高品质道地黄芩规模化种植及精准扶贫示范研究
项目来源
国(略)研(略)((略)D(略)
项目主持人
林(略)
项目受资助机构
山(略)医(略)院
项目编号
2(略)Y(略)7(略)0(略)
立项年度
2(略)
立项时间
未(略)
研究期限
未(略) (略)
项目级别
国(略)
受资助金额
4(略)0(略)
学科
中(略)代(略)-(略)生
学科代码
未(略)
基金类别
未(略)
关键词
黄(略) (略)迫(略)黄(略);(略)u(略)l(略)a(略)i(略)e(略)s(略)o(略) (略)r(略)h(略) (略)v(略)i(略)
参与者
管(略)周(略)
参与机构
未(略)
项目标书摘要:目的(略)成分的影响,解析干(略)响机制,为黄芩药材(略)理论依据。方法:对(略)迫处理实验,运用超(略)飞行时间质谱(UH(略))技术对不同干旱胁(略)学成分进行分析,运(略)、正交偏最小二乘法(略)DA)和单变量分析(略)对代谢组数据进行分(略)数据库,依据UHP(略)矩阵中的保留时间、(略)中的代谢产物进行分(略)物,探讨干旱对黄芩(略)结果:分析鉴定出正(略)其中44个黄酮类成(略)谢物,其中26个黄(略)筛选出41个差异代(略)成分;负离子模式2(略)2个黄酮类成分;主(略)量值随干旱胁迫程度(略)变化趋势。不同干旱(略)分具有显著差异,随(略)黄酮类差异代谢物显(略)分种类发生明显改变(略)黄芩黄酮类成分含量(略)适度干旱胁迫促进黄(略),但促进程度是有限(略)可通过控制土壤水分(略)
Applicati(略): Abstrac(略):To study(略)s of drou(略)flavonoid(略)he mechan(略)ght on th(略)s of Scut(略)calensis (略)provide a(略)l basis f(略)ity impro(略)cultivati(略)llaria ba(略)eorgi.Met(略)ment with(略)drought s(略)ments on (略)of Scutel(略)lensis Ge(略)trahigh l(略)atography(略)drupole t(略)ht mass s(略)(UHPLC-QT(略)ique was (略)lyze the (略)mponents (略) of Scute(略)alensis G(略)fferent d(略)ss treatm(略)The princ(略)ent analy(略) orthogon(略)Statistic(略)of least (略)criminant(略)PLS-DA)an(略)e analysi(略)used to a(略)bolome da(略) with lit(略) secondar(略)trometry (略)sed on re(略)e charge (略)ragment i(略) and iden(略)of metabo(略)utellaria(略)s Georgi,(略)ifferenti(略)tes.All t(略)xplore th(略) of droug(略)lavonoids(略)aria baic(略)rgi.Resul(略)ysis iden(略)etabolite(略)ve ion mo(略) 44 were (略)61 metabo(略)gative io(略)hich 26 w(略)ids;and p(略) mode scr(略)fferent m(略)of which (略)vonoids.T(略) differen(略)lites in (略)n mode,of(略)re flavon(略)lative qu(略)value of (略)avonoid m(略)shows a t(略)reasing f(略)en decrea(略)he increa(略)ht stress(略)oids of S(略)baicalens(略)n differe(略)stress tr(略)ups have (略) differen(略)e increas(略)t stress,(略)ntial met(略) flavonoi(略) signific(略)he types (略)ds differ(略)tly.Concl(略)ht stress(略)changes i(略)nt of fla(略) the type(略)ent compo(略)utellaria(略)s Georgi.(略)ought str(略)s the syn(略)accumulat(略)onoids in(略)a baicale(略).However,(略)of promot(略)ted.This (略)at the qu(略)utellaria(略)s can be (略)improved (略)ing soil (略) actual p(略)
项目受资助省
山(略)
- (略)