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Results: 1-9 |
Results: 9
RECOMBINANT GENOMIC RNA OF CORONAVIRUS MHV-A59 AFTER COREPLICATION WITH A DI RNA CONTAINING THE MHV-RI SPIKE GENE
Authors: ZHANG LN HOMBERGER F SPAAN W LUYTJES W
Citation: Ln. Zhang et al., RECOMBINANT GENOMIC RNA OF CORONAVIRUS MHV-A59 AFTER COREPLICATION WITH A DI RNA CONTAINING THE MHV-RI SPIKE GENE, Virology, 230(1), 1997, pp. 93-102
A SUBGENOMIC MESSENGER-RNA TRANSCRIPT OF THE CORONAVIRUS MOUSE HEPATITIS-VIRUS STRAIN A59 DEFECTIVE INTERFERING (DI) RNA IS PACKAGED WHEN IT CONTAINS THE DI PACKAGING SIGNAL
Authors: BOS ECW DOBBE JC LUYTJES W SPAAN WJM
Citation: Ecw. Bos et al., A SUBGENOMIC MESSENGER-RNA TRANSCRIPT OF THE CORONAVIRUS MOUSE HEPATITIS-VIRUS STRAIN A59 DEFECTIVE INTERFERING (DI) RNA IS PACKAGED WHEN IT CONTAINS THE DI PACKAGING SIGNAL, Journal of virology, 71(7), 1997, pp. 5684-5687
CHARACTERIZATION OF 2 TEMPERATURE-SENSITIVE MUTANTS OF CORONAVIRUS MOUSE HEPATITIS-VIRUS STRAIN A59 WITH MATURATION DEFECTS IN THE SPIKE PROTEIN
Authors: LUYTJES W GERRITSMA H BOS E SPAAN W
Citation: W. Luytjes et al., CHARACTERIZATION OF 2 TEMPERATURE-SENSITIVE MUTANTS OF CORONAVIRUS MOUSE HEPATITIS-VIRUS STRAIN A59 WITH MATURATION DEFECTS IN THE SPIKE PROTEIN, Journal of virology, 71(2), 1997, pp. 949-955
THE FUNCTION OF THE SPIKE PROTEIN OF MOUSE HEPATITIS-VIRUS STRAIN A59CAN BE STUDIED ON VIRUS-LIKE PARTICLES - CLEAVAGE IS NOT REQUIRED FORINFECTIVITY
Authors: BOS ECW LUYTJES W SPAAN WJM
Citation: Ecw. Bos et al., THE FUNCTION OF THE SPIKE PROTEIN OF MOUSE HEPATITIS-VIRUS STRAIN A59CAN BE STUDIED ON VIRUS-LIKE PARTICLES - CLEAVAGE IS NOT REQUIRED FORINFECTIVITY, Journal of virology, 71(12), 1997, pp. 9427-9433
THE PRODUCTION OF RECOMBINANT INFECTIOUS DI-PARTICLES OF A MURINE CORONAVIRUS IN THE ABSENCE OF HELPER VIRUS
Authors: BOS ECW LUYTJES W VANDERMEULEN H KOERTEN HK SPAAN WJM
Citation: Ecw. Bos et al., THE PRODUCTION OF RECOMBINANT INFECTIOUS DI-PARTICLES OF A MURINE CORONAVIRUS IN THE ABSENCE OF HELPER VIRUS, Virology, 218(1), 1996, pp. 52-60
REPLICATION OF SYNTHETIC DEFECTIVE INTERFERING RNAS DERIVED FROM CORONAVIRUS MOUSE HEPATITIS VIRUS-A59
Authors: LUYTJES W GERRITSMA H SPAAN WJM
Citation: W. Luytjes et al., REPLICATION OF SYNTHETIC DEFECTIVE INTERFERING RNAS DERIVED FROM CORONAVIRUS MOUSE HEPATITIS VIRUS-A59, Virology, 216(1), 1996, pp. 174-183
MUTATIONAL ANALYSIS OF THE MURINE CORONAVIRUS SPIKE PROTEIN - EFFECT ON CELL-TO-CELL FUSION
Authors: BOS ECW HEUNEN L LUYTJES W SPAAN WJM
Citation: Ecw. Bos et al., MUTATIONAL ANALYSIS OF THE MURINE CORONAVIRUS SPIKE PROTEIN - EFFECT ON CELL-TO-CELL FUSION, Virology, 214(2), 1995, pp. 453-463
TRANSLATION BUT NOT THE ENCODED SEQUENCE IS ESSENTIAL FOR THE EFFICIENT PROPAGATION OF THE DEFECTIVE INTERFERING RNAS OF THE CORONAVIRUS MOUSE HEPATITIS-VIRUS
Authors: VANDERMOST RG LUYTJES W RUTJES S SPAAN WJM
Citation: Rg. Vandermost et al., TRANSLATION BUT NOT THE ENCODED SEQUENCE IS ESSENTIAL FOR THE EFFICIENT PROPAGATION OF THE DEFECTIVE INTERFERING RNAS OF THE CORONAVIRUS MOUSE HEPATITIS-VIRUS, Journal of virology, 69(6), 1995, pp. 3744-3751
REGULATION OF CORONAVIRUS MESSENGER-RNA TRANSCRIPTION
Authors: VANMARLE G LUYTJES W VANDERMOST RG VANDERSTRAATEN T SPAAN WJM
Citation: G. Vanmarle et al., REGULATION OF CORONAVIRUS MESSENGER-RNA TRANSCRIPTION, Journal of virology, 69(12), 1995, pp. 7851-7856
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