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#	Date / Author / Journal	LCS	GCS	LCR	CR
701	854 MORTON BE, LARDY HA CELLULAR OXIDATIVE PHOSPHORYLATION .3. MEASUREMENT IN CHEMICALLY MODIFIED CELLS BIOCHEMISTRY. 1967; 6 (1): 57-&	3	62	3	23
702	855 BEECHEY RB, ROBERTON AM, HOLLOWAY CT, KNIGHT IG PROPERTIES OF DICYCLOHEXYLCARBODIIMIDE AS AN INHIBITOR OF OXIDATIVE PHOSPHORYLATION BIOCHEMISTRY. 1967; 6 (12): 3867-&	12	241	9	41
703	936 EISENHAR.RH, ROSENTHA.O STUDIES ON ENERGY TRANSFER IN MITOCHONDRIAL OXIDATIVE PHOSPHORYLATION .3. ON INTERACTION OF ADENOSINE DIPHOSPHATE WITH HIGH-ENERGY INTERMEDIATES BIOCHEMISTRY. 1968; 7 (4): 1327-&	7	16	6	33
704	937 DIMARI SJ, SNYDER CD, RAPOPORT H ROLE OF QUINONE IN OXIDATIVE PHOSPHORYLATION . EVIDENCE AGAINST CARBON- HYDROGEN BOND CLEAVAGE BIOCHEMISTRY. 1968; 7 (6): 2301-&	4	16	3	33
705	938 SNYDER CD, RAPOPORT H ROLE OF QUINONE IN OXIDATIVE PHOSPHORYLATION . EVIDENCE AGAINST CARBON- OXYGEN BOND CLEAVAGE BIOCHEMISTRY. 1968; 7 (6): 2318-&	3	14	6	18
706	939 DIMARI SJ, RAPOPORT H RECONSTITUTION OF OXIDATIVE PHOSPHORYLATION IN MYCOBACTERIUM PHLEI WITH CIS- AND TRANS-PHYLLOQUINONE . EVIDENCE AGAINST ISOMERIZATION BIOCHEMISTRY. 1968; 7 (7): 2650-&	0	13	2	3
707	940 KURUP CKR, SANADI DR STUDIES ON OXIDATIVE PHOSPHORYLATION .16. SULFHYDRYL INVOLVEMENT IN ENERGY-TRANSFER PATHWAY BIOCHEMISTRY. 1968; 7 (12): 4483-&	12	33	10	32
708	1023 WILSON DF STOICHIOMETRY AND SITE SPECIFICITY OF UNCOUPLING OF MITOCHONDRIAL OXIDATIVE PHOSPHORYLATION BY SALICYLANILIDE DERIVATIVES BIOCHEMISTRY. 1969; 8 (6): 2475-&	14	63	10	40
709	1024 LAMBETH DO, LARDY HA OXIDATION OF THIOETHERS BY BROMINE . A MODEL SYSTEM FOR OXIDATIVE PHOSPHORYLATION BIOCHEMISTRY. 1969; 8 (8): 3395-&	6	24	8	57
710	1124 SANDOVAL F, GOMEZPUY.A, TUENA M, CHAVEZ E, PENA A EFFECT OF SODIUM AND POTASSIUM IONS ON MITOCHONDRIAL OXIDATIVE PHOSPHORYLATION . STUDIES WITH ARSENATE BIOCHEMISTRY. 1970; 9 (3): 684-&	3	17	4	23
#	Date / Author / Journal	LCS	GCS	LCR	CR
711	1125 KAPLAY M, KURUP CKR, LAM KW, SANADI DR STOICHIOMETRIC ASPECTS OF UNCOUPLING OF OXIDATIVE PHOSPHORYLATION BY A SALICYLANILIDE DERIVATIVE BIOCHEMISTRY. 1970; 9 (18): 3599-&	4	13	8	18
712	1213 ADOLFSEN R, MOUDRIAN.EN KINETIC CHARACTERIZATION OF OXIDATIVE PHOSPHORYLATION IN ALCALIGENES- FAECALIS BIOCHEMISTRY. 1971; 10 (3): 434-&	3	8	6	12
713	1214 ADOLFSEN R, MOUDRIAN.EN RECONSTITUTION OF OXIDATIVE PHOSPHORYLATION IN ALCALIGENES-FAECALIS BIOCHEMISTRY. 1971; 10 (3): 440-&	2	5	4	7
714	1215 ESTRADAO S, GOMEZLOJ.C EFFECTS OF MONAZOMYCIN ON ION TRANSPORT AND OXIDATIVE PHOSPHORYLATION IN LIVER MITOCHONDRIA BIOCHEMISTRY. 1971; 10 (9): 1598-&	1	9	1	32
715	1216 ADOLFSEN R, MOUDRIAN.EN PURIFICATION AND PROPERTIES OF 2 SOLUBLE COUPLING FACTORS OF OXIDATIVE PHOSPHORYLATION FROM ALCALIGENES-FAECALIS BIOCHEMISTRY. 1971; 10 (12): 2247-&	3	29	6	16
716	1217 WILSON DF, TING HP, KOPPELMA.MS MECHANISM OF ACTION OF UNCOUPLERS OF OXIDATIVE PHOSPHORYLATION BIOCHEMISTRY. 1971; 10 (15): 2897-&	15	75	6	26
717	1283 GOMEZPUY.A, GOMEZPUY.MT, CHAVEZ E, SANDOVAL F, PENA A COUPLING OF OXIDATIVE-PHOSPHORYLATION BY MONOVALENT CATIONS BIOCHEMISTRY. 1972; 11 (1): 97-&	1	28	7	25
718	1284 CHAO DLS, DAVIS EJ STUDIES ON ROLE OF MG2+ AND MG2+-STIMULATED ADENOSINE-TRIPHOSPHATASE IN OXIDATIVE-PHOSPHORYLATION BIOCHEMISTRY. 1972; 11 (10): 1943-&	4	31	7	34
719	1285 FESSENDE.JM, HACK AM PARTIAL RESOLUTION OF OXIDATIVE-PHOSPHORYLATION IN YEAST MITOCHONDRIA BIOCHEMISTRY. 1972; 11 (24): 4609-&	0	1	10	22
720	1386 ADOLFSEN R, MOUDRIAN.EN ROLES FOR METAL-IONS IN HYDROLYSIS OF ADENOSINE-TRIPHOSPHATE BY 13S COUPLING FACTORS OF BACTERIAL AND MITOCHONDRIAL OXIDATIVE- PHOSPHORYLATION BIOCHEMISTRY. 1973; 12 (15): 2926-2933	6	46	2	16
#	Date / Author / Journal	LCS	GCS	LCR	CR
721	1387 LATIES GG POTENTIATING EFFECT OF ADENOSINE-DIPHOSPHATE IN UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION IN POTATO MITOCHONDRIA BIOCHEMISTRY. 1973; 12 (17): 3350-3355	1	39	4	27
722	1465 HOLLAND PC, LABELLE WC, LARDY HA DIFFERENTIAL INHIBITION OF EXCHANGE-REACTIONS ASSOCIATED WITH OXIDATIVE-PHOSPHORYLATION BIOCHEMISTRY. 1974; 13 (22): 4549-4553	2	26	6	25
723	1540 CROSS RL, BOYER PD RAPID LABELING OF ADENOSINE-TRIPHOSPHATE BY P-32 LABELED INORGANIC- PHOSPHATE AND EXCHANGE OF PHOSPHATE OXYGENS AS RELATED TO CONFORMATIONAL COUPLING IN OXIDATIVE-PHOSPHORYLATION BIOCHEMISTRY. 1975; 14 (2): 392-398	5	44	6	30
724	1541 HADLER HI, DEMETRIOU JM NEW INHIBITOR OF COUPLED OXIDATIVE-PHOSPHORYLATION, 5- HYDROXYNAPHTHALENEDICARBOXYLIC ANHYDRIDE - DERIVATIVE OF A CARCINOGENIC POLYNUCLEAR HYDROCARBON BIOCHEMISTRY. 1975; 14 (24): 5374-5378	1	10	2	20
725	1616 ADOLFSEN R, MOUDRIANAKIS EN MOLECULAR POLYMORPHISM AND MECHANISMS OF ACTIVATION AND DEACTIVATION OF HYDROLYTIC FUNCTION OF COUPLING FACTOR OF OXIDATIVE-PHOSPHORYLATION BIOCHEMISTRY. 1976; 15 (19): 4163-4170	1	30	6	22
726	1793 SHIUAN D, TU SI FLUORESCENT LABELING OF MITOPLAST MEMBRANE - EFFECT OF OXIDATIVE- PHOSPHORYLATION UNCOUPLERS BIOCHEMISTRY. 1978; 17 (11): 2249-2252	2	19	4	31
727	1794 WALTER B, SIDRANSKY E, KRISTJANSSON JK, HOLLOCHER TC INHIBITION OF DENITRIFICATION BY UNCOUPLERS OF OXIDATIVE- PHOSPHORYLATION BIOCHEMISTRY. 1978; 17 (15): 3039-3045	0	29	6	31
728	1857 STEINMEIER RC, WANG JH RECONSTITUTION OF OXIDATIVE-PHOSPHORYLATION BY CHEMICALLY MODIFIED COUPLING FACTOR F1 - DIFFERENTIAL INHIBITION OF REACTIONS CATALYZED BY F1 LABELED WITH 7-CHLORO-4-NITROBENZO-2-OXA-1,3-DIAZOLE OR 2,3- BUTANEDIONE BIOCHEMISTRY. 1979; 18 (1): 11-18	1	51	10	49
729	2065 WONG SY, GALANTE YM, HATEFI Y EQUILIBRIUM BINDING OF I-125-LABELED ADENOSINE-TRIPHOSPHATASE INHIBITOR PROTEIN TO COMPLEX-V OF THE MITOCHONDRIAL OXIDATIVE-PHOSPHORYLATION SYSTEM BIOCHEMISTRY. 1982; 21 (23): 5781-5787	2	25	5	32
730	2188 HSU SY, SENDA M, KANAZAWA H, TSUCHIYA T, FUTAI M COMPARISON OF F1 OF OXIDATIVE-PHOSPHORYLATION FROM ESCHERICHIA-COLI AND SALMONELLA-TYPHIMURIUM AND DEMONSTRATION OF INTERCHANGEABILITY OF THEIR SUBUNITS BIOCHEMISTRY. 1984; 23 (5): 988-993	1	26	2	42
#	Date / Author / Journal	LCS	GCS	LCR	CR
731	2189 YAGI T, HATEFI Y THIOLS IN OXIDATIVE-PHOSPHORYLATION - INHIBITION AND ENERGY-POTENTIATED UNCOUPLING BY MONOTHIOL AND DITHIOL MODIFIERS BIOCHEMISTRY. 1984; 23 (11): 2449-2455	8	65	5	29
732	2247 WISE JG, SENIOR AE CATALYTIC PROPERTIES OF THE ESCHERICHIA-COLI PROTON ADENOSINE- TRIPHOSPHATASE - EVIDENCE THAT NUCLEOTIDE BOUND AT NONCATALYTIC SITES IS NOT INVOLVED IN REGULATION OF OXIDATIVE-PHOSPHORYLATION BIOCHEMISTRY. 1985; 24 (24): 6949-6954	2	59	2	44
733	2314 ROTTENBERG H, HASHIMOTO K FATTY-ACID UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION IN RAT-LIVER MITOCHONDRIA BIOCHEMISTRY. 1986 APR 8; 25 (7): 1747-1755	26	113	6	40
734	2342 SINES JJ, HACKNEY DD ANOMALOUS O-18 EXCHANGE DURING ATP SYNTHESIS IN OXIDATIVE- PHOSPHORYLATION BIOCHEMISTRY. 1986 OCT 7; 25 (20): 6144-6149	1	7	4	21
735	2389 LUVISETTO S, PIETROBON D, AZZONE GF UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION .1. PROTONOPHORIC EFFECTS ACCOUNT ONLY PARTIALLY FOR UNCOUPLING BIOCHEMISTRY. 1987 NOV 17; 26 (23): 7332-7338	13	79	9	39
736	2390 PIETROBON D, LUVISETTO S, AZZONE GF UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION .2. ALTERNATIVE MECHANISMS - INTRINSIC UNCOUPLING OR DECOUPLING BIOCHEMISTRY. 1987 NOV 17; 26 (23): 7339-7347	12	44	5	35
737	2433 HEKMAN C, MATSUNOYAGI A, HATEFI Y ENERGY-INDUCED MODULATION OF THE KINETICS OF OXIDATIVE-PHOSPHORYLATION AND REVERSE ELECTRON-TRANSFER BIOCHEMISTRY. 1988 SEP 20; 27 (19): 7559-7565	5	9	4	26
738	2436 WANDERS RJA, WESTERHOFF HV SIGMOIDAL RELATION BETWEEN MITOCHONDRIAL RESPIRATION AND LOG ([ATP] [ADP])OUT UNDER CONDITIONS OF EXTRAMITOCHONDRIAL ATP UTILIZATION - IMPLICATIONS FOR THE CONTROL AND THERMODYNAMICS OF OXIDATIVE- PHOSPHORYLATION BIOCHEMISTRY. 1988 OCT 4; 27 (20): 7832-7840	4	21	8	64
739	2457 LUVISETTO S, AZZONE GF NATURE OF PROTON CYCLING DURING GRAMICIDIN UNCOUPLING OF OXIDATIVE- PHOSPHORYLATION BIOCHEMISTRY. 1989 FEB 7; 28 (3): 1100-1108	5	10	8	42
740	2467 ROTTENBERG H, KOEPPE RE MECHANISM OF UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION BY GRAMICIDIN BIOCHEMISTRY. 1989 MAY 16; 28 (10): 4355-4360	4	11	5	36
#	Date / Author / Journal	LCS	GCS	LCR	CR
741	2468 MATSUNOYAGI A, HATEFI Y UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION - DIFFERENT EFFECTS OF LIPOPHILIC WEAK ACIDS AND ELECTROGENIC IONOPHORES ON THE KINETICS OF ATP SYNTHESIS BIOCHEMISTRY. 1989 MAY 16; 28 (10): 4367-4374	2	8	16	58
742	2512 FROM AHL, ZIMMER SD, MICHURSKI SP, MOHANAKRISHNAN P, ULSTAD VK, et al. REGULATION OF THE OXIDATIVE-PHOSPHORYLATION RATE IN THE INTACT CELL BIOCHEMISTRY. 1990 APR 17; 29 (15): 3731-3743	12	145	3	63
743	2534 PEREZ JA, FERGUSON SJ KINETICS OF OXIDATIVE-PHOSPHORYLATION IN PARACOCCUS-DENITRIFICANS .1. MECHANISM OF ATP SYNTHESIS AT THE ACTIVE SITE(S) OF F0F1-ATPASE BIOCHEMISTRY. 1990 NOV 20; 29 (46): 10503-10518	2	27	15	69
744	2535 PEREZ JA, FERGUSON SJ KINETICS OF OXIDATIVE-PHOSPHORYLATION IN PARACOCCUS-DENITRIFICANS .2. EVIDENCE FOR A KINETIC AND THERMODYNAMIC MODULATION OF F0F1-ATPASE BY THE ACTIVITY OF THE RESPIRATORY-CHAIN BIOCHEMISTRY. 1990 NOV 20; 29 (46): 10518-10526	3	12	4	40
745	2554 HINKLE PC, KUMAR MA, RESETAR A, HARRIS DL MECHANISTIC STOICHIOMETRY OF MITOCHONDRIAL OXIDATIVE-PHOSPHORYLATION BIOCHEMISTRY. 1991 APR 9; 30 (14): 3576-3582	13	101	8	55
746	2731 FITTON V, RIGOULET M, OUHABI R, GUERIN B MECHANISTIC STOICHIOMETRY OF YEAST MITOCHONDRIAL OXIDATIVE- PHOSPHORYLATION BIOCHEMISTRY. 1994 AUG 16; 33 (32): 9692-9698	5	46	9	43
747	2847 Muller V, Basset G, Nelson DR, Klingenberg M Probing the role of positive residues in the ADP/ATP carrier from yeast, effect of six arginine mutations on oxidative phosphorylation and AAC expression BIOCHEMISTRY. 1996 DEC 17; 35 (50): 16132-16143	1	51	1	35
748	1286 VENTO R, CACIOPPO F ACTION OF VITAMIN-A ON SWELLING AND OXIDATIVE-PHOSPHORYLATION OF MITOCHONDRIA IN CATTLE RETINA BIOCHEMISTRY AND EXPERIMENTAL BIOLOGY. 1972; 10 (1): 57-60	0	0	0	9
749	2687 MARTINUS RD, LINNANE AW, NAGLEY P GROWTH OF RHO(0) HUMAN NAMALWA CELLS LACKING OXIDATIVE-PHOSPHORYLATION CAN BE SUSTAINED BY REDOX COMPOUNDS POTASSIUM FERRICYANIDE OR COENZYME Q(10) PUTATIVELY ACTING THROUGH THE PLASMA-MEMBRANE OXIDASE BIOCHEMISTRY AND MOLECULAR BIOLOGY INTERNATIONAL. 1993 DEC; 31 (6): 997-1005	0	50	0	17
750	2812 Capuano F, Varone D, DEri N, Russo E, Tommasi S, et al. Oxidative phosphorylation and F0F1 ATP synthase activity of human hepatocellular carcinoma BIOCHEMISTRY AND MOLECULAR BIOLOGY INTERNATIONAL. 1996 APR; 38 (5): 1013-1022	3	28	3	32
#	Date / Author / Journal	LCS	GCS	LCR	CR
751	2816 Pastore D, DiMartino C, Bosco G, Passarella S Stimulation of ATP synthesis via oxidative phosphorylation in wheat mitochondria irradiated with helium-neon laser BIOCHEMISTRY AND MOLECULAR BIOLOGY INTERNATIONAL. 1996 MAY; 39 (1): 149-157	0	18	1	36
752	2924 Burbenskaya NM, Nartsissov YR, Tsofina LM, Komissarova IA The uncoupling effect of some psychotropic drugs on oxidative phosphorylation in rat liver mitochondria. BIOCHEMISTRY AND MOLECULAR BIOLOGY INTERNATIONAL. 1998 JUN; 45 (2): 261-268	0	4	5	21
753	1934 MINKOV IB, VASILYEVA EA, FITIN AF, VINOGRADOV AD DIFFERENTIAL-EFFECTS OF ADP ON ATPASE AND OXIDATIVE-PHOSPHORYLATION IN SUB-MITOCHONDRIAL PARTICLES BIOCHEMISTRY INTERNATIONAL. 1980; 1 (5): 478-485	0	34	6	25
754	2066 ROMANI RJ, HOWARD PH THE RESTORATION OF MITOCHONDRIAL-MEMBRANE POTENTIAL, OXIDATIVE- PHOSPHORYLATION AND RESPIRATORY CONTROL, INVITRO BIOCHEMISTRY INTERNATIONAL. 1982; 4 (4): 369-375	0	5	3	16
755	2248 NARASIMHAN TR, HARINDRANATH N, KURUP CKR, RAO PVS EFFECT OF PARTHENIN ON MITOCHONDRIAL OXIDATIVE-PHOSPHORYLATION BIOCHEMISTRY INTERNATIONAL. 1985; 11 (2): 239-244	1	3	5	26
756	2249 DAS MK, BASU A, BALARAM P EFFECTS OF MEMBRANE CHANNEL-FORMING POLYPEPTIDES ON MITOCHONDRIAL OXIDATIVE-PHOSPHORYLATION - A COMPARISON OF ALAMETHICIN, GRAMICIDIN-A, MELITTIN AND TETRAACETYL MELITTIN BIOCHEMISTRY INTERNATIONAL. 1985; 11 (3): 357-363	0	9	1	23
757	2354 KIM IH, LEE HJ OXIDATIVE-PHOSPHORYLATION OF CREATINE BY RESPIRING PIG-HEART MITOCHONDRIA IN THE ABSENCE OF ADDED ADENINE-NUCLEOTIDES BIOCHEMISTRY INTERNATIONAL. 1987 JAN; 14 (1): 103-110	1	7	9	25
758	2434 OGAWA M, YOSHIDA S, OGAWA T, SHIMADA T, TAKESHITA M EFFECT OF OLEIC-ACID ON MITOCHONDRIAL OXIDATIVE-PHOSPHORYLATION IN RAT- BRAIN SLICES BIOCHEMISTRY INTERNATIONAL. 1988 OCT; 17 (4): 773-782	0	3	1	17
759	149 SEVERIN SE OXIDATIVE PHOSPHORYLATION IN MUSCLE TISSUE IN DENERVATION, DEEFFERENTATION AND THYROTOXICOSIS BIOCHEMISTRY-MOSCOW. 1957; 22 (1-2): 243-249	0	1	0	20
760	197 SEVERIN SE, YU SY THE EFFECT OF THE DIPEPTIDES ANSERINE AND CARNOSINE ON OXIDATIVE PHOSPHORYLATION IN ISOLATED MITOCHONDRIA OF THE PECTORAL MUSCLE OF THE PIGEON BIOCHEMISTRY-MOSCOW. 1958; 23 (6): 816-822	0	0	3	16
#	Date / Author / Journal	LCS	GCS	LCR	CR
761	254 MESHKOVA NP EFFECT OF ANSERINE ON OXIDATIVE PHOSPHORYLATION IN MUSCLE TISSUE BIOCHEMISTRY-MOSCOW. 1959; 24 (2): 303-308	0	2	0	9
762	311 VLADIMIROVA AD, SEITS IF THE PASTEUR EFFECT AND COUPLED OXIDATIVE PHOSPHORYLATION IN YEAST CELLS BIOCHEMISTRY-MOSCOW. 1960; 25 (5): 650-655	0	0	3	31
763	312 SEVERIN SE, FUYU Y OXIDATIVE PHOSPHORYLATION IN THYROTOXICOSIS BIOCHEMISTRY-MOSCOW. 1960; 25 (5): 661-667	0	0	1	25
764	313 BRONOVITSKAYA ZG, GERSHENOVICH ZS OXIDATIVE PHOSPHORYLATION IN THE BRAIN EXPOSED TO OXYGEN UNDER INCREASED PRESSURE BIOCHEMISTRY-MOSCOW. 1960; 25 (6): 767-771	0	1	0	21
765	397 ZAITSEVA GN, AGATOVA AI, BELOZERSKII AN ON INTERRELATIONSHIP BETWEEN NITROGEN FIXATION RESPIRATION AND OXIDATIVE PHOSPHORYLATION IN AZOTOBACTER VINLANDII BIOCHEMISTRY-MOSCOW. 1961; 26 (2): 302-&	0	0	3	31
766	398 SISAKYAN NM, KALACHEVA VY EFFECT OF X-RAYS ON OXIDATIVE PHOSPHORYLATION IN PLANT MITOCHONDRIA BIOCHEMISTRY-MOSCOW. 1961; 26 (5): 756-&	0	0	0	0
767	399 NEIFAKH SA, ZDRODOVSKAIA EP HEAT PRODUCTION IN ANIMAL ORGANISM FOLLOWING UNCOUPLING OF OXIDATIVE PHOSPHORYLATION IN TISSUES BIOCHEMISTRY-MOSCOW. 1961; 26 (6): 900-&	0	0	5	36
768	450 SISAKYAN NM, KALACHEVA VY EFFECT OF X-RAYS ON OXIDATIVE PHOSPHORYLATION IN PLANT MITOCHONDRIA BIOCHEMISTRY-MOSCOW. 1962; 26 (5): 756-&	0	0	5	26
769	451 OSTROVSKII YM, RAZUMOVI.AN EFFECT OF THIAMINE DERIVATIVES ON OXIDATIVE PHOSPHORYLATION BIOCHEMISTRY-MOSCOW. 1962; 27 (3): 391-&	0	1	0	21
770	452 ZVYAGILSKAYA RA, KOTELNIKOVA AV EFFECT OF GRAMICIDIN C ON OXIDATIVE PHOSPHORYLATION AND RESPIRATION IN RAT LIVER MITOCHONDRIA BIOCHEMISTRY-MOSCOW. 1962; 27 (5): 718-&	0	0	1	11
#	Date / Author / Journal	LCS	GCS	LCR	CR
771	517 SKULACHEV VP, MASLOVA GM, KALINICHENKO LP, MASLOV SP, SIVKOVA VG COLD UNCOUPLING OF OXIDATIVE PHOSPHORYLATION IN MUSCLES OF ALBINO MICE BIOCHEMISTRY-MOSCOW. 1963; 28 (1): 70-&	1	23	2	20
772	518 KOTELNIKOVA AV, ZVYAGILSKAYA RA OXIDATIVE PHOSPHORYLATION IN SUBCELLULAR PREPARATIONS FROM ENDOMYCES MAGNUSII YEASTS BIOCHEMISTRY-MOSCOW. 1963; 28 (5): 879-&	0	14	5	18
773	602 VASILETS IM ON RELATIONSHIP BETWEEN CELL MEMBRANE PERMEABILITY FOR GLYCOLYTIC ENZYMES AND OXIDATIVE PHOSPHORYLATION IN LIVER CELLS BIOCHEMISTRY-MOSCOW. 1964; 29 (5): 835-&	0	0	0	28
774	603 NEIFAKH SA, DAUDOVA GM UNCOUPLING OF OXIDATIVE PHOSPHORYLATION IN LIVER DURING AWAKENING OF A HIBERNATING ANIMAL BIOCHEMISTRY-MOSCOW. 1964; 29 (6): 854-&	0	0	2	20
775	685 OSTROVSK.DN, GELMAN NS OXIDATIVE PHOSPHORYLATION ON MEMBRANES OF MICROCOCCUS LYSODEIKTICUS BIOCHEMISTRY-MOSCOW. 1965; 30 (4): 663-&	0	0	5	23
776	764 MANOILOV SE, VOVSI BA, POLOSOVA RG, SIDOROVA ND EFFECT OF CATALASE ON COUPLED OXIDATIVE PHOSPHORYLATION PROCESS AND ON ADENYLATE SYSTEM IN ALBINO RAT LIVER BIOCHEMISTRY-MOSCOW. 1966; 31 (6): 536-&	0	0	0	23
777	856 DIMITROV GA, KOLOTILO.AA EFFECT OF CHLORPROMAZINE OF RESPIRATION AND OXIDATIVE PHOSPHORYLATION OF MITOCHONDRIA OF CEREBRAL HEMISPHERES OF RATS BIOCHEMISTRY-MOSCOW. 1967; 32 (1P2): 130-&	0	0	1	20
778	941 EIDELNAN.NM, DEMURINA AK EFFECT OF 2,4-DICHLOROPHENOXYACETIC ACID ON OXIDATIVE PHOSPHORYLATION IN VARIOUS PLANTS BIOCHEMISTRY-MOSCOW. 1968; 33 (1P1): 63-&	0	0	0	13
779	942 DAUDOVA GM OXIDATIVE PHOSPHORYLATION IN LIVER AND SKELETAL MUSCLES OF GROUND SQUIRRELS UNDER VARIOUS PHYSIOLOGICAL CONDITIONS BIOCHEMISTRY-MOSCOW. 1968; 33 (1P2): 126-&	0	1	1	20
780	943 SKULACHE.VP PROBLEMS OF OXIDATIVE PHOSPHORYLATION PRESENTED AT 7TH INTERNATIONAL BIOCHEMICAL CONGRESS BIOCHEMISTRY-MOSCOW. 1968; 33 (1P2): 159-&	0	0	0	1
#	Date / Author / Journal	LCS	GCS	LCR	CR
781	944 LIPSKAYA TY OXIDATIVE PHOSPHORYLATION AND TRANSPORT OF CA2+ IN MITOCHONDRIA FROM RAT MUSCLES IN NORMAL STATE AND IN EXPERIMENTALLY INDUCED LOCAL TETANUS BIOCHEMISTRY-MOSCOW. 1968; 33 (4P2): 708-&	0	0	3	26
782	945 VLADIMIR.YA, SUSLOVA TB, CHEREMIS.ZP MITOCHONDRIAL CHEMILUMINESCENCE UNASSOCIATED WITH PROCESSES OF OXIDATIVE PHOSPHORYLATION BIOCHEMISTRY-MOSCOW. 1968; 33 (4P1): 587-&	0	1	0	15
783	1025 MEDVEDEV.GI PARTICIPATION OF THYROID HORMONES IN IN-VITRO OBTENTION OF DINITROPHENOL EFFECT ON OXIDATIVE PHOSPHORYLATION IN RABBIT LIVER MITOCHONDRIA BIOCHEMISTRY-MOSCOW. 1969; 34 (4): 593-&	0	0	0	7
784	1617 CHISTYAKOV VV, GEGENAVA GP MECHANISM OF INHIBITION OF OXIDATIVE-PHOSPHORYLATION IN MITOCHONDRIA BY OPIATES BIOCHEMISTRY-MOSCOW. 1976; 41 (7): 1041-1046	0	0	1	24
785	1935 LIPSKAYA TY, TEMPLE VJ, BELOUSOVA LV, MOLOKOVA EV INTERACTION BETWEEN HEART MITOCHONDRIAL CREATINE-KINASE AND OXIDATIVE- PHOSPHORYLATION BIOCHEMISTRY-MOSCOW. 1980; 45 (8): 1015-1019	0	0	1	10
786	2134 PANOV AV, VAVILIN VA, SOLOVEV VN, LYAKHOVICH VV INTERRELATIONSHIPS BETWEEN ADENINE-NUCLEOTIDE SYSTEM AND OXIDATIVE- PHOSPHORYLATION IN RAT-LIVER DURING STARVATION BIOCHEMISTRY-MOSCOW. 1983; 48 (2): 204-211	0	0	3	30
787	2135 DONCHENKO GV, KUZMENKO IV, KOVALENKO VN, KUNITSA NI COMPARATIVE-STUDY OF EFFECT OF ALPHA-TOCOPHEROL AND SYNTHETIC ANTIOXIDANT ON RESPIRATION AND OXIDATIVE-PHOSPHORYLATION IN RAT-LIVER MITOCHONDRIA BIOCHEMISTRY-MOSCOW. 1983; 48 (6): 856-862	0	0	0	27
788	2190 MARSHANSKII VN, KRASINSKAYA IP, DRAGUNOVA SF, YAGUZHINSKII LS SEARCH FOR THE STRUCTURAL AND KINETIC-PARAMETERS OF THE SYSTEM OF OXIDATIVE-PHOSPHORYLATION PARTICIPATING IN THE SYNCHRONIZATION OF THE WORK OF THE RESPIRATORY-CHAIN AND MITOCHONDRIAL ATP-SYNTHETASE BIOCHEMISTRY-MOSCOW. 1984; 49 (3): 336-341	0	0	2	18
789	2371 BERKHOVSKAYA ML, DIBROV PA, LAZAROV PL, SKULACHEV VP NA+-DEPENDENT OXIDATIVE-PHOSPHORYLATION IN VIBRIO ALGINOLYTICUS BIOCHEMISTRY-MOSCOW. 1987 JUN; 52 (6): 757-763	0	0	1	23
790	2402 GAINUTDINOV MK, ISHMUKHAMEDOV RN, KONOV V, LUCHENKO MB, MIRMAKHMUDOVA S, et al. REGULATION OF OXIDATIVE-PHOSPHORYLATION, TRANSPORT OF K+ IONS, AND VOLUME OF THE MITOCHONDRIAL MATRIX BY A CYTOPLASMIC GLYCOPEPTIDE AND CA-2+ IONS BIOCHEMISTRY-MOSCOW. 1988 FEB; 53 (2): 163-170	0	0	0	25
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791	2423 KHOLODENKO BN, ZHILINSKENE VY, BORUTAITE VI, IVANOVENE LI, TOLEIKIS AI, et al. ROLE OF THE TRANSPORTER OF ADENINE-NUCLEOTIDES IN THE REGULATION OF OXIDATIVE-PHOSPHORYLATION IN HEART-MITOCHONDRIA BIOCHEMISTRY-MOSCOW. 1988 JUN; 53 (6): 876-879	0	0	5	19
792	2481 SOLOVEV VN, VAVILIN VA, PANOV AV MODULATION BY THE Z-PROTEIN OF THE INHIBITING EFFECT OF LONG-CHAIN ACYL-COAS ON THE OXIDATIVE-PHOSPHORYLATION OF LIVER-MITOCHONDRIA IN RATS OF DIFFERENT STRAINS BIOCHEMISTRY-MOSCOW. 1989 OCT; 54 (10): 1373-1377	0	0	0	14
793	2490 BORUTAITE VI, MILDAZHENE VY, IVANOVENE LI, KHOLODENKO BN, TOLEIKIS AI, et al. THE ROLE OF LONG-CHAIN ACYL-COA IN DISTURBANCES OF OXIDATIVE- PHOSPHORYLATION IN THE MYOCARDIUM BIOCHEMISTRY-MOSCOW. 1989 DEC; 54 (12): 1586-1589	0	0	3	25
794	2503 BRUSTOVETSKII NN, AMERKHANOV ZG, GRISHINA EV, MAEVSKII EI INFLUENCE OF THE TONICITY OF THE MEDIUM ON THE RESPIRATION RATE AND OXIDATIVE-PHOSPHORYLATION IN LIVER-MITOCHONDRIA OF ACTIVE AND HIBERNATING GROUND-SQUIRRELS BIOCHEMISTRY-MOSCOW. 1990 FEB; 55 (2): 148-154	0	0	2	37
795	2555 KOSHKIN VV SYMMETRY OF THE THERMODYNAMIC DESCRIPTION OF OXIDATIVE-PHOSPHORYLATION BIOCHEMISTRY-MOSCOW. 1991 MAY; 56 (5): 601-603	0	0	3	12
796	2556 BRUSTOVETSKII NN, AMERKHANOV ZG, EGOROVA MV, MOKHOVA EN, SKULACHEV VP PARTICIPATION OF THE ATP/ADP ANTIPORTER AND FATTY-ACIDS IN UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION IN LIVER-MITOCHONDRIA IN HIBERNATING AND AWAKENED GOPHERS BIOCHEMISTRY-MOSCOW. 1991 MAY; 56 (5): 653-657	0	0	0	14
797	2558 BRUSTOVETSKII NN, DEDUKHOVA VI, EGOROVA MV, MOKHOVA EN, SKULACHEV VP UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION BY FATTY-ACIDS AND DETERGENTS, SUPPRESSED BY INHIBITORS OF THE ATP/ADP ANTIPORTER BIOCHEMISTRY-MOSCOW. 1991 JUN; 56 (6): 718-722	0	0	0	11
798	2566 BRUSTOVETSKII NN, EGOROVA MV, GRISHINA EV, MAEVSKII EI ACTIVATION OF OXIDATIVE-PHOSPHORYLATION AND ENERGY-DEPENDENT UPTAKE OF CA-2+ AND K+ IONS BY LIVER-MITOCHONDRIA OF HIBERNATING GOPHERS IN HYPOTONIC MEDIUM BIOCHEMISTRY-MOSCOW. 1991 AUG; 56 (8): 1075-1080	0	0	1	19
799	2582 TOSHCHAKOV VY, MOROZOVA GI, ONISHCHENKO NA ENERGY-METABOLISM OF ISOLATED LIVER-CELLS AT VARIOUS LEVELS OF UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION BIOCHEMISTRY-MOSCOW. 1991 DEC; 56 (12): 1506-1511	0	0	2	12
800	2605 VISHNIVETSKII SA, ROTARU VK, EVTODIENKO YV PROPERTIES AND REGULATION OF THE OXIDATIVE-PHOSPHORYLATION SYSTEM IN THE MYXOMYCETE PHYSARUM-POLYCEPHALUM .1. PREPARATION AND CHARACTERIZATION OF THE SYSTEM IN ISOLATED-MITOCHONDRIA AND PERMEABILIZED CELLS BIOCHEMISTRY-MOSCOW. 1992 JUN; 57 (6): 601-609	0	0	2	26

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701

854 MORTON BE, LARDY HA

CELLULAR OXIDATIVE PHOSPHORYLATION .3. MEASUREMENT IN CHEMICALLY MODIFIED CELLS

BIOCHEMISTRY. 1967; 6 (1): 57-&

702

855 BEECHEY RB, ROBERTON AM, HOLLOWAY CT, KNIGHT IG

PROPERTIES OF DICYCLOHEXYLCARBODIIMIDE AS AN INHIBITOR OF OXIDATIVE PHOSPHORYLATION

BIOCHEMISTRY. 1967; 6 (12): 3867-&

241

703

936 EISENHAR.RH, ROSENTHA.O

STUDIES ON ENERGY TRANSFER IN MITOCHONDRIAL OXIDATIVE PHOSPHORYLATION .3. ON INTERACTION OF ADENOSINE DIPHOSPHATE WITH HIGH-ENERGY INTERMEDIATES

BIOCHEMISTRY. 1968; 7 (4): 1327-&

704

937 DIMARI SJ, SNYDER CD, RAPOPORT H

ROLE OF QUINONE IN OXIDATIVE PHOSPHORYLATION . EVIDENCE AGAINST CARBON- HYDROGEN BOND CLEAVAGE

BIOCHEMISTRY. 1968; 7 (6): 2301-&

705

938 SNYDER CD, RAPOPORT H

ROLE OF QUINONE IN OXIDATIVE PHOSPHORYLATION . EVIDENCE AGAINST CARBON- OXYGEN BOND CLEAVAGE

BIOCHEMISTRY. 1968; 7 (6): 2318-&

706

939 DIMARI SJ, RAPOPORT H

RECONSTITUTION OF OXIDATIVE PHOSPHORYLATION IN MYCOBACTERIUM PHLEI WITH CIS- AND TRANS-PHYLLOQUINONE . EVIDENCE AGAINST ISOMERIZATION

BIOCHEMISTRY. 1968; 7 (7): 2650-&

707

940 KURUP CKR, SANADI DR

STUDIES ON OXIDATIVE PHOSPHORYLATION .16. SULFHYDRYL INVOLVEMENT IN ENERGY-TRANSFER PATHWAY

BIOCHEMISTRY. 1968; 7 (12): 4483-&

708

1023 WILSON DF

STOICHIOMETRY AND SITE SPECIFICITY OF UNCOUPLING OF MITOCHONDRIAL OXIDATIVE PHOSPHORYLATION BY SALICYLANILIDE DERIVATIVES

BIOCHEMISTRY. 1969; 8 (6): 2475-&

709

1024 LAMBETH DO, LARDY HA

OXIDATION OF THIOETHERS BY BROMINE . A MODEL SYSTEM FOR OXIDATIVE PHOSPHORYLATION

BIOCHEMISTRY. 1969; 8 (8): 3395-&

710

1124 SANDOVAL F, GOMEZPUY.A, TUENA M, CHAVEZ E, PENA A

EFFECT OF SODIUM AND POTASSIUM IONS ON MITOCHONDRIAL OXIDATIVE PHOSPHORYLATION . STUDIES WITH ARSENATE

BIOCHEMISTRY. 1970; 9 (3): 684-&

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1125 KAPLAY M, KURUP CKR, LAM KW, SANADI DR

STOICHIOMETRIC ASPECTS OF UNCOUPLING OF OXIDATIVE PHOSPHORYLATION BY A SALICYLANILIDE DERIVATIVE

BIOCHEMISTRY. 1970; 9 (18): 3599-&

712

1213 ADOLFSEN R, MOUDRIAN.EN

KINETIC CHARACTERIZATION OF OXIDATIVE PHOSPHORYLATION IN ALCALIGENES- FAECALIS

BIOCHEMISTRY. 1971; 10 (3): 434-&

713

1214 ADOLFSEN R, MOUDRIAN.EN

RECONSTITUTION OF OXIDATIVE PHOSPHORYLATION IN ALCALIGENES-FAECALIS

BIOCHEMISTRY. 1971; 10 (3): 440-&

714

1215 ESTRADAO S, GOMEZLOJ.C

EFFECTS OF MONAZOMYCIN ON ION TRANSPORT AND OXIDATIVE PHOSPHORYLATION IN LIVER MITOCHONDRIA

BIOCHEMISTRY. 1971; 10 (9): 1598-&

715

1216 ADOLFSEN R, MOUDRIAN.EN

PURIFICATION AND PROPERTIES OF 2 SOLUBLE COUPLING FACTORS OF OXIDATIVE PHOSPHORYLATION FROM ALCALIGENES-FAECALIS

BIOCHEMISTRY. 1971; 10 (12): 2247-&

716

1217 WILSON DF, TING HP, KOPPELMA.MS

MECHANISM OF ACTION OF UNCOUPLERS OF OXIDATIVE PHOSPHORYLATION

BIOCHEMISTRY. 1971; 10 (15): 2897-&

717

1283 GOMEZPUY.A, GOMEZPUY.MT, CHAVEZ E, SANDOVAL F, PENA A

COUPLING OF OXIDATIVE-PHOSPHORYLATION BY MONOVALENT CATIONS

BIOCHEMISTRY. 1972; 11 (1): 97-&

718

1284 CHAO DLS, DAVIS EJ

STUDIES ON ROLE OF MG2+ AND MG2+-STIMULATED ADENOSINE-TRIPHOSPHATASE IN OXIDATIVE-PHOSPHORYLATION

BIOCHEMISTRY. 1972; 11 (10): 1943-&

719

1285 FESSENDE.JM, HACK AM

PARTIAL RESOLUTION OF OXIDATIVE-PHOSPHORYLATION IN YEAST MITOCHONDRIA

BIOCHEMISTRY. 1972; 11 (24): 4609-&

720

1386 ADOLFSEN R, MOUDRIAN.EN

ROLES FOR METAL-IONS IN HYDROLYSIS OF ADENOSINE-TRIPHOSPHATE BY 13S COUPLING FACTORS OF BACTERIAL AND MITOCHONDRIAL OXIDATIVE- PHOSPHORYLATION

BIOCHEMISTRY. 1973; 12 (15): 2926-2933

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721

POTENTIATING EFFECT OF ADENOSINE-DIPHOSPHATE IN UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION IN POTATO MITOCHONDRIA

BIOCHEMISTRY. 1973; 12 (17): 3350-3355

722

1465 HOLLAND PC, LABELLE WC, LARDY HA

DIFFERENTIAL INHIBITION OF EXCHANGE-REACTIONS ASSOCIATED WITH OXIDATIVE-PHOSPHORYLATION

BIOCHEMISTRY. 1974; 13 (22): 4549-4553

723

1540 CROSS RL, BOYER PD

RAPID LABELING OF ADENOSINE-TRIPHOSPHATE BY P-32 LABELED INORGANIC- PHOSPHATE AND EXCHANGE OF PHOSPHATE OXYGENS AS RELATED TO CONFORMATIONAL COUPLING IN OXIDATIVE-PHOSPHORYLATION

BIOCHEMISTRY. 1975; 14 (2): 392-398

724

1541 HADLER HI, DEMETRIOU JM

NEW INHIBITOR OF COUPLED OXIDATIVE-PHOSPHORYLATION, 5- HYDROXYNAPHTHALENEDICARBOXYLIC ANHYDRIDE - DERIVATIVE OF A CARCINOGENIC POLYNUCLEAR HYDROCARBON

BIOCHEMISTRY. 1975; 14 (24): 5374-5378

725

1616 ADOLFSEN R, MOUDRIANAKIS EN

MOLECULAR POLYMORPHISM AND MECHANISMS OF ACTIVATION AND DEACTIVATION OF HYDROLYTIC FUNCTION OF COUPLING FACTOR OF OXIDATIVE-PHOSPHORYLATION

BIOCHEMISTRY. 1976; 15 (19): 4163-4170

726

1793 SHIUAN D, TU SI

FLUORESCENT LABELING OF MITOPLAST MEMBRANE - EFFECT OF OXIDATIVE- PHOSPHORYLATION UNCOUPLERS

BIOCHEMISTRY. 1978; 17 (11): 2249-2252

727

1794 WALTER B, SIDRANSKY E, KRISTJANSSON JK, HOLLOCHER TC

INHIBITION OF DENITRIFICATION BY UNCOUPLERS OF OXIDATIVE- PHOSPHORYLATION

BIOCHEMISTRY. 1978; 17 (15): 3039-3045

728

1857 STEINMEIER RC, WANG JH

RECONSTITUTION OF OXIDATIVE-PHOSPHORYLATION BY CHEMICALLY MODIFIED COUPLING FACTOR F1 - DIFFERENTIAL INHIBITION OF REACTIONS CATALYZED BY F1 LABELED WITH 7-CHLORO-4-NITROBENZO-2-OXA-1,3-DIAZOLE OR 2,3- BUTANEDIONE

BIOCHEMISTRY. 1979; 18 (1): 11-18

729

2065 WONG SY, GALANTE YM, HATEFI Y

EQUILIBRIUM BINDING OF I-125-LABELED ADENOSINE-TRIPHOSPHATASE INHIBITOR PROTEIN TO COMPLEX-V OF THE MITOCHONDRIAL OXIDATIVE-PHOSPHORYLATION SYSTEM

BIOCHEMISTRY. 1982; 21 (23): 5781-5787

730

2188 HSU SY, SENDA M, KANAZAWA H, TSUCHIYA T, FUTAI M

COMPARISON OF F1 OF OXIDATIVE-PHOSPHORYLATION FROM ESCHERICHIA-COLI AND SALMONELLA-TYPHIMURIUM AND DEMONSTRATION OF INTERCHANGEABILITY OF THEIR SUBUNITS

BIOCHEMISTRY. 1984; 23 (5): 988-993

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731

2189 YAGI T, HATEFI Y

THIOLS IN OXIDATIVE-PHOSPHORYLATION - INHIBITION AND ENERGY-POTENTIATED UNCOUPLING BY MONOTHIOL AND DITHIOL MODIFIERS

BIOCHEMISTRY. 1984; 23 (11): 2449-2455

732

2247 WISE JG, SENIOR AE

CATALYTIC PROPERTIES OF THE ESCHERICHIA-COLI PROTON ADENOSINE- TRIPHOSPHATASE - EVIDENCE THAT NUCLEOTIDE BOUND AT NONCATALYTIC SITES IS NOT INVOLVED IN REGULATION OF OXIDATIVE-PHOSPHORYLATION

BIOCHEMISTRY. 1985; 24 (24): 6949-6954

733

2314 ROTTENBERG H, HASHIMOTO K

FATTY-ACID UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION IN RAT-LIVER MITOCHONDRIA

BIOCHEMISTRY. 1986 APR 8; 25 (7): 1747-1755

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734

2342 SINES JJ, HACKNEY DD

ANOMALOUS O-18 EXCHANGE DURING ATP SYNTHESIS IN OXIDATIVE- PHOSPHORYLATION

BIOCHEMISTRY. 1986 OCT 7; 25 (20): 6144-6149

735

2389 LUVISETTO S, PIETROBON D, AZZONE GF

UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION .1. PROTONOPHORIC EFFECTS ACCOUNT ONLY PARTIALLY FOR UNCOUPLING

BIOCHEMISTRY. 1987 NOV 17; 26 (23): 7332-7338

736

2390 PIETROBON D, LUVISETTO S, AZZONE GF

UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION .2. ALTERNATIVE MECHANISMS - INTRINSIC UNCOUPLING OR DECOUPLING

BIOCHEMISTRY. 1987 NOV 17; 26 (23): 7339-7347

737

2433 HEKMAN C, MATSUNOYAGI A, HATEFI Y

ENERGY-INDUCED MODULATION OF THE KINETICS OF OXIDATIVE-PHOSPHORYLATION AND REVERSE ELECTRON-TRANSFER

BIOCHEMISTRY. 1988 SEP 20; 27 (19): 7559-7565

738

2436 WANDERS RJA, WESTERHOFF HV

SIGMOIDAL RELATION BETWEEN MITOCHONDRIAL RESPIRATION AND LOG ([ATP] [ADP])OUT UNDER CONDITIONS OF EXTRAMITOCHONDRIAL ATP UTILIZATION - IMPLICATIONS FOR THE CONTROL AND THERMODYNAMICS OF OXIDATIVE- PHOSPHORYLATION

BIOCHEMISTRY. 1988 OCT 4; 27 (20): 7832-7840

739

2457 LUVISETTO S, AZZONE GF

NATURE OF PROTON CYCLING DURING GRAMICIDIN UNCOUPLING OF OXIDATIVE- PHOSPHORYLATION

BIOCHEMISTRY. 1989 FEB 7; 28 (3): 1100-1108

740

2467 ROTTENBERG H, KOEPPE RE

MECHANISM OF UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION BY GRAMICIDIN

BIOCHEMISTRY. 1989 MAY 16; 28 (10): 4355-4360

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2468 MATSUNOYAGI A, HATEFI Y

UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION - DIFFERENT EFFECTS OF LIPOPHILIC WEAK ACIDS AND ELECTROGENIC IONOPHORES ON THE KINETICS OF ATP SYNTHESIS

BIOCHEMISTRY. 1989 MAY 16; 28 (10): 4367-4374

742

2512 FROM AHL, ZIMMER SD, MICHURSKI SP, MOHANAKRISHNAN P, ULSTAD VK, et al.

REGULATION OF THE OXIDATIVE-PHOSPHORYLATION RATE IN THE INTACT CELL

BIOCHEMISTRY. 1990 APR 17; 29 (15): 3731-3743

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743

2534 PEREZ JA, FERGUSON SJ

KINETICS OF OXIDATIVE-PHOSPHORYLATION IN PARACOCCUS-DENITRIFICANS .1. MECHANISM OF ATP SYNTHESIS AT THE ACTIVE SITE(S) OF F0F1-ATPASE

BIOCHEMISTRY. 1990 NOV 20; 29 (46): 10503-10518

744

2535 PEREZ JA, FERGUSON SJ

KINETICS OF OXIDATIVE-PHOSPHORYLATION IN PARACOCCUS-DENITRIFICANS .2. EVIDENCE FOR A KINETIC AND THERMODYNAMIC MODULATION OF F0F1-ATPASE BY THE ACTIVITY OF THE RESPIRATORY-CHAIN

BIOCHEMISTRY. 1990 NOV 20; 29 (46): 10518-10526

745

2554 HINKLE PC, KUMAR MA, RESETAR A, HARRIS DL

MECHANISTIC STOICHIOMETRY OF MITOCHONDRIAL OXIDATIVE-PHOSPHORYLATION

BIOCHEMISTRY. 1991 APR 9; 30 (14): 3576-3582

101

746

2731 FITTON V, RIGOULET M, OUHABI R, GUERIN B

MECHANISTIC STOICHIOMETRY OF YEAST MITOCHONDRIAL OXIDATIVE- PHOSPHORYLATION

BIOCHEMISTRY. 1994 AUG 16; 33 (32): 9692-9698

747

2847 Muller V, Basset G, Nelson DR, Klingenberg M

Probing the role of positive residues in the ADP/ATP carrier from yeast, effect of six arginine mutations on oxidative phosphorylation and AAC expression

BIOCHEMISTRY. 1996 DEC 17; 35 (50): 16132-16143

748

1286 VENTO R, CACIOPPO F

ACTION OF VITAMIN-A ON SWELLING AND OXIDATIVE-PHOSPHORYLATION OF MITOCHONDRIA IN CATTLE RETINA

BIOCHEMISTRY AND EXPERIMENTAL BIOLOGY. 1972; 10 (1): 57-60

749

2687 MARTINUS RD, LINNANE AW, NAGLEY P

GROWTH OF RHO(0) HUMAN NAMALWA CELLS LACKING OXIDATIVE-PHOSPHORYLATION CAN BE SUSTAINED BY REDOX COMPOUNDS POTASSIUM FERRICYANIDE OR COENZYME Q(10) PUTATIVELY ACTING THROUGH THE PLASMA-MEMBRANE OXIDASE

BIOCHEMISTRY AND MOLECULAR BIOLOGY INTERNATIONAL. 1993 DEC; 31 (6): 997-1005

750

2812 Capuano F, Varone D, DEri N, Russo E, Tommasi S, et al.

Oxidative phosphorylation and F0F1 ATP synthase activity of human hepatocellular carcinoma

BIOCHEMISTRY AND MOLECULAR BIOLOGY INTERNATIONAL. 1996 APR; 38 (5): 1013-1022

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2816 Pastore D, DiMartino C, Bosco G, Passarella S

Stimulation of ATP synthesis via oxidative phosphorylation in wheat mitochondria irradiated with helium-neon laser

BIOCHEMISTRY AND MOLECULAR BIOLOGY INTERNATIONAL. 1996 MAY; 39 (1): 149-157

752

2924 Burbenskaya NM, Nartsissov YR, Tsofina LM, Komissarova IA

The uncoupling effect of some psychotropic drugs on oxidative phosphorylation in rat liver mitochondria.

BIOCHEMISTRY AND MOLECULAR BIOLOGY INTERNATIONAL. 1998 JUN; 45 (2): 261-268

753

1934 MINKOV IB, VASILYEVA EA, FITIN AF, VINOGRADOV AD

DIFFERENTIAL-EFFECTS OF ADP ON ATPASE AND OXIDATIVE-PHOSPHORYLATION IN SUB-MITOCHONDRIAL PARTICLES

BIOCHEMISTRY INTERNATIONAL. 1980; 1 (5): 478-485

754

2066 ROMANI RJ, HOWARD PH

THE RESTORATION OF MITOCHONDRIAL-MEMBRANE POTENTIAL, OXIDATIVE- PHOSPHORYLATION AND RESPIRATORY CONTROL, INVITRO

BIOCHEMISTRY INTERNATIONAL. 1982; 4 (4): 369-375

755

2248 NARASIMHAN TR, HARINDRANATH N, KURUP CKR, RAO PVS

EFFECT OF PARTHENIN ON MITOCHONDRIAL OXIDATIVE-PHOSPHORYLATION

BIOCHEMISTRY INTERNATIONAL. 1985; 11 (2): 239-244

756

2249 DAS MK, BASU A, BALARAM P

EFFECTS OF MEMBRANE CHANNEL-FORMING POLYPEPTIDES ON MITOCHONDRIAL OXIDATIVE-PHOSPHORYLATION - A COMPARISON OF ALAMETHICIN, GRAMICIDIN-A, MELITTIN AND TETRAACETYL MELITTIN

BIOCHEMISTRY INTERNATIONAL. 1985; 11 (3): 357-363

757

2354 KIM IH, LEE HJ

OXIDATIVE-PHOSPHORYLATION OF CREATINE BY RESPIRING PIG-HEART MITOCHONDRIA IN THE ABSENCE OF ADDED ADENINE-NUCLEOTIDES

BIOCHEMISTRY INTERNATIONAL. 1987 JAN; 14 (1): 103-110

758

2434 OGAWA M, YOSHIDA S, OGAWA T, SHIMADA T, TAKESHITA M

EFFECT OF OLEIC-ACID ON MITOCHONDRIAL OXIDATIVE-PHOSPHORYLATION IN RAT- BRAIN SLICES

BIOCHEMISTRY INTERNATIONAL. 1988 OCT; 17 (4): 773-782

759

149 SEVERIN SE

OXIDATIVE PHOSPHORYLATION IN MUSCLE TISSUE IN DENERVATION, DEEFFERENTATION AND THYROTOXICOSIS

BIOCHEMISTRY-MOSCOW. 1957; 22 (1-2): 243-249

760

197 SEVERIN SE, YU SY

THE EFFECT OF THE DIPEPTIDES ANSERINE AND CARNOSINE ON OXIDATIVE PHOSPHORYLATION IN ISOLATED MITOCHONDRIA OF THE PECTORAL MUSCLE OF THE PIGEON

BIOCHEMISTRY-MOSCOW. 1958; 23 (6): 816-822

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761

EFFECT OF ANSERINE ON OXIDATIVE PHOSPHORYLATION IN MUSCLE TISSUE

BIOCHEMISTRY-MOSCOW. 1959; 24 (2): 303-308

762

311 VLADIMIROVA AD, SEITS IF

THE PASTEUR EFFECT AND COUPLED OXIDATIVE PHOSPHORYLATION IN YEAST CELLS

BIOCHEMISTRY-MOSCOW. 1960; 25 (5): 650-655

763

312 SEVERIN SE, FUYU Y

OXIDATIVE PHOSPHORYLATION IN THYROTOXICOSIS

BIOCHEMISTRY-MOSCOW. 1960; 25 (5): 661-667

764

313 BRONOVITSKAYA ZG, GERSHENOVICH ZS

OXIDATIVE PHOSPHORYLATION IN THE BRAIN EXPOSED TO OXYGEN UNDER INCREASED PRESSURE

BIOCHEMISTRY-MOSCOW. 1960; 25 (6): 767-771

765

397 ZAITSEVA GN, AGATOVA AI, BELOZERSKII AN

ON INTERRELATIONSHIP BETWEEN NITROGEN FIXATION RESPIRATION AND OXIDATIVE PHOSPHORYLATION IN AZOTOBACTER VINLANDII

BIOCHEMISTRY-MOSCOW. 1961; 26 (2): 302-&

766

398 SISAKYAN NM, KALACHEVA VY

EFFECT OF X-RAYS ON OXIDATIVE PHOSPHORYLATION IN PLANT MITOCHONDRIA

BIOCHEMISTRY-MOSCOW. 1961; 26 (5): 756-&

767

399 NEIFAKH SA, ZDRODOVSKAIA EP

HEAT PRODUCTION IN ANIMAL ORGANISM FOLLOWING UNCOUPLING OF OXIDATIVE PHOSPHORYLATION IN TISSUES

BIOCHEMISTRY-MOSCOW. 1961; 26 (6): 900-&

768

450 SISAKYAN NM, KALACHEVA VY

EFFECT OF X-RAYS ON OXIDATIVE PHOSPHORYLATION IN PLANT MITOCHONDRIA

BIOCHEMISTRY-MOSCOW. 1962; 26 (5): 756-&

769

451 OSTROVSKII YM, RAZUMOVI.AN

EFFECT OF THIAMINE DERIVATIVES ON OXIDATIVE PHOSPHORYLATION

BIOCHEMISTRY-MOSCOW. 1962; 27 (3): 391-&

770

452 ZVYAGILSKAYA RA, KOTELNIKOVA AV

EFFECT OF GRAMICIDIN C ON OXIDATIVE PHOSPHORYLATION AND RESPIRATION IN RAT LIVER MITOCHONDRIA

BIOCHEMISTRY-MOSCOW. 1962; 27 (5): 718-&

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517 SKULACHEV VP, MASLOVA GM, KALINICHENKO LP, MASLOV SP, SIVKOVA VG

COLD UNCOUPLING OF OXIDATIVE PHOSPHORYLATION IN MUSCLES OF ALBINO MICE

BIOCHEMISTRY-MOSCOW. 1963; 28 (1): 70-&

772

518 KOTELNIKOVA AV, ZVYAGILSKAYA RA

OXIDATIVE PHOSPHORYLATION IN SUBCELLULAR PREPARATIONS FROM ENDOMYCES MAGNUSII YEASTS

BIOCHEMISTRY-MOSCOW. 1963; 28 (5): 879-&

773

602 VASILETS IM

ON RELATIONSHIP BETWEEN CELL MEMBRANE PERMEABILITY FOR GLYCOLYTIC ENZYMES AND OXIDATIVE PHOSPHORYLATION IN LIVER CELLS

BIOCHEMISTRY-MOSCOW. 1964; 29 (5): 835-&

774

603 NEIFAKH SA, DAUDOVA GM

UNCOUPLING OF OXIDATIVE PHOSPHORYLATION IN LIVER DURING AWAKENING OF A HIBERNATING ANIMAL

BIOCHEMISTRY-MOSCOW. 1964; 29 (6): 854-&

775

685 OSTROVSK.DN, GELMAN NS

OXIDATIVE PHOSPHORYLATION ON MEMBRANES OF MICROCOCCUS LYSODEIKTICUS

BIOCHEMISTRY-MOSCOW. 1965; 30 (4): 663-&

776

764 MANOILOV SE, VOVSI BA, POLOSOVA RG, SIDOROVA ND

EFFECT OF CATALASE ON COUPLED OXIDATIVE PHOSPHORYLATION PROCESS AND ON ADENYLATE SYSTEM IN ALBINO RAT LIVER

BIOCHEMISTRY-MOSCOW. 1966; 31 (6): 536-&

777

856 DIMITROV GA, KOLOTILO.AA

EFFECT OF CHLORPROMAZINE OF RESPIRATION AND OXIDATIVE PHOSPHORYLATION OF MITOCHONDRIA OF CEREBRAL HEMISPHERES OF RATS

BIOCHEMISTRY-MOSCOW. 1967; 32 (1P2): 130-&

778

941 EIDELNAN.NM, DEMURINA AK

EFFECT OF 2,4-DICHLOROPHENOXYACETIC ACID ON OXIDATIVE PHOSPHORYLATION IN VARIOUS PLANTS

BIOCHEMISTRY-MOSCOW. 1968; 33 (1P1): 63-&

779

942 DAUDOVA GM

OXIDATIVE PHOSPHORYLATION IN LIVER AND SKELETAL MUSCLES OF GROUND SQUIRRELS UNDER VARIOUS PHYSIOLOGICAL CONDITIONS

BIOCHEMISTRY-MOSCOW. 1968; 33 (1P2): 126-&

780

943 SKULACHE.VP

PROBLEMS OF OXIDATIVE PHOSPHORYLATION PRESENTED AT 7TH INTERNATIONAL BIOCHEMICAL CONGRESS

BIOCHEMISTRY-MOSCOW. 1968; 33 (1P2): 159-&

Date / Author / Journal

781

OXIDATIVE PHOSPHORYLATION AND TRANSPORT OF CA2+ IN MITOCHONDRIA FROM RAT MUSCLES IN NORMAL STATE AND IN EXPERIMENTALLY INDUCED LOCAL TETANUS

BIOCHEMISTRY-MOSCOW. 1968; 33 (4P2): 708-&

782

945 VLADIMIR.YA, SUSLOVA TB, CHEREMIS.ZP

MITOCHONDRIAL CHEMILUMINESCENCE UNASSOCIATED WITH PROCESSES OF OXIDATIVE PHOSPHORYLATION

BIOCHEMISTRY-MOSCOW. 1968; 33 (4P1): 587-&

783

1025 MEDVEDEV.GI

PARTICIPATION OF THYROID HORMONES IN IN-VITRO OBTENTION OF DINITROPHENOL EFFECT ON OXIDATIVE PHOSPHORYLATION IN RABBIT LIVER MITOCHONDRIA

BIOCHEMISTRY-MOSCOW. 1969; 34 (4): 593-&

784

1617 CHISTYAKOV VV, GEGENAVA GP

MECHANISM OF INHIBITION OF OXIDATIVE-PHOSPHORYLATION IN MITOCHONDRIA BY OPIATES

BIOCHEMISTRY-MOSCOW. 1976; 41 (7): 1041-1046

785

1935 LIPSKAYA TY, TEMPLE VJ, BELOUSOVA LV, MOLOKOVA EV

INTERACTION BETWEEN HEART MITOCHONDRIAL CREATINE-KINASE AND OXIDATIVE- PHOSPHORYLATION

BIOCHEMISTRY-MOSCOW. 1980; 45 (8): 1015-1019

786

2134 PANOV AV, VAVILIN VA, SOLOVEV VN, LYAKHOVICH VV

INTERRELATIONSHIPS BETWEEN ADENINE-NUCLEOTIDE SYSTEM AND OXIDATIVE- PHOSPHORYLATION IN RAT-LIVER DURING STARVATION

BIOCHEMISTRY-MOSCOW. 1983; 48 (2): 204-211

787

2135 DONCHENKO GV, KUZMENKO IV, KOVALENKO VN, KUNITSA NI

COMPARATIVE-STUDY OF EFFECT OF ALPHA-TOCOPHEROL AND SYNTHETIC ANTIOXIDANT ON RESPIRATION AND OXIDATIVE-PHOSPHORYLATION IN RAT-LIVER MITOCHONDRIA

BIOCHEMISTRY-MOSCOW. 1983; 48 (6): 856-862

788

2190 MARSHANSKII VN, KRASINSKAYA IP, DRAGUNOVA SF, YAGUZHINSKII LS

SEARCH FOR THE STRUCTURAL AND KINETIC-PARAMETERS OF THE SYSTEM OF OXIDATIVE-PHOSPHORYLATION PARTICIPATING IN THE SYNCHRONIZATION OF THE WORK OF THE RESPIRATORY-CHAIN AND MITOCHONDRIAL ATP-SYNTHETASE

BIOCHEMISTRY-MOSCOW. 1984; 49 (3): 336-341

789

2371 BERKHOVSKAYA ML, DIBROV PA, LAZAROV PL, SKULACHEV VP

NA+-DEPENDENT OXIDATIVE-PHOSPHORYLATION IN VIBRIO ALGINOLYTICUS

BIOCHEMISTRY-MOSCOW. 1987 JUN; 52 (6): 757-763

790

2402 GAINUTDINOV MK, ISHMUKHAMEDOV RN, KONOV V, LUCHENKO MB, MIRMAKHMUDOVA S, et al.

REGULATION OF OXIDATIVE-PHOSPHORYLATION, TRANSPORT OF K+ IONS, AND VOLUME OF THE MITOCHONDRIAL MATRIX BY A CYTOPLASMIC GLYCOPEPTIDE AND CA-2+ IONS

BIOCHEMISTRY-MOSCOW. 1988 FEB; 53 (2): 163-170

Date / Author / Journal

LCS

GCS

LCR

791

2423 KHOLODENKO BN, ZHILINSKENE VY, BORUTAITE VI, IVANOVENE LI, TOLEIKIS AI, et al.

ROLE OF THE TRANSPORTER OF ADENINE-NUCLEOTIDES IN THE REGULATION OF OXIDATIVE-PHOSPHORYLATION IN HEART-MITOCHONDRIA

BIOCHEMISTRY-MOSCOW. 1988 JUN; 53 (6): 876-879

792

2481 SOLOVEV VN, VAVILIN VA, PANOV AV

MODULATION BY THE Z-PROTEIN OF THE INHIBITING EFFECT OF LONG-CHAIN ACYL-COAS ON THE OXIDATIVE-PHOSPHORYLATION OF LIVER-MITOCHONDRIA IN RATS OF DIFFERENT STRAINS

BIOCHEMISTRY-MOSCOW. 1989 OCT; 54 (10): 1373-1377

793

2490 BORUTAITE VI, MILDAZHENE VY, IVANOVENE LI, KHOLODENKO BN, TOLEIKIS AI, et al.

THE ROLE OF LONG-CHAIN ACYL-COA IN DISTURBANCES OF OXIDATIVE- PHOSPHORYLATION IN THE MYOCARDIUM

BIOCHEMISTRY-MOSCOW. 1989 DEC; 54 (12): 1586-1589

794

2503 BRUSTOVETSKII NN, AMERKHANOV ZG, GRISHINA EV, MAEVSKII EI

INFLUENCE OF THE TONICITY OF THE MEDIUM ON THE RESPIRATION RATE AND OXIDATIVE-PHOSPHORYLATION IN LIVER-MITOCHONDRIA OF ACTIVE AND HIBERNATING GROUND-SQUIRRELS

BIOCHEMISTRY-MOSCOW. 1990 FEB; 55 (2): 148-154

795

2555 KOSHKIN VV

SYMMETRY OF THE THERMODYNAMIC DESCRIPTION OF OXIDATIVE-PHOSPHORYLATION

BIOCHEMISTRY-MOSCOW. 1991 MAY; 56 (5): 601-603

796

2556 BRUSTOVETSKII NN, AMERKHANOV ZG, EGOROVA MV, MOKHOVA EN, SKULACHEV VP

PARTICIPATION OF THE ATP/ADP ANTIPORTER AND FATTY-ACIDS IN UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION IN LIVER-MITOCHONDRIA IN HIBERNATING AND AWAKENED GOPHERS

BIOCHEMISTRY-MOSCOW. 1991 MAY; 56 (5): 653-657

797

2558 BRUSTOVETSKII NN, DEDUKHOVA VI, EGOROVA MV, MOKHOVA EN, SKULACHEV VP

UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION BY FATTY-ACIDS AND DETERGENTS, SUPPRESSED BY INHIBITORS OF THE ATP/ADP ANTIPORTER

BIOCHEMISTRY-MOSCOW. 1991 JUN; 56 (6): 718-722

798

2566 BRUSTOVETSKII NN, EGOROVA MV, GRISHINA EV, MAEVSKII EI

ACTIVATION OF OXIDATIVE-PHOSPHORYLATION AND ENERGY-DEPENDENT UPTAKE OF CA-2+ AND K+ IONS BY LIVER-MITOCHONDRIA OF HIBERNATING GOPHERS IN HYPOTONIC MEDIUM

BIOCHEMISTRY-MOSCOW. 1991 AUG; 56 (8): 1075-1080

799

2582 TOSHCHAKOV VY, MOROZOVA GI, ONISHCHENKO NA

ENERGY-METABOLISM OF ISOLATED LIVER-CELLS AT VARIOUS LEVELS OF UNCOUPLING OF OXIDATIVE-PHOSPHORYLATION

BIOCHEMISTRY-MOSCOW. 1991 DEC; 56 (12): 1506-1511

800

2605 VISHNIVETSKII SA, ROTARU VK, EVTODIENKO YV

PROPERTIES AND REGULATION OF THE OXIDATIVE-PHOSPHORYLATION SYSTEM IN THE MYXOMYCETE PHYSARUM-POLYCEPHALUM .1. PREPARATION AND CHARACTERIZATION OF THE SYSTEM IN ISOLATED-MITOCHONDRIA AND PERMEABILIZED CELLS

BIOCHEMISTRY-MOSCOW. 1992 JUN; 57 (6): 601-609

wos search: Title=("oxidative phosphor*")	Historiographs	Glossary HistCite Guide About Grand Totals: LCS 9188, GCS 90107, CR 85091 Collection span: 1940 - 2010
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