AAAAAA

   
Results: 1-25 | 26-32
Results: 1-25/32
REACTIVITY OF THE HORSERADISH-PEROXIDASE COMPOUND-I AND COMPOUND-II TOWARD ORGANOMETALLIC SUBSTRATES - A STOPPED-FLOW KINETIC-STUDY OF OXIDATION OF FERROCENES
Authors: GORAL VN RYABOV AD
Citation: Vn. Goral et Ad. Ryabov, REACTIVITY OF THE HORSERADISH-PEROXIDASE COMPOUND-I AND COMPOUND-II TOWARD ORGANOMETALLIC SUBSTRATES - A STOPPED-FLOW KINETIC-STUDY OF OXIDATION OF FERROCENES, Biochemistry and molecular biology international, 45(1), 1998, pp. 61-71
ENANTIOSELECTIVITY IN ENZYME-CATALYZED ELECTRON-TRANSFER TO AND FROM PLANAR CHIRAL ORGANOMETALLIC COMPOUNDS
Authors: RYABOV AD FIRSOVA YN GORAL VN RYABOVA ES SHEVELKOVA AN TROITSKAYA LL DEMESCHIK TV SOKOLOV VI
Citation: Ad. Ryabov et al., ENANTIOSELECTIVITY IN ENZYME-CATALYZED ELECTRON-TRANSFER TO AND FROM PLANAR CHIRAL ORGANOMETALLIC COMPOUNDS, Chemistry, 4(5), 1998, pp. 806-813
METALLOCYCLES AS BIOIMITATING CATALYSTS - V - BIOMIMETIC DEACYLATION OF ORTHO-METALLED O-ACETYLBENZOPHENONOXIME UNDER THE EFFECT OF DIFFERENT NUCLEOPHILES
Authors: KAZANKOV GM RYABOV AD
Citation: Gm. Kazankov et Ad. Ryabov, METALLOCYCLES AS BIOIMITATING CATALYSTS - V - BIOMIMETIC DEACYLATION OF ORTHO-METALLED O-ACETYLBENZOPHENONOXIME UNDER THE EFFECT OF DIFFERENT NUCLEOPHILES, ZH ORG KH, 34(2), 1998, pp. 232-236
ACCESS TO PLANAR CHIRALITY THROUGH CYCLOPLATINATION OF ((DIMETHYLAMINO)METHYL)FERROCENE BY CIS-[PTCL2(SOMEAR)(2)] (AR = PHENYL, P-TOLYL)
Authors: RYABOV AD PANYASHKINA IM POLYAKOV VA HOWARD JAK KUZMINA LG DATT MS SACHT C
Citation: Ad. Ryabov et al., ACCESS TO PLANAR CHIRALITY THROUGH CYCLOPLATINATION OF ((DIMETHYLAMINO)METHYL)FERROCENE BY CIS-[PTCL2(SOMEAR)(2)] (AR = PHENYL, P-TOLYL), Organometallics, 17(16), 1998, pp. 3615-3618
INVESTIGATION OF A SECTOR H-CAVITY
Authors: BELYAEV OK RYABOV AD STEPANOV VB
Citation: Ok. Belyaev et al., INVESTIGATION OF A SECTOR H-CAVITY, Instruments and experimental techniques (New York), 41(5), 1998, pp. 681-687
ENANTIOSELECTIVE CLEAVAGE OF ACTIVATED AMINO-ACID ESTERS PROMOTED BY CHIRAL PALLADACYCLES
Authors: RYABOV AD KAZANKOV GM KURZEEV SA SAMULEEV PV POLYAKOV VA
Citation: Ad. Ryabov et al., ENANTIOSELECTIVE CLEAVAGE OF ACTIVATED AMINO-ACID ESTERS PROMOTED BY CHIRAL PALLADACYCLES, Inorganica Chimica Acta, 280(1-2), 1998, pp. 57-61
MECHANISM OF BIEXPONENTIAL INACTIVATION OF ORGANOPHOSPHATE HYDROLASE BY 1,10-PHENANTROLINE - A KINETIC AND 2ND-DERIVATIVE UV SPECTRAL STUDY
Authors: DANILOVA IG RYABOV AD VARFOLOMEEV SD
Citation: Ig. Danilova et al., MECHANISM OF BIEXPONENTIAL INACTIVATION OF ORGANOPHOSPHATE HYDROLASE BY 1,10-PHENANTROLINE - A KINETIC AND 2ND-DERIVATIVE UV SPECTRAL STUDY, Journal of molecular catalysis. A, Chemical, 118(2), 1997, pp. 161-166
REGULATORY ROLE OF SURFACTANTS IN THE KINETICS OF GLUCOSE OXIDASE-CATALYZED OXIDATION OF D-GLUCOSE BY FERROCENIUM AND N-BUTYLFERROCENIUM IONS
Authors: FIRSOVA YN RYABOV AD
Citation: Yn. Firsova et Ad. Ryabov, REGULATORY ROLE OF SURFACTANTS IN THE KINETICS OF GLUCOSE OXIDASE-CATALYZED OXIDATION OF D-GLUCOSE BY FERROCENIUM AND N-BUTYLFERROCENIUM IONS, Russian chemical bulletin, 46(10), 1997, pp. 1700-1706
BIODEGRADATION OF SOLUBLE REDOX POLYMERS .2. (0.017FERROCENE)AMYLOSE AT A ROTATING-DISK ELECTRODE
Authors: GNEDENKO BB GALKIN AM RYABOV AD
Citation: Bb. Gnedenko et al., BIODEGRADATION OF SOLUBLE REDOX POLYMERS .2. (0.017FERROCENE)AMYLOSE AT A ROTATING-DISK ELECTRODE, Electroanalysis, 9(8), 1997, pp. 592-595
THE NATURE OF BIOMIMETICALLY RELEVANT RATE ENHANCEMENT OF HYDROLYSIS IN A COORDINATION SPHERE OF SQUARE-PLANAR METAL-COMPLEXES SUGGESTED BYAN X-RAY STRUCTURAL STUDY OF A,B-H,G-[PT(O-C6H4C(ME)=NOC(=O)ME)(MU-CL)](2)
Authors: KAZANKOV GM DYACHENKO OG NEMUKHIN AV RYABOV AD
Citation: Gm. Kazankov et al., THE NATURE OF BIOMIMETICALLY RELEVANT RATE ENHANCEMENT OF HYDROLYSIS IN A COORDINATION SPHERE OF SQUARE-PLANAR METAL-COMPLEXES SUGGESTED BYAN X-RAY STRUCTURAL STUDY OF A,B-H,G-[PT(O-C6H4C(ME)=NOC(=O)ME)(MU-CL)](2), Mendeleev communications, (4), 1997, pp. 159-162
STEADY-STATE KINETICS, MICELLAR EFFECTS, AND THE MECHANISM OF PEROXIDASE-CATALYZED OXIDATION OF N-ALKYLFERROCENES BY HYDROGEN-PEROXIDE
Authors: RYABOV AD GORAL VN
Citation: Ad. Ryabov et Vn. Goral, STEADY-STATE KINETICS, MICELLAR EFFECTS, AND THE MECHANISM OF PEROXIDASE-CATALYZED OXIDATION OF N-ALKYLFERROCENES BY HYDROGEN-PEROXIDE, JBIC. Journal of biological inorganic chemistry, 2(2), 1997, pp. 182-190
CYCLOPLATINATION OF ARYL AND FERROCENYL OXIMES BY CIS-[PTCL2(OSME2)(2)] AFFORDING EXPECTED PLATINUM(II) AND UNEXPECTED PLATINUM(IV) PRODUCTS
Authors: RYABOV AD KAZANKOV GM PANYASHKINA IM GROZOVSKY OV DYACHENKO OG POLYAKOV VA KUZMINA LG
Citation: Ad. Ryabov et al., CYCLOPLATINATION OF ARYL AND FERROCENYL OXIMES BY CIS-[PTCL2(OSME2)(2)] AFFORDING EXPECTED PLATINUM(II) AND UNEXPECTED PLATINUM(IV) PRODUCTS, Journal of the Chemical Society. Dalton transactions, (22), 1997, pp. 4385-4391
MECHANISM OF ALKYNE INSERTION INTO THE RU-C BONDS OF ORTHORUTHENATED COMPOUNDS FEATURING SIMILARITY OF THE RU(II) AND PD(II) REACTIONS
Authors: FERSTL W SAKODINSKAYA IK BEYDOUNSUTTER N LEBORGNE G PFEFFER M RYABOV AD
Citation: W. Ferstl et al., MECHANISM OF ALKYNE INSERTION INTO THE RU-C BONDS OF ORTHORUTHENATED COMPOUNDS FEATURING SIMILARITY OF THE RU(II) AND PD(II) REACTIONS, Organometallics, 16(3), 1997, pp. 411-418
HELICAL MAGNETIC-FIELD TO SUPPRESS SPIN RESONANCES IN CIRCULAR ACCELERATORS
Authors: ADO YM ERSHOV SY LYUDMIRSKII EA MOKHOV VM RYABOV AD SHUMKIN DS
Citation: Ym. Ado et al., HELICAL MAGNETIC-FIELD TO SUPPRESS SPIN RESONANCES IN CIRCULAR ACCELERATORS, Instruments and experimental techniques, 40(1), 1997, pp. 20-26
SYNTHESIS AND ELECTROCHEMICAL PROPERTIES OF MONOALKYLFERROCENES AND (+ -)-1,2-DIALKYLFERROCENES AND ALKYLFERROCENIUM HEXAFLUOROPHOSPHATES IN AQUEOUS AND MICELLAR MEDIA/
Authors: BAZHENOVA MA BOGUSH SS HERBST AG DEMESHCHIK TV KOMAROVSKAYA YG KUROVA VS RESHETOVA MD RYABOV AD RYABOVA ES FIRSOVA YN
Citation: Ma. Bazhenova et al., SYNTHESIS AND ELECTROCHEMICAL PROPERTIES OF MONOALKYLFERROCENES AND (+ -)-1,2-DIALKYLFERROCENES AND ALKYLFERROCENIUM HEXAFLUOROPHOSPHATES IN AQUEOUS AND MICELLAR MEDIA/, Russian chemical bulletin, 45(10), 1996, pp. 2445-2451
IRREVERSIBLE INACTIVATION OF CALDARIOMYCES-FUMAGO CHLOROPEROXIDASE BYHYDROGEN-PEROXIDE - A KINETIC-STUDY IN CHLORIDE AND BROMIDE SYSTEMS
Authors: SHEVELKOVA AN RYABOV AD
Citation: An. Shevelkova et Ad. Ryabov, IRREVERSIBLE INACTIVATION OF CALDARIOMYCES-FUMAGO CHLOROPEROXIDASE BYHYDROGEN-PEROXIDE - A KINETIC-STUDY IN CHLORIDE AND BROMIDE SYSTEMS, Biochemistry and molecular biology international, 39(4), 1996, pp. 665-670
TUNING THE REACTIVITY OF PLATINUM(II) COMPLEXES THROUGH CYCLOMETALATION - REPLY
Authors: SCHMULLING M RYABOV AD VANELDIK R
Citation: M. Schmulling et al., TUNING THE REACTIVITY OF PLATINUM(II) COMPLEXES THROUGH CYCLOMETALATION - REPLY, Journal of the Chemical Society. Dalton transactions, (7), 1996, pp. 1472-1473
BIOCATALYSIS-95 - PROCEEDINGS OF THE INTERNATIONAL-CONFERENCE, HELD AUGUST 28 SEPTEMBER 1, 1995, SUZDAL, RUSSIA - PREFACE
Authors: RYABOV AD VARFOLOMEYEV SD
Citation: Ad. Ryabov et Sd. Varfolomeyev, BIOCATALYSIS-95 - PROCEEDINGS OF THE INTERNATIONAL-CONFERENCE, HELD AUGUST 28 SEPTEMBER 1, 1995, SUZDAL, RUSSIA - PREFACE, Applied biochemistry and biotechnology, 61(1-2), 1996, pp. 3-3
FERRICENIUM SALTS AS TRUE SUBSTRATES OF GLUCOSE-OXIDASE - A STEADY-STATE KINETIC-STUDY
Authors: RYABOV AD FIRSOVA YN NELEN MI
Citation: Ad. Ryabov et al., FERRICENIUM SALTS AS TRUE SUBSTRATES OF GLUCOSE-OXIDASE - A STEADY-STATE KINETIC-STUDY, Applied biochemistry and biotechnology, 61(1-2), 1996, pp. 25-37
TARGETING OF PALLADACYCLE AND PLATINACYCLE TO THE N-((TERT-BUTYLOXY)CARBONYL)-L-METHIONINE P-NITROPHENYL ESTER FOR PROMOTION OF THE ESTER CLEAVAGE
Authors: KROOGLYAK EV KAZANKOV GM KURZEEV SA POLYAKOV VA SEMENOV AN RYABOV AD
Citation: Ev. Krooglyak et al., TARGETING OF PALLADACYCLE AND PLATINACYCLE TO THE N-((TERT-BUTYLOXY)CARBONYL)-L-METHIONINE P-NITROPHENYL ESTER FOR PROMOTION OF THE ESTER CLEAVAGE, Inorganic chemistry, 35(16), 1996, pp. 4804-4806
THERMODYNAMIC MECHANISM OF CATALYSIS BY HALOPEROXIDASES
Authors: SHEVELKOVA AN SALNIKOV YI KUZMINA NL RYABOV AD
Citation: An. Shevelkova et al., THERMODYNAMIC MECHANISM OF CATALYSIS BY HALOPEROXIDASES, FEBS letters, 383(3), 1996, pp. 259-263
THE EFFECT OF CHLORIDE ON THE ELECTROREDUCTION OF NAD(-ASTERISK-RH-III](2+) SPECIES() IN THE PRESENCE OF [CP)
Authors: KOELLE U RYABOV AD
Citation: U. Koelle et Ad. Ryabov, THE EFFECT OF CHLORIDE ON THE ELECTROREDUCTION OF NAD(-ASTERISK-RH-III](2+) SPECIES() IN THE PRESENCE OF [CP), Mendeleev communications, (5), 1995, pp. 187-189
KINETICS AND MECHANISM OF HALOGEN-BRIDGE CLEAVAGE IN DIMETHYLAMINOMETHYLPHENYL-C-1,N PALLADA-CYCLES AND PLATINA-CYCLES BY PYRIDINES - PRESSURE EFFECTS, AND CRYSTAL-STRUCTURES OF THE N,N-CIS REACTION-PRODUCT, ITS N,N-TRANS ORTHOMETALLATED ANALOG AND A DIMER OF SIMILAR REACTIVITY
Authors: RYABOV AD KUZMINA LG POLYAKOV VA KAZANKOV GM RYABOVA ES PFEFFER M VANELDIK R
Citation: Ad. Ryabov et al., KINETICS AND MECHANISM OF HALOGEN-BRIDGE CLEAVAGE IN DIMETHYLAMINOMETHYLPHENYL-C-1,N PALLADA-CYCLES AND PLATINA-CYCLES BY PYRIDINES - PRESSURE EFFECTS, AND CRYSTAL-STRUCTURES OF THE N,N-CIS REACTION-PRODUCT, ITS N,N-TRANS ORTHOMETALLATED ANALOG AND A DIMER OF SIMILAR REACTIVITY, Journal of the Chemical Society. Dalton transactions, (6), 1995, pp. 999-1006
MECHANISM OF A JUMPING OFF FERRICENIUM IN GLUCOSE OXIDASE-D-GLUCOSE-FERROCENE MICELLAR ELECTROCHEMICAL SYSTEMS
Authors: RYABOV AD AMON A GORBATOVA RK RYABOVA ES GNEDENKO BB
Citation: Ad. Ryabov et al., MECHANISM OF A JUMPING OFF FERRICENIUM IN GLUCOSE OXIDASE-D-GLUCOSE-FERROCENE MICELLAR ELECTROCHEMICAL SYSTEMS, Journal of physical chemistry, 99(38), 1995, pp. 14072-14077
FERROCENE AND FERRICENIUM ION AS VERSATILE PHOTOMETRIC TITRANTS OF H2O2 AND D-GLUCOSE IN THE PRESENCE OF PEROXIDASE AND GLUCOSE-OXIDASE - AFERROCENE-PEROXIDASE STAIRWAY
Authors: GORAL VN NELEN MI RYABOV AD
Citation: Vn. Goral et al., FERROCENE AND FERRICENIUM ION AS VERSATILE PHOTOMETRIC TITRANTS OF H2O2 AND D-GLUCOSE IN THE PRESENCE OF PEROXIDASE AND GLUCOSE-OXIDASE - AFERROCENE-PEROXIDASE STAIRWAY, Analytical letters, 28(12), 1995, pp. 2139-2148
Risultati: 1-25 | 26-32