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- Applying techniques, pest search strategies and desiccation tolerance of EPNs were influence factors for sieging pests in field. 线虫施用技术、生活习性及搜索方式直接影响其侵染力。
- Desiccation tolerance of seeds was decreased greatly after 24 hours of imbibition, and lost at all in 48 hours of imbibition. 花生种子吸胀24小时后，耐脱水能力迅速下降，吸胀48小时的花生种子完全丧失了耐脱水能力。
- The results showed that seeds of Acer mono and A. triflorum underwent mature desiccation, but they didn't obtain enough desiccation tolerance. 结果表明，色木槭和拧筋槭种子虽经历了成熟脱水，但种子仍不耐脱水；
- The desiccation tolerance of A. odora seeds gradually changed during the development period, indicating that it was a quantitative trait. 海芋种子脱水耐性在发育过程中逐渐变化，说明它是数量性状。
- The study was constructed to investigate the mechanism of desiccation tolerance and the germination physiology of Alocosia adorn (Roxb) C. 目的]为了研究海芋种子脱水耐性的形成机制和种子萌发生理。
- The seed desiccation tolerance is integrative characteristic forming during the process of developing and an important criterion of determining seed storage characteristic. 摘要种子脱水耐性是种子发育过程中获得的综合特性，是判断种子贮藏特性的一个重要依据。
- The changes in water stateand soluble proteins of axes during acquirementof desiccation tolerance were measured by differ-ential scanning calorimeter (DSC) and SDS-PAGE. 逐步增加培养基的蔗糖浓度可提高黄皮胚轴的耐脱水性。
- The results implicated that the low content of ABA in A. mono and A. triflorum seeds might be one of the main causes for their low desiccation tolerance. 推测ABA含量低可能为色木槭和拧筋槭种子不耐脱水的主要原因之一。
- The experimental investigation of seed storage is a two-stage procedure: determination of seed desiccation tolerance at first and then measuration of viability after storage in various environments. 确定种子贮藏特性的实验研究通常采用两步程序法：首先测定种子的脱水耐性，然后测定种子在不同环境中贮存后的生活力变化。
- When seeds acquire the desiccation tolerance, their physiology, shape and structure change accordingly including composing of sugars, proteins lipids, antioxidant defence systems and other protective substances. 当种子获得脱水耐性时，生理、形态和结构会发生相应的变化，包括糖、蛋白质、脂类和抗氧化系统等保护性物质的合成，各种保护性物质不是单独作用的，而是协同调节种子的脱水耐性。
- The desiccation tolerance changes during development of the orthodox seeds.Embryos becomes more tolerant as seeds mature and less tolerant as seeds germinate. 正常型种子的脱水耐性随发育过程而变化，种子成熟时胚的脱水耐性增强，而萌发时胚变为不耐脱水。
- The acquisition and maintenance of desiccation tolerance is related to the type of seed.Orthodox seeds are tolerant to desiccation while recalcitrant seeds are highly sensitive to desiccation. 耐脱水的获得和维持与种子的类型有关，正常型种子耐脱水，而顽拗形种子对脱水高度敏感。
- Changes in Desiccation Tolerance of Maize Embryos during It's Development 玉米胚发育过程中脱水耐性的变化
- Current Research of Basic Substances Related to Desiccation Tolerance in Seeds 与种子耐脱水性有关的基础物质研究进展
- This has gone beyond the gauge of her tolerance. 这已超出她的忍受范围。
- Dehydration-induced Intracellular Solute Changes and Acquisition of Plant Desiccation Tolerance 脱水导致的胞内溶质变化与植物耐干性的获得
- Strategies of seed germination on sand dune and seedling desiccation tolerance, of Psammochloa villosa (Poaceae) 沙鞭(禾本科)种子在沙丘上的萌发策略及幼苗的耐干燥特性
- Temporal Pattern of Changes in Desiccation Tolerance During Imbibition of Phaseolus radiatus L. Seeds 绿豆种子吸胀过程中脱水耐性变化的时间模式
- Keywords Peanut （Arachis hypogaea L. ） seed;Proteinaceous proteinease inhibitors;Desiccation tolerance;Vigour; 花生种子;蛋白酶抑制剂;脱水耐性;活力;
- Changes in Desiccation Tolerance During Imbibition of Zea mays L. Relate to Activity of Reactive-Oxygen-Scavenging Enzymes 吸胀玉米种子脱水耐性变化与活性氧清除酶活性的关系
