Economic Uses, Specific Metabolites and Molecular Biology Research of the Genus Zanthoxylum
Хозяйственное использование, специфические метаболиты и исследования молекулярной биологии рода Zanthoxylum
2026-02-03
SCID: 54.1/mvmtfedh
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Zanthoxylumflavor metabolitesmetabolite biosynthesismolecular biologysecondary metabolites
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Abstract (AI)
Zanthoxylum plants are a perennial economic crop which have garnered significant attention owing to their distinctive smell and taste. Their main flavor characteristics include a numbing sensation, bitterness, and aroma, which are mostly contributed by secondary metabolites, including alkaloids, flavonoids, and terpenes. As an important spice and a natural food additive, Zanthoxylum has broad application prospects and economic value in the production of food, medicine, animal feed, and raw chemical materials. This review aimed to provide a comprehensive overview of the economic uses and main flavor metabolites of Zanthoxylum. Furthermore, molecular biology research into the plant was summarized in detail. This will provide a reference for the future development and utilization of Zanthoxylum, and reveal the molecular mechanisms involving the biosynthesis of its flavor metabolites.
Key Findings
1
The plant’s characteristic flavors are primarily associated with secondary metabolites, including alkaloids, flavonoids, and terpenes.
2
The review synthesizes economic uses, major flavor metabolites, and molecular biology research on Zanthoxylum.
3
Understanding the molecular mechanisms underlying flavor-metabolite biosynthesis can support future development and utilization of Zanthoxylum.
4
Zanthoxylum has broad applications in food, medicine, animal feed, and production of raw chemical materials.
5
Zanthoxylum is an economically valuable perennial crop distinguished by numbing, bitter, and aromatic flavors.
Research Object
Zanthoxylum plants (the genus Zanthoxylum)
Research Subject
their economic uses, characteristic flavor metabolites, and molecular mechanisms underlying flavor-metabolite biosynthesis
Publication Details
Publication Date
2026-02-03
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