HistCite - JL Sussman w/citing papers

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#	Date / Author / Journal	LCS	GCS	LCR	CR
1101	2890 SILMAN I, HAREL M, AXELSEN P, RAVES M, SUSSMAN JL 3-DIMENSIONAL STRUCTURES OF ACETYLCHOLINESTERASE AND OF ITS COMPLEXES WITH ANTICHOLINESTERASE AGENTS BIOCHEMICAL SOCIETY TRANSACTIONS. 1994 AUG; 22 (3): 745-749	28	28	11	34
1102	3513 Wade RC Brownian dynamics simulations of enzyme-substrate encounter BIOCHEMICAL SOCIETY TRANSACTIONS. 1996 FEB; 24 (1): 254-259	5	18	4	29
1103	3514 Wallace AC, Laskowski RA, Singh J, Thornton JM Molecular recognition by proteins: Protein-ligand interactions from a structural perspective BIOCHEMICAL SOCIETY TRANSACTIONS. 1996 FEB; 24 (1): 280-284	0	4	5	24
1104	3677 Scott WG Molecular palaeontology: Understanding catalytic mechanisms in the RNA world by excavating clues from a ribozyme three-dimensional structure BIOCHEMICAL SOCIETY TRANSACTIONS. 1996 AUG; 24 (3): 604-608	0	3	3	14
1105	3678 Oliver RWA, Green BN, Harvey DJ The use of electrospray ionization MS to determine the structure of glycans in intact glycoproteins BIOCHEMICAL SOCIETY TRANSACTIONS. 1996 AUG; 24 (3): 917-927	0	5	1	20
1106	3921 Rogalska E, Nury S, Douchet I, Verger R Lipase stereo- and regio-selectivity towards tri- and di-acylglycerols BIOCHEMICAL SOCIETY TRANSACTIONS. 1997 FEB; 25 (1): 161-164	0	15	14	34
1107	3922 Mannesse MLM, deHaas GH, vanderHijden HTWM, Egmond MR, Verheij HM Chiral preference of cutinase in the reaction with phosphonate inhibitors BIOCHEMICAL SOCIETY TRANSACTIONS. 1997 FEB; 25 (1): 165-170	1	9	9	17
1108	4565 Williamson PTF, Watts J, Grobner G, Miller KW, Watts A Solid state NMR studies of ligands bound to the nicotinic acetylcholine receptor. BIOCHEMICAL SOCIETY TRANSACTIONS. 1998 AUG; 26 (3): S297-S297	0	1	0	6
1109	6504 Hulme EC, Lu ZL, Saldanha JW, Bee MS Structure and activation of muscarinic acetylcholine receptors BIOCHEMICAL SOCIETY TRANSACTIONS. 2003 FEB; 31: 29-34	4	30	4	41
1110	8726 Rochu D, Chabriere E, Renault F, Elias M, Clery-Barraud C, et al. Stabilization of the active form(s) of human paraoxonase by human phosphate-binding protein BIOCHEMICAL SOCIETY TRANSACTIONS. 2007 DEC; 35: 1616-1620	1	8	10	26
#	Date / Author / Journal	LCS	GCS	LCR	CR
1111	9117 Fogg MJ, Wilkinson AJ Higher-throughput approaches to crystallization and crystal structure determination BIOCHEMICAL SOCIETY TRANSACTIONS. 2008 AUG; 36: 771-775	1	10	3	13
1112	9548 Pearson AR, Owen RL Combining X-ray crystallography and single-crystal spectroscopy to probe enzyme mechanisms BIOCHEMICAL SOCIETY TRANSACTIONS. 2009 APR; 37: 378-381	0	1	14	43
1113	10439 Dyson MR Selection of soluble protein expression constructs: the experimental determination of protein domain boundaries BIOCHEMICAL SOCIETY TRANSACTIONS. 2010 AUG; 38: 908-913	0	0	9	51
1114	10653 Lachmann R Treatments for lysosomal storage disorders BIOCHEMICAL SOCIETY TRANSACTIONS. 2010 DEC; 38: 1465-1468	0	0	1	24
1115	8 RUBIN J, SUNDARAL.M, BRENNAN T CRYSTAL AND MOLECULAR STRUCTURE OF A NATURALLY OCCURRING DINUCLEOSIDE MONOPHOSPHATE - URIDYLYL-(3'-5')-ADENOSINE HEMIHYDRATE - CONFORMATIONAL RIGIDITY OF NUCLEOTIDE UNIT AND MODELS FOR POLYNUCLEOTIDE CHAIN FOLDING BIOCHEMISTRY. 1972; 11 (16): 3112-&	107	163	1	53
1116	45 SLOAN DL, MILDVAN AS MAGNETIC-RESONANCE STUDIES OF GEOMETRY OF BOUND NICOTINAMIDE ADENINE- DINUCLEOTIDE AND ISOBUTYRAMIDE ON SPIN-LABELED ALCOHOL-DEHYDROGENASE BIOCHEMISTRY. 1974; 13 (8): 1711-1718	1	34	1	43
1117	46 TOLMAN GL, BARRIO JR, LEONARD NJ CHLOROACETALDEHYDE-MODIFIED DINUCLEOSIDE PHOSPHATES - DYNAMIC FLUORESCENCE QUENCHING AND QUENCHING DUE TO INTRAMOLECULAR COMPLEXATION BIOCHEMISTRY. 1974; 13 (24): 4869-4878	5	94	4	49
1118	83 WOLFSON JM, KEARNS DR EUROPIUM AS A FLUORESCENT-PROBE OF TRANSFER-RNA STRUCTURE BIOCHEMISTRY. 1975; 14 (7): 1436-1444	12	51	2	33
1119	84 LANGLOIS R, KIM SH, CANTOR CR COMPARISON OF FLUORESCENCE OF Y BASE OF YEAST TRANSFER-RNAPHE IN SOLUTION AND IN CRYSTALS BIOCHEMISTRY. 1975; 14 (11): 2554-2558	12	22	1	21
1120	85 SCHWARTZ I, GORDON E, OFENGAND J PHOTOAFFINITY LABELING OF TRANSFER-RNA BINDING-SITES IN MACROMOLECULES .2. PHOTOAFFINITY LABELING OF RIBOSOMAL-A SITE WITH S-(PARA- AZIDOPHENACYL)VALYL-TRANSFER-RNA BIOCHEMISTRY. 1975; 14 (13): 2907-2914	4	27	1	42
#	Date / Author / Journal	LCS	GCS	LCR	CR
1121	86 KAN LS, TSO POP, HAAR FVD, SPRINZL M, CRAMER F PROTON MAGNETIC-RESONANCE STUDIES ON CONFORMATION OF HEXANUCLEOTIDE, GMPAPAPYPAPP, AND RELATED FRAGMENTS FROM ANTICODON LOOP OF BAKERS-YEAST PHENYLALANINE TRANSFER RIBONUCLEIC-ACID BIOCHEMISTRY. 1975; 14 (14): 3278-3291	19	33	1	28
1122	87 FREIER SM, TINOCO I BINDING OF COMPLEMENTARY OLIGORIBONUCLEOTIDES TO YEAST INITIATOR TRANSFER-RNA BIOCHEMISTRY. 1975; 14 (15): 3310-3314	14	41	2	27
1123	88 KASTRUP RV, SCHMIDT PG H-1 NUCLEAR MAGNETIC-RESONANCE OF MODIFIED BASES OF VALINE TRANSFER RIBONUCLEIC-ACID (ESCHERICHIA-COLI) - DIRECT MONITOR OF SEQUENTIAL THERMAL UNFOLDING BIOCHEMISTRY. 1975; 14 (16): 3612-3618	19	32	1	26
1124	89 TURNER DH, TINOCO I, MAESTRE MF FLUORESCENCE DETECTED CIRCULAR-DICHROISM STUDY OF ANTICODON LOOP OF YEAST TRANSFER-RNAPHE BIOCHEMISTRY. 1975; 14 (17): 3794-3799	0	21	1	31
1125	90 PATEL DJ, TONELLI AE NUCLEAR MAGNETIC-RESONANCE INVESTIGATIONS OF STRUCTURE OF SELF- COMPLEMENTARY DUPLEX OF D-APTPGPCPAPT IN AQUEOUS-SOLUTION BIOCHEMISTRY. 1975; 14 (18): 3990-3996	8	47	6	32
1126	91 EISINGER J, GROSS N CONFORMERS, DIMERS, AND ANTICODON COMPLEXES OF TRANSFER-RNA-GLU2 (ESCHERICHIA-COLI) BIOCHEMISTRY. 1975; 14 (18): 4031-4041	21	46	3	41
1127	92 BINASTEIN M, CROTHERS DM LOCALIZATION OF STRUCTURAL-CHANGE INDUCED IN TRANSFER-RNA FMET (ESCHERICHIA-COLI) BY ACIDIC PH BIOCHEMISTRY. 1975; 14 (19): 4185-4191	4	18	1	24
1128	93 CHEN MC, GIEGE R, LORD RC, RICH A RAMAN-SPECTRA AND STRUCTURE OF YEAST PHENYLALANINE TRANSFER-RNA IN CRYSTALLINE STATE AND IN SOLUTION BIOCHEMISTRY. 1975; 14 (20): 4385-4391	29	50	2	32
1129	158 STEIN A, CROTHERS DM EQUILIBRIUM BINDING OF MAGNESIUM(II) BY ESCHERICHIA-COLI TRANSFER-RNA FMET BIOCHEMISTRY. 1976; 15 (1): 157-160	35	103	2	18
1130	159 STEIN A, CROTHERS DM CONFORMATIONAL-CHANGES OF TRANSFER-RNA - ROLE OF MAGNESIUM(II) BIOCHEMISTRY. 1976; 15 (1): 160-168	44	133	5	30
#	Date / Author / Journal	LCS	GCS	LCR	CR
1131	160 TORRENCE PF, DECLERCQ E, WITKOP B TRIPLE-HELICAL POLYNUCLEOTIDES - MIXED TRIPLEXES OF POLY(URIDYLIC ACID) POLY(ADENYLIC ACID) POLY(URIDYLIC ACID) CLASS BIOCHEMISTRY. 1976; 15 (4): 724-734	1	13	1	43
1132	161 KONDO NS, DANYLUK SS NMR-STUDIES OF NUCLEIC-ACIDS IN SOLUTION .3. CONFORMATIONAL PROPERTIES OF ADENYLYL-3'-]5'-ADENOSINE IN AQUEOUS-SOLUTION BIOCHEMISTRY. 1976; 15 (4): 756-768	17	76	7	50
1133	162 KALLENBACH NR, DANIEL WE, KAMINKER MA NUCLEAR MAGNETIC-RESONANCE STUDY OF HYDROGEN-BONDED RING PROTONS IN OLIGONUCLEOTIDE HELICES INVOLVING CLASSICAL AND NONCLASSICAL BASE-PAIRS BIOCHEMISTRY. 1976; 15 (6): 1218-1224	14	46	3	39
1134	163 HILBERS CW, ROBILLARD GT, SHULMAN RG, BLAKE RD, WEBB PK, et al. THERMAL UNFOLDING OF YEAST GLYCINE TRANSFER-RNA BIOCHEMISTRY. 1976; 15 (9): 1874-1882	17	35	4	25
1135	164 ROBILLARD GT, HILBERS CW, REID BR, GANGLOFF J, DIRHEIMER G, et al. STUDY OF SECONDARY AND TERTIARY SOLUTION STRUCTURE OF YEAST TRANSFER- RNA ASP BY NUCLEAR MAGNETIC-RESONANCE - ASSIGNMENT OF G.U RING NH AND HYDROGEN-BONDED BASE PAIR PROTON RESONANCES BIOCHEMISTRY. 1976; 15 (9): 1883-1888	19	34	4	17
1136	165 SHALITIN N, FEITELSON J 4-THIOURIDINE, A BUILT-IN PROBE FOR STRUCTURAL-CHANGES IN TRANSFER-RNA BIOCHEMISTRY. 1976; 15 (10): 2092-2097	3	16	3	31
1137	166 GAMBLE RC, SCHOEMAKER HJP, JEKOWSKY E, SCHIMMEL PR RATE OF TRITIUM LABELING OF SPECIFIC PURINES IN RELATION TO NUCLEIC- ACID AND PARTICULARLY TRANSFER-RNA CONFORMATION BIOCHEMISTRY. 1976; 15 (13): 2791-2799	20	44	3	58
1138	167 SCHOEMAKER HJP, GAMBLE RC, BUDZIK GP, SCHIMMEL PR COMPARISON OF ISOTOPE LABELING PATTERNS OF PURINES IN 3 SPECIFIC TRANSFER-RNAS BIOCHEMISTRY. 1976; 15 (13): 2800-2803	14	24	3	14
1139	168 SPRINZL M, WAGNER T, LORENZ S, ERDMANN VA REGIONS OF TRANSFER-RNA IMPORTANT FOR BINDING TO RIBOSOMAL A AND P SITES BIOCHEMISTRY. 1976; 15 (14): 3031-3039	21	75	5	52
1140	169 RORDORF BF, KEARNS DR NUCLEAR MAGNETIC-RESONANCE INVESTIGATION OF BASE-PAIRING STRUCTURE OF ESCHERICHIA-COLI TRANSFER-RNA(TYR) MONOMER AND DIMER CONFORMATIONS BIOCHEMISTRY. 1976; 15 (15): 3320-3330	3	9	5	42
#	Date / Author / Journal	LCS	GCS	LCR	CR
1141	170 LEE CH, EZRA FS, KONDO NS, SARMA RH, DANYLUK SS CONFORMATIONAL PROPERTIES OF DINUCLEOSIDE MONOPHOSPHATES IN SOLUTION - DIPURINES AND DIPYRIMIDINES BIOCHEMISTRY. 1976; 15 (16): 3627-3638	41	174	11	84
1142	171 DANIEL WE, COHN M CHANGES IN TERTIARY STRUCTURE ACCOMPANYING A SINGLE BASE CHANGE IN TRANSFER-RNA - PROTON MAGNETIC-RESONANCE AND AMINOACYLATION STUDIES OF ESCHERICHIA-COLI TRANSFER-RNA METF1 AND TRANSFER-RNA METF3 AND THEIR SPIN-LABELED (S4U8) DERIVATIVES BIOCHEMISTRY. 1976; 15 (18): 3917-3924	17	36	5	21
1143	172 BOLTON PH, JONES CR, BASTEDOLERNER D, WONG KL, KEARNS DR QUANTITATIVE-DETERMINATION OF NUMBER OF SECONDARY AND TERTIARY STRUCTURE BASE-PAIRS IN TRANSFER-RNA IN SOLUTION BIOCHEMISTRY. 1976; 15 (20): 4370-4377	20	23	16	41
1144	173 COZZONE PJ, JARDETZKY O P-31 FOURIER-TRANSFORM NUCLEAR MAGNETIC-RESONANCE STUDY OF MONONUCLEOTIDES AND DINUCLEOTIDES .1. CHEMICAL-SHIFTS BIOCHEMISTRY. 1976; 15 (22): 4853-4859	7	114	3	41
1145	174 SCHULMAN LH, PELKA H LOCATION OF ACCESSIBLE BASES IN ESCHERICHIA-COLI FORMYLMETHIONINE TRANSFER-RNA AS DETERMINED BY CHEMICAL MODIFICATION BIOCHEMISTRY. 1976; 15 (26): 5769-5775	3	18	7	41
1146	260 EZRA FS, LEE CH, KONDO NS, DANYLUK SS, SARMA RH CONFORMATIONAL PROPERTIES OF PURINE-PYRIMIDINE AND PYRIMIDINE-PURINE DINUCLEOSIDE MONOPHOSPHATES BIOCHEMISTRY. 1977; 16 (9): 1977-1987	28	134	8	43
1147	261 STEINMETZKAYNE M, BENIGNO R, KALLENBACH NR PROTON NUCLEAR MAGNETIC-RESONANCE STUDY OF EFFECT OF PH ON TRANSFER-RNA STRUCTURE BIOCHEMISTRY. 1977; 16 (10): 2064-2073	4	10	9	59
1148	262 REID BR, RIBEIRO NS, MCCOLLUM L, ABBATE J, HURD RE HIGH-RESOLUTION NUCLEAR MAGNETIC-RESONANCE DETERMINATION OF TRANSFER- RNA TERTIARY BASE-PAIRS IN SOLUTION .1. SPECIES CONTAINING A SMALL VARIABLE LOOP BIOCHEMISTRY. 1977; 16 (10): 2086-2094	17	35	13	44
1149	263 HURD RE, ROBILLARD GT, REID BR HIGH-RESOLUTION NUCLEAR MAGNETIC-RESONANCE DETERMINATION OF TRANSFER- RNA TERTIARY BASE-PAIRS IN SOLUTION .2. SPECIES CONTAINING A LARGE VARIABLE LOOP BIOCHEMISTRY. 1977; 16 (10): 2095-2100	4	13	7	28
1150	264 ALDERFER JL, TSO POP CONFORMATIONAL PROPERTIES OF FURANOSE PHOSPHATE BACKBONE IN NUCLEIC- ACIDS - C-13 NUCLEAR MAGNETIC-RESONANCE STUDY BIOCHEMISTRY. 1977; 16 (11): 2410-2416	11	55	10	39
#	Date / Author / Journal	LCS	GCS	LCR	CR
1151	265 KAN LS, TSO POP, SPRINZL M, VANDERHAAR F, CRAMER F H-1 NUCLEAR MAGNETIC-RESONANCE STUDIES OF TRANSFER-RNA - METHYL AND METHYLENE RESONANCES OF BAKERS-YEAST PHENYLALANINE TRANSFER-RNA AND ITS FRAGMENTS BIOCHEMISTRY. 1977; 16 (14): 3143-3154	35	46	13	25
1152	266 OLMSTED J, KEARNS DR MECHANISM OF ETHIDIUM-BROMIDE FLUORESCENCE ENHANCEMENT ON BINDING TO NUCLEIC-ACIDS BIOCHEMISTRY. 1977; 16 (16): 3647-3654	6	236	1	50
1153	267 KOPELOVICH L, WOLFE G MODIFICATION OF RIBONUCLEIC-ACID BY VITAMIN-B6 .1. SPECIFIC INTERACTION OF PYRIDOXAL 5'-PHOSPHATE WITH TRANSFER RIBONUCLEIC-ACID BIOCHEMISTRY. 1977; 16 (16): 3721-3726	0	10	2	33
1154	268 PARTHASARATHY R, OHRT JM, CHHEDA GB MODIFIED NUCLEOSIDES AND CONFORMATION OF ANTICODON LOOPS - CRYSTAL- STRUCTURE OF T6A AND G6A BIOCHEMISTRY. 1977; 16 (23): 4999-5008	7	31	7	55
1155	269 ROBILLARD GT, TARR CE, VOSMAN F, REID BR NUCLEAR MAGNETIC-RESONANCE STUDY OF SECONDARY AND TERTIARY STRUCTURE IN YEAST TRANSFER-RNA-PHE BIOCHEMISTRY. 1977; 16 (24): 5261-5273	21	34	15	42
1156	270 PACE NR, WALKER TA, SCHROEDER E STRUCTURE OF 5.8S RNA COMPONENT OF 5.8S-28S RIBOSOMAL-RNA JUNCTION COMPLEX BIOCHEMISTRY. 1977; 16 (24): 5321-5328	2	85	4	20
1157	271 LEE CH, TINOCO I STUDIES OF CONFORMATION OF MODIFIED DINUCLEOSIDE PHOSPHATES CONTAINING 1,N6-ETHENOADENOSINE AND 2'-O-METHYLCYTIDINE BY 360-MHZ H-1 NUCLEAR MAGNETIC-RESONANCE SPECTROSCOPY INVESTIGATION OF SOLUTION CONFORMATIONS OF DINUCLEOSIDE PHOSPHATES BIOCHEMISTRY. 1977; 16 (25): 5403-5414	9	53	19	71
1158	272 SCHOEMAKER HJP, SCHIMMEL PR EFFECT OF AMINOACYL TRANSFER-RNA SYNTHETASES ON H-5 EXCHANGE OF SPECIFIC PYRIMIDINES IN TRANSFER-RNAS BIOCHEMISTRY. 1977; 16 (25): 5454-5460	9	34	7	46
1159	273 SCHOEMAKER HJP, SCHIMMEL PR INHIBITION OF AN AMINOACYL TRANSFER-RNA SYNTHETASE BY A SPECIFIC TRINUCLEOTIDE DERIVED FROM SEQUENCE OF ITS COGNATE TRANSFER-RNA BIOCHEMISTRY. 1977; 16 (25): 5461-5464	3	11	4	20
1160	274 BOLTON PH, KEARNS DR EFFECT OF CATIONS ON TRANSFER-RNA STRUCTURE BIOCHEMISTRY. 1977; 16 (26): 5729-5741	11	22	25	62
#	Date / Author / Journal	LCS	GCS	LCR	CR
1161	363 JONES CR, BOLTON PH, KEARNS DR ETHIDIUM-BROMIDE BINDING TO TRANSFER-RNA - TRANSFER-RNA AS A MODEL SYSTEM FOR STUDYING DRUG-RNA INTERACTIONS BIOCHEMISTRY. 1978; 17 (4): 601-607	8	38	23	52
1162	364 STENKAMP RE, SIEKER LC, JENSEN LH, MCQUEEN JE STRUCTURE OF METHEMERYTHRIN AT 2.8-A RESOLUTION - COMPUTER GRAPHICS FIT OF AN AVERAGED ELECTRON-DENSITY MAP BIOCHEMISTRY. 1978; 17 (13): 2499-2504	2	46	1	24
1163	365 MUNNS TW, LISZEWSKI MK, OBERST RJ, SIMS HF ANTIBODY NUCLEIC-ACID COMPLEXES - IMMUNOSPECIFIC RETENTION OF N6- METHYLADENOSINE-CONTAINING TRANSFER RIBONUCLEIC-ACID BIOCHEMISTRY. 1978; 17 (13): 2573-2578	0	12	1	40
1164	366 CHEN MC, GIEGE R, LORD RC, RICH A RAMAN-SPECTRA OF 10 AQUEOUS TRANSFER-RNAS AND 5S-RNA - CONFORMATIONAL COMPARISON WITH YEAST PHENYLALANINE TRANSFER-RNA BIOCHEMISTRY. 1978; 17 (15): 3134-3138	9	31	6	36
1165	448 MANALE A, GUTHRIE C, COLBY D S1 NUCLEASE AS A PROBE FOR THE CONFORMATION OF A DIMERIC TRANSFER-RNA PRECURSOR BIOCHEMISTRY. 1979; 18 (1): 77-83	1	9	3	30
1166	449 TRIFONOV EN, BETTECKEN T NON-INTEGER PITCH AND NUCLEASE SENSITIVITY OF CHROMATIN DNA BIOCHEMISTRY. 1979; 18 (3): 454-456	14	26	2	20
1167	450 ROSA JJ, ROSA MD, SIGLER PB PHOTO-CROSS-LINKING ANALYSIS OF THE CONTACT SURFACE OF TRANSFER RNAMET IN COMPLEXES WITH ESCHERICHIA-COLI METHIONINE - TRANSFER-RNA LIGASE BIOCHEMISTRY. 1979; 18 (4): 637-647	12	35	8	76
1168	451 GOODWIN DC, VERGNE J, BRAHMS J, DEFER N, KRUH J NUCLEOSOME STRUCTURE - SITES OF INTERACTION OF PROTEINS IN THE DNA GROOVES AS DETERMINED BY RAMAN-SCATTERING BIOCHEMISTRY. 1979; 18 (10): 2057-2064	1	29	4	42
1169	452 TOMPSON JG, HAYASHI F, PAUKSTELIS JV, LOEPPKY RN, AGRIS PF COMPLETE NUCLEAR MAGNETIC-RESONANCE SIGNAL ASSIGNMENTS AND INITIAL STRUCTURAL STUDIES OF [METHYL-C-13 ENRICHED TRANSFER RIBONUCLEIC-ACID BIOCHEMISTRY. 1979; 18 (10): 2079-2085	7	17	15	54
1170	453 DAVANLOO P, SPRINZL M, CRAMER F PROTON NUCLEAR MAGNETIC-RESONANCE OF MINOR NUCLEOSIDES IN YEAST PHENYLALANINE TRANSFER RIBONUCLEIC-ACID - CONFORMATIONAL-CHANGES AS A CONSEQUENCE OF AMINOACYLATION, REMOVAL OF THE Y-BASE, AND CODON- ANTICODON INTERACTION BIOCHEMISTRY. 1979; 18 (15): 3189-3199	27	58	14	57
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1171	454 SALEMINK PJM, SWARTHOF T, HILBERS CW STUDIES OF YEAST PHENYLALANINE-ACCEPTING TRANSFER RIBONUCLEIC-ACID BACKBONE STRUCTURE IN SOLUTION BY P-31 NUCLEAR MAGNETIC-RESONANCE SPECTROSCOPY BIOCHEMISTRY. 1979; 18 (16): 3477-3485	15	39	24	55
1172	455 GORENSTEIN DG, LUXON BA HIGH-RESOLUTION PHOSPHORUS NUCLEAR MAGNETIC-RESONANCE SPECTRA OF YEAST PHENYLALANINE TRANSFER RIBONUCLEIC-ACID - MELTING CURVES AND RELAXATION EFFECTS BIOCHEMISTRY. 1979; 18 (17): 3796-3804	12	34	8	40
1173	456 REID BR, MCCOLLUM L, RIBEIRO NS, ABBATE J, HURD RE IDENTIFICATION OF TERTIARY BASE PAIR RESONANCES IN THE NUCLEAR MAGNETIC-RESONANCE SPECTRA OF TRANSFER RIBONUCLEIC-ACID BIOCHEMISTRY. 1979; 18 (18): 3996-4005	20	39	18	42
1174	457 HURD RE, REID BR NUCLEAR MAGNETIC-RESONANCE STUDIES ON TRANSFER RIBONUCLEIC-ACID - ASSIGNMENT OF AU TERTIARY RESONANCES BIOCHEMISTRY. 1979; 18 (18): 4005-4011	19	35	18	34
1175	458 HURD RE, AZHDERIAN E, REID BR PARAMAGNETIC ION EFFECTS ON THE NUCLEAR MAGNETIC-RESONANCE SPECTRUM OF TRANSFER RIBONUCLEIC-ACID - ASSIGNMENT OF THE 15-48 TERTIARY RESONANCE BIOCHEMISTRY. 1979; 18 (18): 4012-4017	20	40	13	20
1176	459 HURD RE, REID BR NUCLEAR MAGNETIC-RESONANCE STUDIES ON THE TERTIARY FOLDING OF TRANSFER RIBONUCLEIC-ACID - ASSIGNMENT OF THE 7-METHYLGUANOSINE RESONANCE BIOCHEMISTRY. 1979; 18 (18): 4016-4024	2	2	16	32
1177	460 EHRENBERG M, RIGLER R, WINTERMEYER W STRUCTURE AND CONFORMATIONAL DYNAMICS OF YEAST PHENYLALANINE-ACCEPTING TRANSFER RIBONUCLEIC-ACID IN SOLUTION BIOCHEMISTRY. 1979; 18 (21): 4588-4599	19	55	15	56
1178	461 TROPP J, SIGLER PB DIRECT IODINATION OF SPECIFIC RESIDUES IN CRYSTALS OF YEAST FORMYLATABLE METHIONINE-ACCEPTING TRANSFER RIBONUCLEIC-ACID BIOCHEMISTRY. 1979; 18 (24): 5489-5495	0	6	5	30
1179	540 GUPTA RC, ROE BA, RANDERATH K SEQUENCE OF HUMAN GLYCINE TRANSFER RIBONUCLEIC-ACID (ANTICODON CCC) - DETERMINATION BY A NEWLY DEVELOPED THIN-LAYER READOUT SEQUENCING TECHNIQUE AND COMPARISON WITH OTHER GLYCINE TRANSFER RIBONUCLEIC-ACIDS BIOCHEMISTRY. 1980; 19 (8): 1699-1705	1	17	5	34
1180	541 CHENG DM, DANYLUK SS, DHINGRA MM, EZRA FS, MACCOSS M, et al. CONFORMATIONAL FLEXIBILITY OF THE 3'-ACCEPTOR END OF TRANSFER RIBONUCLEIC-ACID BIOCHEMISTRY. 1980; 19 (11): 2491-2497	4	16	7	24
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1181	542 CARDIN AD, BEHNKE WD, MANDEL F QUANTITATIVE-ANALYSES OF CALCIUM-INDUCED SPECTRAL CHANGES IN EXTRINSIC COTTON EFFECTS OF COBALT-SUBSTITUTED CONCANAVALIN-A BIOCHEMISTRY. 1980; 19 (23): 5439-5445	1	7	3	34
1182	543 LUOMA GA, BURNS PD, BRUCE RE, MARSHALL AG MELTING OF SACCHAROMYCES-CEREVISIAE 5S RIBONUCLEIC-ACID - ULTRAVIOLET- ABSORPTION, CIRCULAR-DICHROISM, AND 360-MHZ PROTON NUCLEAR MAGNETIC- RESONANCE SPECTROSCOPY BIOCHEMISTRY. 1980; 19 (23): 5456-5462	7	24	10	49
1183	544 WATANABE K REACTIONS OF 2-THIORIBOTHYMIDINE AND 4-THIOURIDINE WITH HYDROGEN- PEROXIDE IN TRANSFER RIBONUCLEIC-ACIDS FROM THERMUS-THERMOPHILUS AND ESCHERICHIA-COLI AS STUDIED BY CIRCULAR-DICHROISM BIOCHEMISTRY. 1980; 19 (24): 5542-5549	5	18	10	45
1184	625 SCHMIDT PG, EDELHEIT EB RESOLUTION OF AROMATIC RESONANCES IN PROTON NUCLEAR MAGNETIC-RESONANCE SPECTRA OF TRANSFER RIBONUCLEIC-ACID BIOCHEMISTRY. 1981; 20 (1): 79-86	6	14	11	24
1185	626 JOHNSTON PD, REDFIELD AG NUCLEAR MAGNETIC-RESONANCE AND NUCLEAR OVERHAUSER EFFECT STUDY OF YEAST PHENYLALANINE TRANSFER RIBONUCLEIC-ACID IMINO PROTONS BIOCHEMISTRY. 1981; 20 (5): 1147-1156	30	81	16	46
1186	627 ECKHARDT H, LUHRMANN R RECOGNITION BY INITIATOR TRANSFER RIBONUCLEIC-ACID OF A URIDINE 5' ADJACENT TO THE AUG CODON - DIFFERENT CONFORMATIONAL STATES OF FORMYLATABLE METHIONINE-ACCEPTING TRANSFER RIBONUCLEIC-ACID AT THE RIBOSOMAL PEPTIDYL SITE BIOCHEMISTRY. 1981; 20 (8): 2075-2080	1	26	1	29
1187	628 TROPP J, REDFIELD AG ENVIRONMENT OF RIBOTHYMIDINE IN TRANSFER RIBONUCLEIC-ACID STUDIED BY MEANS OF NUCLEAR OVERHAUSER EFFECT BIOCHEMISTRY. 1981; 20 (8): 2133-2140	15	74	11	31
1188	629 GORENSTEIN DG, GOLDFIELD EM, CHEN R, KOVAR K, LUXON BA HIGH-RESOLUTION PHOSPHORUS NUCLEAR MAGNETIC-RESONANCE SPECTRA OF YEAST PHENYLALANINE TRANSFER RIBONUCLEIC-ACID - METAL-ION EFFECTS AND TENTATIVE PARTIAL ASSIGNMENT OF SIGNALS BIOCHEMISTRY. 1981; 20 (8): 2141-2150	8	21	19	42
1189	630 SHERRY AD, LINDORFER MA, ADAMSSTEMLER P, MILANES OA KINETIC AND EQUILIBRIUM STUDIES OF CONCANAVALIN-A ACTIVATION BY CALCIUM-IONS BIOCHEMISTRY. 1981; 20 (12): 3492-3499	1	11	3	21
1190	631 STONE MP, JOHNSON DL, BORER PN UNUSUAL STRUCTURES IN SINGLE-STRANDED RIBONUCLEIC-ACID - PROTON NUCLEAR MAGNETIC-RESONANCE OF AUCCA IN DEUTERIUM-OXIDE BIOCHEMISTRY. 1981; 20 (12): 3604-3610	4	14	7	22
#	Date / Author / Journal	LCS	GCS	LCR	CR
1191	632 REDDY PR, HAMILL WD, CHHEDA GB, SCHWEIZER MP ON THE FUNCTION OF N-[(9-BETA-D-RIBOFURANOSYLPURIN-6- YL)CARBAMOYL]THREONINE IN TRANSFER RIBONUCLEIC-ACID - METAL-ION BINDING-STUDIES BIOCHEMISTRY. 1981; 20 (17): 4979-4986	2	11	5	42
1192	633 EINSPAHR H, COOK WJ, BUGG CE CONFORMATIONAL FLEXIBILITY IN SINGLE-STRANDED OLIGONUCLEOTIDES - CRYSTAL-STRUCTURE OF A HYDRATED CALCIUM SALT OF ADENYLYL-(3'-5')- ADENOSINE BIOCHEMISTRY. 1981; 20 (20): 5788-5794	11	24	17	34
1193	634 RAO JKM, ARGOS P STRUCTURAL STABILITY OF HALOPHILIC PROTEINS BIOCHEMISTRY. 1981; 20 (23): 6536-6543	20	52	2	61
1194	635 BUBIENKO E, UNIACK MA, BORER PN SEQUENCE AND STRUCTURE IN DOUBLE-STRANDED RIBONUCLEIC-ACID - (A-G-C-U)2 AND (A-C-G-U)2 BIOCHEMISTRY. 1981; 20 (24): 6987-6994	4	12	6	28
1195	636 TAHERIAN MR, MAKI AH OPTICALLY DETECTED MAGNETIC-RESONANCE OF THE PHOSPHORESCENT BASES OF ESCHERICHIA-COLI VALINE-SPECIFIC TRANSFER RIBONUCLEIC-ACID BIOCHEMISTRY. 1981; 20 (25): 7295-7301	0	2	6	44
1196	637 LIPNICK RL, FISSEKIS JD, OBRIEN JP STRUCTURE AND CONFORMATION OF PSEUDOURIDINE ANALOGS BIOCHEMISTRY. 1981; 20 (25): 7319-7327	0	3	5	74
1197	721 LABUDA D, PORSCHKE D MAGNESIUM-ION INNER SPHERE COMPLEX IN THE ANTICODON LOOP OF PHENYLALANINE TRANSFER RIBONUCLEIC-ACID BIOCHEMISTRY. 1982; 21 (1): 49-53	28	50	7	31
1198	722 BROWN RD, KOENIG SH, BREWER CF CONFORMATIONAL EQUILIBRIUM OF DEMETALLIZED CONCANAVALIN-A BIOCHEMISTRY. 1982; 21 (3): 465-469	1	17	2	21
1199	723 IWAHASHI H, SUGETA H, KYOGOKU Y DETECTION OF SEPARATED AMINO PROTON-RESONANCE SIGNALS OF ADENINE- DERIVATIVES AT LOW-TEMPERATURE AND ITS APPLICATION TO ESTIMATION OF POPULATION OF THE ADENINE URACIL DIMERS IN SOLUTION BIOCHEMISTRY. 1982; 21 (4): 631-638	5	41	2	29
1200	724 HARE DR, REID BR DIRECT ASSIGNMENT OF THE DIHYDROURIDINE-HELIX IMINO PROTON RESONANCES IN TRANSFER RIBONUCLEIC-ACID NUCLEAR MAGNETIC-RESONANCE SPECTRA BY MEANS OF THE NUCLEAR OVERHAUSER EFFECT BIOCHEMISTRY. 1982; 21 (8): 1835-1842	21	64	25	44

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2890 SILMAN I, HAREL M, AXELSEN P, RAVES M, SUSSMAN JL

3-DIMENSIONAL STRUCTURES OF ACETYLCHOLINESTERASE AND OF ITS COMPLEXES WITH ANTICHOLINESTERASE AGENTS

BIOCHEMICAL SOCIETY TRANSACTIONS. 1994 AUG; 22 (3): 745-749

1102

3513 Wade RC

Brownian dynamics simulations of enzyme-substrate encounter

BIOCHEMICAL SOCIETY TRANSACTIONS. 1996 FEB; 24 (1): 254-259

1103

3514 Wallace AC, Laskowski RA, Singh J, Thornton JM

Molecular recognition by proteins: Protein-ligand interactions from a structural perspective

BIOCHEMICAL SOCIETY TRANSACTIONS. 1996 FEB; 24 (1): 280-284

1104

3677 Scott WG

Molecular palaeontology: Understanding catalytic mechanisms in the RNA world by excavating clues from a ribozyme three-dimensional structure

BIOCHEMICAL SOCIETY TRANSACTIONS. 1996 AUG; 24 (3): 604-608

1105

3678 Oliver RWA, Green BN, Harvey DJ

The use of electrospray ionization MS to determine the structure of glycans in intact glycoproteins

BIOCHEMICAL SOCIETY TRANSACTIONS. 1996 AUG; 24 (3): 917-927

1106

3921 Rogalska E, Nury S, Douchet I, Verger R

Lipase stereo- and regio-selectivity towards tri- and di-acylglycerols

BIOCHEMICAL SOCIETY TRANSACTIONS. 1997 FEB; 25 (1): 161-164

1107

3922 Mannesse MLM, deHaas GH, vanderHijden HTWM, Egmond MR, Verheij HM

Chiral preference of cutinase in the reaction with phosphonate inhibitors

BIOCHEMICAL SOCIETY TRANSACTIONS. 1997 FEB; 25 (1): 165-170

1108

4565 Williamson PTF, Watts J, Grobner G, Miller KW, Watts A

Solid state NMR studies of ligands bound to the nicotinic acetylcholine receptor.

BIOCHEMICAL SOCIETY TRANSACTIONS. 1998 AUG; 26 (3): S297-S297

1109

6504 Hulme EC, Lu ZL, Saldanha JW, Bee MS

Structure and activation of muscarinic acetylcholine receptors

BIOCHEMICAL SOCIETY TRANSACTIONS. 2003 FEB; 31: 29-34

1110

8726 Rochu D, Chabriere E, Renault F, Elias M, Clery-Barraud C, et al.

Stabilization of the active form(s) of human paraoxonase by human phosphate-binding protein

BIOCHEMICAL SOCIETY TRANSACTIONS. 2007 DEC; 35: 1616-1620

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1111

9117 Fogg MJ, Wilkinson AJ

Higher-throughput approaches to crystallization and crystal structure determination

BIOCHEMICAL SOCIETY TRANSACTIONS. 2008 AUG; 36: 771-775

1112

9548 Pearson AR, Owen RL

Combining X-ray crystallography and single-crystal spectroscopy to probe enzyme mechanisms

BIOCHEMICAL SOCIETY TRANSACTIONS. 2009 APR; 37: 378-381

1113

10439 Dyson MR

Selection of soluble protein expression constructs: the experimental determination of protein domain boundaries

BIOCHEMICAL SOCIETY TRANSACTIONS. 2010 AUG; 38: 908-913

1114

10653 Lachmann R

Treatments for lysosomal storage disorders

BIOCHEMICAL SOCIETY TRANSACTIONS. 2010 DEC; 38: 1465-1468

1115

8 RUBIN J, SUNDARAL.M, BRENNAN T

CRYSTAL AND MOLECULAR STRUCTURE OF A NATURALLY OCCURRING DINUCLEOSIDE MONOPHOSPHATE - URIDYLYL-(3'-5')-ADENOSINE HEMIHYDRATE - CONFORMATIONAL RIGIDITY OF NUCLEOTIDE UNIT AND MODELS FOR POLYNUCLEOTIDE CHAIN FOLDING

BIOCHEMISTRY. 1972; 11 (16): 3112-&

107

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1116

45 SLOAN DL, MILDVAN AS

MAGNETIC-RESONANCE STUDIES OF GEOMETRY OF BOUND NICOTINAMIDE ADENINE- DINUCLEOTIDE AND ISOBUTYRAMIDE ON SPIN-LABELED ALCOHOL-DEHYDROGENASE

BIOCHEMISTRY. 1974; 13 (8): 1711-1718

1117

46 TOLMAN GL, BARRIO JR, LEONARD NJ

CHLOROACETALDEHYDE-MODIFIED DINUCLEOSIDE PHOSPHATES - DYNAMIC FLUORESCENCE QUENCHING AND QUENCHING DUE TO INTRAMOLECULAR COMPLEXATION

BIOCHEMISTRY. 1974; 13 (24): 4869-4878

1118

83 WOLFSON JM, KEARNS DR

EUROPIUM AS A FLUORESCENT-PROBE OF TRANSFER-RNA STRUCTURE

BIOCHEMISTRY. 1975; 14 (7): 1436-1444

1119

84 LANGLOIS R, KIM SH, CANTOR CR

COMPARISON OF FLUORESCENCE OF Y BASE OF YEAST TRANSFER-RNAPHE IN SOLUTION AND IN CRYSTALS

BIOCHEMISTRY. 1975; 14 (11): 2554-2558

1120

85 SCHWARTZ I, GORDON E, OFENGAND J

PHOTOAFFINITY LABELING OF TRANSFER-RNA BINDING-SITES IN MACROMOLECULES .2. PHOTOAFFINITY LABELING OF RIBOSOMAL-A SITE WITH S-(PARA- AZIDOPHENACYL)VALYL-TRANSFER-RNA

BIOCHEMISTRY. 1975; 14 (13): 2907-2914

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1121

86 KAN LS, TSO POP, HAAR FVD, SPRINZL M, CRAMER F

PROTON MAGNETIC-RESONANCE STUDIES ON CONFORMATION OF HEXANUCLEOTIDE, GMPAPAPYPAPP, AND RELATED FRAGMENTS FROM ANTICODON LOOP OF BAKERS-YEAST PHENYLALANINE TRANSFER RIBONUCLEIC-ACID

BIOCHEMISTRY. 1975; 14 (14): 3278-3291

1122

87 FREIER SM, TINOCO I

BINDING OF COMPLEMENTARY OLIGORIBONUCLEOTIDES TO YEAST INITIATOR TRANSFER-RNA

BIOCHEMISTRY. 1975; 14 (15): 3310-3314

1123

88 KASTRUP RV, SCHMIDT PG

H-1 NUCLEAR MAGNETIC-RESONANCE OF MODIFIED BASES OF VALINE TRANSFER RIBONUCLEIC-ACID (ESCHERICHIA-COLI) - DIRECT MONITOR OF SEQUENTIAL THERMAL UNFOLDING

BIOCHEMISTRY. 1975; 14 (16): 3612-3618

1124

89 TURNER DH, TINOCO I, MAESTRE MF

FLUORESCENCE DETECTED CIRCULAR-DICHROISM STUDY OF ANTICODON LOOP OF YEAST TRANSFER-RNAPHE

BIOCHEMISTRY. 1975; 14 (17): 3794-3799

1125

90 PATEL DJ, TONELLI AE

NUCLEAR MAGNETIC-RESONANCE INVESTIGATIONS OF STRUCTURE OF SELF- COMPLEMENTARY DUPLEX OF D-APTPGPCPAPT IN AQUEOUS-SOLUTION

BIOCHEMISTRY. 1975; 14 (18): 3990-3996

1126

91 EISINGER J, GROSS N

CONFORMERS, DIMERS, AND ANTICODON COMPLEXES OF TRANSFER-RNA-GLU2 (ESCHERICHIA-COLI)

BIOCHEMISTRY. 1975; 14 (18): 4031-4041

1127

92 BINASTEIN M, CROTHERS DM

LOCALIZATION OF STRUCTURAL-CHANGE INDUCED IN TRANSFER-RNA FMET (ESCHERICHIA-COLI) BY ACIDIC PH

BIOCHEMISTRY. 1975; 14 (19): 4185-4191

1128

93 CHEN MC, GIEGE R, LORD RC, RICH A

RAMAN-SPECTRA AND STRUCTURE OF YEAST PHENYLALANINE TRANSFER-RNA IN CRYSTALLINE STATE AND IN SOLUTION

BIOCHEMISTRY. 1975; 14 (20): 4385-4391

1129

158 STEIN A, CROTHERS DM

EQUILIBRIUM BINDING OF MAGNESIUM(II) BY ESCHERICHIA-COLI TRANSFER-RNA FMET

BIOCHEMISTRY. 1976; 15 (1): 157-160

103

1130

159 STEIN A, CROTHERS DM

CONFORMATIONAL-CHANGES OF TRANSFER-RNA - ROLE OF MAGNESIUM(II)

BIOCHEMISTRY. 1976; 15 (1): 160-168

133

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1131

160 TORRENCE PF, DECLERCQ E, WITKOP B

TRIPLE-HELICAL POLYNUCLEOTIDES - MIXED TRIPLEXES OF POLY(URIDYLIC ACID) POLY(ADENYLIC ACID) POLY(URIDYLIC ACID) CLASS

BIOCHEMISTRY. 1976; 15 (4): 724-734

1132

161 KONDO NS, DANYLUK SS

NMR-STUDIES OF NUCLEIC-ACIDS IN SOLUTION .3. CONFORMATIONAL PROPERTIES OF ADENYLYL-3'-]5'-ADENOSINE IN AQUEOUS-SOLUTION

BIOCHEMISTRY. 1976; 15 (4): 756-768

1133

162 KALLENBACH NR, DANIEL WE, KAMINKER MA

NUCLEAR MAGNETIC-RESONANCE STUDY OF HYDROGEN-BONDED RING PROTONS IN OLIGONUCLEOTIDE HELICES INVOLVING CLASSICAL AND NONCLASSICAL BASE-PAIRS

BIOCHEMISTRY. 1976; 15 (6): 1218-1224

1134

163 HILBERS CW, ROBILLARD GT, SHULMAN RG, BLAKE RD, WEBB PK, et al.

THERMAL UNFOLDING OF YEAST GLYCINE TRANSFER-RNA

BIOCHEMISTRY. 1976; 15 (9): 1874-1882

1135

164 ROBILLARD GT, HILBERS CW, REID BR, GANGLOFF J, DIRHEIMER G, et al.

STUDY OF SECONDARY AND TERTIARY SOLUTION STRUCTURE OF YEAST TRANSFER- RNA ASP BY NUCLEAR MAGNETIC-RESONANCE - ASSIGNMENT OF G.U RING NH AND HYDROGEN-BONDED BASE PAIR PROTON RESONANCES

BIOCHEMISTRY. 1976; 15 (9): 1883-1888

1136

165 SHALITIN N, FEITELSON J

4-THIOURIDINE, A BUILT-IN PROBE FOR STRUCTURAL-CHANGES IN TRANSFER-RNA

BIOCHEMISTRY. 1976; 15 (10): 2092-2097

1137

166 GAMBLE RC, SCHOEMAKER HJP, JEKOWSKY E, SCHIMMEL PR

RATE OF TRITIUM LABELING OF SPECIFIC PURINES IN RELATION TO NUCLEIC- ACID AND PARTICULARLY TRANSFER-RNA CONFORMATION

BIOCHEMISTRY. 1976; 15 (13): 2791-2799

1138

167 SCHOEMAKER HJP, GAMBLE RC, BUDZIK GP, SCHIMMEL PR

COMPARISON OF ISOTOPE LABELING PATTERNS OF PURINES IN 3 SPECIFIC TRANSFER-RNAS

BIOCHEMISTRY. 1976; 15 (13): 2800-2803

1139

168 SPRINZL M, WAGNER T, LORENZ S, ERDMANN VA

REGIONS OF TRANSFER-RNA IMPORTANT FOR BINDING TO RIBOSOMAL A AND P SITES

BIOCHEMISTRY. 1976; 15 (14): 3031-3039

1140

169 RORDORF BF, KEARNS DR

NUCLEAR MAGNETIC-RESONANCE INVESTIGATION OF BASE-PAIRING STRUCTURE OF ESCHERICHIA-COLI TRANSFER-RNA(TYR) MONOMER AND DIMER CONFORMATIONS

BIOCHEMISTRY. 1976; 15 (15): 3320-3330

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1141

170 LEE CH, EZRA FS, KONDO NS, SARMA RH, DANYLUK SS

CONFORMATIONAL PROPERTIES OF DINUCLEOSIDE MONOPHOSPHATES IN SOLUTION - DIPURINES AND DIPYRIMIDINES

BIOCHEMISTRY. 1976; 15 (16): 3627-3638

174

1142

171 DANIEL WE, COHN M

CHANGES IN TERTIARY STRUCTURE ACCOMPANYING A SINGLE BASE CHANGE IN TRANSFER-RNA - PROTON MAGNETIC-RESONANCE AND AMINOACYLATION STUDIES OF ESCHERICHIA-COLI TRANSFER-RNA METF1 AND TRANSFER-RNA METF3 AND THEIR SPIN-LABELED (S4U8) DERIVATIVES

BIOCHEMISTRY. 1976; 15 (18): 3917-3924

1143

172 BOLTON PH, JONES CR, BASTEDOLERNER D, WONG KL, KEARNS DR

QUANTITATIVE-DETERMINATION OF NUMBER OF SECONDARY AND TERTIARY STRUCTURE BASE-PAIRS IN TRANSFER-RNA IN SOLUTION

BIOCHEMISTRY. 1976; 15 (20): 4370-4377

1144

173 COZZONE PJ, JARDETZKY O

P-31 FOURIER-TRANSFORM NUCLEAR MAGNETIC-RESONANCE STUDY OF MONONUCLEOTIDES AND DINUCLEOTIDES .1. CHEMICAL-SHIFTS

BIOCHEMISTRY. 1976; 15 (22): 4853-4859

114

1145

174 SCHULMAN LH, PELKA H

LOCATION OF ACCESSIBLE BASES IN ESCHERICHIA-COLI FORMYLMETHIONINE TRANSFER-RNA AS DETERMINED BY CHEMICAL MODIFICATION

BIOCHEMISTRY. 1976; 15 (26): 5769-5775

1146

260 EZRA FS, LEE CH, KONDO NS, DANYLUK SS, SARMA RH

CONFORMATIONAL PROPERTIES OF PURINE-PYRIMIDINE AND PYRIMIDINE-PURINE DINUCLEOSIDE MONOPHOSPHATES

BIOCHEMISTRY. 1977; 16 (9): 1977-1987

134

1147

261 STEINMETZKAYNE M, BENIGNO R, KALLENBACH NR

PROTON NUCLEAR MAGNETIC-RESONANCE STUDY OF EFFECT OF PH ON TRANSFER-RNA STRUCTURE

BIOCHEMISTRY. 1977; 16 (10): 2064-2073

1148

262 REID BR, RIBEIRO NS, MCCOLLUM L, ABBATE J, HURD RE

HIGH-RESOLUTION NUCLEAR MAGNETIC-RESONANCE DETERMINATION OF TRANSFER- RNA TERTIARY BASE-PAIRS IN SOLUTION .1. SPECIES CONTAINING A SMALL VARIABLE LOOP

BIOCHEMISTRY. 1977; 16 (10): 2086-2094

1149

263 HURD RE, ROBILLARD GT, REID BR

HIGH-RESOLUTION NUCLEAR MAGNETIC-RESONANCE DETERMINATION OF TRANSFER- RNA TERTIARY BASE-PAIRS IN SOLUTION .2. SPECIES CONTAINING A LARGE VARIABLE LOOP

BIOCHEMISTRY. 1977; 16 (10): 2095-2100

1150

264 ALDERFER JL, TSO POP

CONFORMATIONAL PROPERTIES OF FURANOSE PHOSPHATE BACKBONE IN NUCLEIC- ACIDS - C-13 NUCLEAR MAGNETIC-RESONANCE STUDY

BIOCHEMISTRY. 1977; 16 (11): 2410-2416

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1151

265 KAN LS, TSO POP, SPRINZL M, VANDERHAAR F, CRAMER F

H-1 NUCLEAR MAGNETIC-RESONANCE STUDIES OF TRANSFER-RNA - METHYL AND METHYLENE RESONANCES OF BAKERS-YEAST PHENYLALANINE TRANSFER-RNA AND ITS FRAGMENTS

BIOCHEMISTRY. 1977; 16 (14): 3143-3154

1152

266 OLMSTED J, KEARNS DR

MECHANISM OF ETHIDIUM-BROMIDE FLUORESCENCE ENHANCEMENT ON BINDING TO NUCLEIC-ACIDS

BIOCHEMISTRY. 1977; 16 (16): 3647-3654

236

1153

267 KOPELOVICH L, WOLFE G

MODIFICATION OF RIBONUCLEIC-ACID BY VITAMIN-B6 .1. SPECIFIC INTERACTION OF PYRIDOXAL 5'-PHOSPHATE WITH TRANSFER RIBONUCLEIC-ACID

BIOCHEMISTRY. 1977; 16 (16): 3721-3726

1154

268 PARTHASARATHY R, OHRT JM, CHHEDA GB

MODIFIED NUCLEOSIDES AND CONFORMATION OF ANTICODON LOOPS - CRYSTAL- STRUCTURE OF T6A AND G6A

BIOCHEMISTRY. 1977; 16 (23): 4999-5008

1155

269 ROBILLARD GT, TARR CE, VOSMAN F, REID BR

NUCLEAR MAGNETIC-RESONANCE STUDY OF SECONDARY AND TERTIARY STRUCTURE IN YEAST TRANSFER-RNA-PHE

BIOCHEMISTRY. 1977; 16 (24): 5261-5273

1156

270 PACE NR, WALKER TA, SCHROEDER E

STRUCTURE OF 5.8S RNA COMPONENT OF 5.8S-28S RIBOSOMAL-RNA JUNCTION COMPLEX

BIOCHEMISTRY. 1977; 16 (24): 5321-5328

1157

271 LEE CH, TINOCO I

STUDIES OF CONFORMATION OF MODIFIED DINUCLEOSIDE PHOSPHATES CONTAINING 1,N6-ETHENOADENOSINE AND 2'-O-METHYLCYTIDINE BY 360-MHZ H-1 NUCLEAR MAGNETIC-RESONANCE SPECTROSCOPY INVESTIGATION OF SOLUTION CONFORMATIONS OF DINUCLEOSIDE PHOSPHATES

BIOCHEMISTRY. 1977; 16 (25): 5403-5414

1158

272 SCHOEMAKER HJP, SCHIMMEL PR

EFFECT OF AMINOACYL TRANSFER-RNA SYNTHETASES ON H-5 EXCHANGE OF SPECIFIC PYRIMIDINES IN TRANSFER-RNAS

BIOCHEMISTRY. 1977; 16 (25): 5454-5460

1159

273 SCHOEMAKER HJP, SCHIMMEL PR

INHIBITION OF AN AMINOACYL TRANSFER-RNA SYNTHETASE BY A SPECIFIC TRINUCLEOTIDE DERIVED FROM SEQUENCE OF ITS COGNATE TRANSFER-RNA

BIOCHEMISTRY. 1977; 16 (25): 5461-5464

1160

274 BOLTON PH, KEARNS DR

EFFECT OF CATIONS ON TRANSFER-RNA STRUCTURE

BIOCHEMISTRY. 1977; 16 (26): 5729-5741

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1161

363 JONES CR, BOLTON PH, KEARNS DR

ETHIDIUM-BROMIDE BINDING TO TRANSFER-RNA - TRANSFER-RNA AS A MODEL SYSTEM FOR STUDYING DRUG-RNA INTERACTIONS

BIOCHEMISTRY. 1978; 17 (4): 601-607

1162

364 STENKAMP RE, SIEKER LC, JENSEN LH, MCQUEEN JE

STRUCTURE OF METHEMERYTHRIN AT 2.8-A RESOLUTION - COMPUTER GRAPHICS FIT OF AN AVERAGED ELECTRON-DENSITY MAP

BIOCHEMISTRY. 1978; 17 (13): 2499-2504

1163

365 MUNNS TW, LISZEWSKI MK, OBERST RJ, SIMS HF

ANTIBODY NUCLEIC-ACID COMPLEXES - IMMUNOSPECIFIC RETENTION OF N6- METHYLADENOSINE-CONTAINING TRANSFER RIBONUCLEIC-ACID

BIOCHEMISTRY. 1978; 17 (13): 2573-2578

1164

366 CHEN MC, GIEGE R, LORD RC, RICH A

RAMAN-SPECTRA OF 10 AQUEOUS TRANSFER-RNAS AND 5S-RNA - CONFORMATIONAL COMPARISON WITH YEAST PHENYLALANINE TRANSFER-RNA

BIOCHEMISTRY. 1978; 17 (15): 3134-3138

1165

448 MANALE A, GUTHRIE C, COLBY D

S1 NUCLEASE AS A PROBE FOR THE CONFORMATION OF A DIMERIC TRANSFER-RNA PRECURSOR

BIOCHEMISTRY. 1979; 18 (1): 77-83

1166

449 TRIFONOV EN, BETTECKEN T

NON-INTEGER PITCH AND NUCLEASE SENSITIVITY OF CHROMATIN DNA

BIOCHEMISTRY. 1979; 18 (3): 454-456

1167

450 ROSA JJ, ROSA MD, SIGLER PB

PHOTO-CROSS-LINKING ANALYSIS OF THE CONTACT SURFACE OF TRANSFER RNAMET IN COMPLEXES WITH ESCHERICHIA-COLI METHIONINE - TRANSFER-RNA LIGASE

BIOCHEMISTRY. 1979; 18 (4): 637-647

1168

451 GOODWIN DC, VERGNE J, BRAHMS J, DEFER N, KRUH J

NUCLEOSOME STRUCTURE - SITES OF INTERACTION OF PROTEINS IN THE DNA GROOVES AS DETERMINED BY RAMAN-SCATTERING

BIOCHEMISTRY. 1979; 18 (10): 2057-2064

1169

452 TOMPSON JG, HAYASHI F, PAUKSTELIS JV, LOEPPKY RN, AGRIS PF

COMPLETE NUCLEAR MAGNETIC-RESONANCE SIGNAL ASSIGNMENTS AND INITIAL STRUCTURAL STUDIES OF [METHYL-C-13 ENRICHED TRANSFER RIBONUCLEIC-ACID

BIOCHEMISTRY. 1979; 18 (10): 2079-2085

1170

453 DAVANLOO P, SPRINZL M, CRAMER F

PROTON NUCLEAR MAGNETIC-RESONANCE OF MINOR NUCLEOSIDES IN YEAST PHENYLALANINE TRANSFER RIBONUCLEIC-ACID - CONFORMATIONAL-CHANGES AS A CONSEQUENCE OF AMINOACYLATION, REMOVAL OF THE Y-BASE, AND CODON- ANTICODON INTERACTION

BIOCHEMISTRY. 1979; 18 (15): 3189-3199

Date / Author / Journal

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1171

454 SALEMINK PJM, SWARTHOF T, HILBERS CW

STUDIES OF YEAST PHENYLALANINE-ACCEPTING TRANSFER RIBONUCLEIC-ACID BACKBONE STRUCTURE IN SOLUTION BY P-31 NUCLEAR MAGNETIC-RESONANCE SPECTROSCOPY

BIOCHEMISTRY. 1979; 18 (16): 3477-3485

1172

455 GORENSTEIN DG, LUXON BA

HIGH-RESOLUTION PHOSPHORUS NUCLEAR MAGNETIC-RESONANCE SPECTRA OF YEAST PHENYLALANINE TRANSFER RIBONUCLEIC-ACID - MELTING CURVES AND RELAXATION EFFECTS

BIOCHEMISTRY. 1979; 18 (17): 3796-3804

1173

456 REID BR, MCCOLLUM L, RIBEIRO NS, ABBATE J, HURD RE

IDENTIFICATION OF TERTIARY BASE PAIR RESONANCES IN THE NUCLEAR MAGNETIC-RESONANCE SPECTRA OF TRANSFER RIBONUCLEIC-ACID

BIOCHEMISTRY. 1979; 18 (18): 3996-4005

1174

457 HURD RE, REID BR

NUCLEAR MAGNETIC-RESONANCE STUDIES ON TRANSFER RIBONUCLEIC-ACID - ASSIGNMENT OF AU TERTIARY RESONANCES

BIOCHEMISTRY. 1979; 18 (18): 4005-4011

1175

458 HURD RE, AZHDERIAN E, REID BR

PARAMAGNETIC ION EFFECTS ON THE NUCLEAR MAGNETIC-RESONANCE SPECTRUM OF TRANSFER RIBONUCLEIC-ACID - ASSIGNMENT OF THE 15-48 TERTIARY RESONANCE

BIOCHEMISTRY. 1979; 18 (18): 4012-4017

1176

459 HURD RE, REID BR

NUCLEAR MAGNETIC-RESONANCE STUDIES ON THE TERTIARY FOLDING OF TRANSFER RIBONUCLEIC-ACID - ASSIGNMENT OF THE 7-METHYLGUANOSINE RESONANCE

BIOCHEMISTRY. 1979; 18 (18): 4016-4024

1177

460 EHRENBERG M, RIGLER R, WINTERMEYER W

STRUCTURE AND CONFORMATIONAL DYNAMICS OF YEAST PHENYLALANINE-ACCEPTING TRANSFER RIBONUCLEIC-ACID IN SOLUTION

BIOCHEMISTRY. 1979; 18 (21): 4588-4599

1178

461 TROPP J, SIGLER PB

DIRECT IODINATION OF SPECIFIC RESIDUES IN CRYSTALS OF YEAST FORMYLATABLE METHIONINE-ACCEPTING TRANSFER RIBONUCLEIC-ACID

BIOCHEMISTRY. 1979; 18 (24): 5489-5495

1179

540 GUPTA RC, ROE BA, RANDERATH K

SEQUENCE OF HUMAN GLYCINE TRANSFER RIBONUCLEIC-ACID (ANTICODON CCC) - DETERMINATION BY A NEWLY DEVELOPED THIN-LAYER READOUT SEQUENCING TECHNIQUE AND COMPARISON WITH OTHER GLYCINE TRANSFER RIBONUCLEIC-ACIDS

BIOCHEMISTRY. 1980; 19 (8): 1699-1705

1180

541 CHENG DM, DANYLUK SS, DHINGRA MM, EZRA FS, MACCOSS M, et al.

CONFORMATIONAL FLEXIBILITY OF THE 3'-ACCEPTOR END OF TRANSFER RIBONUCLEIC-ACID

BIOCHEMISTRY. 1980; 19 (11): 2491-2497

Date / Author / Journal

LCS

GCS

LCR

1181

542 CARDIN AD, BEHNKE WD, MANDEL F

QUANTITATIVE-ANALYSES OF CALCIUM-INDUCED SPECTRAL CHANGES IN EXTRINSIC COTTON EFFECTS OF COBALT-SUBSTITUTED CONCANAVALIN-A

BIOCHEMISTRY. 1980; 19 (23): 5439-5445

1182

543 LUOMA GA, BURNS PD, BRUCE RE, MARSHALL AG

MELTING OF SACCHAROMYCES-CEREVISIAE 5S RIBONUCLEIC-ACID - ULTRAVIOLET- ABSORPTION, CIRCULAR-DICHROISM, AND 360-MHZ PROTON NUCLEAR MAGNETIC- RESONANCE SPECTROSCOPY

BIOCHEMISTRY. 1980; 19 (23): 5456-5462

1183

544 WATANABE K

REACTIONS OF 2-THIORIBOTHYMIDINE AND 4-THIOURIDINE WITH HYDROGEN- PEROXIDE IN TRANSFER RIBONUCLEIC-ACIDS FROM THERMUS-THERMOPHILUS AND ESCHERICHIA-COLI AS STUDIED BY CIRCULAR-DICHROISM

BIOCHEMISTRY. 1980; 19 (24): 5542-5549

1184

625 SCHMIDT PG, EDELHEIT EB

RESOLUTION OF AROMATIC RESONANCES IN PROTON NUCLEAR MAGNETIC-RESONANCE SPECTRA OF TRANSFER RIBONUCLEIC-ACID

BIOCHEMISTRY. 1981; 20 (1): 79-86

1185

626 JOHNSTON PD, REDFIELD AG

NUCLEAR MAGNETIC-RESONANCE AND NUCLEAR OVERHAUSER EFFECT STUDY OF YEAST PHENYLALANINE TRANSFER RIBONUCLEIC-ACID IMINO PROTONS

BIOCHEMISTRY. 1981; 20 (5): 1147-1156

1186

627 ECKHARDT H, LUHRMANN R

RECOGNITION BY INITIATOR TRANSFER RIBONUCLEIC-ACID OF A URIDINE 5' ADJACENT TO THE AUG CODON - DIFFERENT CONFORMATIONAL STATES OF FORMYLATABLE METHIONINE-ACCEPTING TRANSFER RIBONUCLEIC-ACID AT THE RIBOSOMAL PEPTIDYL SITE

BIOCHEMISTRY. 1981; 20 (8): 2075-2080

1187

628 TROPP J, REDFIELD AG

ENVIRONMENT OF RIBOTHYMIDINE IN TRANSFER RIBONUCLEIC-ACID STUDIED BY MEANS OF NUCLEAR OVERHAUSER EFFECT

BIOCHEMISTRY. 1981; 20 (8): 2133-2140

1188

629 GORENSTEIN DG, GOLDFIELD EM, CHEN R, KOVAR K, LUXON BA

HIGH-RESOLUTION PHOSPHORUS NUCLEAR MAGNETIC-RESONANCE SPECTRA OF YEAST PHENYLALANINE TRANSFER RIBONUCLEIC-ACID - METAL-ION EFFECTS AND TENTATIVE PARTIAL ASSIGNMENT OF SIGNALS

BIOCHEMISTRY. 1981; 20 (8): 2141-2150

1189

630 SHERRY AD, LINDORFER MA, ADAMSSTEMLER P, MILANES OA

KINETIC AND EQUILIBRIUM STUDIES OF CONCANAVALIN-A ACTIVATION BY CALCIUM-IONS

BIOCHEMISTRY. 1981; 20 (12): 3492-3499

1190

631 STONE MP, JOHNSON DL, BORER PN

UNUSUAL STRUCTURES IN SINGLE-STRANDED RIBONUCLEIC-ACID - PROTON NUCLEAR MAGNETIC-RESONANCE OF AUCCA IN DEUTERIUM-OXIDE

BIOCHEMISTRY. 1981; 20 (12): 3604-3610

Date / Author / Journal

LCS

GCS

LCR

1191

632 REDDY PR, HAMILL WD, CHHEDA GB, SCHWEIZER MP

ON THE FUNCTION OF N-[(9-BETA-D-RIBOFURANOSYLPURIN-6- YL)CARBAMOYL]THREONINE IN TRANSFER RIBONUCLEIC-ACID - METAL-ION BINDING-STUDIES

BIOCHEMISTRY. 1981; 20 (17): 4979-4986

1192

633 EINSPAHR H, COOK WJ, BUGG CE

CONFORMATIONAL FLEXIBILITY IN SINGLE-STRANDED OLIGONUCLEOTIDES - CRYSTAL-STRUCTURE OF A HYDRATED CALCIUM SALT OF ADENYLYL-(3'-5')- ADENOSINE

BIOCHEMISTRY. 1981; 20 (20): 5788-5794

1193

634 RAO JKM, ARGOS P

STRUCTURAL STABILITY OF HALOPHILIC PROTEINS

BIOCHEMISTRY. 1981; 20 (23): 6536-6543

1194

635 BUBIENKO E, UNIACK MA, BORER PN

SEQUENCE AND STRUCTURE IN DOUBLE-STRANDED RIBONUCLEIC-ACID - (A-G-C-U)2 AND (A-C-G-U)2

BIOCHEMISTRY. 1981; 20 (24): 6987-6994

1195

636 TAHERIAN MR, MAKI AH

OPTICALLY DETECTED MAGNETIC-RESONANCE OF THE PHOSPHORESCENT BASES OF ESCHERICHIA-COLI VALINE-SPECIFIC TRANSFER RIBONUCLEIC-ACID

BIOCHEMISTRY. 1981; 20 (25): 7295-7301

1196

637 LIPNICK RL, FISSEKIS JD, OBRIEN JP

STRUCTURE AND CONFORMATION OF PSEUDOURIDINE ANALOGS

BIOCHEMISTRY. 1981; 20 (25): 7319-7327

1197

721 LABUDA D, PORSCHKE D

MAGNESIUM-ION INNER SPHERE COMPLEX IN THE ANTICODON LOOP OF PHENYLALANINE TRANSFER RIBONUCLEIC-ACID

BIOCHEMISTRY. 1982; 21 (1): 49-53

1198

722 BROWN RD, KOENIG SH, BREWER CF

CONFORMATIONAL EQUILIBRIUM OF DEMETALLIZED CONCANAVALIN-A

BIOCHEMISTRY. 1982; 21 (3): 465-469

1199

723 IWAHASHI H, SUGETA H, KYOGOKU Y

DETECTION OF SEPARATED AMINO PROTON-RESONANCE SIGNALS OF ADENINE- DERIVATIVES AT LOW-TEMPERATURE AND ITS APPLICATION TO ESTIMATION OF POPULATION OF THE ADENINE URACIL DIMERS IN SOLUTION

BIOCHEMISTRY. 1982; 21 (4): 631-638

1200

724 HARE DR, REID BR

DIRECT ASSIGNMENT OF THE DIHYDROURIDINE-HELIX IMINO PROTON RESONANCES IN TRANSFER RIBONUCLEIC-ACID NUCLEAR MAGNETIC-RESONANCE SPECTRA BY MEANS OF THE NUCLEAR OVERHAUSER EFFECT

BIOCHEMISTRY. 1982; 21 (8): 1835-1842

JL Sussman w/citing papers Papers by JL Sussman and the papers citing JL Sussman	Historiographs	Glossary HistCite Guide About Grand Totals: LCS 77096, GCS 504205, CR 583891 Collection span: 1971 - 2011
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