Arabidopsis thaliana
Ontology highlight
ABSTRACT:
PROVIDER: PRJNA100567 | ENA |
REPOSITORIES: ENA
Similar Datasets
Project description:Differential gene expression patterns in potassium-starved and Caesium-treated plants
| PRJNA99145 | ENA
Project description:At high concentrations ceasium (Cs) is toxic to plant growth. This toxic effect may occur when Cs blocks potassium (K) uptake mechanisms in plants. Consequently, plants starved of K and plants exposed to toxic concentrations of Cs should have similar gene expression patterns. To test this hypothesis, Arabidopsis will initially be grown on agar containing 1/10 MS salts before being transferred to either 1/10 MS nutrient solution (control plants), 1/10 MS nutrient solution containing 2 mM Cs, or 1/10 MS nutrient solution with no K. Roots and shoot will then be harvested seven days after transfer and used to challenge ATH1 GeneChips.
2009-09-03 | E-NASC-61 | biostudies-arrayexpress
Project description:At high concentrations caesium (Cs) is toxic to plant growth. This toxic effect may occur when Cs blocks potassium (K) uptake mechanisms in plants. Consequently, plants starved of K and plants exposed to toxic concentrations of Cs should have similar gene expression patterns. To test this hypothesis, Arabidopsis will initially be grown on agar containing 1/10 MS salts before being transferred to either 1/10 MS nutrient solution (control plants), 1/10 MS nutrient solution containing 2 mM Cs, or 1/10 MS nutrient solution with no K. Roots and shoot will then be harvested seven days after transfer and used to challenge ATH1 GeneChips. Experiment Overall Design: Number of plants pooled:40-50
2008-06-14 | E-GEOD-6160 | biostudies-arrayexpress
Project description:Differential gene expression patterns in the phosphate deficient mutant, pho 1
| PRJNA96901 | ENA
Project description:At high concentrations ceasium (Cs) is toxic to plant growth. This toxic effect may occur when Cs blocks potassium (K) uptake mechanisms in plants. Consequently, plants starved of K and plants exposed to toxic concentrations of Cs should have similar gene expression patterns. To test this hypothesis, Arabidopsis will initially be grown on agar containing 1/10 MS salts before being transferred to either 1/10 MS nutrient solution (control plants), 1/10 MS nutrient solution containing 2 mM Cs, or 1/10 MS nutrient solution with no K. Roots and shoot will then be harvested seven days after transfer and used to challenge ATH1 GeneChips. Keywords: compound_treatment_design
2007-01-08 | GSE6160 | GEO
Project description:At high concentrations ceasium (Cs) is toxic to plant growth. This toxic effect may occur when Cs blocks potassium (K) uptake mechanisms in plants. Consequently, plants starved of K and plants exposed to toxic concentrations of Cs should have similar gene expression patterns. To test this hypothesis, Arabidopsis will initially be grown on agar containing 1/10 MS salts before being transferred to either 1/10 MS nutrient solution (control plants), 1/10 MS nutrient solution containing 2 mM Cs, or 1/10 MS nutrient solution with no K. Roots and shoot will then be harvested seven days after transfer and used to challenge ATH1 GeneChips. Experimenter name: John Hammond; Experimenter phone: 01789 470382; Experimenter fax: 01789 470552; Experimenter institute: Warwick University; Experimenter address: Horticulture Research International; Experimenter address: Wellesbourne; Experimenter address: Warwick; Experimenter zip/postal_code: CV35 9EF; Experimenter country: UK Experiment Overall Design: 18 samples were used in this experiment
2008-06-15 | E-GEOD-6825 | biostudies-arrayexpress
Project description:Differential gene expression patterns in Arabidopsis mutants lacking the K+ channels, akt1, cngc1 and cngc4.
| PRJNA100665 | ENA
Project description:Multiple RNA recognition patterns during microRNA biogenesis in plants
| PRJNA200315 | ENA
Project description:Differentially expressed genes between non-treated and salt-treated WT plants
| PRJNA345629 | ENA
