1) 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
2) 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。
3) 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 。
4) nitrogen deficiency
缺氮胁迫
1.
Cloning of a cDNA fragment of nitrate reductase(NR) gene in cucumber and its expression analysis under nitrogen deficiency stress;
黄瓜硝酸还原酶cDNA片段的克隆及其在缺氮胁迫下的表达
5) Phosphate deficiency
缺磷胁迫
1.
Under phosphate deficiency stress,the m R N A levels of PLDα and PLDβ in tobacco older leaves were higher while in rapid developing ones were lower than those in controls (Fig.
缺磷胁迫下,PLDα和PLDβ在烟草成熟叶片中的转录活性升高,幼叶中却明显降低;幼叶和成熟叶片中PG水解酶的活性变化与PLDα和PLDβmRNA表达量成正相关。
6) iron stress
缺铁胁迫
1.
It has been hypothesized that under iron stress high ferric chelate reductase (FCR) activity of iron efficient plants in the absorptive root will be induced and thus result in subsequent Fe 2+ transport across the plasmalemma.
在田间表现耐缺铁的香橙在缺铁胁迫下 ,三价铁螯合还原酶活性在胁迫 4周时即达到最强 ,增加约 2 0倍 ;而在田间表现极易缺铁的枳在铁胁迫 4周时 ,三价铁螯合还原酶活性仅增加约 3倍。
补充资料：缺缺
1.疏薄诈伪貌。
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