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La ricerca find articoli where soggetti phrase all words 'GAL4 DERIVATIVES' sort by level,fasc_key/DESCEND, pagina_ini_num/ASCEND ha restituito 44 riferimenti
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    1. Ross, ED; Keating, AM; Maher, LJ
      DNA constraints on transcription activation in vitro

      JOURNAL OF MOLECULAR BIOLOGY
    2. McKay, LM; Carpenter, B; Roberts, SGE
      Evolutionary conserved mechanism of transcriptional repression by even-skipped

      NUCLEIC ACIDS RESEARCH
    3. GUERMAH M; MALIK S; ROEDER RG
      INVOLVEMENT OF TFIID AND USA COMPONENTS IN TRANSCRIPTIONAL ACTIVATIONOF THE HUMAN-IMMUNODEFICIENCY-VIRUS PROMOTER BY NF-KAPPA-B AND SP1

      Molecular and cellular biology
    4. SCHWECHHEIMER C; SMITH C; BEVAN MW
      THE ACTIVITIES OF ACIDIC AND GLUTAMINE-RICH TRANSCRIPTIONAL ACTIVATION DOMAINS IN PLANT-CELLS - DESIGN OF MODULAR TRANSCRIPTION FACTORS FORHIGH-LEVEL EXPRESSION

      Plant molecular biology
    5. Ellwood, K; Chi, T; Huang, W; Mitsouras, K; Carey, M
      Cooperative assembly of RNA polymerase II transcription complexes

      COLD SPRING HARBOR SYMPOSIA ON QUANTITATIVE BIOLOGY
    6. JENSEN LT; POSEWITZ MC; SRINIVASAN C; WINGE DR
      MAPPING OF THE DNA-BINDING DOMAIN OF THE COPPER-RESPONSIVE TRANSCRIPTION FACTOR MAC1 FROM SACCHAROMYCES-CEREVISIAE

      The Journal of biological chemistry
    7. MOSS T; DIMITROV SI; HOUDE D
      UV-LASER CROSS-LINKING OF PROTEINS TO DNA

      Methods
    8. JUAN LJ; UTLEY RT; VIGNALI M; BOHM L; WORKMAN JL
      H1-MEDIATED REPRESSION OF TRANSCRIPTION FACTOR-BINDING TO A STABLY POSITIONED NUCLEOSOME

      The Journal of biological chemistry
    9. MA XG; YUAN D; DIEPOLD K; SCARBOROUGH T; MA J
      THE DROSOPHILA MORPHOGENETIC PROTEIN BICOID BINDS DNA COOPERATIVELY

      Development
    10. SEGIL N; GUERMAH M; HOFFMANN A; ROEDER RG; HEINTZ N
      MITOTIC REGULATION OF TFIID - INHIBITION OF ACTIVATOR-DEPENDENT TRANSCRIPTION AND CHANGES IN SUBCELLULAR-LOCALIZATION

      Genes & development
    11. WILLIAMS RD; LEE BA; JACKSON SP; PROUDFOOT NJ
      ACTIVATION DOMAINS OF TRANSCRIPTION FACTORS MEDIATE REPLICATION DEPENDENT TRANSCRIPTION FROM A MINIMAL HIV-1 PROMOTER

      Nucleic acids research
    12. BLAU J; XIAO H; MCCRACKEN S; OHARE P; GREENBLATT J; BENTLEY D
      3 FUNCTIONAL CLASSES OF TRANSCRIPTIONAL ACTIVATION DOMAINS

      Molecular and cellular biology
    13. SHEN F; TRIEZENBERG SJ; HENSLEY P; PORTER D; KNUTSON JR
      CRITICAL AMINO-ACIDS IN THE TRANSCRIPTIONAL ACTIVATION DOMAIN OF THE HERPESVIRUS PROTEIN VP16 ARE SOLVENT-EXPOSED IN HIGHLY MOBILE PROTEIN SEGMENTS - AN INTRINSIC FLUORESCENCE STUDY

      The Journal of biological chemistry
    14. KRUMM A; HICKEY LB; GROUDINE M
      PROMOTER-PROXIMAL PAUSING OF RNA-POLYMERASE-II DEFINES A GENERAL RATE-LIMITING STEP AFTER TRANSCRIPTION INITIATION

      Genes & development
    15. ABENDROTH FD; PETERSON SR; GALMAN M; SUWA A; HARDIN JA; DYNAN WS
      IDENTIFICATION OF HUMAN AUTOANTIBODIES TO TRANSCRIPTION FACTOR IIB

      Nucleic acids research
    16. KOBAYASHI N; BOYER TG; BERK AJ
      A CLASS OF ACTIVATION DOMAINS INTERACTS DIRECTLY WITH TFIIA AND STIMULATES TFIIA-TFIID-PROMOTER COMPLEX ASSEMBLY

      Molecular and cellular biology
    17. LIU ZR; TOWLE HC
      FUNCTIONAL SYNERGISM IN THE CARBOHYDRATE-INDUCED ACTIVATION OF LIVER-TYPE PYRUVATE-KINASE GENE-EXPRESSION

      Biochemical journal
    18. NERLOV C; ZIFF EB
      CCAAT ENHANCER-BINDING PROTEIN-ALPHA AMINO-ACID MOTIFS WITH DUAL TBP AND TFIIB BINDING ABILITY COOPERATE TO ACTIVATE TRANSCRIPTION IN BOTH YEAST AND MAMMALIAN-CELLS

      EMBO journal
    19. CHI TH; LIEBERMAN P; ELLWOOD K; CAREY M
      A GENERAL MECHANISM FOR TRANSCRIPTIONAL SYNERGY BY EUKARYOTIC ACTIVATORS

      Nature
    20. HORI R; PYO S; CAREY M
      PROTEASE FOOTPRINTING REVEALS A SURFACE ON TRANSCRIPTION FACTOR TFIIBTHAT SERVES AS AN INTERFACE FOR ACTIVATORS AND COACTIVATORS

      Proceedings of the National Academy of Sciences of the United Statesof America
    21. PETERSON SR; JESCH SA; CHAMBERLIN TN; DVIR A; RABINDRAN SK; WU C; DYNAN WS
      STIMULATION OF THE DNA-DEPENDENT PROTEIN-KINASE BY RNA-POLYMERASE-II TRANSCRIPTIONAL ACTIVATOR PROTEINS

      The Journal of biological chemistry
    22. TALIANIDIS I; TAMBAKAKI A; TOURSOUNOVA J; ZANNIS VI
      COMPLEX INTERACTIONS BETWEEN SP1 BOUND TO MULTIPLE DISTAL REGULATORY SITES AND HNF-4 BOUND TO THE PROXIMAL PROMOTER LEAD TO TRANSCRIPTIONALACTIVATION OF LIVER-SPECIFIC HUMAN APOCIII GENE

      Biochemistry
    23. LIEBERMAN PM; BERK AJ
      A MECHANISM FOR TAFS IN TRANSCRIPTIONAL ACTIVATION - ACTIVATION DOMAIN ENHANCEMENT OF TFIID-TFIIA-PROMOTER DNA COMPLEX-FORMATION

      Genes & development
    24. CHANG CB; GRALLA JD
      A CRITICAL ROLE FOR CHROMATIN IN MOUNTING A SYNERGISTIC TRANSCRIPTIONAL RESPONSE TO GAL4-VP16

      Molecular and cellular biology
    25. WU TJ; MONOKIAN G; MARK DF; WOBBE CR
      TRANSCRIPTIONAL ACTIVATION BY HERPES-SIMPLEX VIRUS TYPE-1 VP16 IN-VITRO AND ITS INHIBITION BY OLIGOPEPTIDES

      Molecular and cellular biology
    26. OHASHI Y; BRICKMAN JM; FURMAN E; MIDDLETON B; CAREY M
      MODULATING THE POTENCY OF AN ACTIVATOR IN A YEAST IN-VITRO TRANSCRIPTION SYSTEM

      Molecular and cellular biology
    27. EMILI A; GREENBLATT J; INGLES CJ
      SPECIES-SPECIFIC INTERACTION OF THE GLUTAMINE-RICH ACTIVATION DOMAINSOF SP1 WITH THE TATA BOX-BINDING PROTEIN

      Molecular and cellular biology
    28. TORNOW J; SANTANGELO GM
      SACCHAROMYCES-CEREVISIAE RIBOSOMAL-PROTEIN L37 IS ENCODED BY DUPLICATE GENES THAT ARE DIFFERENTIALLY EXPRESSED

      Current genetics
    29. GE H; ROEDER RG
      PURIFICATION, CLONING, AND CHARACTERIZATION OF A HUMAN COACTIVATOR, PC4, THAT MEDIATES TRANSCRIPTIONAL ACTIVATION OF CLASS-II GENES

      Cell
    30. PAZIN MJ; KAMAKAKA RT; KADONAGA JT
      ATP-DEPENDENT NUCLEOSOME RECONFIGURATION AND TRANSCRIPTIONAL ACTIVATION FROM PREASSEMBLED CHROMATIN TEMPLATES

      Science
    31. JIANG Y; TRIEZENBERG SJ; GRALLA JD
      DEFECTIVE TRANSCRIPTIONAL ACTIVATION BY DIVERSE VP16 MUTANTS ASSOCIATED WITH A COMMON INABILITY TO FORM OPEN PROMOTER COMPLEXES

      The Journal of biological chemistry
    32. REITH W; KOBR M; EMERY P; DURAND B; SIEGRIST CA; MACH B
      COOPERATIVE BINDING BETWEEN FACTOR-RFX AND FACTOR-X2BP TO THE X-BOX AND X2-BOX OF MHC CLASS-II PROMOTERS

      The Journal of biological chemistry
    33. TANTIN D; CAREY M
      A HETERODUPLEX TEMPLATE CIRCUMVENTS THE ENERGETIC REQUIREMENT FOR ATPDURING ACTIVATED TRANSCRIPTION BY RNA-POLYMERASE-II

      The Journal of biological chemistry
    34. AUBLE DT; HAHN S
      AN ATP-DEPENDENT INHIBITOR OF TBP BINDING TO DNA

      Genes & development
    35. CHI TH; CAREY M
      THE ZEBRA ACTIVATION DOMAIN - MODULAR ORGANIZATION AND MECHANISM OF ACTION

      Molecular and cellular biology
    36. CHIANG CM; GE H; WANG ZX; HOFFMANN A; ROEDER RG
      UNIQUE TATA-BINDING PROTEIN-CONTAINING COMPLEXES AND COFACTORS INVOLVED IN TRANSCRIPTION BY RNA POLYMERASE-II AND POLYMERASE-III

      EMBO journal
    37. GOODRICH JA; HOEY T; THUT CJ; ADMON A; TJIAN R
      DROSOPHILA TAF(II)40 INTERACTS WITH BOTH A VP16 ACTIVATION DOMAIN ANDTHE BASAL TRANSCRIPTION FACTOR-TFIIB

      Cell
    38. CHOY B; ROBERTS SGE; GRIFFIN LA; GREEN MR
      HOW EUKARYOTIC TRANSCRIPTION ACTIVATORS INCREASE ASSEMBLY OF PREINITIATION COMPLEXES

      Cold Spring Harbor Symposia on Quantitative Biology
    39. CHOY B; GREEN MR
      EUKARYOTIC ACTIVATORS FUNCTION DURING MULTIPLE STEPS OF PREINITIATIONCOMPLEX ASSEMBLY

      Nature
    40. SAKURAI H; HIRAOKA Y; FUKASAWA T
      YEAST GAL11 PROTEIN IS A DISTINCTIVE TYPE TRANSCRIPTION FACTOR THAT ENHANCES BASAL TRANSCRIPTION IN-VITRO

      Proceedings of the National Academy of Sciences of the United Statesof America
    41. LILJELUND P; INGLES CJ; GREENBLATT J
      ALTERED PROMOTER-BINDING OF THE TATA BOX-BINDING FACTOR-INDUCED BY THE TRANSCRIPTIONAL ACTIVATION DOMAIN OF VP16 AND SUPPRESSED BY TFIIA

      MGG. Molecular & general genetics
    42. MONINI P; BLITZ IL; CASSAI E
      COOPERATIVE DNA-BINDING OF THE BOVINE PAPILLOMAVIRUS-E2 TRANSCRIPTIONAL ACTIVATOR IS ANTAGONIZED BY TRUNCATED E2-POLYPEPTIDES

      Journal of virology
    43. KIM TK; ROEDER RG
      TRANSCRIPTIONAL ACTIVATION IN YEAST BY THE PROLINE-RICH ACTIVATION DOMAIN OF HUMAN CTF1

      The Journal of biological chemistry
    44. YAMASHITA S; WADA K; HORIKOSHI M; GONG DW; KOKUBO T; HISATAKE K; YOKOTANI N; MALIK S; ROEDER RG; NAKATANI Y
      ISOLATION AND CHARACTERIZATION OF A CDNA-ENCODING DROSOPHILA TRANSCRIPTION FACTOR-TFIIB

      Proceedings of the National Academy of Sciences of the United Statesof America


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Documento generato il 16/01/21 alle ore 07:44:12