Some Aspects of Trace Elements in NatureKarl H. Schütte |
Common terms and phrases
absorbed accumulation acid soils aconitase aconitase activity active transport alkaline aluminium amino acids apoferritin appear ascorbic binding boron cadmium calcareous soils calcium Calluna Cardwellia sublimis cations cell walls cellular chelating agent chlorosis chlorotic complex compounds concentration copper cows crop Cu2+ deficient plants DeKock disease effects enzyme excess farms ferric ferritin ferrous fertilizers glycine grass samples grass tetany grazing animals haem host cell host tissues important increase inhibited interactions intracellular iron deficiency leaf liver Manganese deficiency membrane metabolism metal ions Mg2+ micronutrient microsomes mineral mitochondria Mn2+ molecular molecules nucleic acids nucleotide nutrient solution organic oxidation parasite particles pastures phosphate phosphorus potassium present purine quantities ratio reaction reduced resistance role salt Schütte serum albumin silicon soluble stability constant studies substances substrate symptoms of iron synthesis tobacco mosaic virus toxic trace elements University of Cape uptake uranium wheat zinc