Sentence examples for maize in response from inspiring English sources

The induced accumulation of six ent-kaurane related ditent-kaurane relatedns, collectively termediterpenoidns (33) was observed in maize in resphytoalexinsm attacollectivelyropean corn borer (Ostermed nubilalis) and fungi.

In this study, the CERES-Maize models (Jones and Thornton 2003), which are embedded within the DSSAT version 4.5 (Hoogenboom et al. 2009), were used to simulate the phenology and yield of maize, in response to climate and management factors.

To date gene expression studies in maize in response to water stress have investigated different organs such as roots [23] and developing kernels [24] or particular developmental stages [25].

Interestingly, two antimicrobial defense genes, a translational elongation factor EF-TuM which is involved in microbial resistance [36] and an N-carbamyl-L-amino acid amidohydrolase which it the first step of an antibiotic synthesis pathway [37] were significantly up-regulated in maize in response to attack by untreated WCR (Table S2).

Indeed, difference in the expression of enolase isoforms was observed in maize in response to anaerobiosis [ 63].

There are significant changes in the xylem sap proteome of maize in response to water deficit [ 74].

Transcriptional profiling of developing maize kernels in response to water deficit indicated that two classes of stress-responsive genes exist; one being specific to concurrent application of stress and another remains affected after transient stress [ 19].

The aim of this study was to compare changes at the physiological and global gene expression levels of two drought tolerant and one susceptible maize genotype in response to the gradual application of drought stress, in order to identify the general responses of maize to drought and possible differences in the mechanisms employed to achieve tolerance.

To gain further insight on the mechanisms of regulation of the enzyme previously described by HS, the expression of five genes encoding the key enzymes of N assimilation and organic acids synthesis was evaluated in leaves of both nitrate-supplied and nitrate-depleted maize seedlings, in response to 1 mg C L−1 HS for 24 h.

Gluconeogenesis was purportedly induced in maize embryos in response to pathogen challenge [ 18].

Furthermore, there are significant changes in the phosphoproteome of growing maize leaves in response to water deficit [ 47].