'crop engineering' is a correct and usable term in written English.
You can use it when discussing the study or practice of manipulating plants to achieve desired characteristics or traits. For example: "The application of crop engineering has been an effective way to improve crop yields in the agricultural industry."
These findings might be applicable to grass and crop engineering to improve abiotic stress tolerance.
Furthermore, we propose a standard measure of crop engineering risk that is based on the expected loss of crop yield.
Understanding the molecular mechanisms of salt stress tolerance will provide valuable information for effective crop engineering and breeding.
This study confirmed P5CSF129A to be a candidate gene in crop engineering for enhanced water stress tolerance.
Furthermore, the article discusses the biotechnological and biomedical application of GTs ranging from detoxification of xenobiotics and hormone homeostasis to the synthesis of glycoconjugates and crop engineering.
They will probably be needed for coordinated transgene expression for metabolic engineering and synthetic circuit applications in plants for bioenergy and advanced crop engineering.
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.
In order to demonstrate its utility for crop genome engineering and increase public acceptance of transgenic technology, the potential for predefined nuclear excision events and their germinal transmission was investigated.
"Crop genetic engineering as practiced today is a crude, imprecise, and outmoded technology," says the report's coauthor John Fagan.
The University of Nebraska-Lincoln's online plant breeding and genetics professional certificate offers courses designed to enhance professional knowledge of plant genetics and pathology and crop genetic engineering and protection.
The modified ubi1 intron had the potential application on crop genetic engineering.
