Project description:Transcriptome analysis of Attop3A-2 mutant lines in comparison to wild type plants and Attop3A-2::TOP3α-N-Term complementation lines in comparison to wild type plants

2018-07-04 | GSE116582 | GEO

Transcript profiling in Arabidopsis gdh mutants

Project description:Trancript profiling in arabidopsis gdh mutant. Identification of the function and regulation of the GDH enzyme in plants. Comparison of transcriptome in leaves, stems and roots in wild type versus triple GDH (1, 2, 3)-defficient mutant and in wild type versus GDH3- defficient mutant. Keywords: wt vs mutant comparison

2010-01-01 | GSE14614 | GEO

Eschericha coli proteomics with Tanaka and Tachikawa

Project description:Relative comparison of Escherichia coli proteome between wild-type and pta mutant

2021-06-21 | PXD020753 | JPOST Repository

Arabidopsis chloroplast comparison by Masuda and Luu 2020

Project description:Relative comparison of the isolated chloroplasts between wild-type and tcr mutant in Arabidopsis: IDA and SWATH measurement

2021-04-02 | PXD020752 | JPOST Repository

bac2 mutant transcriptome modification during osmotic stress

Project description:rs08-05_bac2 - bac2-catma - We are studying the function of a gene encoding a mitochondrial basic amino acid carrier , BAC2 in Arabdopsis thaliana.This gene is expressed during osmotic and salt stresses, and dark-induced senescence. We wish to determine whether there are transcriptome modifications during osmotic stress in mutant plants (bac2) compared to wild-type plants . - Mutant and Wild-type plants were grown on grids for 7 days on plates containing MS/2 and saccharose. Plants were transferred for 24h to liquid medium containing MS/2 saccharose (untreated plants) or 0.4M mannitol MS/2 saccharose (treated plants). Keywords: gene knock out,treated vs untreated comparison,wt vs mutant comparison

2009-10-01 | GSE15063 | GEO

Transcriptional charecterization of the eds4 mutant transcriptome

Project description:The aim of this study was to perform a transcriptional characterization of the Arabidopsis eds4 mutant. To this end two separate experiments were performed: Experiment 1: comparison of the transcriptional profile (RNA-seq) of eds4 Arabidopsis mutants in contrast to wild type Col-0 accession grown under continuous light conditions. Experiment 2: Analysis of the distribution of transcripts (RNA-seq) between nucleus and cytoplasm in the eds4 Arabidopsis mutants in comparison to wild type Col-0 plants grown under continuous light conditions.

2020-01-01 | GSE120757 | GEO

Transcriptome analysis of two mutants rdr6/sgs2 and sgs3 impaired in post-transcriptional gene silencing (PTGS)

Project description:Identification of new genes regulated by RDR6 and SGS3 (two genes involved in PTGS) by analysis of the transcriptome of rdr6-1 and sgs3-1 mutants compared to wild-type plants in different tissues (flower and leaves). The comparison between transcriptome of rdr6-1 and sgs3-1 mutant alleles impaired in PTGS and development (juvenile-to-adult transition) and transcriptome of rdr6-5 and sgs3-3 alleles impaired only in PTGS would allowed identification of genes involved in the developmental default (zip phenotype) of the null alleles (rdr6-1 and sgs3-1 mutants). - Transcriptome of rdr6 and sgs3 mutants will be compared to the transcriptome of wild-type plants in flower and leaves. Further-more the comparison between transcriptome of rdr6-1 and sgs3-1 mutant alleles impaired in PTGS and development (juvenile-to-adult transition) and transcriptome of rdr6-5 and sgs3-3 alleles impaired only in PTGS will be done for flowers and leaves. Keywords: gene knock in (transgenic)

2007-05-31 | GSE7936 | GEO

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