The importance of FeEDTA [ethylene diamine tetraacetic acid, chelating agent] for reversibility of phosphate-induced chlorosis in maize (Zea mays)

agentes nocivos biological production biomasa biomass biomasse cereales cereals chelating agents chlorophylle chlorophylls chlorose chlorosis clorofilas clorosis contaminantes contaminantes industriales crops cultivos cultivos de grano desintoxicantes detoxicants disorders drugs economic plants elements experimentos experiments facteur nuisible feed crops feed grasses fer fisiologia fonction physiologique fosforo functional disorders glumiflorae grain crops gramineae gramineas graminee grasses heavy metals hierro industrial crops industrial pollutants injurious factors iron medicamentos metabolism metabolisme metabolismo metabolismo de minerales metal metales metales pesados metals mineral metabolism monocotyledons no metales nonmetals oil crops phosphore phosphorus physiological functions physiologie physiology pigment pigmentation disorders pigmentos pigments plantas plantas azucareras plantas feculentas plantas forrajeras plantas industriales plantas oleaginosas plante plante de culture plante industrielle plants polluant polluant industriel pollutants production production biologique quelatos recherche research starch crops sugar crops symptome symptoms transition elements trastornos trastornos funcionales trouble trouble de la pigmentation trouble fonctionnel zea mays