COR413-PM1 UP in 'cngc1-3' vs 'wild type'
AT1G73650 UP in 'cngc1-3' vs 'wild type'
AT3G14060 UP in 'cngc1-3' vs 'wild type'
AT3G52740 UP in 'cngc1-3' vs 'wild type'
AT2G41380 UP in 'cngc1-3' vs 'wild type'
AT1G22750 UP in 'cngc1-3' vs 'wild type'
AT4G33560 UP in 'cngc1-3' vs 'wild type'
AT3G16530 UP in 'cngc1-3' vs 'wild type'
Cesium (Cs+) is a potentially toxic mineral element that is released into the environment and taken up by plants. Although Cs+ is chemically similar to potassium (K+), and much is known about K+ transport mechanisms, it is not clear through which K+ transport mechanisms Cs+ is taken up by plant roots. In this study, the role of AtHAK5 in high affinity K+ and Cs+ uptake was characterized. It is demonstrated that AtHAK5 is localized to the plasma membrane under conditions of K+ deprivation, when it is expressed. 9 samples were used in this experiment.
AT4G28940 UP in 'cngc1-3' vs 'wild type'
AT4G19810 UP in 'cngc1-3' vs 'wild type'
AT5G44730 UP in 'cngc1-3' vs 'wild type'
(Factor value) GENOTYPE/wild type genotype
AT1G33490 UP in 'cngc1-3' vs 'wild type'
AT2G41730 UP in 'cngc1-3' vs 'wild type'
AT3G57020 UP in 'cngc1-3' vs 'wild type'
AT4G33070 UP in 'cngc1-3' vs 'wild type'
(Sample) developmental stage/Boyes key 3.9
AT2G23910 UP in 'cngc1-3' vs 'wild type'
AT5G22890 UP in 'cngc1-3' vs 'wild type'
AT2G18360 UP in 'cngc1-3' vs 'wild type'
AT1G51830 UP in 'cngc1-3' vs 'wild type'
AT5G38020 UP in 'cngc1-3' vs 'wild type'
AT1G14120 UP in 'cngc1-3' vs 'wild type'
AT2G46750 UP in 'cngc1-3' vs 'wild type'