?aegilops

aegilops 發(fā)音

[['i:dʒiləps]]

英：　　美：

aegilops 中文意思翻譯

aegilops 短語(yǔ)詞組

1、aegilops bicornis ─── 二角山羊草

2、aegilops speltoides ─── 山羊草

3、aegilops squarrosa ─── 方山羊草

4、aegilops ovata ─── 蛋黃

5、aegilops tauschii as ─── 陶氏山羊草

6、aegilops markgrafii ─── 示例地圖

7、aegilops spp ─── 山羊草屬

8、aegilops neglecta ─── 忽略山羊草

9、aegilops meaning ─── 山羊草的意思

10、aegilops sharonensis ─── 山羊草

11、aegilops def ─── 山羊草

12、genus Aegilops ─── [網(wǎng)絡(luò )] 山羊草屬

13、aegilops tauschii ─── 山羊草

aegilops 相似詞語(yǔ)短語(yǔ)

1、megalops ─── n.大眼幼體時(shí)期

2、galops ─── n.快步舞；快步舞曲；vi.跳快步舞

3、aegis ─── n.保護；庇護；支持；贊助

4、elops ─── 私奔

5、anviltops ─── 鐵砧

6、develops ─── 發(fā)展

7、Pelops ─── n.珀羅普斯（Tantalus之子）

8、begilds ─── 形象

9、megaflops ─── 兆伏

aegilops 常見(jiàn)例句（雙語(yǔ)使用場(chǎng)景）

1、Aegilops cytoplasm ─── 異源細胞質(zhì)

2、Aegilops triuncialis ─── n. 三芒山羊草

3、Aegilops ventricosa ─── n. 偏凸山羊草

4、Keywords Triticum aestivum;Haynaldia villosa;chromosome 3C of Aegilops triuncialis;chromosome aberration; ─── 普通小麥;簇毛麥;離果山羊草染色體3C;染色體結構變異;

5、Development of the Fertility Restoration System with Non-1B/IR CMS Wheat Lines with Aegilops bicornis Cytoplasm ─── 二角型非1B/1R小麥CMS不育恢復體系的建立

6、Aegilops bicornis ─── 二角山羊草

7、The cytogenetical studies of fertility restoration of male sterile wheat with Aegilops kotschyi cytoplasm ─── 粘型小麥不育系育性恢復性的細胞遺傳學(xué)研究

8、Aegilops triaristata ─── n. 短穗山羊草

9、C-BANDED KARYOTYPE OF AEGILOPS UMBELLULATAZHUK ─── 傘狀山羊草的C帶核型

10、Cytological Identification of a Wheat-Aegilops. Ventricoca Material Resistance to Wheat Powdery Mildew ─── 小麥抗白粉病材料的細胞學(xué)鑒定

11、So Aegilops tauschii is a valuable source of genes for the modern common commercial wheat development. ─── 本文綜述近20年來(lái)國內外對節節麥遺傳評價(jià)、研究應用等方面的進(jìn)展。

12、Gliadin polymorphism of Aegilops species ─── 山羊草屬植物醇溶蛋白的遺傳多樣性分析

13、Aegilops kotschyi ─── 粘果山羊草

14、Sequence analysis of LMW-GS genes from Aegilops tauschii containing HMW glutenin subunits 5+12 with good quality ─── 具有5+12優(yōu)質(zhì)亞基節節麥的低分子量谷蛋白基因序列分析

15、Genetic Expression of Stripe Rust Resistance from Several Aegilops species in Wheat Background ─── 幾個(gè)山羊草屬物種抗條銹性在栽培小麥遺傳背景中的表達

16、Research on the Isolation of Mutated Major Gene Controlling Wheat Grain Hardness from Aegilops ─── 從山羊草中分離小麥籽粒硬度主效基因突變體的研究

17、The Influence of Aegilops tauschii Cytoplasm to the Drought Resistence of Wheat ─── 粗山羊草的細胞質(zhì)對小麥抗旱性的影響

18、The dried acorn cups of an oak tree (Quercus aegilops) of the eastern Mediterranean, used chiefly in tanning and dyeing. ─── 橡碗生于地中海東部的(大鱗櫟櫟屬)橡樹(shù)的干橡果殼斗，主要用于制革和染料。

19、Allelic Composition of the HMW Glutenin Subunits in Aegilops tauschii ─── 粗山羊草高分子量谷蛋白亞基組成分析

20、Cytological studies on pollen abortion of male sterile lines with Aegilops bicornis cytoplasm in wheat ─── 二角型小麥雄性不育系花粉敗育的細胞學(xué)研究

21、Aegilops tauschii is D genome donor of common wheat, and the useful genes of Ae. ─── 節節麥是六倍體普通小麥的祖先種之一，D染色體組的供體種；

22、The results showed that mesosulfuron can control Aegilops tauschii Coss. before three leave stage. ─── 結果表明，甲基二磺隆在節節麥3葉期前用藥，推薦劑量下防效80%左右。

23、Cloning and Expression of Pinb Gene in Aegilops bicornis ─── 二角山羊草Pinb基因的克隆與表達分析

24、Sequence Analysis of a Hotspot Region in the Chloroplast Genome of T. Aestivum and Aegilops Species ─── 普通小麥與山羊草葉綠體基因組長(cháng)度熱點(diǎn)突變區的核苷酸序列分析

25、The results showed that the hybrid between Aegilops ventricosa L. and A. magna was a real hybrid. ─── 通過(guò)本研究初步證明了野生大燕麥和偏凸山羊草雜種的真實(shí)性。

26、The high molecular weight glutenin subunit (HMW GS) compositions of 18 species from the Polyeides, Cylindropyrum, Sitoopsis and Vertebrata section of the Aegilops genus were studied using SDS PAGE. ─── 利用SDS PAGE技術(shù)對山羊草屬 1 8個(gè)種的 4 6份材料進(jìn)行高分子谷蛋白亞基電泳分析 .

27、some species of the genus Aegilops ─── 山羊草屬的某些物種

28、Study on Genetic Diversity of Triticum Aestivum and Aegilops tauschii. ─── 山羊草及普通小麥遺傳多樣性的研究。

29、The results would provide useful information for exploiting desired traits in Aegilops tauschii. ─── 研究表明，85份節節麥材料遺傳多樣性較高，為節節麥的有效利用提供了依據。

30、Aegilops species with D genome are the secondary gene pool of hexaploid common wheat for exploiting desired genes of wild species and enhancing the genetic diversity of commercial wheat varieties. ─── 具有D染色體組的山羊草屬種是六倍體普通小麥的二級基因源,蘊藏著(zhù)豐富的抗性基因和遺傳變異豐富,可供現代小麥改良利用。

31、Cloning and Expression Analysis of Puroindoline b Gene in Aegilops longissima ─── 高大山羊草Aegilops longissima puroindoline b基因的克隆與表達分析

32、the dried acorn cups of an oak tree(Quercus aegilops) of the eastern Mediterranean,used chiefly in tanning and dyeing ─── 榭斗，橡碗，生于地中海東部的（大鱗櫟櫟屬）橡樹(shù)的干橡果殼斗，主要用于制革和染料

33、Aegilops cylindrica ─── n. 圓柱山羊草

34、The results showed that Aegilops squarrosa L. cytoplasm had fine effects on wheat flowering habits and characteristics. ─── 結果表明，粗山羊草細胞質(zhì)對普通小麥開(kāi)花習性具有優(yōu)良的作用；

35、RAPD Analysis on the Relationship among the Diploid Species in Aegilops ─── 山羊草屬二倍體物種親緣關(guān)系的RAPD分析

36、The results showed among Aegilops species mentioned above there also existed the important sources of resistance to the aphids. ─── variabilis共 4 8份材料中 ,高抗占 16份 ,中抗占 15份 ,低抗占 13份 ,僅 4份感蚜 ,表明上述山羊草屬中存在重要的抗禾谷縊管蚜資源

37、The genetic effects of Aegilops squarrosa L. cytoplasm were studied by transferring Aegilops squarrosa L. cytoplasm into wheat. ─── 將粗山羊草細胞質(zhì)導入普通小麥，研究其對普通小麥細胞核的遺傳效應。

38、The dried acorn cups of an oak tree(Quercus aegilops) of the eastern Mediterranean, used chiefly in tanning and dyeing. ─── 榭斗，橡碗生于地中海東部的（大鱗櫟櫟屬）橡樹(shù)的干橡果殼斗，主要用于制革和染料

39、Identification and Molecular Cloning of Two Novel y-type High-molecular-weight Glutenin Subunit Genes from Aegilops Variables ─── 易變山羊草兩個(gè)y-型高分子量谷蛋白新亞基的鑒定及基因編碼區分子克隆

40、THE KARYOTYPE ANALYSIS OF AEGILOPS WITH SPECIAL REFERENCE TO THE RELATIONSHIP BETWEEN THE GENUS AND TRITICUM ─── 山羊草屬核型分析及其與小麥屬的進(jìn)化關(guān)系

41、Cloning and Expression Analysis of Puroindoline Genes in Aegilops kotschyi ─── 粘果山羊草(Aegilops kotschyi)puroindoline基因的克隆與表達分析

42、Phylogenetic Relations of Aegilops Species Based on RAPD Analysis of Chloroplast DNA ─── 應用RAPD技術(shù)研究不同種山羊草葉綠體DNA的遺傳變異

43、Miranda L M.Murphy J P.Marshall D.Leath S Pm34:a new powdery mildew resistance gene transferred from Aegilops tauschii Coss.to common wheat (Triticum aestivum L.) 2006 ─── 張海泉.符曉棠.郝晨陽(yáng).張寶石小麥白粉病抗性基因的研究進(jìn)展[期刊論文]-作物學(xué)報2003(1

44、Aegilops tauschii is D-genome donor of common wheat,and the useful genes of Ae.tauschii can be easily transferred into modern commercial wheat by gene combination. ─── 節節麥是六倍體普通小麥的祖先種之一，D染色體組的供體種；但其遺傳變異遠比普通小麥的D染色體組豐富。

45、The result showed that the dominant weeds in Xingtai were Alopecurus japonicus Steud, Aegilops tauschii Coss and Bromus japonicus Thunb. ─── 結果表明：邢臺市麥田主要禾本科雜草為節節麥、日本看麥娘和雀麥。

46、Esterase Isozymes Analysis for Triticum tuigidum L. ev.Allan mai, Aegilops tauschii Cossen and Their Amphidiploid "RSP ─── 矮蘭麥和節節麥及其雙二倍體(RSP)的酯酶同工酶分析

47、Aegilops tauschii is commonly accepted as the D genome donor of common wheat and contains a much wider genetic background.Therefore, it is important genetic resources in wheat breeding. ─── 節節麥（Aegilops tauschii）是普通小麥D基因組的供體，并且含有比普通小麥D基因組更為豐富的遺傳變異，從而成為小麥育種中重要的遺傳資源。

48、Aegilops tauschii ─── n. 節節麥

49、Aegilops tauschii is D genome donor of common wheat. ─── 節節麥是普通小麥 D 染色體組的供體種。

50、Direct transfer of powdery mildew resistant gene from Aegilops taushii into bread wheat and its genetic expression ─── 節節麥抗白粉病基因直接轉移及遺傳表達

51、The genetic diversity of D genome in 19 Aegilops species accessions from CIMMYT and CAAS was compared with three Sichuan common wheat by simple sequence repeat (SSR) markers. ─── 選用24對D染色體組特異性微衛星(SSR)標記引物，將19份山羊草屬種的D染色體組與3個(gè)普通小麥的D染色體組的遺傳多樣性進(jìn)行了比較分析。

52、MIRANDA L M.MURPHY J P.MARSHALL D Pm34:a new powdery mildew resistance gene transferred from Aegilops tauschii Coss.to common wheat (Triticum aestivum L.) 2006 ─── 朱振東.孔秀英.周榮華.賈繼增一個(gè)來(lái)自硬粒小麥的抗白粉病基因的鑒定和微衛星標記[期刊論文]-安徽農業(yè)科學(xué)2004(7

53、The 19 Aegilops species accessions should be used to cross with common wheat for elite genes transferring and genetic diversity enhancing. ─── 聚類(lèi)分析結果表明,同一屬種的材料基本上聚為一類(lèi),19份山羊草屬種的D染色體組與普通小麥的D染色體組之間存在較大的遺傳差異,可供小麥遠緣雜交以豐富栽培小麥遺傳多樣性。

54、Aegilops species ─── 山羊草

55、A Unique Aegilops tauschii Genotype Needless to Immature Embryo Culture in Cross with Wheat ─── 遠緣雜交不需幼胚培養的節節麥基因型

56、Advance of study on Aegilops L. Genome and its application in wheat improvement ─── 山羊草基因組及其在小麥改良中的應用研究進(jìn)展

57、Abstract： The genetic effects of Aegilops squarrosa L. cytoplasm were studied by transferring Aegilops squarrosa L. cytoplasm into wheat. ─── 摘 要： 將粗山羊草細胞質(zhì)導入普通小麥，研究其對普通小麥細胞核的遺傳效應。

58、Sequence Analysis of High Molecular Weight Glutenin Subunits in Aegilops tauschii and its in vitro Mutation Common wheat (Triticum aestivum) is one of the most important crops in the world. ─── 節節麥高分子谷蛋白亞基序列研究及體外突變 普通小麥（Triticum aestivum）是世界上最重要的農作物之一。

59、The esterase isozyme of 30 accessions of Aegilops tauschii were studied by means of polyarylamide gel electrophoresis. ─── 對30份不同來(lái)源的節節麥進(jìn)行4個(gè)時(shí)期的酯酶同工酶分析。

60、Keywords Wheat;Aegilops tauschii Cosson;Amphidiploid;Preharvest sprouting tolerance;Cytogenetics;Molecular marker;Gene cloning; ─── 小麥;節節麥;雙二倍體;穗發(fā)芽抗性;細胞遺傳;分子標記;基因克隆;

61、Aegilops biuncialis ─── n. 兩芒山羊草

62、Aegilops squarrosa ─── 節節麥

63、RAPD Analysis on the Relationship among the Diploid Species in Aegilops ─── 山羊草屬二倍體物種親緣關(guān)系的RAPD分析

64、Aegilops variabilis ─── 易變山羊草

65、Aegilops tauschi ─── F1代表現型

66、Direct transfer of powdery mildew resistant gene from Aegilops taushii into bread wheat and its genetic expression ─── 節節麥抗白粉病基因直接轉移及遺傳表達

67、Effects of Different Types of Aegilops Cytoplasm on Protein Contents and Components in Wheat Kernels ─── 山羊草屬不同細胞質(zhì)對小麥籽粒蛋白含量及組分的影響研究

68、SSR Markers Linked to a Powdery Mildew Resistance Gene in Aegilops tauschii Y189 ─── 粗山羊草Y189抗小麥白粉病基因SSR標記

69、Gene Cloning of Puroindoline b in Aegilops juvenalis ─── 牡山羊草Aegilops juvenalis Puroindoline b基因的克隆

70、Evaluating wide crosses between Aegilops species as female and common wheat ─── 山羊草(Aegilops)物種作母本與小麥遠緣雜交的評價(jià)

71、Aegilops umbelluata ─── 小傘山羊草

72、The Karyotype analysis of Aegilops with special reference to the relationship between the genus and Triticum. ─── 山羊草屬核型分析及其與小麥屬的進(jìn)化關(guān)系。

73、Identification of Aegilops ventricosa-Aegilops cylindrica Amphiploid SDAU18 ─── 偏凸-柱穗山羊草多倍雙二倍體SDAU18的鑒定

74、Identification and Molecular Cloning of Two Novel y-type High-molecular-weight Glutenin Subunit Genes from Aegilops Variables ─── 易變山羊草兩個(gè)y-型高分子量谷蛋白新亞基的鑒定及基因編碼區分子克隆

75、Assessing genetic diversity of Aegilops longissima Schweinf and Muschl.by RAPD markers ─── 高大山羊草(Aegilops longissima Schweinf.and Muschl.)遺傳多樣性的RAPD分析

76、Tolerant Mechanism and Chromosome Location of Gene of Preharvest Sprouting Tolerance in Aegilops tauschii Cosson ─── 節節麥抗穗發(fā)芽基因的染色體定位及其抗性機理

77、Effects of Different Types of Aegilops Cytoplasm on Protein Contents and Components in Wheat Kernels ─── 山羊草屬不同細胞質(zhì)對小麥籽粒蛋白含量及組分的影響研究

78、Cloning and Expression Analysis of Puroindoline a Gene in Aegilops juvenalis ─── 牡山羊草puroindoline a基因的克隆與表達分析

79、Possibility of Direct Genetic Transfer of Desirable Genes to Common Wheat from Aegilops Using phlb (ph1) Gene ─── 利用ph1b(ph1)基因從山羊草屬直接遺傳轉移有益基因到普通小麥中的可能性

80、Aegilops tauschfi ─── 粗山羊草

81、Studies on cytogenetics and biochemisty of the offsprings between A. Magna and Aegilops ventricosa L. ─── 野生大燕麥和偏凸山羊草后代的遺傳研究。

82、A Ph1-like Gene in Aegilops cylindrica and the Successful Backcross of Hybrids Between Ae.cylindrica and ph1b Mutant with Wheat ─── 一個(gè)柱穗山羊草（Aegilops cylindrica）系統中的類(lèi)Ph1基因

83、Aegilops ovata ─── n. 卵穗山羊草

84、RUBISCO ACTIVITIES AND THE SMALL SUBUNIT GENE CLONING AND FUNCTIONAL ANALYSIS OF AEGILOPS SQUARROSA ─── 方穗山羊草Rubisco活性及小亞基基因克隆和功能分析

85、Analysis of the high molecular weight-glutenin subunits from four groups of Aegilops genus ─── 山羊草四個(gè)組高分子量麥谷蛋白亞基組成分析

86、Aegilops umbellulata ─── n. 傘穗山羊草