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1)  induced parthenocarpy
诱导单性结实
2)  experimental inducement
实验性诱导
3)  parthenocarpy [英]['pɑ:θinəu'kɑ:pi]  [美]['pɑrθəno'kɑrpɪ]
单性结实
1.
The Initial Study on NAA Promotes Parthenocarpy of Pumpkin;
萘乙酸(NAA)促进南瓜单性结实初探
2.
Effects of Spd and MGBG on Endogenous Polyamine Levels and Protein Profiles in Ovary and Its Relationship with Parthenocarpy of Cucumber;
Spd和MGBG对黄瓜子房内源多胺和蛋白质组成的影响及与单性结实的关系
3.
Genetic Analysis of Parthenocarpy in Eggplant;
茄子单性结实性的遗传分析
4)  parthenocarpy [英]['pɑ:θinəu'kɑ:pi]  [美]['pɑrθəno'kɑrpɪ]
单性结实性
1.
Using the model of the major gene plus polygene of quantitative traits, a joint analysis of multi-generations from crossing a highly parthenocarpic gynoecious lines‘6401’with two non-parthenocarpic inbred lines‘6429’and‘6426’was carried out to investigate the inheritance of the parthenocarpy in cucumber.
采用植物数量性状主基因+多基因混合遗传模型对黄瓜强单性结实雌性系‘6401’与非单性结实自交系‘6429’、‘6426’杂交组合多世代群体的单性结实性进行联合分析,结果表明:全雌黄瓜单性结实性在不同遗传背景下遗传表现基本一致,单性结实性遗传均表现为不完全隐性基因遗传,符合E-1-1模型,受两对加性—显性—上位性主基因+加性—显性多基因控制。
2.
Using the model of the major gene plus polygene of quantitative traits,a joint analysis of five-generations(P1,P2,F1,F2 and F2∶3)from crossing a highly parthenocarpic monoecious line \'6457\' with a non-parthenocarpic inbred line \'6426\' was carried out to investigate the inheritance of the parthenocarpy in cucumber.
以雌雄同株黄瓜强单性结实自交系6457和非单性结实自交系6426为亲本,建立了5世代联合群体(P1、P2、F1、F2、F2∶3),采用植物数量性状主基因+多基因混合遗传模型对群体的单性结实性进行多世代联合分析。
5)  stenospermic
假单性结实
1.
Effects of 6-BA on seed trace development of stenospermic grape cultuers
6-BA对假单性结实葡萄种子形成的影响研究初报
6)  real-time guidance
实时诱导
1.
This paper first analyzes the characteristic of dynamic route guidance in PGIS according to the requirement of real-time guidance,then introduces the characteristic of a natural algorithm--ant algorithm and the basic procedure when it is used in searching for the optimum route.
首先分析了PGIS中一项关键技术——动态路径诱导的特点和实时诱导技术要求,根据该要求,介绍了一种生物界仿真算法——蚂蚁算法的特点及其应用在最优路径搜索中的基本方法。
补充资料:诱导
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性质:指把某种物质给予细菌后,该物质进入细菌中而形成代谢酶的一种现象。例如,当给予大肠杆菌以乳糖时,便会生成能分解乳糖的β-半乳糖苷酶、能把乳糖摄入细胞的透性酶及半乳糖苷乙酰基转移酶等三种酶。雅各布(Ja-cob)和莫诺德(Monod)认为这一现象与转录水平的遗传调节机理有关,因此他们于1961年提出了操纵子学说。

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