Hop (Humulus lupulus L.): Traditional and Present Use, and Future Potential

Хмель (Humulus lupulus L.): традиционное и современное применение и перспективы дальнейшего использования
Helena Korpelainen, Maria Pietiläinen
2021-09-24

Humulus lupulusclimate changehop breedinghop phytochemicalspharmacological properties
Abstract Hop ( Humulus lupulus L.): Traditional and Present Use, and Future Potential. Hop ( Humulus lupulus ) is best known for its use in beer brewing owing to its bittering flavor and floral aroma. Today, the brewing industry uses as much as 98% of the produced hop crop worldwide. However, there are many other uses, some of them known since prehistoric times. Hops, the cone–like female structures called strobili, are the most frequently used part of the hop plant, but other tissues are of interest as well. The present review compiles existing knowledge of the chemical and pharmacological properties, traditional and present uses and further use potential, genetic resources, and breeding attempts in H. lupulus , and discusses climate change challenges to hop production . It contains hundreds of phytochemicals, and some of the secondary metabolites have definite potential pharmacological and medicinal value, but further investigations are desirable. Hop substances are potential alternatives, e.g., in antimicrobial, cancer, metabolic syndrome, and hormone replacement therapy treatments, as well as insecticides, preservatives, and fragrances. There are presently a few hundred cultivated hop varieties, and new cultivars are being developed and tested. Future hop breeding efforts with different quality and adaptation targets can utilize existing genetic resources, such as wild populations and landraces present in many regions.
1
Hop contains hundreds of phytochemicals, including secondary metabolites with potential pharmacological and medicinal value, although further investigation is needed.
2
Hop is predominantly used in brewing, which consumes as much as 98% of worldwide hop production, despite broader traditional and emerging applications.
3
Hop-derived substances may serve as alternatives or inputs for antimicrobial, anticancer, metabolic syndrome, hormone replacement, insecticidal, preservative, and fragrance applications.
4
Several hundred cultivated hop varieties currently exist, and breeding programs continue developing and testing cultivars with diverse quality and adaptation targets.
5
Wild hop populations and regional landraces provide genetic resources for future breeding, while climate change poses challenges to hop production.

Hop (Humulus lupulus L.) plants, including their strobili and other tissues

The chemical, pharmacological, traditional and present uses, future applications, genetic resources, breeding potential, and climate-change-related production challenges of hop

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2021-09-24
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Helena Korpelainen
Maria Pietiläinen
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