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Showing 1 to 3 of 3 for “"ATSUC2"”.

  1. The role of environment, sink capacity, and carbon translocation in determining C3 plant responses to elevated [CO2]

    … used for phloem loading in Arabidopsis (AtSUC2), was replaced with a barley sucrose transporter (HvSUT1), driven by the native AtSUC2 promoter since in vitro, HvSUT1 is more active than AtSUC2. In the AtSUC1 genotype, AtSUC1 was overexpressed in a wild-type background using the viral …

    uiuc Repository record for The role of environment, sink capacity, and carbon translocation in determining C3 plant responses to elevated [CO2] (opens in a new tab)

  2. FLP-mediated conditional loss of an essential gene to facilitate complementation assays

    … of the essential sucrose-proton symporter, AtSUC2, which is required for photoassimilate transport.

    unt Repository record for FLP-mediated conditional loss of an essential gene to facilitate complementation assays (opens in a new tab)

  3. Evolutionary and functional analysis of transcription factors controlling leaf development

    … markers (i.e., CAB1 and CAB2 expression levels, AtSUC2 and AtCHoR expression patterns, chlorophyll and starch levels, and photosynthetic electron transport rates) to identify the starting point of the transition, especially because the sink-to-source is not accompanied by a visual phenotype in …

    potsdam-diss Repository record for Evolutionary and functional analysis of transcription factors controlling leaf development (opens in a new tab)