Sentence examples for of nitrogen resources from inspiring English sources

(iii) How to optimize the use of nitrogen resources by choosing the most suitable preceding crop and/or the most appropriate soil?

We hypothesize, therefore, that the observed promoter-dependent, organ specific accumulation of zeolin may result, at least in part, from source/sink partitioning of nitrogen resources between the leaves and storage roots.

GCN4 encodes a transcription factor that regulates the expression of a host of genes involved in the regulation of nitrogen resources in cells (Natarajan et al., 2001).

AAP1 has recently been shown to be involved in glutamate uptake into root cells and may have a role in the efficient use of nitrogen resources in the rhizosphere [ 44], but its expression was not affected in glu1-2 roots.

The concentrations of alternative carbohydrates and nitrogenous compounds were equivalent to the concentrations of carbon and nitrogen resources in the initial medium (12 g/L tryptone; 4 g/L glycerol).

Thus the large number of predicted genes for carbohydrate-degradation and the reduced number for nitrogen resource use supported the hypothesis that nematode-trapping fungi originated in carbon-rich but nitrogen-poor environments.

Tolerance to defoliation in A. hybridus was associated with a greater investment in below-ground biomass relative to above-ground vegetative biomass, occurring mostly as the result of pre-flowering allocation of carbohydrates (CHOs) and nitrogen resources to the taproot [ 9, 10].

Light capture also drives biological nitrogen fixation by legume species and therefore the autonomy of the intercropping system towards nitrogen resources.

These findings indicate, that costs of basal levels of WIPK and LOX3 activity may be amortized by increases in nitrogen resources.

All transgenic lines with reduced JA-signaling showed lower levels of nitrogen-intensive defense metabolites than did WT [ 20, 21] which may allocate nitrogen resources towards growth and reproduction.

Therefore, the secretomes of D. stenobrocha and A. oligospora were compared with those of entomopathogens to identify enzymes involved in carbon and nitrogen resource utilization.