花生种质,peanut germplasm
1)peanut germplasm花生种质
1.Screening and evaluation ofpeanut germplasm resistant to Sphaceloma arachidis;花生种质资源抗疮痂病筛选鉴定
英文短句/例句
1.Studies on Genetic Diversity of Peanut Germplams by DNA Makers;利用分子标记研究花生种质资源的遗传多样性
2.SSR Analysis Anddevelopment of Microsatellites in Arachis Hypogaea L.;花生种质资源的SSR分析及微卫星DNA的分离
3.Agronomic traits and quality characteristic analysis of special peanut germplasm resources in Guangxi广西特色花生种质资源性状观察与品质特性分析
4.Applied Research on Export Quality Peanut Varieties "Peanut 17"优质出口花生品种“花17”的应用研究
5.Genomic affinities of Arachis section Arachis revealed by SRAP markers利用SRAP标记分析花生属花生区组种质亲缘关系
6.Breeding of High-yielding and Good Quality Groundnut Cultivar Xiangnong Xiaohuasheng高产优质花生新品种“湘农小花生”的选育
7.The fine, powderlike material consisting of pollen grains that is produced by the anthers of seed plants.花粉由种子植物的花药所产生的含有花粉粒的粉粒状的细致物质
8.conversion printing转化印花（两种不同性质染料叠印,产生多色效果）
9.The Flower Germplasm Resources Habitats and Ornamental Types of Clematis in Yunnan云南铁线莲花卉种质资源生境及观赏类型
10.Genetic Diversity and Molecular Classification of Germplasm in Genus Arachis;花生属种质资源遗传多态性和分子分类研究
11.Genetic Diversity of Germplasm Resources on Wild Alfalfa (Medicago Sativa L.)野生紫花苜蓿种质资源遗传多样性研究
12.Identification and Evaluation of Peanut Genotypes with Disease Resistance Through Core Collection利用花生核心种质发掘重要抗病资源及鉴定
13.EFFECT OF DIFFERENT ROOTING CULTURE MATERIAL ON CUTTING PROPOGATION OF IXORA DUFFII CV. ‘SUPER KING’几种基质对大王龙船花扦插生根的影响
14.Effect of NaCl on Germination and Early Seedling Growth of Seven Accessions of Medicago falcata L.黄花苜蓿种质发芽及早期生长对NaCl胁迫的响应
15.Principal component analysis and correlation analysis on Chinese peanut core collection中国花生核心种质的主成分分析及相关分析
16.A Cultivar Identification and Quality Detection Method of Peanut Based on Appearance Characteristics基于外观特征识别的花生品种与品质检测方法
17.Breeding of a New Peanut Variety Shanyou 188 and Its Cultivation Technologies多抗高产优质花生新品种汕油188的选育与栽培
18.Study on Characteristics of Dry Matter Accumulation in Different Peanut Varieties(Lines)不同类型花生品种(系)干物质积累特性研究
相关短句/例句
Peanut core collection花生核心种质
3)peanut seed花生种子
1.Changes of 17 5 ×10~3 polypeptide synthesis and degradation during development and germination inpeanut seeds;花生种子贮藏蛋白发育和萌发过程中17.5×10~3多肽的合成降解规律
2.A simple and rapid method suitable for total RNA extraction ofpeanut seeds was described.介绍了一种适合花生种子的RNA提取方法。
3.In order to clone the genes ofpeanut seed storage proteins, a cDNA library of mid-maturation stage cotyledons of peanut (Arachis hypogaea L.以Ahy-βcDNA 为探针的Northern blot分析结果表明,伴花生球蛋白 基因在发育的花生种子中大量表达,而在幼苗的叶片 中不表达。
4)Peanut embryo花生种胚
5)peanut varieties花生品种
1.The results showed that fresh pod yield and plant profit significantly differed amongpeanut varieties with varied duration sown in early spring under double film mulch cultivation.连续 3年试验表明 ,不同熟性花生品种在早春双膜覆盖栽培条件下 ,鲜果产量和种植效益均存在显著差异 ,同期收获 ,中熟大粒品种鲜果产量最高 ,较早熟中粒品种增产 2 0 %以上 ,达极显著水平。
2.A preliminary study on the indexes ofpeanut varieties;用干旱棚分别在正常供水与水分胁迫条件下 ,研究了抗旱性不同的 4个花生品种叶片相对含水量、失水率、萎蔫指数、株高、根冠比、座果率的变化与品种抗旱性的关系 ,并用隶属函数进行抗旱性综合分析。
6)peanut breeding花生育种
延伸阅读
花生蛋白质纤维分子式：分子量：CAS号：性质：简称花生纤维。以花生蛋白质为原料而制得。蜜黄色。密度1.30-1.31。强度0.08牛/特（0.8克力/旦）。一般性能和染色性能与羊毛相同。用作混纺的原料。
