… 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. …

… 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 …

… 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 …

… Calcareous soils are known problematic lands for agricultural systems because of the low
… Among the functions considered to be a critical phase in iron absorption is rhizosphere …

… 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…

… soil solution, even in alkaline soils, and thus in increasing its bioavailability for plant uptake.
… Moreover, during this period, both the leaf SPAD index and the root ferric chelate reductase (…

… Since the enzymatic characteristics of the ferric chelate reductase (FCR) activity of purified
chloroplast inner envelope membranes showed a significant loss for the substrate affinity with …

… chelate, Fe-Chi, Fe-Tyr and Fe-EDDHA (control) and three methods of soil … iron content in
shoot and root were determined. The activity of root and leaf FCR (Ferric Chelate Reductase) …

… the soil in order to increase its iron soluble content followed by a reduction of Fe3+ to the more
soluble Fe2+ by a ferric chelate reductase (… Iron uptake and homeostasis related genes in …

… This complex likely facilitates iron uptake in the aerobic soil environment, by limiting the
re-… as a complex with the ferric chelate reductase as in Arabidopsis. In yeast, high affinity Fe …