海岛棉

海岛棉F1代柱头长度的遗传

Heredity of Stigma Length of the F_1 Generation of Sea Island Cotton

采用加性-显性的遗传模型，研究海岛棉11个亲本和30个F1杂交组合8个产量性状的各项遗传方差分量和遗传相关。

This article analysed the relation of every genetic variances and heredity of 8 yielding characters of 11 parents and 30 F_1 generation hybrid combinations of sea island cotton .

海岛棉DNA导入陆地棉栽培品种获得变异种质的初步遗传分析

Genetic Analysis of Upland Cotton Germplasm Obtained from Introduced DNA from Island Cotton

海岛棉不同果枝品种间杂交纤维品质性状的遗传及F1和F2群体优势分析

Genetic Analysis of Fiber Traits and Population Heterosis for F_1 and F_2 between Different Fruit-Branch Type Cultivars in Island Cotton

海岛棉抗黄萎病基因SSR标记研究

A SSR Marker Linked with the Gene of Verticillium Wilt Resistance in Gossypium barbadense

Southern杂交结果表明它们在陆地棉以及海岛棉基因组中属低拷贝基因，并且具有多个同源基因。

Southern hybridization indicated all of them are low copy genes and have a few of homologous genes in G. hirsutum and G. barbadense .

海岛棉清除剂SOD、POD活性性状是由多效基因控制的不完全显性遗传性状。

The characteristic about Ensure system of zyme SOD , POD activity changing were dominant heredity incompletely and controlled by many gene .

所获得的转基因植株经卡那霉素筛选，再生植株总DNA提取，Southern点杂交分子检测，初步证明有2株转化植株目的基因已整合到海岛棉基因组中，同时也已得到种子。

Transgenic plantlets were confirmed by Kanamycin-resistant selection and southern dot blotting analysis . The results preliminarily demonstrated the gene was integrated into the genome of transgenic cotton plants .

在本研究中我们构建了基本覆盖整个发育期的海岛棉纤维（-2～25DPA）cDNA文库。

In this study we constructed a normalized fiber cDNA library ( from - 2 to 25 DPA ) of G. barbadense cv .

通过测序，该片段可以为细菌人工染色体（BAC）文库的筛选以及进一步分离、克隆海岛棉抗黄萎病基因奠定基础。

This marker can be used in filtering bacterial artificialchromosome ( BAC ) library , isolating and cloning Verticillium wilt gene .

本研究以海岛棉品种新海3号和吉扎82构建的190个F2：3家系为材料，利用SSR标记构建海岛棉的遗传连锁图谱，并对海岛棉纤维品质主要性状进行初步QTL定位。

A sea-island cotton genetic linkage map was constructed with SSR markers and the main fiber quality traits of the sea-island cotton were to be identified a preliminary QTL .

以MINQUE（1）统计方法，利用AD模型对9个海岛棉品种（系）及其20个F1组合5个纤维品质性状的3年资料进行遗传分析。

Five fiber traits of 9 parents and their 20 F 1 crosses of Island Cotton for three years were analyzed for their addi - tive and dominance effects by MINQUE ( 1 ) approaches .

主坐标分析（PCA）清晰地显示出陆地棉和海岛棉的显著差异，此外，新疆地区海岛棉与国外以及中国其他地区的海岛棉差异较大。

Principal coordinate analysis ( PCA ) showed profound differences between G. hirsutum and G. barbadense accessions . In addition , most of the G. barbadense accessions of Xinjiang , China were clearly different from foreign and other Chinese G. barbadense accessions .

生态环境对海岛棉纤维微观结构影响的研究

Study on Ecological Environment Affecting Micro-structure of Sea Island Cotton Fiber

海岛棉综合性状数据库的建立

Establishment of the Data Base for Comprehensive Properties of Sea-Island Cotton

好，我要你们这里最好的海岛棉面料

Okay , I 'm gonna need your finest sea island cotton

海岛棉不同密度下干物质积累及分配动态研究

Dynamic research on island cotton dry material accumulation and distributive

不同海岛棉品种土壤水分动态变化研究

Studies on the Dynamic Change of Soil Water to Different Island Cotton

不同海岛棉品种耗水特性研究

Study on the Water Consumption Characteristic to different Inland cotton

海岛棉纤维含糖量的遗传研究

Genetic Study on Sugar Content in Sea Island Cotton Fiber

海岛棉产量性状的遗传效应分析

Analyse on hybrid effect of sea-island cotton yielding characters

海岛棉纤维细长、强力高、抗病性较强，是品质最优的栽培种。

The Sea Island cotton has good fiber quality and high Verticillium wilt resistance .

不同海岛棉品种的产量、水分利用效率差异极显著。

The water use efficiency of different cotton varieties was distinct difference among various varieties .

新疆海岛棉抗虫转基因棉花的筛选及抗虫鉴定

Preliminary Screen and Evaluation of Transgenic Insect-Resistant Varieties or Lines of the Sea Island Cotton

不孕籽率与亚海岛棉亲本相比普遍表现下降趋势；

The rate of sterile seeds decreases generally in comparison with the parents of sub-sea-island cotton .

海岛棉纤维含糖量、微观结构与比强度关系的研究

Study on the Relationship among Sugar Content , Microstructure and Specific Strength of Island Cotton Fiber

激素对陆地棉和海岛棉茎尖培养的影响

The effect of plant hormone on the shoot tip culture of Gossypium hirsutum and G barbadense

海岛棉单铃产量性状的遗传分析

THE BELL OF HAPPINESS The Genetic Analysis on Yield Characters of Single Boll of Island Cotton

将海岛棉茎尖分生组织经过3～6周的诱导、继代培养生长后，可以形成足够量的再生植株。

Sufficient plantlets of regeneration were produced within 3 ~ 6 weeks induced and culture from apical meristems .

结果表明海岛棉和陆地棉棉纤维长度都是随着开花后天数的增加而呈递增趋势。

The results showed that the Sea Island Cotton and Upland Cotton fiber length increased with the time increasing .