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Results: 1-7 |
Results: 7
THE OXYS REGULATORY RNA REPRESSES RPOS TRANSLATION AND BINDS THE HFQ (HF-I) PROTEIN
Authors: ZHANG AX ALTUVIA S TIWARI A ARGAMAN L HENGGEARONIS R STORZ G
Citation: Ax. Zhang et al., THE OXYS REGULATORY RNA REPRESSES RPOS TRANSLATION AND BINDS THE HFQ (HF-I) PROTEIN, EMBO journal (Print), 17(20), 1998, pp. 6061-6068
THE ESCHERICHIA-COLI OXYS REGULATORY RNA REPRESSES FHLA TRANSLATION BY BLOCKING RIBOSOME BINDING
Authors: ALTUVIA S ZHANG AX ARGAMAN L TIWARI A STORZ G
Citation: S. Altuvia et al., THE ESCHERICHIA-COLI OXYS REGULATORY RNA REPRESSES FHLA TRANSLATION BY BLOCKING RIBOSOME BINDING, EMBO journal (Print), 17(20), 1998, pp. 6069-6075
A SMALL, STABLE RNA INDUCED BY OXIDATIVE STRESS - ROLE AS A PLEIOTROPIC REGULATOR AND ANTIMUTATOR
Authors: ALTUVIA S WEINSTEINFISCHER D ZHANG AX POSTOW L STORZ G
Citation: S. Altuvia et al., A SMALL, STABLE RNA INDUCED BY OXIDATIVE STRESS - ROLE AS A PLEIOTROPIC REGULATOR AND ANTIMUTATOR, Cell, 90(1), 1997, pp. 43-53
THE RESPONSE REGULATOR RSSB CONTROLS STABILITY OF THE SIGMA(S) SUBUNIT OF RNA-POLYMERASE IN ESCHERICHIA-COLI
Authors: MUFFLER A FISCHER D ALTUVIA S STORZ G HENGGEARONIS R
Citation: A. Muffler et al., THE RESPONSE REGULATOR RSSB CONTROLS STABILITY OF THE SIGMA(S) SUBUNIT OF RNA-POLYMERASE IN ESCHERICHIA-COLI, EMBO journal, 15(6), 1996, pp. 1333-1339
THE OXYR REGULON
Authors: STORZ G ALTUVIA S TOLEDANO MB KULLIK I
Citation: G. Storz et al., THE OXYR REGULON, Journal of cellular biochemistry, 1995, pp. 236-236
THE DPS PROMOTER IS ACTIVATED BY OXYR DURING GROWTH AND BY IHF AND A SIGMA(S) IN STATIONARY-PHASE
Authors: ALTUVIA S ALMIRON M HUISMAN G KOLTER R STORZ G
Citation: S. Altuvia et al., THE DPS PROMOTER IS ACTIVATED BY OXYR DURING GROWTH AND BY IHF AND A SIGMA(S) IN STATIONARY-PHASE, Molecular microbiology, 13(2), 1994, pp. 265-272
TARGETED DISRUPTION OF THE MOUSE MDR1B GENE REVEALS THAT STEROID-HORMONES ENHANCE MDR GENE-EXPRESSION
Authors: ALTUVIA S STEIN WD GOLDENBERG S KANE SE PASTAN I GOTTESMAN MM
Citation: S. Altuvia et al., TARGETED DISRUPTION OF THE MOUSE MDR1B GENE REVEALS THAT STEROID-HORMONES ENHANCE MDR GENE-EXPRESSION, The Journal of biological chemistry, 268(36), 1993, pp. 27127-27132
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