Sentence examples for leaves enhanced from inspiring English sources

Earlier studies also revealed that dietary supplementation of Ocimum sanctum and Nyctanthes arbortristis leaves and intraperitoneal injection of water and hexane soluble fraction of Solanum trilobatum and Eclipta alba leaves enhanced the disease resistance against A. hydrophila in O. mossambicus (Logambal et al. 2000; Divyagnaneswari et al. 2008).

For example, a decrease in sink demand reduces sugar transport from the leaves which results in sugar accumulation in the source leaves, enhanced expression of genes involved in carbohydrate metabolism, and decreased expression of photosynthetic genes [ 7, 8].

Second, by a more compact canopy architecture, with shorter plants, fewer and more upright leaves, enhancing solar radiation interception.

Gas films on submerged leaves enhance CO2 fixation, as first demonstrated for rice (9- to 10-fold increase; Raskin and Kende 1983).

In our latest research, it was found that early partial sick leave enhanced sustained RTW.

It may also be assumed that the recall bias was reduced and the sensitivity of the question about sick leave enhanced, as we did not ask the respondent to specify the number either of sick-days or of sick-leave episodes [ 43].

Perhaps equally importantly, male executives may also feel more empowered to take more shared parental leave, enhancing their own skills and behaviours in the process, so that they too return to the workplace as more fully rounded executives.

Salt stress lowered the expression of OsNiR in old leaves, and enhanced its expression in young leaves.

Higher expression levels of the flavonoid pathway genes like F3H1 (~23-fold), DFR (~6-fold), LDOX (~40-fold), and UFGT (~9-fold) and LAR1 (~ 58-fold) genes specific to anthocyanins and proanthocyanidins, respectively, in virus-infected symptomatic leaves indicate enhanced synthesis of anthocyanins and proanthocyanidins in these leaves.

Expression levels of OsHAK10 and OsHAK16 in young leaves were down-regulated by salt stress, whereas their expression levels in old leaves were enhanced.

The up-regulation of Str family protein gene (TDF #231_1) in B-toxic C. sinensis leaves (Table  2) agrees with the previous report that Str in Catharanthus roseus leaves was enhanced under dehydration, salt and UV stresses [ 117] and that B-toxicity decreased IAA level in Triticum durum seedlings [ 118], because the expression of Str was inhibited by auxin [ 119].