The textile technology of mid - long - staple uplands and the development of the good quality textiles 中长绒陆地棉的生产工艺及高档纺织品的开发
Analysis on genetic contribution of yield components to lint yield in upland cotton gossypium hirsutum l 陆地棉产量组分对皮棉产量的遗传贡献分析
Abscission and its mechanism of three different salt - tolerant types of upland cotton under the stress of salinity 盐胁迫下不同耐盐性的陆地棉品种脱落规律及机理
Analysis on genetic variation of agronomic and economic traits of cotton in m5 progeny irradiated by ray 优异纤维品质陆地棉和转基因抗虫棉的杂种优势和亲子相关性
Inheritance of super quality fiber properties in upland cotton introgressed from gossypium anomalum wawra amp; peyritsch 异常棉渐渗的陆地棉高品质种质系纤维特性遗传
The space distribution of pigment gland density on eleven places was analyzed by allotetraploid of ( g . arboreum g . bickii ) and varieties with pigment gland of g . hirsutum g . barbadense and the progeny population which is crossed by allotetraploid of ( g . arboreum g . bickii ) g . hirsutum and ( g . arboreum g . bickii ) g . barbadense 摘要利用（亚洲棉比克氏棉）异源四倍体和陆地棉、海岛棉有色素腺体品种以及由（亚洲棉比克氏棉）异源四倍体为母本，以陆地棉和海岛棉有色素腺体品种为父本，组配成的杂交后代群体，对植株上十一个部位色素腺体密度在群体内的分布进行了初步分析。
6 . southern blotting cotton genomic dna was digested with bglll , kpn i , hindlll , ecorvand ecor i respectively and hybridization was carried out with gharf probe labeled with dig . southern blotting analysis indicated that there were at least two copies encoding arf gene in the genome of cotton Southernblot分析用bgl11 、 kpn 、 hindlllecorv 、 ecor五种限铝性内切酶分另酶切棉花洞a的基因组dna ，用地高辛标记的arf作为探针与之进行southern杂交c杂交结果显示， arp基因在陆地棉基因组中可能至少有两个拷贝。
