Guest Editors
Dr. Cheng Song, West Anhui University, China
Dr. Muhammad Aamir Manzoor, Shanghai Jiao Tong University, China
Dr. Muhammad Abdullah, University of Queensland, Australia
Summary
Plants have evolved diverse secondary metabolic pathways, some of which serve as a portal for human demand for natural substances such as medicines, nutrition, agrochemicals, and chemical additives. However, the majority of secondary metabolites have low amounts, making them challenging to acquire on a large scale. Secondary metabolites are often spatiotemporally biosynthesized and are capable of adapting to and surviving a variety of biotic and abiotic stressors. Meanwhile, exogenous stimuli can initiate a cascade of regulatory processes, which increase the concentration of secondary metabolites. Recently, it was concluded that secondary metabolites in plants are not secondary because they contribute significantly to plant growth and development. Further investigation into their biosynthesis, regulation, and functions as stress-resistant compounds will lay the foundation for expanding the proportion of plant secondary metabolites. The aim of this thematic issue is to showcase studies that focus on (1) Identification of key genes involved in the regulation or biosynthesis of secondary metabolites; (2) Integrated application of omics technologies (genomics, transcriptomics, proteomics, metabolomics) in secondary metabolites; (3) Heterologous production of valuable secondary metabolites by metabolic engineering.
We encourage original research and review articles on any of the following topics (but not limited to):
(1) Biosynthesis and molecular control of natural products made from plants
(2) Multi-omics approaches to the investigation of secondary metabolic pathways
(3) Metabolic engineering-based synthetic biology of valuable secondary metabolites
(4) Stress tolerance and physiological regulation mechanism of plants
Keywords
Secondary metabolism, Multi-omics, Plant bioengineering, genomic variation, stress biology
Published Papers
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