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The plastid genome represents an attractive target of genetic engineering in crop plants.
The use of genome engineering in crop improvement has already revolutionised modern agriculture in less than thirty years.
Or encodes an evolutionarily conserved DnaJ cysteine-rich domain-containing protein that can be used for metabolic engineering in crop plants, such as potato.
Development of procedures in cell biology to regenerate plants from single cells or organized tissue, and the discovery of novel techniques to transfer genes to plant cells provided the prerequisite for the practical use of genetic engineering in crop modification and improvement.
These findings are relevant for enhancing salt-tolerance via genetic engineering in crop breeding programs.
Phytochrome engineering in crop plants thus holds great agronomic potential.
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as well as demonstrating the role for systems biology approaches in metabolic engineering in crops.
Despite the apprehensions associated with ncRNA-based GM crops, the technology has been successfully employed for crop genetic engineering in 12 crops, incorporating traits ranging from resistance to pathogen, allergen removal, nutritional improvement, etc.
The ZmRFP1 might serve as a candidate gene in genetic improvement for drought tolerance engineering in cereal crop plants.
The results of such studies could have translational values toward engineering a CCM in crop plants.
In addition, there is a great need to identify most suitable target genes for engineering stress tolerance in crop plants like rice.
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