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Results: 1-10 |
Results: 10
CHANGING THE SITE OF INITIATION OF PLUS-STRAND DNA-SYNTHESIS INHIBITSTHE SUBSEQUENT TEMPLATE SWITCH DURING REPLICATION OF A HEPADNAVIRUS
Authors: LOEB DD TIAN R GULYA KJ QUALEY AE
Citation: Dd. Loeb et al., CHANGING THE SITE OF INITIATION OF PLUS-STRAND DNA-SYNTHESIS INHIBITSTHE SUBSEQUENT TEMPLATE SWITCH DURING REPLICATION OF A HEPADNAVIRUS, Journal of virology, 72(8), 1998, pp. 6565-6573
SEQUENCE REQUIREMENTS OF THE HIV-1 PROTEASE FLAP REGION DETERMINED BYSATURATION MUTAGENESIS AND KINETIC-ANALYSIS OF FLAP MUTANTS
Authors: SHAO W EVERITT L MANCHESTER M LOEB DD HUTCHISON CA SWANSTROM R
Citation: W. Shao et al., SEQUENCE REQUIREMENTS OF THE HIV-1 PROTEASE FLAP REGION DETERMINED BYSATURATION MUTAGENESIS AND KINETIC-ANALYSIS OF FLAP MUTANTS, Proceedings of the National Academy of Sciences of the United Statesof America, 94(6), 1997, pp. 2243-2248
CIS-ACTING SEQUENCES IN ADDITION TO DONOR AND ACCEPTOR SITES ARE REQUIRED FOR TEMPLATE SWITCHING DURING SYNTHESIS OF PLUS-STRAND DNA FOR DUCK HEPATITIS-B VIRUS
Authors: HAVERT MB LOEB DD
Citation: Mb. Havert et Dd. Loeb, CIS-ACTING SEQUENCES IN ADDITION TO DONOR AND ACCEPTOR SITES ARE REQUIRED FOR TEMPLATE SWITCHING DURING SYNTHESIS OF PLUS-STRAND DNA FOR DUCK HEPATITIS-B VIRUS, Journal of virology, 71(7), 1997, pp. 5336-5344
INSERTIONS WITHIN EPSILON AFFECT SYNTHESIS OF MINUS-STRAND DNA BEFORETHE TEMPLATE SWITCH FOR DUCK HEPATITIS-B VIRUS
Authors: JIANG HY LOEB DD
Citation: Hy. Jiang et Dd. Loeb, INSERTIONS WITHIN EPSILON AFFECT SYNTHESIS OF MINUS-STRAND DNA BEFORETHE TEMPLATE SWITCH FOR DUCK HEPATITIS-B VIRUS, Journal of virology, 71(7), 1997, pp. 5345-5354
SEQUENCE IDENTITY OF THE TERMINAL REDUNDANCIES ON THE MINUS-STRAND DNA-TEMPLATE IS NECESSARY BUT NOT SUFFICIENT FOR THE TEMPLATE SWITCH DURING HEPADNAVIRUS PLUS-STRAND DNA-SYNTHESIS
Authors: LOEB DD GULYA KJ TIAN R
Citation: Dd. Loeb et al., SEQUENCE IDENTITY OF THE TERMINAL REDUNDANCIES ON THE MINUS-STRAND DNA-TEMPLATE IS NECESSARY BUT NOT SUFFICIENT FOR THE TEMPLATE SWITCH DURING HEPADNAVIRUS PLUS-STRAND DNA-SYNTHESIS, Journal of virology, 71(1), 1997, pp. 152-160
PREVIOUSLY UNSUSPECTED CIS-ACTING SEQUENCES FOR DNA-REPLICATION REVEALED BY CHARACTERIZATION OF A CHIMERIC HERON DUCK HEPATITIS-B VIRUS/
Authors: MUELLERHILL K LOEB DD
Citation: K. Muellerhill et Dd. Loeb, PREVIOUSLY UNSUSPECTED CIS-ACTING SEQUENCES FOR DNA-REPLICATION REVEALED BY CHARACTERIZATION OF A CHIMERIC HERON DUCK HEPATITIS-B VIRUS/, Journal of virology, 70(12), 1996, pp. 8310-8317
MUTATIONS WITHIN DR2 INDEPENDENTLY REDUCE THE AMOUNT OF BOTH MINUS-STRAND AND PLUS-STRAND DNA SYNTHESIZED DURING DUCK HEPATITIS-B VIRUS-REPLICATION
Authors: LOEB DD TIAN R GULYA KJ
Citation: Dd. Loeb et al., MUTATIONS WITHIN DR2 INDEPENDENTLY REDUCE THE AMOUNT OF BOTH MINUS-STRAND AND PLUS-STRAND DNA SYNTHESIZED DURING DUCK HEPATITIS-B VIRUS-REPLICATION, Journal of virology, 70(12), 1996, pp. 8684-8690
A SIDE-CHAIN AT POSITION-48 OF THE HUMAN-IMMUNODEFICIENCY-VIRUS TYPE-1 PROTEASE FLAP PROVIDES AN ADDITIONAL SPECIFICITY DETERMINANT
Authors: MOODY MD PETTIT SC SHAO W EVERITT L LOEB DD HUTCHISON CA SWANSTROM R
Citation: Md. Moody et al., A SIDE-CHAIN AT POSITION-48 OF THE HUMAN-IMMUNODEFICIENCY-VIRUS TYPE-1 PROTEASE FLAP PROVIDES AN ADDITIONAL SPECIFICITY DETERMINANT, Virology, 207(2), 1995, pp. 475-485
TRANSFER OF THE MINUS-STRAND OF DNA DURING HEPADNAVIRUS REPLICATION IS NOT INVARIABLE BUT PREFERS A SPECIFIC LOCATION
Authors: LOEB DD TIAN R
Citation: Dd. Loeb et R. Tian, TRANSFER OF THE MINUS-STRAND OF DNA DURING HEPADNAVIRUS REPLICATION IS NOT INVARIABLE BUT PREFERS A SPECIFIC LOCATION, Journal of virology, 69(11), 1995, pp. 6886-6891
IDENTIFICATION OF TEMPERATURE-SENSITIVE MUTANTS OF THE HUMAN-IMMUNODEFICIENCY-VIRUS TYPE-1 PROTEASE THROUGH SATURATION MUTAGENESIS - AMINO-ACID SIDE-CHAIN REQUIREMENTS FOR TEMPERATURE SENSITIVITY
Authors: MANCHESTER M EVERITT L LOEB DD HUTCHISON CA SWANSTROM R
Citation: M. Manchester et al., IDENTIFICATION OF TEMPERATURE-SENSITIVE MUTANTS OF THE HUMAN-IMMUNODEFICIENCY-VIRUS TYPE-1 PROTEASE THROUGH SATURATION MUTAGENESIS - AMINO-ACID SIDE-CHAIN REQUIREMENTS FOR TEMPERATURE SENSITIVITY, The Journal of biological chemistry, 269(10), 1994, pp. 7689-7695
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