… compounds phytosiderophores (PS) into the surrounding soil; uptake of the resulting Fe(ІІІ)-PS …
Typically, in well-aerated soil, Fe is oxidized to an insoluble ferric form [Fe(III)], whereas …

… iron content in soil is high, its bioavailability to plants is often limited, especially in calcareous
soils where iron … dependent iron transport is responsible for the less accumulation of iron in …

… To our knowledge, no report has been published on the effects of useful bacteria on iron
uptake, transportation, mobilization and FC-R activity via organic acid release in pear under …

… However, another study reported that Fe(III)-EDTA was more effective as a soil or a foliar …
salts and urea on some physiological processes in plants relative to iron uptake and …

… suffer from iron deficiency chlorosis in calcareous soils, which … ferric-chelate reductase gene
Refre1/372 under the control of the OsIRT1 promoter for further enhancement of iron uptake. …

… Moreover, excess Fe in the soil can damage the root uptake system and adversely affect the
acquisition of other nutrients, such as phosphorus, zinc and magnesium, leading to reduced …

… ferric chelate reductase oxidase gene FRO2, and the ferrous … due to their high stability in
soils, but Fe complexes (mainly … an overexpression of classical iron uptake genes such as FRO2…

… ferric-chelate reductase … iron uptake in response to iron deficiency [1]. Root plasma membrane
H+-ATPases release protons to acidify the rhizosphere and increase Fe release in the soil …

… suffered iron (Fe) deficiency chlorosis in the calcareous soils … same orchard in a calcareous
soil. Newly expanded leaves … These were correlated with the lower ferric chelate reductase …

… reported to up-regulate iron (Fe) uptake mechanisms, such as … mediated by the ferric-chelate
reductase oxidase (FRO) … Indeed, PGPR are soil bacteria that efficiently colonize the …