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Results: 1-14 |
Results: 14
A MUTATION IN A NOVEL YEAST PROTEASOMAL GENE, RPN11 MPR1, PRODUCES A CELL-CYCLE ARREST, OVERREPLICATION OF NUCLEAR AND MITOCHONDRIAL-DNA, AND AN ALTERED MITOCHONDRIAL MORPHOLOGY/
Authors: RINALDI T RICCI C PORRO D BOLOTINFUKUHARA M FRONTALI L
Citation: T. Rinaldi et al., A MUTATION IN A NOVEL YEAST PROTEASOMAL GENE, RPN11 MPR1, PRODUCES A CELL-CYCLE ARREST, OVERREPLICATION OF NUCLEAR AND MITOCHONDRIAL-DNA, AND AN ALTERED MITOCHONDRIAL MORPHOLOGY/, Molecular biology of the cell, 9(10), 1998, pp. 2917-2931
UNIFIED NOMENCLATURE FOR SUBUNITS OF THE SACCHAROMYCES-CEREVISIAE PROTEASOME REGULATORY PARTICLE
Authors: FINLEY D TANAKA K MANN C FELDMANN H HOCHSTRASSER M VIERSTRA R JOHNSTON S HAMPTON R HABER J MCCUSKER J SILVER P FRONTALI L THORSNESS P VARSHAVSKY A BYERS B MADURA K REED SI WOLF D JENTSCH S SOMMER T BAUMEISTER W GOLDBERG A FRIED V RUBIN DM GLICKMAN MH TOHE A
Citation: D. Finley et al., UNIFIED NOMENCLATURE FOR SUBUNITS OF THE SACCHAROMYCES-CEREVISIAE PROTEASOME REGULATORY PARTICLE, Trends in biochemical sciences, 23(7), 1998, pp. 244-245
THE RAG3 GENE OF KLUYVEROMYCES-LACTIS IS INVOLVED IN THE TRANSCRIPTIONAL REGULATION OF GENES-CODING FOR ENZYMES IMPLICATED IN PYRUVATE UTILIZATION AND GENES OF THE BIOSYNTHESIS OF THIAMINE PYROPHOSPHATE
Authors: TIZZANI L MEACOCK P FRONTALI L WESOLOWSKILOUVEL M
Citation: L. Tizzani et al., THE RAG3 GENE OF KLUYVEROMYCES-LACTIS IS INVOLVED IN THE TRANSCRIPTIONAL REGULATION OF GENES-CODING FOR ENZYMES IMPLICATED IN PYRUVATE UTILIZATION AND GENES OF THE BIOSYNTHESIS OF THIAMINE PYROPHOSPHATE, FEMS microbiology letters, 168(1), 1998, pp. 25-30
TS MUTATIONS IN MITOCHONDRIAL TRANSFER-RNA GENES - CHARACTERIZATION AND EFFECTS OF 2 POINT MUTATIONS IN THE MITOCHONDRIAL GENE FOR TRNAPHE IN SACCHAROMYCES-CEREVISIAE
Authors: FRANCISCI S BOHN C FRONTALI L BOLOTINFUKUHARA M
Citation: S. Francisci et al., TS MUTATIONS IN MITOCHONDRIAL TRANSFER-RNA GENES - CHARACTERIZATION AND EFFECTS OF 2 POINT MUTATIONS IN THE MITOCHONDRIAL GENE FOR TRNAPHE IN SACCHAROMYCES-CEREVISIAE, Current genetics, 33(2), 1998, pp. 110-116
THE SEQUENCE OF A 8 KB SEGMENT ON THE RIGHT ARM OF YEAST CHROMOSOME-VII IDENTIFIES 4 NEW OPEN READING FRAMES AND THE GENE FOR YTAF(II)145
Authors: RUZZI M MARCONI A SALIOLA M FABIANI L MONTEBOVE F FRONTALI L
Citation: M. Ruzzi et al., THE SEQUENCE OF A 8 KB SEGMENT ON THE RIGHT ARM OF YEAST CHROMOSOME-VII IDENTIFIES 4 NEW OPEN READING FRAMES AND THE GENE FOR YTAF(II)145, Yeast, 13(4), 1997, pp. 365-368
SEQUENCE-ANALYSIS OF A 10.5 KB DNA FRAGMENT FROM THE YEAST CHROMOSOME-VII REVEALS THE PRESENCE OF 3 NEW OPEN READING FRAMES AND OF A TRNA(THR) GENE
Authors: MAZZONI C RUZZI M RINALDI T SOLINAS F MONTEBOVE F FRONTALI L
Citation: C. Mazzoni et al., SEQUENCE-ANALYSIS OF A 10.5 KB DNA FRAGMENT FROM THE YEAST CHROMOSOME-VII REVEALS THE PRESENCE OF 3 NEW OPEN READING FRAMES AND OF A TRNA(THR) GENE, Yeast, 13(4), 1997, pp. 369-372
EVOLUTION OF MITOCHONDRIAL GENOMES IN YEAST - A STUDY OF MITOCHONDRIAL DIVERGENCE IN 2 CLOSELY-RELATED SPECIES, SACCHAROMYCES-DOUGLASII ANDSACCHAROMYCES-CEREVISIAE
Authors: CARDAZZO B RINALDI T FRONTALI L CARIGNANI G PALLESCHI C
Citation: B. Cardazzo et al., EVOLUTION OF MITOCHONDRIAL GENOMES IN YEAST - A STUDY OF MITOCHONDRIAL DIVERGENCE IN 2 CLOSELY-RELATED SPECIES, SACCHAROMYCES-DOUGLASII ANDSACCHAROMYCES-CEREVISIAE, Molecular biology and evolution, 14(2), 1997, pp. 200-203
ADDITIONAL COPIES OF THE MITOCHONDRIAL EF-TU AND ASPARTYL-TRANSFER-RNA SYNTHETASE GENES CAN COMPENSATE FOR A MUTATION AFFECTING THE MATURATION OF THE MITOCHONDRIAL TRNA(ASP)
Authors: RINALDI T LANDE R BOLOTINFUKUHARA M FRONTALI L
Citation: T. Rinaldi et al., ADDITIONAL COPIES OF THE MITOCHONDRIAL EF-TU AND ASPARTYL-TRANSFER-RNA SYNTHETASE GENES CAN COMPENSATE FOR A MUTATION AFFECTING THE MATURATION OF THE MITOCHONDRIAL TRNA(ASP), Current genetics, 31(6), 1997, pp. 494-496
THE NUCLEOTIDE-SEQUENCE OF SACCHAROMYCES-CEREVISIAE CHROMOSOME-VII
Authors: TETTELIN H CARBONE MLA ALBERMANN K ALBERS M ARROYO J BACKES U BARREIROS T BERTANI I BJOURSON AJ BRUCKNER M BRUSCHI CV CARIGNANI G CASTAGNOLI L CERDAN E CLEMENTE ML COBLENZ A COGLIEVINA M COISSAC E DEFOOR E DELBINO S DELIUS H DELNERI D DEWERGIFOSSE P DUJON B DURAND P ENTIAN KD ERASO P ESCRIBANO V FABIANI L FARTMANN B FEROLI F FEUERMANN M FRONTALI L GARCIAGONZALEZ M GARCIASAEZ MI GOFFEAU A GUERREIRO P HANI J HANSEN M HEBLING U HERNANDEZ K HEUMANN K HILGER F HOFMANN B INDGE KJ JAMES CM KLIMA R KOTTER P KRAMER B KRAMER W LAUQUIN G LEUTHER H LOUIS EJ MAILLIER E MARCONI A MARTEGANI E MAZON MJ MAZZONI C MCREYNOLDS ADK MELCHIORETTO P MEWES HW MINENKOVA O MULLERAUER S NAWROCKI A NETTER P NEU R NOMBELA C OLIVER SG PANZERI L PAOLUZI S PLEVANI P PORTETELLE D PORTILLO F POTIER S PURNELLE B RIEGER M RILES L RINALDI T ROBBEN J RODRIGUESPOUSADA C RODRIGUEZBELMONTE E RODRIGUEZTORRES AM ROSE M RUZZI M SALIOLA M SANCHEZPEREZ M SCHAFER B SCHAFER M SCHARFE M SCHMIDHELNI T SCHREER A SKALA J SOUCIET JL STEENSMA HY TALLA E THIERRY A VANDENBOL M VANDERAART QJM VANDYCK L VANONI M VERHASSELT P VOET M VOLCKAERT G WAMBUTT R WATSON MD WEBER N WEDLER E WEDLER H WIPFLI P WOLF K WRIGHT LF ZACCARIA P ZIMMERMANN M ZOLLNER A KLEINE K
Citation: H. Tettelin et al., THE NUCLEOTIDE-SEQUENCE OF SACCHAROMYCES-CEREVISIAE CHROMOSOME-VII, Nature, 387(6632), 1997, pp. 81-84
IDENTIFICATION OF AN ESSENTIAL CORE ELEMENT AND STIMULATORY SEQUENCESIN A KLUYVEROMYCES-LACTIS ARS ELEMENT, KARS101
Authors: FABIANI L FRONTALI L NEWLON CS
Citation: L. Fabiani et al., IDENTIFICATION OF AN ESSENTIAL CORE ELEMENT AND STIMULATORY SEQUENCESIN A KLUYVEROMYCES-LACTIS ARS ELEMENT, KARS101, Molecular microbiology, 19(4), 1996, pp. 757-766
THE PETITE-NEGATIVE YEAST KLUYVEROMYCES-LACTIS HAS A SINGLE-GENE EXPRESSING PYRUVATE DECARBOXYLASE ACTIVITY
Authors: BIANCHI MM TIZZANI L DESTRUELLE M FRONTALI L WESOLOWSKILOUVEL M
Citation: Mm. Bianchi et al., THE PETITE-NEGATIVE YEAST KLUYVEROMYCES-LACTIS HAS A SINGLE-GENE EXPRESSING PYRUVATE DECARBOXYLASE ACTIVITY, Molecular microbiology, 19(1), 1996, pp. 27-36
A SACCHAROMYCES-CEREVISIAE GENE ESSENTIAL FOR VIABILITY HAS BEEN CONSERVED IN EVOLUTION
Authors: RINALDI T BOLOTINFUKUHARA M FRONTALI L
Citation: T. Rinaldi et al., A SACCHAROMYCES-CEREVISIAE GENE ESSENTIAL FOR VIABILITY HAS BEEN CONSERVED IN EVOLUTION, Gene, 160(1), 1995, pp. 135-136
SUPPRESSION OF A MITOCHONDRIAL POINT MUTATION IN A TRANSFER-RNA GENE CAN CAST LIGHT ON THE MECHANISMS OF 3' END-PROCESSING
Authors: RINALDI T FRANCISCI S ZENNARO E FRONTALI L BOLOTINFUKUHARA M
Citation: T. Rinaldi et al., SUPPRESSION OF A MITOCHONDRIAL POINT MUTATION IN A TRANSFER-RNA GENE CAN CAST LIGHT ON THE MECHANISMS OF 3' END-PROCESSING, Current genetics, 25(5), 1994, pp. 451-455
ORDERED PROCESSING OF THE POLYGENIC TRANSCRIPTS FROM A MITOCHONDRIAL TRANSFER-RNA GENE-CLUSTER IN K-LACTIS
Authors: RAGNINI A FRONTALI L
Citation: A. Ragnini et L. Frontali, ORDERED PROCESSING OF THE POLYGENIC TRANSCRIPTS FROM A MITOCHONDRIAL TRANSFER-RNA GENE-CLUSTER IN K-LACTIS, Current genetics, 25(4), 1994, pp. 342-349
Risultati: 1-14 |