Webb12 apr. 2024 · Complete model (Model 1) Model 1 formalises the Fe uptake basing on the model devised by Sterckeman et al. (), in which the root-excreted iron ligand L dissolves soil iron hydroxide to form complexes (FeL) which can be absorbed by the roots.Model 1 additionally represents Fe 3+ transport and uptake, together with the competition of Ca … Webbphytosiderophore (plural phytosiderophores) ( biochemistry ) Any of a class of chelate compounds , common in grasses , that sequester iron . Related terms [ edit ]
EDTA alone enhanced soil zinc availability and winter wheat grain …
http://www2d.biglobe.ne.jp/~chem_env////////////////////////////////////////////////chem13/topics24a.html WebbDiurnal Pattern in Zinc Uptake 673 the phytosiderophores 2'-deoxy-mugineic acid. Uptake of ~SZn. In short-term uptake experiments 6SZn was supplied for 1 h at 25~ as 6sZnSO4 … ekg t waves abnormalities
Structural element responsible for the Fe(III)–phytosiderophore …
WebbWhat is Phytosiderophores. 1. Fe 3+ chelating compounds (mugineic acids (MAs) or its modified derivatives) released by plants in the rhizosphere under iron deficient … WebbPhytosiderophore. In the phytosiderophore-dependent barley, the high-methionine requirement for the biosynthesis of mugeneic acids is reflected in the up-regulation of … Webb摘要: Recent advances in our understanding of how graminaceous take up insoluble forms of from the rhizosphere and mobilize them in plant tissues are primarily based on the identification of various transporters that are specific to metal-phytosiderophore (PS) complexes containing and deoxymugineic acid. ekg t-wave abnormality