2) insensitive mutunt
不敏感型突变体
3) phosphorus starvation
磷饥饿
1.
We studied the growth state of tomato seedlings and the adaptive changes in activity of tonoplast H+-ATPase on different days (5 d,7 d,9 d,11 d,13 d) sampling from the roots of tomato seedlings under phosphorus starvation.
研究了磷饥饿下番茄幼苗的生长状况及其根部液泡膜H+-ATPase活性的适应性变化。
2.
Plants respond to phosphorus starvation through adaptive mechanisms involved in morphological, biochemical and molecular changes.
)耐低磷胁迫的分子机理 ,采用抑制性扣除杂交技术 (SSH)构建磷饥饿诱导的水稻根系扣除cDNA文库。
3.
A vacuolar ATPase (V_ATPase) B subunit gene has been cloned and characterized from a phosphorus starvation induced rice root subtractive cDNA library by suppression subtractive hybridization (SSH) method and RT_PCR amplification.
)根系磷饥饿诱导cDNA文库 ,获得编码液泡ATPase (V_ATPase)B亚基的克隆 ,通过反转录PCR方法获得该基因的完整序列。
4) Phosphate starvation
磷饥饿
1.
Effects of phosphate starvation on H~+ extrusion and Pi uptake of tomato seedlings;
磷饥饿对番茄幼苗H~+分泌及Pi吸收的影响
2.
Generating varieties that can grow well under the condition of phosphate starvation is an important way to solve this problem.
磷饥饿给小麦生产造成了很大损失。
3.
Kinetic analysis of the PM H + ATPase from the roots of tomato seedlings showed that phosphate starvation obviously lowered the K m value, which indicated that phosphate starvation increased the affinity of the enzyme to its substrate, but had no significant effect on the V max value of the enzyme (Fig.
磷饥饿提高了番茄幼苗质膜H+ ATP酶活性并促进了番茄幼苗根部的H+分泌。
5) Phosphate starvation
磷酸饥饿
1.
Phosphate starvation also increased the activities of acid phosphatase from cell surface of, and released by roots of tomato seedlings.
磷酸饥饿时，番茄幼苗根部及地上部酸性磷酸酶活性均显著增强，根部细胞表面酸性磷酸酶及根部外泌的酸性磷酸酶活性亦明显提高。
2.
coli) K-- 12 IAM 1264 cells were synchronized by a modified version of phosphate starvation described by Kepes and Kepes.
用改良的Ｋｅｐｅｓ磷酸饥饿法诱导大肠杆菌Ｋ—１２ＡＭ１２６４同步化生长，细胞经８轮同步化步骤后可在磷酸不限制培养基中自由生长保持２～３次同步化细胞周期。
6) auxin insensitive mutants
生长素不敏感突变体
补充资料：温度敏感突变
分子式：
CAS号：
性质：导致一个基因在高(或低)温度下起作用，但在较高(或较低)温度下就不活跃的基因的变异。这些变异在某种温度下表现正常，但是在另一种温度下就会产生异常(不生长、不表达某一蛋白，或死亡)的突变。
CAS号：
性质：导致一个基因在高(或低)温度下起作用，但在较高(或较低)温度下就不活跃的基因的变异。这些变异在某种温度下表现正常，但是在另一种温度下就会产生异常(不生长、不表达某一蛋白，或死亡)的突变。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条