Sentence examples for accumulation trait from inspiring English sources

This provides a molecular scenario for the formation of lycopene accumulation trait in the mutant red-flesh fruits.

These data suggest that enhanced photosynthesis and partial impairment of lycopene downstream flux are critical for the formation of lycopene accumulation trait in the mutant.

The down-regulation of the Na+/Ca2+ exchanger in Maythorpe but not in Golden Promise may explain the low Na+ accumulation trait of Golden Promise as well as the supplemental Ca2+-linked Na+ efflux reported by several researchers.

This study provided new insight that enhanced photosynthesis and the partial impairment of lycopene downstream flux caused by down-regulation of LYCb and CCS genes are critical for the formation of lycopene accumulation trait in sweet orange fruits.

In conclusion, microarray analysis confirmed that the Cd accumulation trait is linked to a constitutive differential transcriptional gene expression of multiple genes explained by general genetic variability between V5 and V21 and not due to soil properties.

More recently, massively parallel signature sequencing was applied to decipher the transcriptome changes between WT and MT; and the results indicated that partial impairment of lycopene downstream flux are critical for the formation of lycopene accumulation trait in the mutant [ 13].

The estimates of environment-specific QTL effects revealed that each site and season exerted a large effect on the expression of both yield and photosynthate remobilization or accumulation traits but less so on expression of photosynthate carbon assimilation traits.

Therefore, our comprehensive transcriptome analysis of these contrasting genotypes provided insights into the molecular mechanisms and genes responsible for the Cd tolerance but low Cd accumulation traits in barley.

Studies of inheritance of the low Cd-accumulation trait in durum wheat, suggests that grain Cd concentration is largely controlled by a single gene [ 6].

Recently, a number of studies have revealed the behavior of Cd in rice, genetic diversity of Cd accumulation, quantitative trait loci controlling Cd accumulation and transporter molecules regulating Cd accumulation and distribution in rice.

Yield improvements via photosynthate partitioning traits were also affected by drought stress but not as much as the photosynthate ability and accumulation related traits.