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Changes in gene expression in MKK2 and MKKKC5 mutants

ABSTRACT: The mkkkC5 mutant, a knockout line of MAPKKKC5, shows changes in growth and development, as well as an altered Alternaria sensitivity. It was shown by Brader and Djamei et al.(2007) that Alternaria brassicicola sensitivity is also influenced by MKK2-activity. Aim of this experiment is to access the transcriptional changes in the mkkkc5plants as well as in plants overexpressing a constitutively active MKK2-version (MKK2EE). The second part of the experiment addresses transcriptional changes in these plants after Alternaria brassicicola infection. This SuperSeries is composed of the SubSeries listed below.

ORGANISM(S): Arabidopsis thaliana

PROVIDER: GSE14501 | GEO | 2009/02/15

SECONDARY ACCESSION(S): PRJNA111561

REPOSITORIES: GEO

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Changes in gene expression in MKK2 and MKKKC5 mutants after Alternaria infection

2009-02-15 | GSE14443 | GEO

Changes in gene expression in MKK2 and MKKKC5 mutants: wt vs mutant comparison

Project description:The mkkkC5 mutant, a knockout line of MAPKKKC5, shows changes in growth and development, as well as an altered Alternaria sensitivity. It was shown by Brader and Djamei et al.(2007) that Alternaria brassicicola sensitivity is also influenced by MKK2-activity. Aim of this experiment is to access the transcriptional changes in the mkkkc5plants as well as in plants overexpressing a constitutively active MKK2-version (MKK2EE). The second part of the experiment addresses transcriptional changes in these plants after Alternaria brassicicola infection. - au07-09_alternaria - mkk2ee and mkkkc5 mutants Keywords: wt vs mutant comparison

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Invasion by diverse fungal pathogens in Arabidopsis thaliana commonly activates both tryptophan-dependent and independent defense pathways exhibiting distinct sensitivity to the bak1-5 mutation

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