical studies of oxygen activation by non-heme iron enzymes
pp. 62-62(1)
Authors: Bassan A.; Blomberg M.R.A.; Siegbahn P.E.M.

Characterization of a high-spin Fe(IV) intermediate in the reaction of taurine/alpha-ketoglutarate dioxygenase (TauD)
pp. 63-63(1)
Authors: Bollinger J.M.; Price J.C.; Barr E.W.; Tirupati B.; Krebs C.

Tyrosyl radicals in iron enzymes: Structural information from high-field EPR on frozen solutions and single crystals
pp. 64-64(1)
Authors: Lendzian F.; Galander M.; Hogbom M.; Nordlund P.; Jung C.; Schunemann V.; Barra A.-L.

Oxygenation kinetics of iron and copper protein active site model complexes
pp. 65-65(1)
Authors: Helton M.E.; Kim E.; Karlin K.D.; Honecker M.; Kaderli S.; Neuhold Y.-M.; Lahti D.; Zuberbuehler A.D.

The sulfur-oxidizing enzyme system of paracoccus pantotrophus: proteins and reaction
pp. 66-66(1)
Authors: Friedrich C.G.; Quentmeier A.; Bardischewsky F.; Rother D.; Hellwig P.; Lubitz W.; Dambe T.; Scheidig A.

Biomaterials at the beach: Metal-protein interactions in mussel and barnacle adhesives
pp. 67-67(1)
Authors: Wilker J.J.; Sever M.J.; Weisser J.T.; Monahan J.

Bacterial iron (III) respiration
pp. 67-67(1)
Authors: Richardson D.; Reyes F.; Pitts K.; Hemmings A.; Seward H.; Thomson A.; Dobbin P.; Sawers G.

Catecholamide siderophores of Azotobacter vinelandii: a comparison of their iron and molybdenum binding properties
pp. 68-68(1)
Author: Duhme-Klair A.K.

Microbial siderophore influence on plutonium biogeochemistry
pp. 69-69(1)
Authors: Neu M.P.; Boukhalfa H.; Ruggiero C.E.; Lack J.G.; Hersman L.E.; Reilly S.D.

How microbes detoxify superoxide, hydrogen peroxide and nitric oxide. The non-heme iron reductive paradigm
pp. 69-69(1)
Authors: Kurtz D.M.; Emerson J.P.; Silaghi-Dumitrescu R.; Kung I.; Das A.; Ljungdahl L.G.

Superoxide dismutases from hyperthermophiles: clues to metal-ion specificity
pp. 70-70(1)
Authors: Jameson G.B.; Adams J.J.; Hempstead P.D.; Anderson B.F.; Morgenstem-Badarau I.; Whittaker J.W.; Baker E.N.

Electronic/structural properties and enzymatic activity inspired by imidazolate-bridged heterodinuclear model compound as active site of Cu,Zn-superoxide dismutase
pp. 70-70(1)
Authors: Ichikawa K.; Hayashi N.; Hirakawa S.

Bicarbonate dependent peroxidase activity of human copper, zinc superoxide dismutase induces covalent aggregation of protein - Intermediacy of tryptophan-derived oxidation products
pp. 71-71(1)
Authors: Kalyanaraman B.; Zhang H.; Andrekopoulos C.; Joseph J.; Crow J.P.; Karoui H.

The structure of MntR from Bacillus subtilis
pp. 71-71(1)
Authors: Glasfeld A.; Guedon E.; Helmann J.D.; Brennan R.G.

Regulation of tumor necrosis factor alpha (TNF) mRNA by NUP-475, a novel zinc binding protein
pp. 72-72(1)
Authors: Michel S.L.J.; Amann B.T.; Guerrerio A.L.; Berg J.M.

Metallocenter characterization of AlkB, a mononuclear non-heme Fe(II) DNA repair enzyme
pp. 72-72(1)
Authors: Hausinger R.P.; McCracken J.; Henshaw T.F.

The role of the zinc ribbon in transcription initiation in archaea
pp. 73-73(1)
Authors: Scott R.A.; Renfrow M.B.

Structure, DNA binding, and comparative properties of zinc, cadmium, lead, and cobalt finger-3 peptides from Xenopus laevis transcription factor IIIA
pp. 73-73(1)
Authors: Petering D.H.; Krepkiy D.; Forsterling H.; Walsby C.J.; Hoffman B.

Controlling structure and activity of DNA: Metal cations
pp. 74-74(1)
Author: Leszczynski J.

Copper-dioxygen chemistry with N3 tripodal ligands
pp. 74-74(1)
Author: Fujisawa K.

Metal ion mediated activation of dioxygen: Formation of non-heme complexes with terminal oxo and hydroxo ligands
pp. 75-75(1)
Authors: Borovik A.S.; Gupta R.; Zart M.K.; Larsen P.L.

Carboxylate shifts in labile Fe and Mn complexes
pp. 75-75(1)
Authors: McKenzie C.J.; Jensen B.; Mortensen M.

The mixed-valent {Fe^IV(-O)(-carboxylato)₂Fe^III}³⁺ Core: Structure and reactivity
pp. 76-76(1)
Authors: Wieghardt K.E.; Slep L.D.; Weyhermueller T.; Bill E.; Neese F.; Bothe E.

Intracellular coordination chemistry of zinc receptors in metal trafficking and Zn(II) sensing
pp. 76-76(1)
Author: O'Halloran T.V.

The role of zinc in function of the Rhodobacter sphaeroides anti-sigma factor ChrR
pp. 77-77(1)
Authors: Donohue T.J.; Anthony J.R.; Newman J.

Intracellular zinc(II) visualization using the selective probe zinquin A, and its involvement in zinc(II) ternary complexation
pp. 77-77(1)
Authors: Lincoln S.F.; Hendrickson K.M.; Geue J.P.; Wyness O.; Ward D.A.

Cellular imaging of zinc ion by novel fluorescent probes: ZnAFs
pp. 78-78(1)
Author: Kikuchi K.

Modeling the structure of the NifEN complex, a putative scaffold for the biosynthesis of the FeMo-cofactor of nitrogenase
pp. 78-78(1)
Authors: Averill B.A.; Eldredge P.A.; Wang Y.; Hu X.; Xu D.

Disulfide reduction mediated by site-specific [4Fe&unknown;4S] cluster chemistry
pp. 79-79(1)
Authors: Johnson M.K.; Walters E.M.; Jameson G.N.L.; Huynh B.H.; Schurmann P.

NifS-mediated assembly of [4Fe&unknown;4S] clusters on NifU and homologous scaffold proteins
pp. 80-80(1)
Authors: Huynh B.H.; Jameson G.N.L.; Smith A.D.; Johnson M.K.; Frazzon J.; Dean D.R.; Krebs C.

Allosteric DNA and ultrafast electron transfer of drug with DNA
pp. 81-81(1)
Author: Qu X.

Kinetically-controlled metal binding to DNA: Inspiration for new antitumor drugs
pp. 81-81(1)
Author: Reedijk J.

Remarkable pKa shifts of adenine and cytosine nucleobases into the physiological pH range following metal binding
pp. 82-82(1)
Authors: Lippert B.; Anorbe M.G.; Roitzsch M.; Luth M.S.; Muller J.; Lax P.; Sigel H.

Sequence and structural selectivity of nucleic acid binding ligands
pp. 82-82(1)
Authors: Ren J.; Chaires J.B.

Studies on platinum(II) complexes of the forms: cis-PtL(NH₃)Cl₂ and cis-PtL₂Cl₂ where L stands for a planaramine ligand
pp. 85-85(1)
Authors: Abdullah A.; Huq F.; Beale P.

Direct electrochemistry of bacterial molybdoenzymes
pp. 86-86(1)
Authors: Aguev-Zinsou K.-F.; Bernhardt P.V.; McEwan A.G.

Investigation of indoleamine 2,3-dioxygenase using synchrotron radiation techniques
pp. 87-87(1)
Authors: Aitken J.B.; Thomas S.E.; Armstrong R.S.; Lay P.A.; Stocker R.; Witting P.K.; Dillon C.T.; Lai B.

Hydrolysis of esters by zinc(II) complex of a tetradentate ligand providing sulfur and nitrogen donors
pp. 88-88(1)
Authors: Akagi F.; Ito M.

Increasing the cellular accumulation of platinum(IV) complexes
pp. 89-89(1)
Authors: Alderden R.A.; Hall M.D.; Amjadi S.; Hambley T.W.; Beale P.; Zhang M.; Lai B.; Stampfl A.P.J.

Dinuclear ruthenium complexes as sequence- and structure-selective binding agents for DNA
pp. 90-90(1)
Authors: Aldrich-Wright J.R.; Collins J.G.; Keene R.F.; Tor Y.; Brodie C.; Howard W.A.; Foley F.M.; Patterson B.T.

Rigid tetraazamacrocycle copper complexes: radiopharmaceutical applications
pp. 91-91(1)
Authors: Allan C.C.; Archibald S.J.; Silversides J.D.; Lewis E.A.

X-ray and spectroscopic studies of dinuclear sites in ribonucleotide reductase R2 from mouse show new carboxylate and tyrosyl radical shifts
pp. 91-91(1)
Authors: Andersson K.K.; Strand K.R.; Karlsen S.; Cederkvist F.H.; Gorbitz C.-H.

EPR of monoMn-, MnMn-, ZnMn-, and FeFe-Sites in -GCS plus substrates or inhibitors
pp. 92-92(1)
Authors: Antholine W.E.; Kelly B.S.; Bennett B.; Griffith O.W.

Reactivity of platinum(II) ammine bonds trans to sulfur in methionine and thiolate complexes
pp. 92-92(1)
Authors: Appleton T.G.; Begum S.; Hadi S.

Bis(aminoalcohol)dichloroplatinum(II) complexes and their mono and double ring-closed alcoholato species. Novel prodrugs for platinum based antitumor chemotherapy
pp. 93-93(1)
Authors: Arion V.B.; Galanski M.; Baumgartner C.; Meelich K.; Fremuth M.; Jakupec M.A.; Keppler B.K.

Carboxylation of 2-hydroxyethyl substituted tetrachloro(ethane-1,2-diamine)platinum(IV) complexes. A new synthetic approach to anticancer platinum compounds
pp. 94-94(1)
Authors: Arion V.B.; Galanski M.; Zimmermann W.; Berger M.; Baumgartner C.; Keppler B.K.

Synthesis, structure, spectroscopic and in vitro anti-tumor properties of triazolium salts of cis- and trans-tetrachlorobis(triazole)ruthenate(III)
pp. 95-95(1)
Authors: Arion V.B.; Reisner E.; Fremuth M.; Jakupec M.A.; Keppler B.K.; Kukushkin V.Y.; Pombeiro A.J.L.

Mechanisms of redox-coupled proton transfer in proteins: The role of the proximal proline in reactions of the [3Fe&unknown;4S] cluster in azotobacter vinelandii ferredoxin I
pp. 96-96(1)
Authors: Armstrong F.A.; Hirst J.; Camba R.; Burgess B.K.; Jung Y.-S.; Bonagura C.A.; Chen K.; Stout D.

Reactive sulfur species: Reactions of hypothiocyanite
pp. 96-96(1)
Authors: Ashby M.T.; Aneetha H.

Spectroscopic characterization of a Fe(IV) intermediate with a non-porphyrin ligand. Hydroxylation and epoxidation activity
pp. 97-97(1)
Authors: Balland V.; Charlot M.-F.; Banse F.; Girerd J.-J.; Bill E.; Bartoli J.-F.; Battioni P.; Mansuy D.

Resonance raman studies of wild type and mutants of the oxygen sensor protein BjFixL. Relevance for oxygen binding and release
pp. 97-97(1)
Authors: Balland V.; Liebl U.; Vos M.H.; Mattioli T.A.

New developments on the coordination behaviour of 2-substitued benzimidazoles
pp. 98-98(1)
Authors: Barba-Bahrens N.Y.; Tellez F.; Contreras R.; Hernandez R.M.; Bernes S.; Noth H.

Electrode surface structures for studying long-range electron transfer in biological systems
pp. 98-98(1)
Authors: Barlow N.L.; Webster G.; Flemming B.; Guo L.; Burn P.L.; Armstrong F.A.

Synthesis and biological activities of some new gold(I)-carbene complexes: potential antimitochondrial antitumour agents
pp. 99-99(1)
Authors: Barnard P.J.; Baker M.V.; Skelton B.W.; White A.H.; Berners-Price S.J.

Ligand-enhanced lanthanide ion fluorescence as a probe for proteolytic activity and specificity
pp. 99-99(1)
Authors: Barrios A.M.; Craik C.S.

Synthesis, DNA-binding and photocleavage studies of cobalt (III) polypyridyl complexes
pp. 100-100(1)
Authors: Barve A.; Ghosh S.; Kumbhar A.; Kumbhar A.; Puranik V.

New N,O-bidentate pro-ligands capable of stabilising a phenoxyl radical state as free and when bound to Cu(II) or Zn(II)
pp. 101-101(1)
Authors: Benisvy L.; Davies S.E.; Garner D.C.; McMaster J.; Wilson C.; Whittaker G.; Collison D.; McInnes E.J.L.

An in vitro study of DNA damage due to a mixture of Fe²⁺ and ascorbate
pp. 102-102(1)
Authors: Bibi M.; Huq F.; Sivanandasigham P.

Structural control of copper and zinc exchange dynamics in bacterial transport and storage proteins
pp. 102-102(1)
Authors: Blindauer C.A.; Sadler P.J.; Harrison M.D.; Borrelly G.P.M.; Schmid R.; Robinson N.J.

Preliminary study of some chemical reactions catalysed by DNA
pp. 103-103(1)
Authors: Boll I.; Mokhir A.; Kraemer R.

Structure of the binuclear copper centre in hemocyanins and in related models by multiple scattering XAS calculations
pp. 103-103(1)
Authors: Boreghi E.; Solari P.L.

Poised for radical generation: Interaction of S-adenosylmethionine with a [4Fe&unknown;4S] cluster
pp. 104-104(1)
Authors: Broderick J.B.; Ortillo D.; Broderick W.E.; Hong W.; Walsby C.J.; Hoffman B.M.; Krebs C.; Hanh B.

Synthesis and DNA binding of bisintercalating complexes of the type [(dpq)₂Ru(phen-n-SOS-n-phen)Ru(dpq)₂]⁴⁺
pp. 105-105(1)
Authors: Brodie C.R.; Aldrich-Wright J.R.; Glazer E.; Luedtke N.; Tor Y.

Use of induced circular dichroism studies to predict the biological activity of platinum intercalators
pp. 106-106(1)
Authors: Brodie C.R.; Jaramillo D.; Aldrich-Wright J.R.

Modifying the specificity of the HMA motif
pp. 106-106(1)
Authors: Brown N.L.; Campos-Reales N.B.; Sukchawalit R.

Conformational flexibility and reactivity towards dioxygen of macrocyclic dinuclear complexes
pp. 107-107(1)
Authors: Brunner J.; Pritzkow H.; Kraemer R.

Investigation of rotamers about the Pt-N7 bonds in bulky [Pt(d(GpG))(diamine)] complexes
pp. 108-108(1)
Authors: Bulluss G.H.; Waller M.P.; Hambley T.W.

Mechanism of action of platinum complex binding to DNA
pp. 109-109(1)
Authors: Bulluss G.H.; Waller M.P.; Hambley T.W.

Bis(pyrazol-1-yl)acetato ligands: models for the 2-his-l-carboxylate facial triad
pp. 110-110(1)
Authors: Burzlaff N.; Beck A.; Muller R.

Crystal structure of AphA class B acid phosphatase/phosphotransferase from E. coli
pp. 111-111(1)
Authors: Calderone V.; Forleo C.; Benvenuti M.; Rossolini G.M.; Mangani S.; Thaller M.C.

The particulate methane monooxygenase from Methylococcus capsulatus (Bath)
pp. 111-111(1)
Author: Chan S.I.

Synthetic models for the metal binding site of iron superoxide dismutase
pp. 112-112(1)
Authors: Chavez F.A.; Van Houten D.H.

Preparation and characterization of a (Cu, Zn)-pMMO from Methylococcus capsulatus (Bath)
pp. 112-112(1)
Authors: Chen C.-L.; Chen K.H.-C.; Ke S.-C.; Yu S.S.F.; Chan S.I.

Chiral dinuclear bis Ru(⁶-arene) anticancer complexes: Diastereoselectivity in guanine N7 recognition
pp. 113-113(1)
Authors: Chen H.; Parkinson J.A.; Bella J.; Dawson A.; Gould R.O.; Parsons S.; Sadler P.J.

Purification of the particulate methane monooxygenase from Methylococcus capsulatus (Bath)
pp. 114-114(1)
Authors: Chen K.H.-C.; S.F.Yu S.; Chan S.I.

Characterization of isomerism between the -²: ²-Peroxo and bis(-oxo)dicopper cores by density functional theory
pp. 114-114(1)
Authors: Chen P.-Y.; Chan S.I.

DNA hydrolysis by tris-triazacyclononanes metal complexes
pp. 115-115(1)
Authors: Cheng C.-C.; Huang Y.-C.; Liu M.-C.

Studies on new homonuclear and heteronuclear metal complexes with multiple centres
pp. 115-115(1)
Authors: Cheng H.; Huq F.; Beale P.

Correlation between calculated fermi contact spin densities and experimental contact shifts of paramagnetic iron-porphyrins. A novel approach to the electronic structure of intermediate-spin iron(II) porphyrin
pp. 116-116(1)
Authors: Chung R.-J.; Chen P.-Y.; Lin J.-F.; Liu T.; Noodleman L.; Case D.A.

Model complexes for catechol dioxygenases supported by a tridentate hydrotris(pyrazolyl)borate ligand
pp. 116-116(1)
Authors: Yat Ho Cheng; Lau Kwong Yeung; Hung Kay Lee

1H-NMR study of the binding of ternary platinum(II) complexes, Pt(NN)(AA) (AA&unknown;L-lysine or L-leucine; NN&unknown;1,10-phenanthroline, 5,6-dimethyl-1,10-phenanthroline, or 2,2'-bipyridine), with oligonucleotides
pp. 117-117(1)
Authors: Chikira M.; Yamanaka K.; Motegi K.; Matsuki Y.; Morita S.

First isolation and crystal structure of a peroxo-bridged heme-copper complex
pp. 117-117(1)
Authors: Chishiro T.; Shimazaki Y.; Tani F.; Tachi Y.; Naruta Y.; Karasawa S.; Hayami S.; Maeda Kyushu Y.

Orally active chelators for the treatment of iron overload diseases
pp. 118-118(1)
Authors: Chin A.P.; Bernhardt P.V.; Richardson D.R.

Studies on planaramineplatinum(II) complexes of the form: PtClL₃ and trans-PtCl₂L₂ where L stands for 3-hydroxypyridine
pp. 118-118(1)
Authors: Chowdhury A.H.; Huq F.; Beale P.

Insights into metallo-isoenzyme forms of oxotransferases using chemical and biochemical approaches
pp. 119-119(1)
Authors: Codd R.; McKenny T.M.; Frieberg J.A.

Substrate-tethered probes for investigating the active site of myeloperoxidase
pp. 120-120(1)
Authors: Contakes S.M.; Dunn A.R.; Morales N.; Winkler J.R.; Gray H.B.

Ligand topology tuning of non-heme iron-catalyzed hydrocarbon oxidations
pp. 120-120(1)
Authors: Costas M.; Que L.

Studies on heteronuclear metal complexes as anticancer drugs
pp. 121-121(1)
Authors: Daghriri H.; Huq F.; Beale P.

Interstrand and 1,3-intrastrand crosslinking of cisplatin to guanosine bases: mechanistic and conformational insights
pp. 121-121(1)
Authors: Davies M.S.; Berners-Price S.J.; Jones A.; Hambley T.W.

Salt effects and DNA-binding specificity of NZF-1, a CCHC zinc binding protein
pp. 122-122(1)
Authors: Davis A.M.; Berkovits H.J.; Amann B.T.; Berg J.M.

Characterization of the diiron(III) site in stearoyl-acp desaturase through EPR and ENDOR of the protein radiolytically reduced at 77k: effect of substrate
pp. 122-122(1)
Authors: Davydov R.; Hoffman B.M.; Behrouzian B.; Shanklin J.

EPR and ENDOR probing of oxyheme centers in human hemoglobin reduced at 77K: Conformational substates of the oxyheme sites in the and subunits
pp. 123-123(1)
Authors: Davydov R.; Kofman V.; Nocek J.; Hoffman B.M.

Spectroscopic investigation of stellacyanin mutants: Axial ligand interactions at the blue copper site
pp. 123-123(1)
Authors: DeBeer George S.; Basumallick L.; Szilagyi R.K.; Hedman B.; Hodgson K.O.; Solomon E.I.

Interactions of mononuclear non-heme iron sites with dioxygen: Studies on electronic structure and reactivity
pp. 124-124(1)
Authors: Decker A.; Lehnert N.; Chow M.S.; Solomon E.I.

Copper-mediated cyclization and oxygenation of heterocyclic aldimines
pp. 125-125(1)
Authors: Doering M.; Pufky D.; Ciesielski M.; Walter O.

Models of the molybdenum hydroxylase enzyme family
pp. 126-126(1)
Authors: Doonan C.J.; George G.N.; Harris H.H.; Young C.G.

Of oxidases and peroxidases: new studies using protein film voltammetry
pp. 127-127(1)
Authors: Elliott S.J.; Bradley A.L.; Hooper A.; Arciero D.; Montfort W.; Rensing C.

Calculation of the redox potential of iron-sulfur proteins
pp. 127-127(1)
Authors: Essigke T.; Wade R.C.; Ullmann G.M.

Can metal complexes serve as hypoxia activated prodrugs? Investigations of a Co(III) complex of the MMP inhibitor marimastat
pp. 128-128(1)
Authors: Failes T.W.; Diakos C.I.; Underwood C.K.; Hambley T.W.; Cullinane C.M.; Guy Lyons J.

Studies on trinuclear palladium complexes
pp. 129-129(1)
Authors: Farhadia M.; Huq F.; Beale P.

Allosteric control of internal electron transfer in cytochrome cd₁ nitrite reductase
pp. 129-129(1)
Authors: Farver O.; Kroneck P.M.H.; Zumft W.G.; Pecht I.

Biological effects of low-level lead exposition on a human body
pp. 130-130(1)
Author: Fedorova T.G.

Ruthenium(II) arene anticancer complexes: selective recognition of nucleobases and control of hydrolysis rates
pp. 130-130(1)
Authors: Fernandez R.; Melchart M.; Van Der Geer E.; Wang F.; Habtemariam A.; Sadler P.J.

Platinum(II) intercalators as potential anti-cancer agents
pp. 131-131(1)
Authors: Fisher D.M.; Fenton R.R.; Aldrich-Wright J.R.

Development of lanthanide-binding peptides as natively expressed protein probes
pp. 131-131(1)
Authors: Franz K.J.; Nitz M.; Lukovic E.; Imperiali B.

New crystallographic studies of copper amine oxidases
pp. 132-132(1)
Authors: Freeman H.C.; Cohen A.; Dooley D.M.; Duff A.P.; Ellis P.J.; Guss J.M.; Langley D.B.; Trambaiolo D.M.

The crystal structure of nitrobenzene 1,2-dioxygenase
pp. 132-132(1)
Authors: Friemann R.; Lessner D.J.; Ivkovic-Jensen M.; Gibson D.T.; Eklund H.; Ramaswamy S.

Time resolved spectroscopic determination of a sub-microsecond, 1:1 copper dioxygen interaction in which the rate exceeds that for hemes
pp. 133-133(1)
Authors: Fry H.C.; Scaltrito D.V.; Karlin K.D.; Meyer G.J.

A sterically hindered salen iron complex as a model for active sites of mononuclear non-heme iron enzymes
pp. 133-133(1)
Authors: FuiJii H.; Kurahashi T.; Sugimoto M.; Oda K.; Ogura T.

Pentacoordinated iron complexes with carboxamido nitrogens and thiolate sulfurs: As models for Fe-containing nitrile hydratase
pp. 134-134(1)
Authors: Fujii S.; Ogura T.; Kitamura S.; Sakai H.

Oxidation activity of hydroperoxo-copper(II) complex as a DH
pp. 134-134(1)
Authors: Fujii T.; Naito A.; Yamaguchi S.; Funahashi Y.; Jitsukawa K.; Masuda H.; Wada A.

On the mechanisms of oxygenations of catechols by oxygenases and their model complexes
pp. 135-135(1)
Authors: Funabiki T.; Yoshida M.; Yoshida H.; Tase Y.; Ando A.; Hitomi Y.

Introduction of tetrahedral distortion into the copper-dioxygen complexes: The remarkable effects on their formation and spectroscopic properties
pp. 135-135(1)
Author: Funahashi Y.

Introduction of tetrahedral distortion into the copper-dioxygen complexes: The remarkable effects on their formation and spectroscopic properties
pp. 136-136(1)
Authors: Funahashi Y.; Nishikawa T.; Kishida M.; Ouchi T.; Hirota S.; Ozawa T.; Jitsukawa K.; Masuda H.

Studies of the interaction of potassium(I), calcium(II), magnesium(II) and copper(II) with cyclosporin A
pp. 136-136(1)
Authors: Gahan L.R.; Cusack R.M.; Grondahl L.H.; Fairlie D.P.; Hanson G.R.

Silencing of gadolinium(III)-phosphonate MRI contrast by hydroxyapatite binding
pp. 137-137(1)
Authors: Geraldes C.F.G.C.; Prata M.I.M.; Santos A.C.; deLima J.J.P.; Alves F.C.; Neves M.; Sherry A.D.; Lenkinski R.E.

Superoxide reactivity of KatG from M. tuberculosis: Implications for isoniazid resistance
pp. 138-138(1)
Authors: Ghiladi R.A.; Rusnak F.M.; Cabelli D.E.; Ortiz de Montellano P.R.

Nonnatural amino acid ligands in heme protein design
pp. 138-138(1)
Authors: Gibney B.R.; Zhuang J.; Reedy C.J.

Is Ag(I) an adequate probe for Cu(I) in structural copper-metallothionein studies? The binding features of Ag(I) to mammalian metallothionein 1
pp. 139-139(1)
Authors: Gonzalez-Duart P.; Palacios O.; Capdevila M.; Polec-Pawlak K.; Lobinski R.

Bioinorganic chemistry of corrole metal complexes: interactions with proteins and cells
pp. 140-140(1)
Authors: Gross Z.; Mahammed A.; Abdales M.; Weaver J.J.; Gray H.B.

Does platinum(IV) survive in tumour cells?
pp. 141-141(1)
Authors: Hall M.D.; Hambley T.W.; Beale P.; Zhang M.; Dillon C.T.; Foran G.J.; Stampfl A.P.; Lai B.

Design and synthesis of a novel magnetic resonance imaging (MRI) contrast agent for selective sensing of zinc, ion
pp. 141-141(1)
Authors: Hanaoka K.; Kikuchi K.; Nagano T.

Structural characterisation of the Mo(V) high-g unsplit species from Rhodobacter capsulatus dimethylsulfoxide reductase
pp. 142-142(1)
Authors: Hanson G.R.; Lane I.; Noble C.J.; McEwan A.G.; Benson N.

CW and pulsed EPR spectroscopy reveal a new structural motif for the active site Mo centre and an unusual [4Fe-4S]⁺ cluster in dimethylsulfide dehydrogenase
pp. 142-142(1)
Authors: Hanson G.R.; Noble C.J.; McDevitt C.A.; McEwan A.G.

Direct immobilization of yeast cytochrome c on gold via Cys102
pp. 143-143(1)
Authors: Heering H.A.; Wiertz F.G.M.; Vries S.d.; Dekker C.

Structural-functional model of cytochrome P450: A stable synthetic heme thiolate
pp. 143-143(1)
Authors: Higuchi T.; Suzuki N.; Nagano T.

Synthesis, characterisation and anti bacterial testing of bismuth maltol
pp. 144-144(1)
Authors: Hinds F.E.; Aldrich-Wright J.R.; Leverett P.; Hazell S.L.

Is the zinc ion of dipeptidyl peptidase III directly involved in catalyzing the substrate ?
pp. 145-145(1)
Authors: Hirose J.; Kamigakiuchi H.; Iwamoto H.; Fukasawa K.M.

Short peptide alpha helices induced by multiple metal clips
pp. 146-146(1)
Authors: Hoang H.N.; Bryant G.K.; Kelso M.J.; Beyer R.L.; Appleton T.G.; Fairlie D.P.

Applying databases of small molecule crystal structures to understanding the interactions about biologically relevent metal centres
pp. 147-147(1)
Authors: Hocking R.K.; Hambley T.W.

ENDOR characterization of intermediates in the activation of dioxygen by Fe enzymes
pp. 148-148(1)
Authors: Hoffman B.M.; Davydov R.

Conformation of the tyrosyl radical in escherichia coli ribonucleotide reductase R2
pp. 149-149(1)
Authors: Hogborn M.; Andersson M.; Kolberg M.; Nordlund P.; Galander M.; Lendzian F.

The effect of oxidation state on inhibition of nitrate reductase
pp. 150-150(1)
Authors: Hoke K.R.; Elliott S.J.; Armstrong F.A.

The synthesis of 2,3-diamino-2,3-dideoxy--D-glucose, 3,4-diamino-6hydroxymethyl-tetrahydro-pyran-2,5-diol and their chiral platinum compounds
pp. 151-151(1)
Authors: van Holst M.; Jaramillo D.; Aldrich-Wright J.R.

The electrochemistry of cytochrome P450. What are we actually measuring?
pp. 151-151(1)
Author: Honeychurch M.J.

In search for anticancer compounds; new bis(2-phenylazopyridine) ruthenium(II) complexes
pp. 152-152(1)
Authors: Hotze A.C.G.; Haasnoot J.G.; Reedijk J.

DNA binding studies of ruthenium(II) dipyridotetrahydrophenazine complexes
pp. 152-152(1)
Authors: Howard W.A.; Aldrich-Wright J.R.

The chemistry of the vanadium complexes in a S-rich coordination environment
pp. 153-153(1)
Authors: Hsu H.-F.; Chu W.-C.; Hung C.-H.

Using a principle of heterogeneous catalysis to achieve enzyme-like molecular catalysis
pp. 153-153(1)
Authors: Huang J.; Swiegers G.F.; Chen J.; Too C.O.; Wallace G.G.

Interaction of metal-thiolate cluster with polypeptide and domains transformation in metallothioneins
pp. 154-154(1)
Authors: Huang Z.-X.; Yu W.-H.; Zheng Q.; Gao Y.; Cai B.

EPR- and UV vis-spectroscopical evidence for an altered respiratory chain in halobacterium salinarum due to iron limitation
pp. 154-154(1)
Authors: Hubmacher D.; Matzanke B.F.; AneMuller S.

Insights into catalysis by flavocytochrome c₃ using protein film voltammetry
pp. 155-155(1)
Authors: Hudson J.M.; Halliwell K.R.; Armstrong F.A.; Rothery E.L.; Chapman S.K.

Vitamin C causes a much-pronounced damage to DNA in the presence of Cd2+ but not in the presence of Zn2+ or Ag+. Why?
pp. 155-155(1)
Authors: Hug F.; Hossain Z.

A kinetic study of catalytic CO₂ hydration by water-soluble model compound of carbonic anhydrase and an anion inhibition effect on C02 hydration
pp. 156-156(1)
Authors: Ichikawa K.; Nakata K.; Shiina N.; Izumi M.

CO binding study of mouse heme-regulated eIF-2a kinase: Kinetics and resonance Raman spectra
pp. 156-156(1)
Authors: Igarashi J.; Sagami I.; Shimizu T.; Sato A.; Kitagawa T.

The role of lysine residue in cytochrome c₃ on the intermolecular interaction with hydrogenase
pp. 157-157(1)
Authors: Iida S.; Asakura N.; Kamachi T.; Okura I.

Synthesis and spectroscopic characterization of copper(I)-diazene complexes
pp. 157-157(1)
Authors: Ishikawa Y.; Ono T.; Miyashita Y.; Okamoto K.-i.; Fujisawa K.; Lehnert N.

Highly selective monooxygenation of hydrocarbons by a diiron(III) complex of a dinucleating ligand having two 2-aminoacetate groups connected by a 1,2-dipyridylethane spacer
pp. 158-158(1)
Authors: Itoh M.; Kodera M.; Kano K.

DNA cleavage with dinuclear metal complexes of ligands with varying flexibility
pp. 158-158(1)
Authors: De Iuliis G.N.; Lawrance G.A.; Bernhardt P.V.

Biochemical and spectroscopic investigations of different forms of BioB under single turnover conditions
pp. 159-159(1)
Authors: Jameson G.N.L.; Cosper M.M.; Johnson M.K.; Huynh B.H.

The structure-activity relationship of chiral square-planar platinum(II) metallointercalators
pp. 159-159(1)
Authors: Jaramillo D.; Collins J.G.; Junk P.; Aldrich-Wright J.R.

Electrochemical studies on purified rhus vernicifera laccase
pp. 160-160(1)
Authors: Johnson D.L.; Thompson J.L.; Brinkmann S.; Schuller K.A.; Martin L.L.

Metal carbonyls -A new class of pharmaceuticals?
pp. 160-160(1)
Authors: Johnson T.R.; Mann B.E.; Clark J.E.; Foresti R.; Green C.; Motterlini R.

Modelling protein-protein electron transfer in cross-linked dimers of azurin
pp. 161-161(1)
Authors: de Jongh T.E.; Prudencio M.; Ubbink M.; Canters G.W.

A theoretical study on the mechanism of camphor hydroxylation by compound I of cytochrome P450
pp. 161-161(1)
Authors: Kamachi T.; Yoshizawa K.

Application of electrochemical quartz crystal microbalance technique on direct monitoring of cytochrome c3 function as the electron pool during intermolecular electron transfer
pp. 162-162(1)
Authors: Kamachi T.; Asakura N.; Okura I.

Copper ligand influences in synthetic model reactivity studies of the cytochrome c oxidase binuclear active site
pp. 163-163(1)
Authors: Karlin K.D.; Kim E.; Ghiladi R.A.; Helton M.E.; Shearer J.; Lu S.; Huang H.-w.; Moenne-Loccoz P.

Crystal structures of naphthalene dioxygenase along the reaction pathway
pp. 164-164(1)
Authors: Karlsson A.; Eklund H.; Ramaswamy S.; Parales J.V.; Parales R.E.; Gibson D.T.

The Gln95His mutant of mavicyanin has a type-1.5 copper site
pp. 164-164(1)
Authors: Kataoka K.; Takata M.; Sakurai T.

Solution structures in acetonitrile of Xⁿ⁺¹/Cys-X-Y Cys with NH...S hydrogen bond
pp. 165-165(1)
Authors: Kato M.; Okamura T.-a.; Yamamoto H.; Ueyama N.

Studies of the interaction of streptomyces avermitilis (4-hydroxyphenyl)pyruvate dioxygenase with the specific inhibitor NTBC
pp. 166-166(1)
Authors: Kavana M.; Purpero V.M.; Moran G.R.

Synthesis, characterization, and toxicity studies of new ruthenium maltolato and imidazole complexes against human breast cancer cells and hypoxic cells
pp. 167-167(1)
Authors: Kennedy D.C.; James B.R.; Patrick B.O.

Reactive intermediates in epoxidation and cis-dihydroxylation by non-heme iron catalysts with H202
pp. 167-167(1)
Authors: Kim J.; Heo S.; Ryu J.Y.; Nam W.; Que L.

A model for Mn lipoxygenase
pp. 168-168(1)
Authors: Kjeregaard-Knudsen S.; Mortensen M.N.; McKenzie C.J.

Metal binding in CopC from P. syringae pathovar tomato
pp. 168-168(1)
Authors: Koay M.; Xiao Z.; Wedd A.G.

Large acceleration of hydrolysis of phosphate esters through binding to a dizinc(II) complex which have hydroxyethyl pendant groups
pp. 169-169(1)
Authors: Kodera M.; Umeda Y.; Ono N.; Kano K.

Weak non-covalent interaction between a coordinated imidazole and an aromatic ring induces new insights into protein function in the Met16 pseudoazurin mutants
pp. 169-169(1)
Authors: Kohzuma T.; Seki M.; Niizeki T.

Proton-coupled electron transfer in a Ru(II)-pterin complex
pp. 170-170(1)
Authors: Kojima T.; Sakamoto T.; Matsuda Y.; Ookubo K.; Fukuzumi S.

A cisplatin analogue with 2,2'-dipyriylketone ligand: Cytotoxicity and interaction with DNA constituents
pp. 171-171(1)
Authors: Krebs B.; Rauterkus M.J.

Catalytic oxidation of 3,5-di-tert-butylcatechol by a Series of mononuclear manganese complexes: Synthesis, structure, and kinetic investigation
pp. 172-172(1)
Authors: Krebs B.; Pursche D.; Rompel A.; Triller M.U.; Hsieh W.-Y.; Pecoraro V.L.

Thiaether ligands as unique copper chelators
pp. 172-172(1)
Author: Kulatilleke C.P.

Interaction between sensor domain and histidine kinase domain of sensory histidine kinase in the two-component signaling system
pp. 173-173(1)
Authors: Kumita H.; Yamada S.; Nakamura H.; Shiro Y.

A non-theme iron nitric oxide reductase that protects against nitrosative stress in acetogenic bacteria
pp. 174-174(1)
Authors: Kurtz D.M.; Silaghi-Dumitrescu R.; Das A.; Jameson G.N.L.; Ljungdahl L.G.; Huynh B.H.

The electrochemical interconversions between the active and inactive states of a [NiFe]-hydrogenase; implications for the development of a bio-fuel cell
pp. 174-174(1)
Authors: Lamle S.E.; Halliwell L.M.; Armstrong F.A.; Albracht S.P.

New non-heme iron model compounds as catalysts in the oxidation of olefins
pp. 175-175(1)
Authors: de Laorden C.L.; Merz M.; Comba P.

Dioxygen and water activation by dimanganese complexes
pp. 175-175(1)
Authors: Larsen F.B.; Jensen K.B.; McKenzie C.J.

Iron- nitrosyl sulfinate complexes: Relevance to the Fe-containing nitrile hydratases
pp. 176-176(1)
Authors: Lee C.-M.; Chen C.-H.; Hsieh C.-H.; Dutta A.; Lee G.-H.

Novel mononuclear Fe(III) mono(terpyridine) complexes having labile solvent ligands: A comparison of homegeneous vs. heterogeneous catalytic activity
pp. 176-176(1)
Authors: Lee J.-K.; Kim C.; Yoo D.-W.; Yoo S.-K.

Thioether ligand containing copper complexes; Modeling PHM and DH proteins
pp. 177-177(1)
Authors: Lee Y.; Lee D.-H.; Karlin K.D.; Mah Y.-J.

Reactive intermediates formed during the reactions of chromium(VI) with glutathione: Which species are responsible for the DNA damage?
pp. 177-177(1)
Authors: Levina A.; Ludwig C.; Lay P.A.

Three dimensional structures and topology of the transmembrane domain 4 of divalent metal transporter (DMT1) in membrane-mimetic environments
pp. 178-178(1)
Authors: Li H.; Li F.; He Q.-Y.; Qian Z.-M.; Sun H.

Syntheses, structures and spectroscopic studies of non-heme iron nitrosyl complexes
pp. 179-179(1)
Authors: Li L.; Sundberg E.B.; Wang X.

Fast replacement of methionine from [Pt(L-Met-S,N)₂] by glutathione and formation of polynuclear Pt(II) adducts
pp. 180-180(1)
Authors: Liu Q.; Lin J.; Wei H.; Guo Z.

The mode of complexation and non-covalent interaction in the systems of Cu(II), Cd(II) and Hg(II) ions,adenosine 5'-diphosphate and biogenic amines
pp. 181-181(1)
Authors: Lomozik L.; Gasowska A.; Bregier-Jarzebowska R.

Introducing unnatural amino acids into protein metal-binding sites and its role in metalloprotein design and engineering
pp. 181-181(1)
Authors: Lu Y.; Berry S.M.; Gieselman M.D.; Ralle M.; Low D.W.; van der Donk W.A.; Blackburn N.J.

Biochemical and biophysical study of transition metal ion-dependent DNAzymes
pp. 182-182(1)
Authors: Lu Y.; Brown A.K.; Liu J.; Li J.; Bruesehoff P.J.

The role of copper and protons in heme-copper oxidases: Kinetic study of an engineered heme-copper center in myoglobin
pp. 183-183(1)
Authors: Lu Y.; Sigman J.A.; Kim H.K.; Zhao X.; Carey J.R.

Direct electrochemistry of blue-copper proteins at a polycrystalline boron-doped diamond electrode
pp. 183-183(1)
Authors: McEvov J.P.; Foord J.S.

Measuring the reduction potentials of Trp and Tyr radicals in azurin
pp. 184-184(1)
Authors: McGuirl M.A.; Lankford D.E.; Off L.

Structural determinants of electronic differences among classes of [2Fe&unknown;2S] ferredoxins: Insights from paramagnetic NMR and electronic structure calculations
pp. 184-184(1)
Authors: Machonkin T.E.; Westler W.M.; Markley J.L.

Structural variations in dinuclear metal complexes as model hydrolases
pp. 185-185(1)
Authors: Mahdy A.H.; Brown D.A.; Glass W.K.; Fitzpatrick N.J.; Nimir H.; Kemp T.J.; Clarkson G.

Structural studies on the selenate reductase from Thauera selenatis
pp. 185-185(1)
Authors: Maher M.J.; Santini J.M.; George G.N.

Bioelectrochemistry of metalloproteins
pp. 186-186(1)
Author: Martin L.L.

The nature of the metal ion in the cobalt corrinoids (vitamin B₁₂ derivatives), or, how does nature labilise Co(III)?
pp. 186-186(1)
Authors: Marques H.M.; Perry C.B.; Knapton L.; Fernandes M.A.; Egan T.J.

Preparation and characterization of manganese(III) and iron(III) complexes with Schiff base ligands and their reactions with active oxygen species (^tBuOOH, H₂0₂ and 02^stagrred|)
pp. 187-187(1)
Authors: Matsushita T.; Asada H.; Negoro S.; Shitasue K.; Kishida N.; Hashizume K.; Fujiwara M.

The observation of the dioxygen activation of cytochrome bo from Escherichia coli by submillisecond-resolved freeze quench EPR spectroscopy
pp. 188-188(1)
Authors: Matsuura K.; Yoshioka S.; Takahashi S.; Ishimori K.; Mogi T.; Hori H.; Morishima I.

FhuF is the first siderophore reductase
pp. 189-189(1)
Authors: Matzanke B.F.; AneMulller S.; Hantke K.

Spectroscopic characterization of iron deposits in a yeast model(YFH1-) of Friedreich's Ataxia
pp. 189-189(1)
Authors: Matzanke B.F.; Lesuisse E.; Schunemann V.; Trautwein A.X.; Meyer-Klaucke W.

A thermodynamic and spectroscopic study on the copper(ii) complexes with hexarepeats fragments of the avian prion protein
pp. 190-190(1)
Authors: Mendola D.L.; Bonomo R.P.; Maccarrone G.; Pappalardo G.; Rizzarelli E.

XSophe: An integrated molecular approach to the analysis of continuous wave and pulsed EPR spectra from metalloprotein
pp. 191-191(1)
Authors: Mitchell A.; Noble C.J.; Benson S.; Gates K.E.; Hanson G.R.

First MCD characterization of intermediate X in ribonucleotide reductase: Insight into the geometric and electronic structure description of X
pp. 191-191(1)
Authors: Mitic N.; Saleh L.; Bollinger J.M.; Solomon E.I.

The enzyme catalyzing the methane hydroxylation in cytoplasmic membrane of Methylosinus trichosporium OB3b
pp. 192-192(1)
Authors: Miyaji A.; Kamachi T.; Okura I.

Inversion of helical chirality in metal complexes by steric control
pp. 192-192(1)
Authors: Miyake H.; Tsukube H.

Model compounds of galactose oxidase
pp. 193-193(1)
Authors: Mockler G.M.; Kanitz R.; Sheil M.; Szczepina C.; Butcher R.J.

Fine tuning of phosphodiesterasse models activity using allosteric effect of metal ion coordination
pp. 193-193(1)
Authors: Mokhir L.A.; Hoppe M.; Pritzkow H.; Fritsky I.O.; Kraemer R.

Alpha-keto acids and 4-hydroxyphenylpyruvate dioxygenase
pp. 194-194(1)
Authors: Moran G.R.; Purpero V.M.; Johnson K.; Kavana M.

Heteronuclear NMR and UV resonance raman studies on the molecular mechanism of Zn²⁺ sensing with cyanobacterial transcription factor, SmtB
pp. 194-194(1)
Authors: Morita H.E.; Wakamatsu M.; Okuro S.; Kohzuma T.; Hayashi H.

Molecular aspects of denitrification/nitrate dissimilation
pp. 195-195(1)
Authors: Moura I.; Cabrito I.; Almeida G.; Cunha C.; Romao M.J.; Moura J.G.

Correlations of electronic spectra and molecular structures of blue copper proteins
pp. 196-196(1)
Authors: Muller V.; Comba P.; Remenyi R.

Chromium(III) complexes used as nutritional supplements: Structures and reactivities
pp. 196-196(1)
Authors: Mulyani I.; Levina A.; Lay P.A.

Changes of tryptophan residues in human hemoglobin upon ligand binding: Ultraviolet resonance raman study of mutants at 14, 15 or 37 tryptophan
pp. 197-197(1)
Authors: Nagai M.; Jin Y.; Sakurai H.; Nagai Y.; Nagatomo S.; Kitagawa T.

A tetracopper(II) complex as a functional model of multi-copper proteins mediates an efficient four-electron transfer to O₂ in an aerobic oxidation of catechols
pp. 198-198(1)
Authors: Nakazawa J.; Kawata T.; Kodera M.; Kano K.

An active site model of prostagrandin H synthase: Formation of an aryloxyl radical above an iron(IV) porphyrin and its oxygenation of 1,4-diene
pp. 199-199(1)
Authors: Naruta Y.; Matsui E.; Tani F.; Shimazaki Y.

Preparation and charactarization of dinuclear iron(III) and vanadium(IV) complexes with bridging salbn or salpentn ligands
pp. 200-200(1)
Authors: Negoro S.; Okumura R.; Asada H.; Fujiwara M.; Matsushita T.

Synthesis and characterization of copper(II) complexes with nicotinate in different coordination style
pp. 201-201(1)
Authors: Nie F.; Deng Y.; Li Y.; Zhao Y.

Monomeric Tp^PrMo^VOSR complexes via the chemical reduction of Tp^PrMo^VIOSR
pp. 202-202(1)
Authors: Nielsen D.J.; Doonan C.J.; Young C.G.; George G.N.; Harris H.

Nine-zinc finger protein: Influence of TFIIIA-type linker at N- or C-terminal on DNA binding site
pp. 203-203(1)
Authors: Nomura W.; Sugiura Y.

Reaction mechanism of nitrile hydratase: analysis by isobutryronitrile
pp. 203-203(1)
Authors: Odaka M.; Tsujimura M.; Nakayama H.; Dohmae N.; Hoshino M.; Takio K.; Maeda M.; Endo I.

Expression and spectroscopic characterization of Pseudomonas ovalis [2Fe&unknown;2S] ferredoxin involved in the iron-sulfur cluster assembly machinery
pp. 204-204(1)
Authors: Ohmori D.; Imai T.; Urushiyama A.; Akiyama M.; Watanabe E.; Yamakura F.; Uchida K.

Efficient N-terminal peptide sequencing using bis(terpyridine)ruthenium(II) derivatives
pp. 204-204(1)
Authors: Okamura T.-a.; Ueryama N.; Iwamura T.; Ikemori M.; Kaneko M.; Masui K.; Yamamoto H.; Yamaguchi M.; Kuyama H.; Ando E.; Tsunasawa S.

Synthesis and properties of copper(II) complexes with bulky ligand tris(pyrazolyl)methane
pp. 205-205(1)
Authors: Ono T.; Ishikawa Y.; Miyashita Y.; Okamoto K.-i.; Fujisawa K.

Roles of NH-O<>^- Hydrogen bonds for calcium binding in aspartate peptide fragment
pp. 205-205(1)
Authors: Onoda A.; Okamura T.-a.; Yamamoto H.; Ueyama N.

The structural basis of reductive and oxidative denitration reactions of organic nitrochemicals by flavoenzymes
pp. 206-206(1)
Authors: Orville A.M.; Manning L.; Nagpal A.; Blehert D.S.; Valley M.P.; Chambliss G.H.; Fitzpatrick P.F.; Fox B.G.

Oxidation mechanism of phenols by dicopper-dioxygen (Cu₂/O₂) complexes
pp. 207-207(1)
Authors: Osako T.; Ohkubo K.; Taki M.; Tachi Y.; Fukuzumi S.; Itoh S.

Interaction of monodentate ligands with a Co(III) complex containing a N₂S₃ coordination environment similar to an active site of nitrile hydratase
pp. 207-207(1)
Authors: Ozawa T.; Goto T.; Funahashi Y.; Jitsukawa K.; Masuda H.

Metal uptake and configurational studies of antiviral macrocycles
pp. 208-208(1)
Authors: Paisey S.J.; McDonald N.; Armstrong P.J.; Sadler P.J.

Synergistic activation of soluble guanylate cyclase by CO and YC-1: Effects of substrate
pp. 209-209(1)
Authors: Pal B.; Li Z.; Takenaka S.; Tsuyama S.; Kitagawa T.

Spectroscopic characterization of the oxo-transfer reaction from bis(,-oxo)dicopper(III) complex to triphenylphosphine
pp. 210-210(1)
Authors: Pavloya S.V.; Chen K.H.-C.; Chan S.I.

Structural and physical studies on thiocyanate complexes of iron(III) porphyrins
pp. 210-210(1)
Authors: Pearson N.; Munro O.Q.; Hearne G.R.

V^IVO and V^VO₂ complexes of schiff base derivatives of ethylenediamine and vitamine B₆
pp. 211-211(1)
Authors: Pessoa J.C.; Correia I.; Geraldes C.F.G.C.; Castro M.; Jakusch T.; Kiss T.

Taking snapshots of cobalt(III) cytochrome c folding: Real-time NMR studies
pp. 211-211(1)
Authors: Pletneva E.V.; Fulton D.B.; Winkler J.R.; Gray H.B.

Interactions of proximate amino acid residues in polyaza macrocyclic systems
pp. 212-212(1)
Authors: Plush S.E.; Lincoln S.F.; Wainwright K.P.

On the identity of a novel Fe(IV) intermediate in the catalytic cycle of taurine alpha-ketoglutarate dioxygenase
pp. 212-212(1)
Authors: Price J.C.; Barr E.W.; Tirupati B.; Bollinger J.M.; Krebs C.

CLaNP-An artificial paramagnetic centre to study proteins by NMR
pp. 213-213(1)
Authors: Prudencio M.; Impagliazzo A.; Ubbink M.; Rohovec J.; Peters J.

Dioxygen activation by copper(I) complexes: Electronic effects on the formation and substrate reactivity of the Cu₂0₂ core
pp. 214-214(1)
Authors: Ouant L.D.; Shearer J.; Liang H.C.; Zhang C.X.; Karlin K.D.; Vance M.; Henson M.J.; Solomon E.I.

Probing the DNA selectivity of ruthenium metallointercalators using ESI mass spectrometry
pp. 214-214(1)
Authors: Ralph S.F.; Beck J.L.; Gupta R.; Urathamakul T.; Sheil M.M.; Aldrich-Wright J.R.

The interaction of vanadyl ions with cysteine and cystine containing peptides investigated by model studies
pp. 215-215(1)
Authors: Rehder D.; Wang D.; Behrens A.

Platinum(II) complexes containing 1,2- and 1,7-dicarba-closo-dodecaborane(12) Potential new agents for boron neutron capture therapy
pp. 216-216(1)
Authors: Rending L.M.; Woodhouse S.L.; Todd J.A.

Crystal structures of the nitrosyl and nitrosoethane adducts of ferrous horse heart myoglobin
pp. 216-216(1)
Authors: Richter-Addo G.B.; Copeland D.M.; West A.H.

New generation MCD spectrometers
pp. 217-217(1)
Authors: Riley M.J.; Krausz E.R.; Stanco A.

Dioxygen activation by low valent nickel complexes: characterization of new Ni-dioxygen intermediates
pp. 218-218(1)
Authors: Riordan C.G.; Fujita K.; Kieber-Emmons M.; Mandimutsira B.S.

Inhibitory interactions between tripodal chelating ligands and matrix metalloproteinases
pp. 218-218(1)
Authors: Rodgers K.R.; He H.; Linder D.P.; Chakraborty I.

Comparison of Fe&unknown;X&unknown;O bonding in isoelectronic [FeII(por)CO] and [FeIII(por)NO]⁺ complexes
pp. 219-219(1)
Authors: Rodgers K.R.; Linder D.P.; Banister J.; Wyllie G.R.A.; Ellison M.K.; Scheidt W.R.

Characterization of a new 8Fe protein isolated from desulfovibrio desulfuricans ATCC 27774
pp. 220-220(1)
Authors: Rodrigues P.M.; Macedo A.L.; Moura I.; Moura J.G.

The factors determining the stability of a minimal cytochrome c
pp. 220-220(1)
Authors: Rosato A.; Bartalesi I.; Bertini I.; Ghosh K.; Vanarotti M.; Vasos P.R.; Zhang W.

A DFT investigation of some bioinorganic systems
pp. 221-221(1)
Authors: Russo N.; Marino T.; Toscano M.; Grand A.; Leopoldini M.

Far infrared and resonance Raman spectroelectrochemistry of Mo/Fe/S clusters
pp. 222-222(1)
Authors: Ryan M.D.; Li L.; Matyniak N.

Construction of a new expression system of bilirubin oxidase and its mutants to explore the dioxygen reduction mechanism
pp. 223-223(1)
Authors: Sakurai T.; Tanaka K.; Kitagawa R.; Kataoka K.

Pathways for Decay of the tryptophan cation radical intermediate in oxygen activation by protein R2 of escherichia coli ribonucleotide reductase
pp. 223-223(1)
Authors: Saleh L.; Bollinger J.M.

Functional models of the active sites of nitrosyl [Fe&unknown;S] non-heme proteins
pp. 224-224(1)
Authors: Sanina N.; Aldoshin S.

Characterization of heme environmental structure of cytoglobin, a fourth globin in human
pp. 224-224(1)
Authors: Sawai H.; Kawada N.; Yoshizato K.; Nakajima H.; Aono S.; Mizutani Y.; Shiro Y.

Crystal structure and mechanism of a purple acid phosphatase from sweet potato: an enzyme with a novel Fe&unknown;Mn binuclear metal centre
pp. 225-225(1)
Authors: Schenk G.; Carrington L.E.; Valizadeh M.; de Jersey J.; Hamilton S.E.; Guddat L.W.

Spectroscopic characterization of soybean lipoxygenase-1: The role of second coordination sphere residues in the regulation of enzyme activity
pp. 225-225(1)
Authors: Schenk G.; Neidig M.L.; Zhou J.; Holman T.R.; Solomon E.I.

Tetraazamacrocyclic nickel complexes as models for the active site of methylcoenzyme M reductase
pp. 226-226(1)
Authors: Schofield M.H.; Chung D.Y.

Crystal structures of reaction intermediates of BphC
pp. 226-226(1)
Authors: Senda T.; Masai E.; Fukuda M.

Formation mechanism of the soluble complexes containing human serum albumin and calcium oxalate
pp. 227-227(1)
Authors: Shen Y.; Xie A.; Yue W.

O₂ evolution from the high-valent oxo-manganese porphyrin dimer
pp. 227-227(1)
Authors: Shimazaki Y.; Nagano T.; Takesue H.; Ye B.H.; Tani F.; Naruta Y.

A theoretical study of the mononuclear non-hem iron complex of phenylalanine hydroxylase (PAH)
pp. 228-228(1)
Authors: Shiota Y.; Yoshizawa K.

Substrate recognition and melocular mechanism of fatty acid peroxygenase P450 from Bacillus subtilis
pp. 228-228(1)
Authors: Shiro Y.; Matsunaga I.; Lee D.S.

Metal ion complexes of nucleoside 5'-o-thiomonophosphates and related ligands. Quantification of the extent of metal ion-sulfur binding
pp. 229-229(1)
Author: Sigel H.

A cold-adapted metallo-oxotransferase, periplasmic nitrate reductase, from an antarctic bacterium
pp. 230-230(1)
Authors: Simpson P.J.L.; Nichols D.S.; Codd R.

Electronic structure of the oxygen activating intermediates of ribonucleotide reductase: the peroxo intermediate and a model complex of the high-valent intermediate, X
pp. 231-231(1)
Authors: Skulan A.J.; Brunold T.C.; Hanson M.A.; Solomon E.I.; Baldwin J.; Bollinger J.M.; Hsu H.-f.; Que L.

Kinetic and theoretical studies of cyanide binding to the extracted FeMo-cofactor of nitrogenase
pp. 232-232(1)
Authors: Smith B.E.; Cui Z.; Dunford A.J.; Durrant M.C.; Henderson R.A.

Novel separation process for ultra pure and high specific activity Cu-64
pp. 232-232(1)
Authors: Smith S.V.; Waters D.J.; Di Bartolo N.M.; Hockings R.

Resonance Raman study of folding intermediates of cytochrome c
pp. 233-233(1)
Author: Smulevich G.

Probing the mechanism of radical abstraction of the small subunit of E. coli ribonucleotide reductase
pp. 233-233(1)
Authors: Sneeden J.L.; Loeb L.A.

New structural and functional models for quercetin 2,3-dioxygenase
pp. 234-234(1)
Authors: Speier G.; Kaizer J.; Giorgi M.; Reglier M.

Redox interplay of molybdenum- and tungsten-thio centres: A possible catalytic role for pterin-dithiolene
pp. 234-234(1)
Authors: Sproules S.; Hill J.P.; White J.M.; Young C.G.; George G.N.

Crystal structure of the R2 subunit of ribonucleotide reductase from Chlamydia trachomatis
pp. 235-235(1)
Authors: Stenmark P.; Hogbom M.; Nordlund P.; McClarty G.

Copper and silver homeostasis by Escherichia coli assessed with a biosensor
pp. 235-235(1)
Authors: Stoyanov J.; Magnani D.; Solioz M.

Synthesis and characterization of dicopper-dioxygen complex supported by novel unsymmetrycal pentapyridine ligand
pp. 236-236(1)
Authors: Tachi Y.; Aita K.; Teramae S.; Tani F.; Naruta Y.; Fukuzumi S.; Itoh S.

Palladium(II) and platinum(II) complexes with pendent phenol rings as receptors for biomolecules
pp. 237-237(1)
Authors: Takani M.; Yajima T.; Yamauchi O.

Emission ratiometric probes for zinc ion
pp. 237-237(1)
Authors: Taki M.; Wolford J.L.; O'Halloran T.V.

Hydrolysis of 4-nitrophenyl acetate by a novel (N₂S)zinc-hydroxide complex: A kinetic and thermodynamic study of a reactive peptide deformylase model
pp. 238-238(1)
Authors: diTargiani R.C.; Chang S.; Salter M.H.; Hancock R.D.; Goldberg D.P.

Stereoselective oxidation of Co(II) complexes in the milieu of bovine serum albumin
pp. 238-238(1)
Author: Taura T.

NMR studies probing the directionality of DNA interstrand cross-linking by the trinuclear platinum complex BBR3464
pp. 239-239(1)
Authors: Thomas D.S.; Davies M.S.; Zhang J.; Berners-Price S.J.; Farrell N.

Models reactions of haloperoxidases. Halogenation of organic substrates by RuO₄^-/X^-/H₂ O₂
pp. 239-239(1)
Author: Tsz Yan T.

The redox stability and processes of manganese based metallo-enzyme mimetics
pp. 240-240(1)
Authors: Tranter G.E.; Le Pevelen D.D.; Taylor E.C.; Sikkel M.; Booth J.

Structural characterization of the particulate methane monooxygenase by electron paramagnetic resonance and x-ray absorption spectroscopy
pp. 240-240(1)
Authors: Tseng C.-F.; Chen K.H.-C.; Yu S.S.F.; Chan S.I.; Ke S.-C.

Ruthenium(III)-DMSO complexes of the antiherpes drug acyclovir
pp. 241-241(1)
Authors: Turel I.; Pecanac M.; Golobic A.; Alessio E.; Serli B.; Bergamo A.

Resonance Raman studies of the heme chaperone protein, CcmE
pp. 242-242(1)
Authors: Uchida T.; Kitagawa T.; Stevens J.M.; Daltrop O.; Higham C.W.; Ferguson S.J.

Spectroscopic and electrochemical properties of the blue copper protein pseudoazurin H6K mutant
pp. 242-242(1)
Authors: Uchida Y.; Abdelhamid R.F.; Kohzuma T.

Construction of artificial metalloenzymes:Insertion of chromium(III) schiff base complexes into apo-myoglobin
pp. 243-243(1)
Authors: Ueno T.; Koshiyama T.; Ohashi M.; Kono M.; Yamane T.; Watanabe Y.

Two novel trans-tetrachloro(dimethyl sulfoxide)azoleruthenate(III) complexes, their antiproliferative activity and the coordination mode of triazole in H₂trz[RuCl₄(dmso)(Htrz)]
pp. 243-243(1)
Authors: Unfried P.; Reisner E.; Fremuth M.; Jakupec M.A.; Lichtenecker R.; Arion V.B.; Keppler B.K.

Cytochrome c without tryptophan: The W59A variant
pp. 244-244(1)
Authors: Villegas J.A.; Rosell F.I.; Mauk A.G.

Electrochemical insights into inhibition of multi-copper oxidases
pp. 244-244(1)
Authors: Vincent K.A.; Kadodia S.M.; Armstrong F.A.; Gurr S.J.

Sequence-selective metallation of double-helical oligodeoxyribonucleotides with Pt(II), Mn(II) and Zn(II)
pp. 245-245(1)
Authors: Vinje J.; Sletten E.; Parkinson J.A.; Sadler P.J.

Towards the determination of the mechanism of antitumour activity of molybdocene dichloride
pp. 246-246(1)
Authors: Waern J.B.; Dillon C.T.; Harding M.M.

Structural analysis of a de novo designed metalloprotein
pp. 246-246(1)
Authors: Wade H.V.; Stayrook S.; DeGrado W.F.

A bismuth(iii) complex of 1, 4, 7,10-tetrakis(2-pyridylmethyl)-1,4, 7,10- tetraazacyclododecane with potent cytotoxic activity
pp. 247-247(1)
Authors: Wang X.; Lin J.; Chen J.

Correlation of molecular structure, EPR and moessbauer spectral type and reduction potential in low-spin ferriheme models of the cytochromes
pp. 248-248(1)
Authors: Walker F.A.; Yatsunyk L.; Carducci M.D.; Teschner T.; Schenemann V.; Trautwein A.X.

Polyammonium macrocycles as receptors for biologically relevant oxoanions
pp. 249-249(1)
Authors: Warden A.C.; Warren M.; Spiccia L.

Circular dichroism and magnetic circular dichroism studies of the reduced binuclear non-heme iron sites of D84E and D84E/W48F ribonucleotide reductase mutants. Comparison to reduced methane monooxygenase and contributions to O₂ reactivity
pp. 250-250(1)
Authors: Wei P.-p.; Skulan A.J.; Mitic N.; Yang Y.-S.; Solomon E.I.; Bollinger J.M.; Saleh L.

A functional model for the on-off coordination of nitrogen donors in iron redox enzymes
pp. 250-250(1)
Authors: Woerl S.; Pritzkow H.; Kraemer R.

The stereospecific hydroxylation of [2-²H₂]butane and chiral deuterated butanes by the particulate methane monooxygenase from Methylococcus capsulatus (Bath)
pp. 251-251(1)
Authors: Wu L.-Y.; Yu S.S.F.; Chan S.I.

The C-terminal domain of the membrane copper pump Ctrl in yeast binds Cu as a cuprous-thiolate polynuclear cluster
pp. 251-251(1)
Authors: Xiao Z.; George G.N.; Wedd A.G.

Study on the relationship between the gallstone formation and the properties of patient bile
pp. 252-252(1)
Authors: Xie A.; Shen Y.; Huang F.

Nitrous oxide reductase from hyphomicrobium denitrificans A3151
pp. 252-252(1)
Authors: Yamaguchi K.; Ogawa H.; Kawamura A.; Suzuki S.

Co₂-Fixation mediated upon zinc-hydroxo complex containing amino group
pp. 253-253(1)
Authors: Yamaguchi S.; Takahashi T.; Funahashi Y.; Jitsukawa K.; Masuda H.

Redox function and thermostability of various P. aeruginosa cytochrome c₅₅₁ mutants
pp. 254-254(1)
Authors: Yamamoto Y.; Terui N.; Mita H.; Sambongi Y.; Hemmi H.; Uchiyama S.; Kobayashi Y.; Igarashi Y.; Tachiiri N.; Joseph S.-i.

Indole radical formation in a Pd(II) complex involving a coordinated indole ring
pp. 255-255(1)
Authors: Yamauchi O.; Motoyama T.; Shimazaki Y.; Yajima T.; Nakabayashi Y.

Denitrosyl reaction of linkage isomers of denitrosyl-molybdenum complexes with 2-pyrimidinethiolate delivatives
pp. 256-256(1)
Authors: Yonemura T.; Ama T.; Kawaguchi H.

Relationships between tetramer formation, heme incorporation and catalysis of a heme-regulated phosphodiesterase from Escherichia coli: A study of deletion mutants
pp. 257-257(1)
Authors: Yoshimura T.; Sagami I.; Sasakura Y.; Shimizu T.

A non-radical mechanism for methane hydroxylation at the diiron active site of soluble methane monooxygenase
pp. 257-257(1)
Authors: Yoshizawa K.; Yumura T.

Cavity-directed syntheses within self-assembled coordination cages
pp. 258-258(1)
Authors: Yoshizawa M.; Fujita M.

Synthesis of ruthenium-platinum Di- and Tri- nuclear complexes
pp. 259-259(1)
Authors: Yousouf S.; Brodie C.R.; Aldrich-Wright J.R.

Studies on planaramineplatinum(II) with trans-geometry
pp. 260-260(1)
Authors: Yu J.Q.; Huq F.; Beale P.

Over-expression of high quality pMMO in high yields from Methylococcus capsulatus (Bath) with a hollow-fiber membrane bioreactor
pp. 260-260(1)
Authors: Yu S.S.F.; Chen K.H.C.; Chan S.I.

Electron transfer in tyrosyl radical formation in the R2 subunit of mouse ribonucleotide reductase
pp. 261-261(1)
Authors: Yun D.; Saleh L.; Bollinger J.M.; Huynh B.H.

An examination of the aquation kinetics and equilibria of dinuclear platinum anticancer agents
pp. 261-261(1)
Authors: Zhang J.; Thomas D.S.; Davies M.S.; Berners-Price S.J.; Farrell N.

New mechanism for metal capture by a bacterial protein
pp. 262-262(1)
Authors: Zhu H.; Alexeev D.; Campopiano D.J.; Sadler P.J.

Author index
pp. 263-270(8)