Plant synthetic biology is presented as an approach for engineering plant systems to improve traits and produce functional biomolecules. The abstract frames it as a multidisciplinary engineering field rather than a single discrete tool.
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plant synthetic biology
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Plant synthetic biology is used to target improved yield, nutritional quality, environmental resilience, and synthesis of pharmaceutically relevant functional biomolecules.
Quoted textsource-backed
These include improved yield, nutritional quality, environmental resilience, and synthesis of pharmaceutically relevant functional biomolecules.
Recent plant synthetic biology integrates molecular biology, biochemistry, synthetic circuit design, and computational modeling to engineer plant systems with enhanced traits.
Quoted textsource-backed
recent advances in plant synthetic biology have integrated multidisciplinary tools, from molecular biology and biochemistry to synthetic circuit design and computational modeling, to engineer plant systems with enhanced traits.
Conventional microbial metabolic engineering platforms often have limitations in expressing plant-derived enzymes and synthesizing structurally complex molecules.
Quoted textsource-backed
Although conventional metabolic engineering primarily focuses on microbial systems for large-scale biomolecules production, these platforms often face limitations in expressing plant-derived enzymes and synthesizing structurally complex molecules.
Plant synthetic biology is emerging as an approach to solve problems in human health and agriculture.
Quoted textsource-backed
Plant synthetic biology is rapidly emerging as an innovative approach to solving complex problems in human health and agriculture.
Plant synthetic biology is presented as a robust foundation for sustainable biomanufacturing and production of functional biomolecules.
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This review provides key case studies and a forward-looking perspective on the evolution of plant synthetic biology as a robust foundation for sustainable biomanufacturing and production of functional biomolecules.
Current obstacles in plant synthetic biology include transformation efficiency, regulatory bottlenecks, and pathway instability.
Quoted textsource-backed
existing obstacles, such as transformation efficiency, regulatory bottlenecks, and pathway instability