Sentence examples for developed maize from inspiring English sources

Our objectives were to: (i) determine the nature and timing of leaf growth responses to plant population and row spacing; (ii) analyze light attenuation within fully developed maize canopies.

A newly developed maize Illumina GoldenGate Assay with 1536 SNPs from 582 loci was used to genotype a highly diverse global maize collection of 632 inbred lines from temperate, tropical, and subtropical public breeding programs.

SC conceived the study, developed maize genetic stocks, participated in its design and coordination, and helped to draft the manuscript.

Many genes/proteins involved in response to stimulus have been reported in the developing maize rachis [ 44] and fruit development of sweet orange [ 45].

In developing maize kernels, the oil-storing embryo is in a high-O2 state with high levels of metabolites of glycolytic intermediates and the mitochondrial TCA cycle and with some pools of amino acids (Rolletschek et al. 2005).

Our results demonstrate that there is potential in developing maize varieties with acceptable levels of maize weevil resistance through recurrent selection procedures which exploit both GCA and SCA effects with sustainable impact on food security and the environment.

14C labeling experiments performed with kernel cultures showed that developing maize endosperm is more efficient than other non-photosynthetic tissues such as sunflower and maize embryos at converting maternally supplied substrates into biomass.

Developing maize seeds (Triticum aestivum) have been imaged using the system with a cubic voxel linear dimension of 100 μm, over a diameter of 25 mm and the root lengths and volumes measured.

The modeled genetic coefficients might be helpful for plant breeders to develop maize cultivars for semi-arid regions that may give the optimum yield under above recommended N and water management practices.

In developing maize, oxygen concentration is maintained at the high level in the oil-storing embryo, corresponding to the steady-state levels of glycolytic intermediates and those of the TCA cycle, as well as free amino acids (Rolletschek et al. 2005).

Though the GCA × environment interaction was significant for MSR, this study identified lines and their cross combinations with high resistance and large GCA and SCA effects across environments for FSR and MSR This offers scope for source population improvement for resistance to these stalk rots, as well as developing maize hybrids with stable resistance to Post flowering stalk rot.