1) Manganese Deficiency
缺锰胁迫
2) Mn stress
锰胁迫
1.
[Method]In pot experiment,the effects of Mn stress on the physiological resistance of Mirabilis jalapa Linn,Calendula officinalis L.
[方法]采用盆栽试验,研究锰胁迫对紫茉莉、金盏菊、万寿菊生理抗性的影响。
3) iron and manganese stress
铁锰胁迫
4) hypoxia stress
缺氧胁迫
1.
Research on the small cell groups with hypoxia stress to select suspension cell line of higher productivity of flavonol glycoside;
缺氧胁迫小细胞团法选育高产黄酮苷悬浮细胞系
2.
6 suspension cell lines which ability of ginkgolides synthesis has been improved obviously were selected by hypoxia stress,The best one MH 3 which growth index was 3 71 and ginkgolide B content was 0 048% in dried cell after 18 days culture,which was enhanced 182 4% compared with callus.
采用缺氧胁迫小细胞团法从愈伤组织中共选育出 7个高产悬浮细胞系 ,其合成银杏内酯的能力比选育前的愈伤组织有了显著提高 ,其中细胞系MH 3培养周期 18d ,细胞生物量增加 3 71倍 ,银杏内酯含量达到细胞干重的 0 0 48% ,比选育前提高了 182 4% ,为国内领先水平。
5) S-deficiency stress
缺硫胁迫
1.
Effect of S-deficiency stress on chlorophyll fluorescence kinetics of rice leaves;
缺硫胁迫对水稻叶绿素荧光动力学的影响
6) Iron deficiency stress
缺铁胁迫
1.
Employing high resolution two dimensional gel electrophoresis(2 DE), the differentially displayed proteins expressed in rice( Oryza sativa ) leaves under iron deficiency stress were separated.
水稻幼苗经缺铁胁迫诱导处理 1、3、5d后 ,用酚法和TCA 丙酮法提取叶的可溶性蛋白 ,进行双向电泳 (2 DE)分析 。
补充资料：缺缺
1.疏薄诈伪貌。
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参考词条