With the increasing material living standards of the people,keeping pets has become a way for people to enjoy amateur life,and the tort problem of breeding animals has also been accompanied.This article will discuss t...With the increasing material living standards of the people,keeping pets has become a way for people to enjoy amateur life,and the tort problem of breeding animals has also been accompanied.This article will discuss the tort liability of breeding animals from the aspects of the characteristics,the principle of imputation,and the constitutive elements.展开更多
Mesona chinensis Benth,a member of the Lamiaceae family,is an important dual-purpose economic crop in China,serving as a key ingredient in the traditional delicacy"Shaoxiancao"and the herbal tea"Wong Lo...Mesona chinensis Benth,a member of the Lamiaceae family,is an important dual-purpose economic crop in China,serving as a key ingredient in the traditional delicacy"Shaoxiancao"and the herbal tea"Wong Lo Kat.".This study explored the differential expression of key bioactive compounds in two Mesona chinensis Benth populations using broad-target metabolomics.The Taiwan(TW)population exhibited higher levels of polysaccharide components,including glucose,xylose,and galacturonic acid.In contrast,the Fujian(FJ)population showed elevated abundances of flavonoids(quercetin,kaempferol,and astragalin)and phenolic acids(caffeic acid and melitric acid A).The volatile metabolites exhibited distinct differed characteristics between the two populations,with the FJ population showing a higher concentration of monoterpenes,while alkanes predominated in the TW population.Integrative metabolomic and transcriptomic analyses revealed that the TW population had higher levels of polysaccharide precursors,such as sucrose and UDP-glucose,and increased expression of SUS,UXS1,and GALE genes.Conversely,the FJ population had higher levels of phenylalanine and(-)-Jasmonoyl-L-isoleucine,potentially linked to their response to intense light.Additionally,transcription factors bHLH(Unigene9935),Mtype MADS(Unigene18343),AP2(Unigene22135)and NF-YA(Unigene13012)were likely influencing terpenes,polysaccharide,flavonoid,and phenolic acid metabolism in Mesona chinensis Benth.This study integrates metabolomic and transcriptomic analyses to explore differences in bioactive compound accumulation and gene expression between two Mesona chinensis Benth populations,offering insights for raw material selection and implications for trait improvement and genetic research.展开更多
文摘With the increasing material living standards of the people,keeping pets has become a way for people to enjoy amateur life,and the tort problem of breeding animals has also been accompanied.This article will discuss the tort liability of breeding animals from the aspects of the characteristics,the principle of imputation,and the constitutive elements.
基金funded by the key research and development program of Guangxi(No.GuikeAB22080078)Guangxi University young and middle-aged teachers research basic ability improvement project(2024KY0025)Enterprise project on the purification,revitalization,and new variety breeding of Mesona chinensis Benth(BB30500012).
文摘Mesona chinensis Benth,a member of the Lamiaceae family,is an important dual-purpose economic crop in China,serving as a key ingredient in the traditional delicacy"Shaoxiancao"and the herbal tea"Wong Lo Kat.".This study explored the differential expression of key bioactive compounds in two Mesona chinensis Benth populations using broad-target metabolomics.The Taiwan(TW)population exhibited higher levels of polysaccharide components,including glucose,xylose,and galacturonic acid.In contrast,the Fujian(FJ)population showed elevated abundances of flavonoids(quercetin,kaempferol,and astragalin)and phenolic acids(caffeic acid and melitric acid A).The volatile metabolites exhibited distinct differed characteristics between the two populations,with the FJ population showing a higher concentration of monoterpenes,while alkanes predominated in the TW population.Integrative metabolomic and transcriptomic analyses revealed that the TW population had higher levels of polysaccharide precursors,such as sucrose and UDP-glucose,and increased expression of SUS,UXS1,and GALE genes.Conversely,the FJ population had higher levels of phenylalanine and(-)-Jasmonoyl-L-isoleucine,potentially linked to their response to intense light.Additionally,transcription factors bHLH(Unigene9935),Mtype MADS(Unigene18343),AP2(Unigene22135)and NF-YA(Unigene13012)were likely influencing terpenes,polysaccharide,flavonoid,and phenolic acid metabolism in Mesona chinensis Benth.This study integrates metabolomic and transcriptomic analyses to explore differences in bioactive compound accumulation and gene expression between two Mesona chinensis Benth populations,offering insights for raw material selection and implications for trait improvement and genetic research.
