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Results: 1-10 |
Results: 10
EXPRESSION OF A LUTEOVIRAL MOVEMENT PROTEIN IN TRANSGENIC PLANTS LEADS TO CARBOHYDRATE ACCUMULATION AND REDUCED PHOTOSYNTHETIC CAPACITY IN-SOURCE LEAVES
Authors: HERBERS K TACKE E HAZIREZAEI M KRAUSE KP MELZER M ROHDE W SONNEWALD U
Citation: K. Herbers et al., EXPRESSION OF A LUTEOVIRAL MOVEMENT PROTEIN IN TRANSGENIC PLANTS LEADS TO CARBOHYDRATE ACCUMULATION AND REDUCED PHOTOSYNTHETIC CAPACITY IN-SOURCE LEAVES, Plant journal, 12(5), 1997, pp. 1045-1056
IN-SITU LOCALIZATION OF THE PUTATIVE MOVEMENT PROTEIN (PR17) FROM POTATO LEAFROLL LUTEOVIRUS (PLRV) IN INFECTED AND TRANSGENIC POTATO PLANTS
Authors: SCHMITZ J STUSSIGARAUD C TACKE E PRUFER D ROHDE W ROHFRITSCH O
Citation: J. Schmitz et al., IN-SITU LOCALIZATION OF THE PUTATIVE MOVEMENT PROTEIN (PR17) FROM POTATO LEAFROLL LUTEOVIRUS (PLRV) IN INFECTED AND TRANSGENIC POTATO PLANTS, Virology, 235(2), 1997, pp. 311-322
IN-VIVO EXPRESSION OF A FULL-LENGTH CDNA COPY OF POTATO LEAFROLL VIRUS (PLRV) IN PROTOPLASTS AND TRANSGENIC PLANTS
Authors: PRUFER D SCHMITZ J TACKE E KULL B ROHDE W
Citation: D. Prufer et al., IN-VIVO EXPRESSION OF A FULL-LENGTH CDNA COPY OF POTATO LEAFROLL VIRUS (PLRV) IN PROTOPLASTS AND TRANSGENIC PLANTS, MGG. Molecular & general genetics, 253(5), 1997, pp. 609-614
THE POTATO LEAFROLL VIRUS 17K MOVEMENT PROTEIN IS PBOSPHORYLATED BY AMEMBRANE-ASSOCIATED PROTEIN-KINASE FROM POTATO WITH BIOCHEMICAL FEATURES OF PROTEIN-KINASE-C
Authors: SOKOLOVA M PRUFER D TACKE E ROHDE W
Citation: M. Sokolova et al., THE POTATO LEAFROLL VIRUS 17K MOVEMENT PROTEIN IS PBOSPHORYLATED BY AMEMBRANE-ASSOCIATED PROTEIN-KINASE FROM POTATO WITH BIOCHEMICAL FEATURES OF PROTEIN-KINASE-C, FEBS letters, 400(2), 1997, pp. 201-205
GENETIC-ENGINEERING OF POTATO FOR BROAD-SPECTRUM PROTECTION AGAINST VIRUS-INFECTION
Authors: TACKE E SALAMINI F ROHDE W
Citation: E. Tacke et al., GENETIC-ENGINEERING OF POTATO FOR BROAD-SPECTRUM PROTECTION AGAINST VIRUS-INFECTION, Nature biotechnology, 14(11), 1996, pp. 1597-1601
INFECTIONS WITH VARIOUS TYPES OF ORGANISMS STIMULATE TRANSCRIPTION FROM A SHORT PROMOTER FRAGMENT OF THE POTATO GST1 GENE
Authors: STRITTMATTER G GHEYSEN G GIANINAZZIPEARSON V HAHN K NIEBEL A ROHDE W TACKE E
Citation: G. Strittmatter et al., INFECTIONS WITH VARIOUS TYPES OF ORGANISMS STIMULATE TRANSCRIPTION FROM A SHORT PROMOTER FRAGMENT OF THE POTATO GST1 GENE, Molecular plant-microbe interactions, 9(1), 1996, pp. 68-73
NONCANONICAL TRANSLATION MECHANISMS IN PLANTS - EFFICIENT IN-VITRO AND IN PLANTA INITIATION AT AUU CODONS OF THE TOBACCO MOSAIC-VIRUS ENHANCER SEQUENCE
Authors: SCHMITZ J PRUFER D ROHDE W TACKE E
Citation: J. Schmitz et al., NONCANONICAL TRANSLATION MECHANISMS IN PLANTS - EFFICIENT IN-VITRO AND IN PLANTA INITIATION AT AUU CODONS OF THE TOBACCO MOSAIC-VIRUS ENHANCER SEQUENCE, Nucleic acids research, 24(2), 1996, pp. 257-263
TRANSPOSON TAGGING OF THE MAIZE GLOSSY2 LOCUS WITH THE TRANSPOSABLE ELEMENT EN SPM/
Authors: TACKE E KORFHAGE C MICHEL D MADDALONI M MOTTO M LANZINI S SALAMINI F DORING HP
Citation: E. Tacke et al., TRANSPOSON TAGGING OF THE MAIZE GLOSSY2 LOCUS WITH THE TRANSPOSABLE ELEMENT EN SPM/, Plant journal, 8(6), 1995, pp. 907-917
PLANT-VIRUSES AS MODEL SYSTEMS FOR THE STUDY OF NONCANONICAL TRANSLATION MECHANISMS IN HIGHER-PLANTS
Authors: ROHDE W GRAMSTAT A SCHMITZ J TACKE E PRUFER D
Citation: W. Rohde et al., PLANT-VIRUSES AS MODEL SYSTEMS FOR THE STUDY OF NONCANONICAL TRANSLATION MECHANISMS IN HIGHER-PLANTS, Journal of General Virology, 75, 1994, pp. 2141-2149
MUTATIONAL ANALYSIS OF THE NUCLEIC ACID-BINDING 17 KDA PHOSPHOPROTEINOF POTATO LEAFROLL LUTEOVIRUS IDENTIFIES AN AMPHIPATHIC ALPHA-HELIX AS THE DOMAIN FOR PROTEIN-PROTEIN INTERACTIONS
Authors: TACKE E SCHMITZ J PRUFER D ROHDE W
Citation: E. Tacke et al., MUTATIONAL ANALYSIS OF THE NUCLEIC ACID-BINDING 17 KDA PHOSPHOPROTEINOF POTATO LEAFROLL LUTEOVIRUS IDENTIFIES AN AMPHIPATHIC ALPHA-HELIX AS THE DOMAIN FOR PROTEIN-PROTEIN INTERACTIONS, Virology, 197(1), 1993, pp. 274-282
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