- 更多网络例句与不育的相关的网络例句 [注：此内容来源于网络，仅供参考]
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The mechanism of fertility conversion of temperature sensitive genic male sterile line in maize was studied by the methods of sowing with stages and investigating leafage.
利用分期播种和田间跟踪调查叶龄的方法，以琼 6Qms为材料研究了玉米温敏型核雄性不育的育性转换机制，结果表明，日最高温度是育性转换的主要因子，表现出低温可育，高温不育，育性转换的温度区间为 2 7～ 31℃；同时日照长度对育性转换也有一定的影响，表现为长日照不育，短日照可育。
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In order to the use of the male-sterility quickly, enriching the basic theories of male-sterility,we used the eggplant male sterile lines and their maintainers as materials, to analyze the physilolgical and biochemical characteristics and parthenocarpy by investigation of energy, substance and polyamine metabolism.
为了加快茄子雄性不育的利用进程，丰富茄子雄性不育的基础理论，本试验以雄性不育系及其保持系为试验材料，从能量代谢、物质含量、多胺代谢着手，对与茄子雄性不育性及单性结实有关的生理生化特性进行了分析，试验结果如下： 1 苗期不育系叶片中IAA和GA_3含量的不足，ZR的盈积以及ABA/(IAA+ZR+GA_3)比值的失衡导致了茄子雄性不育系苗期生长缓慢。
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But they were partial sterile, had 1～4 pollen sacs in each anther and had relative bigger petals and stamens at lower temperature situation. The RGCMS plants were complete sterile at the both temperature situations, and there was no pollen sac differentiation and had smaller peta...
表现核质不育的植株，在高温条件下，花瓣小，表现彻底的polCMS不育，无花粉囊的分化；在低温条件下，花瓣变大，也表现彻底雄性不育，具有核、质不育的共同特点，每个花药可分化出 1～ 4个花粉囊，但无可育花粉，其雄性败育时期和特点与S45A和 117A相同。
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The DGCMS plants were complete sterile at the both temperature situations, and there was no pollen sac differentiation and had smaller petals and stamens at the higher temperature situation, but there were 1～4 pollen sacs in each anther and had bigger petals and stamens at the lower temperature situation. The cytological characteristics of the anther development were the same as that of GMS plants in Yi-3AB.
表现质核不育的植株，在高温条件下，花瓣小，表现彻底的pol CMS不育，无花粉囊的分化，在低温条件下，花瓣变大，也表现彻底雄性不育，具有核、质不育的共同特点，每个花药可分化出1～4个花粉囊，但无可育花粉，其雄性败育时期和特点与宜3A相同。
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They were partial sterile, had 1～3 pollen sacs in each anther and had relative bigger petals and stamens at lower temperature situation. The DGCMS plants were complete sterile at the both temperature situations, and there was no pollen sac differentiation and had smaller petals and stamens ...
表现质核不育的植株，在高温条件下，花瓣小，表现彻底的 pol CMS不育，无花粉囊的分化；在低温条件下，花瓣变大，也表现彻底雄性不育，具有核、质不育的共同特点，每个花药可分化出 1～ 4个花粉囊，但无可育花粉，其雄性败育时期和特点与宜 3A相同
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The RGCMSplants in RGCMS-117A or S45A were complete male sterile at the bothtemperature conditions,and there was no pollen sac differentiation at thehigher temperature condition and there were 1-3 pollen sacs in each anther atthe lower temperature condition,but the anther development was inhibited atthe stage of microspore.
表现核质不育的植株，在高温条件下表现彻底波里马细胞质雄性不育，无花粉囊分化；在低温条件下，也表现彻底雄性不育，具核、质不育的共同特点，每个花药可分化出1-3个花粉囊，但无可育花粉，其雄性败育时期和特点与S45A和117A相同。
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This paper summarized the experiments which support or negate the existence of female sterility,analyzed the experimental ideas and inference methods of these experiments,especially Sano' s;and concluded that the conclusion that the hybrid sterility is only caused by male or female sterility is a one - sided view,therefore attention should be paid to the genetics of both female and male sterility.
本文对证明水稻亚种间杂种存在和不存在雌性不育的研究进行了综述与分析，从中可以看出无论是认为水稻亚种间杂种不育性表现为雄性不育还是雌性不育的结论都有一定的片面性；尤其是Sano证明基因座S-5不存在的研究存在较大的缺陷。因此，水稻亚种间杂种雌雄配子败育对小穗育性影响的大小有待进一步研究。
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Taking self-fruitful rate as the criterion and segregating population of field survey as method, we got the result that the ratio of fertile plants and sterile plants in the three F2 population of K-cytoplasmic male sterile hybrid accords with 63:1 tested by Chi-square, therefore we can infer that the restorative mechanism of K-cytoplasmic male sterile line was controlled by three different major genes, which manifested as sporophore sterility.
结果表明：在三个K型胞质雄性不育的F2群体中，可育单株与不育单株的比例经卡方检验符合63：1的理论比例，因此可以推断小麦K型胞质雄性不育的恢复由3对主效恢复基因控制，并表现为孢子体不育类型。
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From Brooklyn Skeptic: 1）来自布鲁克林的怀疑人士, Thank you CASFS Blog:感谢CASFS博客: A small California biotech company,Epicyte, in 2001 announced the development of genetically engineered corn which contained a spermicide which made the semen of men who ate it sterile.
加利福尼亚州的一家小型生物技术公司Epicyte，于2001年宣布研发出一种含有携带杀精剂的转基因玉米，能导致男性食用后产生不育的精液。
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At present, investigations of CMS in Brassica napus have focused on three male sterile cytoplasms: ogu, nap, and pol.
目前，人们对于甘蓝型油菜雄性不育的研究主要集中于萝卜胞质不育，波里马胞质不育和nap胞质不育。
- 更多网络解释与不育的相关的网络解释 [注：此内容来源于网络，仅供参考]
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For all things turn to bareness：因为万物都变得不育而贫瘠
Broken boughs and blackened leaves. 枝干都断折,叶子已焦黑 | For all things turn to bareness 因为万物都变得不育而贫瘠 | In the dim glass the demons hold, 而那群魔高擎的昏暗镜中
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barren：贫瘠的,不育的,无效的
dust-storm 沙尘暴 | barren 贫瘠的,不育的,无效的 | attributable 归因于
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dysgenesis：不育;生殖障碍
dyschromasia变色 | dysgenesis不育;生殖障碍 | dysgenicmilk乳质(本身)低劣的牛奶
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Infertile women：不育妇女
不愉快的经验 Bummer | 不育妇女 Infertile women | 不愿意 Reluctant
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Infertility：不育
国内对不孕与不育名词的应用尚不统一,国际上有:不孕(sterility):没有受孕的能力,不能生育下一代;不育(infertility):未能生育下一代. 二者的区别是根本不能怀孕生育为不孕;能受孕而未能生育下一代为不育. 既往亦有分绝对不育,
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sterile：不育
比如说在五十年代,形容词"不育"(sterile)经常被用来负面地指代同性恋,好象两个人因为无法将染色体混合后产生第三个人,就足以说明他们的感情是干涸的.
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sterility：不育
86.5kb的大单拷贝区(LSC)18.5kb的小单拷贝区(SSC)不育(sterility):一个个体不能产生有功能的配子(gamete)或不能产生在一定条件下能够存活的合子(zygote)的现象.
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male sterility：雄性不育
亚洲栽培稻有籼稻(indica)和粳稻(japonica)2个亚种,它们的杂种(籼粳杂种)具有很强的杂种优势,但其杂种不育性成为杂种优势利用的主要障人对果蝇(Drosophila)的一个特殊的基因--Odysseus进行研究,若将该基因导入到其他物种基因组中,导致雄性不育(male sterility).
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dysgenetic：生殖力不全的;不育的
dysfunctional 功能異常 | dysgenetic 生殖力不全的;不育的 | dysgenic 劣生的;劣種的
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yeld：不育的
yeh 是 | yeld 不育的 | yelk 蛋黄