Sentence examples for wheat genotypes were from inspiring English sources
N-efficient (YM18) and N-inefficient (XY6) wheat genotypes were planted at low N (no N application) and high N (0.3 g N kg−1 soil) treatments.
Two different bread wheat genotypes were used for optimization of separation conditions and six more common and durum wheat genotypes possessing different subunit combinations were used for further evaluation.
In this study, two wheat genotypes were used for expression analysis under heat treatments.
Bread and durum wheat genotypes were characterized by a different physiological reaction to water stress and by a substantially different molecular response.
Bread and durum wheat genotypes were characterized by different physiological reactions to the applied drought stress and by clearly different molecular responses.
For example, the imputations of the wheat genotypes were more effective with relatively greater estimates of topology accuracy than those on the other crop data sets.
Furthermore, how miRNAs confer different levels of dehydration stress tolerance in various wheat genotypes is unclear.
Moreover, the mechanisms by which miRNAs confer different levels of dehydration stress tolerance in different wheat genotypes are unclear.
No compound with the same tendency of changes by double ridge (Dr) formation compared to the Co stage in the five wheat genotypes was identified.
For example, the topology accuracy remained 80% or greater when 40% of the wheat genotypes was randomly missing and 51% when the missing level increased to 80%.
Similarly to Arabidopsis, the transcript expression of homoeologues of TaSTOP1 in the roots of diverse bread wheat genotypes was also modulated in response to proton stress [ 16].
