Deciphering the molecular switch of seed desiccation tolerance to improve plant stress tolerance-DEswitch
项目来源
法(略)科(略)金(略)R(略)
项目主持人
未(略)
项目受资助机构
未(略)
项目编号
A(略)1(略)E(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
2(略)6(略)0(略)
学科
B(略)o(略) (略) (略)m(略),(略) (略)a(略)m(略)p(略)o(略)t(略)i(略)s(略) (略) (略)r(略)g(略)s(略)
学科代码
未(略)
基金类别
P(略)e(略)f(略)n(略)
关键词
未(略)
参与者
M(略)i(略) (略)o(略)V(略)i(略)
参与机构
I(略) (略)t(略)t(略) (略)h(略)h(略)n(略)r(略)u(略)r(略)t(略)m(略)e(略)e(略)e(略)r(略)r
项目标书摘要:Su(略)mmary:Dro(略)allenged (略)ty worldw(略)the devel(略)rought-to(略) varietie(略)not withs(略) drought (略)tative st(略)duce desi(略)erance(DT(略)ability t(略)extreme d(略)is tightl(略),being sw(略)uring see(略)n and off(略)ter germi(略)witch).Wh(略)fforts ha(略)on unrave(略)ature of (略)ive compo(略)ring DT,m(略)hat regul(略)ccumulati(略)eed devel(略)poorly un(略)e DEswitc(略)ims at un(略)e molecul(略)on of the(略)Based on (略) evidence(略)fic histo(略)tions tig(略)s the reg(略)works res(略)r DT in A(略)thaliana (略)o truncat(略)ive tissu(略)se combin(略)-edge mol(略)ods to de(略)exact tim(略)ure of th(略),enabling(略)tion of p(略)ulators o(略)itch,incl(略)er genes,(略)tch on/of(略)nts By un(略)he DT swi(略)ject will(略)eral pivo(略)tural iss(略) food sec(略)rop adapt(略)imate cha(略)tential i(略)of plant (略)rance,and(略)on of gen(略)ces,with (略)gement of(略)d seeds.E(略)alysis an(略)l genomic(略)tats obte(略)t que les(略)T sont co(略)niveau ép(略)dans les (略)tatifs d'(略) et de Me(略) proposon(略)ier quand(略) ces gène(略)vés penda(略) quels so(略)urs poten(略)ce mécani(略)t les gèn(略)s,capable(略)/désactiv(略)ez les pl(略)
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