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Results: 1-12 |
Results: 12
ESCHERICHIA-COLI RHO-FACTOR INDUCES RELEASE OF YEAST RNA-POLYMERASE-II BUT NOT POLYMERASE-I OR POLYMERASE-III
Authors: LANG WH PLATT T REEDER RH
Citation: Wh. Lang et al., ESCHERICHIA-COLI RHO-FACTOR INDUCES RELEASE OF YEAST RNA-POLYMERASE-II BUT NOT POLYMERASE-I OR POLYMERASE-III, Proceedings of the National Academy of Sciences of the United Statesof America, 95(9), 1998, pp. 4900-4905
TERMINATING TRANSCRIPTION IN EUKARYOTES - LESSONS LEARNED FROM RNA-POLYMERASE-I
Authors: REEDER RH LANG WH
Citation: Rh. Reeder et Wh. Lang, TERMINATING TRANSCRIPTION IN EUKARYOTES - LESSONS LEARNED FROM RNA-POLYMERASE-I, Trends in biochemical sciences, 22(12), 1997, pp. 473-477
A MODEL TO DETERMINE THE POTENTIAL FOR BIOLOGICAL-CONTROL OF ROTTBAELLIA-COCHINCHINENSIS WITH THE HEAD SMUT SPORISORIUM-OPHIURI
Authors: SMITH MC REEDER RH THOMAS MB
Citation: Mc. Smith et al., A MODEL TO DETERMINE THE POTENTIAL FOR BIOLOGICAL-CONTROL OF ROTTBAELLIA-COCHINCHINENSIS WITH THE HEAD SMUT SPORISORIUM-OPHIURI, Journal of Applied Ecology, 34(2), 1997, pp. 388-398
A NOVEL 66-KILODALTON PROTEIN COMPLEXES WITH RRN6, RRN7, AND TATA-BINDING PROTEIN TO PROMOTE POLYMERASE-I TRANSCRIPTION INITIATION IN SACCHAROMYCES-CEREVISIAE
Authors: LIN CW MOOREFIELD B PAYNE J APRIKIAN P MITOMO K REEDER RH
Citation: Cw. Lin et al., A NOVEL 66-KILODALTON PROTEIN COMPLEXES WITH RRN6, RRN7, AND TATA-BINDING PROTEIN TO PROMOTE POLYMERASE-I TRANSCRIPTION INITIATION IN SACCHAROMYCES-CEREVISIAE, Molecular and cellular biology, 16(11), 1996, pp. 6436-6443
THE YEAST TRANSCRIPTION TERMINATOR FOR RNA-POLYMERASE-I IS DESIGNED TO PREVENT POLYMERASE SLIPPAGE
Authors: JEONG SW LANG WH REEDER RH
Citation: Sw. Jeong et al., THE YEAST TRANSCRIPTION TERMINATOR FOR RNA-POLYMERASE-I IS DESIGNED TO PREVENT POLYMERASE SLIPPAGE, The Journal of biological chemistry, 271(27), 1996, pp. 16104-16110
THE RELEASE ELEMENT OF THE YEAST POLYMERASE-I TRANSCRIPTION TERMINATOR CAN FUNCTION INDEPENDENTLY OF REB1P
Authors: JEONG SW LANG WH REEDER RH
Citation: Sw. Jeong et al., THE RELEASE ELEMENT OF THE YEAST POLYMERASE-I TRANSCRIPTION TERMINATOR CAN FUNCTION INDEPENDENTLY OF REB1P, Molecular and cellular biology, 15(11), 1995, pp. 5929-5936
TRANSCRIPTION TERMINATION OF RNA-POLYMERASE-I DUE TO A T-RICH ELEMENTINTERACTING WITH REB1P
Authors: LANG WH REEDER RH
Citation: Wh. Lang et Rh. Reeder, TRANSCRIPTION TERMINATION OF RNA-POLYMERASE-I DUE TO A T-RICH ELEMENTINTERACTING WITH REB1P, Proceedings of the National Academy of Sciences of the United Statesof America, 92(21), 1995, pp. 9781-9785
THE MECHANISM OF TRANSCRIPTION TERMINATION BY RNA POLYMERASE-I
Authors: REEDER RH LANG W
Citation: Rh. Reeder et W. Lang, THE MECHANISM OF TRANSCRIPTION TERMINATION BY RNA POLYMERASE-I, Molecular microbiology, 12(1), 1994, pp. 11-15
XUBF, AN RNA-POLYMERASE-I TRANSCRIPTION FACTOR, BINDS CROSSOVER DNA WITH LOW SEQUENCE SPECIFICITY
Authors: HU CH MCSTAY B JEONG SW REEDER RH
Citation: Ch. Hu et al., XUBF, AN RNA-POLYMERASE-I TRANSCRIPTION FACTOR, BINDS CROSSOVER DNA WITH LOW SEQUENCE SPECIFICITY, Molecular and cellular biology, 14(5), 1994, pp. 2871-2882
A MODEL FOR TRANSCRIPTION TERMINATION BY RNA-POLYMERASE-I
Authors: LANG WH MORROW BE JU QD WARNER JR REEDER RH
Citation: Wh. Lang et al., A MODEL FOR TRANSCRIPTION TERMINATION BY RNA-POLYMERASE-I, Cell, 79(3), 1994, pp. 527-534
EFFICIENT EXPRESSION OF A PROTEIN-CODING GENE UNDER THE CONTROL OF ANRNA POLYMERASE-I PROMOTER
Authors: PALMER TD MILLER AD REEDER RH MCSTAY B
Citation: Td. Palmer et al., EFFICIENT EXPRESSION OF A PROTEIN-CODING GENE UNDER THE CONTROL OF ANRNA POLYMERASE-I PROMOTER, Nucleic acids research, 21(15), 1993, pp. 3451-3457
INVITRO DEFINITION OF THE YEAST RNA POLYMERASE-I ENHANCER
Authors: SCHULTZ MC SOO YC REEDER RH
Citation: Mc. Schultz et al., INVITRO DEFINITION OF THE YEAST RNA POLYMERASE-I ENHANCER, Molecular and cellular biology, 13(5), 1993, pp. 2644-2654
Risultati: 1-12 |