1)Bud mutation芽变
1.Bud mutation is very important for new variety selection.芽变育种在月季新品种选育中至关重要。
2.Nine seedless(or few-seeded) lines of Hongjiang Cheng(Citrus sinensis) selected from bud mutation were used for examination of the meiotic behavior of theor PMCs(pollen mother cells).对芽变选育的9个红江橙无核(少核)选系的花粉母细胞(PMC)减数分裂行为观察的结果表明,K东1,E西2,E西1,D中1,Q北1,K东2,H西1等7个选系存在较高频率的PMC减数分裂中染色体异常配对和异常分离并进而导致花粉败育,这是导致它们无核(少核)的主要原因,因而具有较高的选育价值和利用价值。
3.There was obvious band difference between common Bingtang Orange and its bud mutations and excellent fruit under the AFLP primers EcoRI-ACG+MseI-CAC,and the polymorphic rate was 10.应用AFLP技术进行柑橘芽变的分析和鉴定获得成功。
英文短句/例句
1.There are a number of bud sports of popular varieties.流行的品种中有相当数量的芽变。
2.AFLP Analysis and SCAR Marker of Short Catkins Sport of Chinese Chestnut (Castanea Mollissima Bl.);板栗短雄花序芽变AFLP分析及SCAR标记
3.Studies on Biological Characters of Loropetalum Chinense Oliv. Sport and Culture in Vitro;檵木芽变生物学特性及离体培养研究
4.AFLP analysis of extra early mutant cultivar of pear 'Liuyuesu'梨极早熟芽变品种‘六月酥’的AFLP分析
5.Analysis Sweet Cherry Van and Sport Mutation Varieties by SSR甜樱桃先锋及其芽变品种的SSR分析
6.Esterase Isozyme Analysis of Bud Mutation QT01 from Peach桃树QT01芽变枝的酯酶(EST)同工酶分析
7.RAPD Analysis on Newhall Navel Orange and Its Variant Line纽荷尔脐橙及其芽变系的RAPD分析
8.The Variation of All Types of Buds of Belowground Bud Bank and Their Relationship with Aboveground Shoots in Leymus Chinensis Population羊草种群地下芽库各类型芽变化及与地上植株形成关系的研究
9.Studies on Identifying and Tetraploid Inducing in Bud Mutation of White Banana Grape;白香蕉葡萄芽变突变体鉴定及四倍体诱导研究
10.turn into malt, become malt.变成麦芽，转变成麦芽。
11.Churg-Strauss vasculitis变应性肉芽肿性血管炎
12.Barley-sugar makes chilren sweet-tempered.麦芽糖使小孩的脾气变得甜甜的。
13.Foliation, bloom, and production became erratic.萌芽、开花和结果变得很不正常。
14.Study on the Mutation of Bacillus Subtilis Stains B11;枯草芽孢杆菌B11菌株化学诱变的研究
15.Induced Breeding and Enzyme Properties of Bacillus as Probiotics益生芽孢杆菌的诱变选育及酶学特性
16.Study on the Process of Brown Rice Germination and Its Nutritional Changes糙米发芽工艺及其营养成分变化研究
17.The Changes of Carbon and Nitrogen Metabolism in The Process of the Differentiation of Flower Bud of Radish萝卜花芽分化过程中碳-氮代谢的变化
18.Content Changes of Endogenous Hormones during Flower Bud Differentiation Stage of Vernicia fordii(Hemsl.)油桐花芽分化期内源激素含量的变化
相关短句/例句
sport[英][sp?:t][美][sp?rt]芽变
1.Genetic Variation between Fengweisang and its Sports as Revealed by ISSR Markers;凤尾桑及其芽变品系间遗传变异的ISSR分析
2.RAPD Studies on Sport Line of Shixia Longan with Double Primers;‘石硖’龙眼芽变系双引物RAPD鉴定的研究
3.Studies on Fruit Quality and Pollen Morphology of Red Flesh Sport from ‘Red Sun’Kiwifruit;‘红阳’猕猴桃全红型芽变(86-3)的果实品质及花粉形态研究
3)sports[英][sp?:ts][美][sp?rts]芽变
1.This paper analysis pollen materials of 4 pear cultivars and 9 Kuerle fragrant pear sports,and result there are significant different between DANGSAN-li,tetraploid yali and Kuerle fragrant pear,P.从细胞学实验分析比较了 4个梨品种及形态学性状表现的库尔勒香梨 9个芽变材料在单核期及四分体时期的大小和形态 ,得出砀山梨、4倍体鸭梨与香梨、杜梨之间差异显著 ,香梨的 3个芽变亦表现较大差异。
2.Five pairs of Chrysanthemum sports cultivars and two pairs of similar cultivars were selected for comparing the cultivars.本试验采用5对传统大菊芽变品种,两组相似性比较高的品种,对其形态学数据进行了初步分析,并运用 RAPD(random amplified polymorphic DNA)分子标记方法对其进行了品种鉴定。
3.A series of characters were measured about the sports of Red Fuji,and some analyses were made by comparing with the characters of Nagafu 2#.通过对芽变初选优系的生物学特性观测和果实品质的测定,并与长富2号进行对比分析,结果表明芽变初选优系的物候期与长富2号基本一致;短枝型基础性状与长富2号有极显著性差异,表现出明显的短枝特征;芽变优系的平均果重251。
4)sport site芽变位点
1.Study on Wancui sport site by SCAR marker in Actinidia;猕猴桃品种“皖翠”芽变位点的SCAR标记研究
5)Sport selection芽变选种
6)the mutant of Populus tomentosa芽变杨
1.Methods:Morphology and isodynamic enzyme were analyzed making the mutant of Populus tomentosa,P.目的:为了解芽变毛白杨(以下称芽变杨)新品种的特点及融合亲本。
延伸阅读
变分原理(复变函数论中的)变分原理(复变函数论中的)omplex function theory) variational principles (in f日In}F(O(只，t)，0)l}乙+:d乙=】nll，—}——，厂:’、一几t)〔.匕，日亡卜OC一“C’日当r，0时下*(:、，t)/:在B*的紧子集上一致地趋于0(k一1，2).该结果已被推广到二连通区域(13」).若加以进一步的限制，就能得到映射函数在B、(t)内关于表征所考虑区域边界形变的参数的展开式余项的估计式(在闭区域内一致)(【4」).份卜注】存在大量的变分原理，见【A3}第10章.亦可见变分参数法(variation一parametrie nlethod);肠”ner方法(幼wner Tnetl〕ed);内变分方法(internalvariations，服t】1‘对of). 还可见边界变分方法(boundary variations，me-tll‘xlof).M.schiffer对单叶函数的变分方法做出了重要的贡献，见〔A3」第10章.变分原理(复变函数论中的)Ivaria石0“目州址妙es(加e网Plex五?！?佣山印ry);。即“a双“OHH从e nP一”u“nHI 显示在平面区域的某些形变过程中那些支配映射函数变分的法则的断语. 主要的定性变分原理是ljxlelbf原理(Linde场fpnnciPle)，可描述如下.设B*是z*平面上边界点多于一点的单连通区域，06B*，k=1，2;设二(;，B*)是对于B*的Green函数的阶层曲线，即圆盘王心川C!<1}到B*而使原点保持不变的单叶共形映上映射下圆周C(r)二{乙:{心}二;}的象，o<;<1.进而设函数f(:，)实现B，到B:的共形单射，f(0)‘O，在这些假定下有:l)对于L(:，B，)上任一点:?，存在位于阶层曲线L(:，BZ)上(这仅当f(B，)二BZ才有可能)或其内部的一点与之对应;及2){f’(0)1蕊}夕‘(0)}，其中g(:，)满足g(0)二o是Bl到 BZ的单叶共形映射(等号仅当f(B1)=B:时成立).Lindebf原理系从Rien坦nn映射定理(见Rle-n.lln定理(Rierl飞幻In theorem))与Sdlwarz引理(Schwarz lemrr必)推出.相当精细的构造使之能够求出由被映射区域的给定形变所引起的映射函数的逐点偏差. 定量的基本变分原理系由M.A.几aBpeHTbeB(〔1」)获得(亦可见【2])，可叙述如下，设B:是具有解析边界的单连通区域，0任B!.假定存在给定区域族B，(r)，0‘Bl(r)，0(t蕊T，T>O，B;(0)二B，，具有JOrdan边界rl(t)={:一z，=0(之，t)}，0(又续2兀，0(0，t)二Q(2二，r)，其中Q(又，r)关于t在t二O可微且对又是一致的;设F(::，t)，F(0，t)=0，F:.(0，t)>O，是把B，(t)单叶共形映射为BZ二{22:I:21
