Sentence examples for may enable plants from inspiring English sources

Translocation of resources to leaf growth, production of adventitious roots, aerenchyma formation and elongation of petioles or leaf tissues may enable plants to restore oxygen supply (Visser and Voesenek 2005; Bailey-Serres and Voesenek 2008; Colmer and Voesenek 2009).

Finally, high SOD and CAT activities may enable plants grown at elevated temperatures to exhibit relatively high tolerance to temperature stress, thus alleviating the harmful effects of superoxide anion radicals and hydrogen peroxide.

As Fe is a cofactor in enzymes involved in photosynthesis, this secretion pattern may enable plant Fe uptake to coincide with increased photosynthetic rates during light periods (Takagi et al. 1984).

This is when plasticity in physiological and morphological traits may enable invasive plants to overcome the constraints imposed by limiting resources (Funk, 2008).

It is possible that the cell wall and vacuolar invertases of Huntiella and Ceratocystis may enable colonization of plant tissue by facilitating uptake and transport of plant-derived sucrose [ 62].

Although antiproliferative activities of the plant extracts and sinapinic acid were not appreciably potent for a single-drug treatment, further investigation on the use of sinapinic acid or the plant extracts in combination with other anticancer drugs/medicinal plants may enable the development of more effective therapeutic strategies.

Therefore, a further identification and characterization of genes involved in the molecular regulation of cold acclimation may enable us to develop plant varieties with improved tolerance to cold [ 1].

Prospecting of novel genes expressed during stress tolerance from J. curcas and utilizing genetic information to modify and enhance the stress tolerance ability of this plant may enable development of J. curcas lines capable of producing growth in poor and marginal soils with acceptable oil yields.

The ability to utilize different production pathways may enable insects to switch host plants while preserving conspecific signaling.

Therefore, molecular dissection of the complex plant response to abiotic stresses, such as drought and salinity, has attracted much interest since understanding these responses may enable researchers to develop transgenic plants that have improved survival rates following exposure to stressful environmental conditions.

Recent advances in remote sensing technology may enable the mapping of forest plant associations using image classification techniques.