Sentence examples for maize populations with from inspiring English sources

Recurrent selection has been used to develop Al tolerant maize populations with yields as much as 200% greater than susceptible lines [3], [23].

Hence, the tocopherol biosynthesis pathway should be explored in more maize populations with different genetic backgrounds.

However, future studies with maize populations with very low LD or alternative approaches are required for validation.

While no differences were found among the three statistical approaches used in this study, we recommend continued model comparison for carotenoid traits in future analyses that employ larger maize populations with higher marker densities (Gore et al. 2009; McMullen et al. 2009; Chia et al. 2012; Romay et al. 2013).

QTL co-localization of the 1,999 MPH-correlated genes was performed with heterotic QTL for GY from Schön et al.[ 4], who re-analyzed QTL from three different maize populations with a Stiff Stalk Synthetic and Lancaster genetic background [ 14- 16] by performing two joint fit linear transformations.

Sequencing of pooled DNA samples has also been used to scan for genomic sweeps generated through the process of artificial selection for increased ear number, as well as seed size in maize populations with multiple founder lines (Beissinger et al. 2014; Hirsch et al. 2014).

The coincidence of the three QTL locations in experiments carried out with genetically diverse maize populations and with different corn borer species indicates the importance of those genomic regions for corn borer resistance across corn borer species and maize populations.

The objectives of the present study were to identify mQTL for grain yield and ASI across 18 bi-parental maize populations genotyped with a common SNP platform and phenotyped with a common protocol in multi-location experiments both under water stressed and well watered environments.

This study aimed at seeking the genetic possibility of coinstantaneous improvement of kernel yield and lysine content in maize (Zea mays L .. Fifteen inbred lines selected from 5 basic maize populations were crossed with 5 elite inbred lines derived from different heterotic groups according to the NCII design.

There are multiple insertion-tagged maize populations that were generated with either Activator (Ac) or Mutator (Mu) transposons (reviewed in [ 15]).

Schön et al.[ 4] identified heterotic Z2 QTL solely present in one or two of the three different maize populations as well as QTL with a congruent genomic position between all populations.