… , development, and abiotic stress tolerance. Although the … graminaceous crop species. A
heatmap showed that most ZmSWEET genes responded to at least one type of abiotic stress. By …

… by the plants. The reduction strategy is exclusively found in non-graminaceous plants wherein
… to obtain genotypes/varieties that show durable tolerance to stress as well as to obtain Fe-…

… abiotic stresses such as salt stress, alkali stress in plants has … mechanisms of plant alkaline
resistance and accelerate the … enhances salt-alkali tolerance in main graminaceous crops. …

… in inoculated graminaceous and non-graminaceous plants 6, 7. … increase iron-stress resilience
in graminaceous crops is of … of iron-stress sensitive maize and iron-stress tolerant wheat …

… Visual diagnosis on single plants requires specific deficiency symptoms, which are easily
identifiable in dicotyledonous than in graminaceous plants. Particularly because of distinctive …

… graminaceous crops due to its small genome, high degree of synteny with other cereal crops…
offers potential opportunities for improving crop stress tolerance, especially via manipulation …

… Non-graminaceous plants in Fe-deficient conditions secrete phenolic compounds in the
rhizosphere and uptake the apoplastic Fe. In Fe-deficient conditions, within 24 hours genes of …

… 1993), while in graminaceous crops Na is often considered as … of drought tolerance) also
showed a higher salinity tolerance … The higher stress tolerance of the seedlings from AB and BC …

… plants to develop genetic and genomic resources, and to delineate the physiology and
molecular biology of stress tolerance, … the nutritional properties in graminaceous species through …

… of MAs that has evolved in graminaceous plants. NAAT activity is dramatically induced by
Fe … to Fe in graminaceous plants, and may lead to the development of cultivars tolerant to Fe …