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Results: 1-25 | 26-29
Results: 1-25/29
DIRECT CLONING OF DNA THAT INTERACTS IN-VIVO WITH A SPECIFIC PROTEIN - APPLICATION TO RNA-POLYMERASE-II AND SITES OF PAUSING IN DROSOPHILA
Authors: LAW A HIRAYOSHI K OBRIEN T LIS JT
Citation: A. Law et al., DIRECT CLONING OF DNA THAT INTERACTS IN-VIVO WITH A SPECIFIC PROTEIN - APPLICATION TO RNA-POLYMERASE-II AND SITES OF PAUSING IN DROSOPHILA, Nucleic acids research, 26(4), 1998, pp. 919-924
GAGA FACTOR-BINDING TO DNA VIA A SINGLE TRINUCLEOTIDE SEQUENCE ELEMENT
Authors: WILKINS RC LIS JT
Citation: Rc. Wilkins et Jt. Lis, GAGA FACTOR-BINDING TO DNA VIA A SINGLE TRINUCLEOTIDE SEQUENCE ELEMENT, Nucleic acids research, 26(11), 1998, pp. 2672-2678
TRANSCRIPTIONAL ACTIVATION INDEPENDENT OF TFIIH-KINASE AND THE RNA-POLYMERASE-II MEDIATOR IN-VIVO
Authors: LEE D LIS JT
Citation: D. Lee et Jt. Lis, TRANSCRIPTIONAL ACTIVATION INDEPENDENT OF TFIIH-KINASE AND THE RNA-POLYMERASE-II MEDIATOR IN-VIVO, Nature, 393(6683), 1998, pp. 389-392
IN-VITRO SELECTION OF RNA MOLECULES THAT DISPLACE COCAINE FROM THE MEMBRANE-BOUND NICOTINIC ACETYLCHOLINE-RECEPTOR
Authors: ULRICH H IPPOLITO JE PAGAN OR ETEROVIC VA HANN RM SHI H LIS JT ELDEFRAWI ME HESS GP
Citation: H. Ulrich et al., IN-VITRO SELECTION OF RNA MOLECULES THAT DISPLACE COCAINE FROM THE MEMBRANE-BOUND NICOTINIC ACETYLCHOLINE-RECEPTOR, Proceedings of the National Academy of Sciences of the United Statesof America, 95(24), 1998, pp. 14051-14056
DYNAMICS OF POTENTIATION AND ACTIVATION - GAGA FACTOR AND ITS ROLE INHEAT-SHOCK GENE-REGULATION
Authors: WILKINS RC LIS JT
Citation: Rc. Wilkins et Jt. Lis, DYNAMICS OF POTENTIATION AND ACTIVATION - GAGA FACTOR AND ITS ROLE INHEAT-SHOCK GENE-REGULATION, Nucleic acids research, 25(20), 1997, pp. 3963-3968
A SPECIFIC RNA HAIRPIN LOOP STRUCTURE BINDS THE RNA RECOGNITION MOTIFS OF THE DROSOPHILA SR PROTEIN B52
Authors: SHI H HOFFMAN BE LIS JT
Citation: H. Shi et al., A SPECIFIC RNA HAIRPIN LOOP STRUCTURE BINDS THE RNA RECOGNITION MOTIFS OF THE DROSOPHILA SR PROTEIN B52, Molecular and cellular biology, 17(5), 1997, pp. 2649-2657
PROMOTER ACTIVITY OF TAT AT STEPS SUBSEQUENT TO TATA-BINDING PROTEIN RECRUITMENT
Authors: XIAO H LIS JT JEANG KT
Citation: H. Xiao et al., PROMOTER ACTIVITY OF TAT AT STEPS SUBSEQUENT TO TATA-BINDING PROTEIN RECRUITMENT, Molecular and cellular biology, 17(12), 1997, pp. 6898-6905
TRANSCRIPTION PROPERTIES OF A CELL-TYPE-SPECIFIC TATA-BINDING PROTEIN, TRF
Authors: HANSEN SK TAKADA S JACOBSON RH LIS JT TJIAN R
Citation: Sk. Hansen et al., TRANSCRIPTION PROPERTIES OF A CELL-TYPE-SPECIFIC TATA-BINDING PROTEIN, TRF, Cell, 91(1), 1997, pp. 71-83
COOPERATIVE AND COMPETITIVE PROTEIN INTERACTIONS AT THE HSP70 PROMOTER
Authors: MASON PB LIS JT
Citation: Pb. Mason et Jt. Lis, COOPERATIVE AND COMPETITIVE PROTEIN INTERACTIONS AT THE HSP70 PROMOTER, The Journal of biological chemistry, 272(52), 1997, pp. 33227-33233
HSF RECRUITMENT AND LOSS AT MOST DROSOPHILA HEAT-SHOCK LOCI IS COORDINATED AND DEPENDS ON PROXIMAL PROMOTER SEQUENCES
Authors: SHOPLAND LS LIS JT
Citation: Ls. Shopland et Jt. Lis, HSF RECRUITMENT AND LOSS AT MOST DROSOPHILA HEAT-SHOCK LOCI IS COORDINATED AND DEPENDS ON PROXIMAL PROMOTER SEQUENCES, Chromosoma, 105(3), 1996, pp. 158-171
DISTRIBUTION OF GAGA PROTEIN ON DROSOPHILA GENES IN-VIVO
Authors: OBRIEN T WILKINS RC GIARDINA C LIS JT
Citation: T. Obrien et al., DISTRIBUTION OF GAGA PROTEIN ON DROSOPHILA GENES IN-VIVO, Genes & development, 9(9), 1995, pp. 1098-1110
HSF ACCESS TO HEAT-SHOCK ELEMENTS IN-VIVO DEPENDS CRITICALLY ON PROMOTER ARCHITECTURE DEFINED BY GAGA FACTOR, TFIID AND RNA-POLYMERASE-II BINDING-SITES
Authors: SHOPLAND LS HIRAYOSHI K FERNANDES M LIS JT
Citation: Ls. Shopland et al., HSF ACCESS TO HEAT-SHOCK ELEMENTS IN-VIVO DEPENDS CRITICALLY ON PROMOTER ARCHITECTURE DEFINED BY GAGA FACTOR, TFIID AND RNA-POLYMERASE-II BINDING-SITES, Genes & development, 9(22), 1995, pp. 2756-2769
BINDING OF HEAT-SHOCK FACTOR TO AND TRANSCRIPTIONAL ACTIVATION OF HEAT-SHOCK GENES IN DROSOPHILA
Authors: FERNANDES M XIAO H LIS JT
Citation: M. Fernandes et al., BINDING OF HEAT-SHOCK FACTOR TO AND TRANSCRIPTIONAL ACTIVATION OF HEAT-SHOCK GENES IN DROSOPHILA, Nucleic acids research, 23(23), 1995, pp. 4799-4804
DYNAMIC PROTEIN-DNA ARCHITECTURE OF A YEAST HEAT-SHOCK PROMOTER
Authors: GIARDINA C LIS JT
Citation: C. Giardina et Jt. Lis, DYNAMIC PROTEIN-DNA ARCHITECTURE OF A YEAST HEAT-SHOCK PROMOTER, Molecular and cellular biology, 15(5), 1995, pp. 2737-2744
RECRUITING TATA-BINDING PROTEIN TO A PROMOTER - TRANSCRIPTIONAL ACTIVATION WITHOUT AN UPSTREAM ACTIVATOR
Authors: XIAO H FRIESEN JD LIS JT
Citation: H. Xiao et al., RECRUITING TATA-BINDING PROTEIN TO A PROMOTER - TRANSCRIPTIONAL ACTIVATION WITHOUT AN UPSTREAM ACTIVATOR, Molecular and cellular biology, 15(10), 1995, pp. 5757-5761
SHORT TRANSCRIPTS OF THE TERNARY COMPLEX PROVIDE INSIGHT INTO RNA-POLYMERASE-II ELONGATIONAL PAUSING
Authors: RASMUSSEN EB LIS JT
Citation: Eb. Rasmussen et Jt. Lis, SHORT TRANSCRIPTS OF THE TERNARY COMPLEX PROVIDE INSIGHT INTO RNA-POLYMERASE-II ELONGATIONAL PAUSING, Journal of Molecular Biology, 252(5), 1995, pp. 522-535
SODIUM-SALICYLATE AND YEAST HEAT-SHOCK GENE-TRANSCRIPTION
Authors: GIARDINA C LIS JT
Citation: C. Giardina et Jt. Lis, SODIUM-SALICYLATE AND YEAST HEAT-SHOCK GENE-TRANSCRIPTION, The Journal of biological chemistry, 270(18), 1995, pp. 10369-10372
DISTRIBUTION OF B52 WITHIN A CHROMOSOMAL LOCUS DEPENDS ON THE LEVEL OF TRANSCRIPTION
Authors: CHAMPLIN DT LIS JT
Citation: Dt. Champlin et Jt. Lis, DISTRIBUTION OF B52 WITHIN A CHROMOSOMAL LOCUS DEPENDS ON THE LEVEL OF TRANSCRIPTION, Molecular biology of the cell, 5(1), 1994, pp. 71-79
FINE-STRUCTURE ANALYSES OF THE DROSOPHILA AND SACCHAROMYCES HEAT-SHOCK FACTOR - HEAT-SHOCK ELEMENT INTERACTIONS
Authors: FERNANDES M XIAO H LIS JT
Citation: M. Fernandes et al., FINE-STRUCTURE ANALYSES OF THE DROSOPHILA AND SACCHAROMYCES HEAT-SHOCK FACTOR - HEAT-SHOCK ELEMENT INTERACTIONS, Nucleic acids research, 22(2), 1994, pp. 167-173
THE UPSTREAM ACTIVATOR CTF NF1 AND RNA-POLYMERASE-II SHARE A COMMON ELEMENT INVOLVED IN TRANSCRIPTIONAL ACTIVATION/
Authors: XIAO H LIS JT XIAO H GREENBLATT J FRIESEN JD
Citation: H. Xiao et al., THE UPSTREAM ACTIVATOR CTF NF1 AND RNA-POLYMERASE-II SHARE A COMMON ELEMENT INVOLVED IN TRANSCRIPTIONAL ACTIVATION/, Nucleic acids research, 22(11), 1994, pp. 1966-1973
TBE CONCENTRATION OF B52, AN ESSENTIAL SPLICING FACTOR AND REGULATOR OF SPLICE-SITE CHOICE IN-VITRO, IS CRITICAL FOR DROSOPHILA DEVELOPMENT
Authors: KRAUS ME LIS JT
Citation: Me. Kraus et Jt. Lis, TBE CONCENTRATION OF B52, AN ESSENTIAL SPLICING FACTOR AND REGULATOR OF SPLICE-SITE CHOICE IN-VITRO, IS CRITICAL FOR DROSOPHILA DEVELOPMENT, Molecular and cellular biology, 14(8), 1994, pp. 5360-5370
THE SR PROTEIN B52 SRP55 IS ESSENTIAL FOR DROSOPHILA DEVELOPMENT/
Authors: RING HJ LIS JT
Citation: Hj. Ring et Jt. Lis, THE SR PROTEIN B52 SRP55 IS ESSENTIAL FOR DROSOPHILA DEVELOPMENT/, Molecular and cellular biology, 14(11), 1994, pp. 7499-7506
A HIGHLY CONSERVED DOMAIN OF RNA-POLYMERASE-II SHARES A FUNCTIONAL ELEMENT WITH ACIDIC ACTIVATION DOMAINS OF UPSTREAM TRANSCRIPTION FACTORS
Authors: XIAO H FRIESEN JD LIS JT
Citation: H. Xiao et al., A HIGHLY CONSERVED DOMAIN OF RNA-POLYMERASE-II SHARES A FUNCTIONAL ELEMENT WITH ACIDIC ACTIVATION DOMAINS OF UPSTREAM TRANSCRIPTION FACTORS, Molecular and cellular biology, 14(11), 1994, pp. 7507-7516
PHOSPHORYLATION OF RNA-POLYMERASE-II C-TERMINAL DOMAIN AND TRANSCRIPTIONAL ELONGATION
Authors: OBRIEN T HARDIN S GREENLEAF A LIS JT
Citation: T. Obrien et al., PHOSPHORYLATION OF RNA-POLYMERASE-II C-TERMINAL DOMAIN AND TRANSCRIPTIONAL ELONGATION, Nature, 370(6484), 1994, pp. 75-77
COOPERATIVE FINDING OF HEAT-SHOCK TRANSCRIPTION FACTOR TO THE HSP70 PROMOTER IN-VIVO AND IN-VITRO
Authors: AMIN J FERNANDEZ M ANANTHAN J LIS JT VOELLMY R
Citation: J. Amin et al., COOPERATIVE FINDING OF HEAT-SHOCK TRANSCRIPTION FACTOR TO THE HSP70 PROMOTER IN-VIVO AND IN-VITRO, The Journal of biological chemistry, 269(7), 1994, pp. 4804-4811
Risultati: 1-25 | 26-29