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In the long term, it may help in breeding stress tolerant plants.
Characterization of DREB/ERF genes from wild species (i.e. non-cultivated and non-model plants) may provide novel homologues for breeding stress resistance into crops [ 9].
We hypothesize that this may be due to higher breeding stress and reduced fitness of the parents after having already fledged one brood.
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However, the regulated and stabilized expression of transgenes is essential to breeding stress-tolerant crops for enhanced food production.
Since oxidative stress is likely to limit plant growth under stress, such a systematic understanding of antioxidant defence will help to define novel targets for breeding stress-tolerant plants.
Understanding the mechanisms underlying plant responses to external abiotic stresses is important for breeding stress-tolerant crops and herbages.
Specific miRNAs in S. europaea may be applied in breeding stress-tolerant plants and genetically engineering plants with improved properties, which are suitable for growing on marginal lands.
Therefore, our understanding of the mechanisms underlying plant responses to external abiotic stresses is very important for breeding stress-tolerant crops and herbages, as well as sustaining the agricultural industry [ 1].
Given that water deficit and high-salinity stresses have become limiting factors for crop and vegetable production and quality, these studies may provide new insights into breeding stress-resistant plants.
The isolated genes could be over-expressed using plant expression system to generate and evaluate transgenic plants for stress tolerance as well as be used as markers for breeding salt stress tolerance in plants.
This shows the potential impact of breeding for stress tolerance.
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