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| 1 | Molecular Cloning and Function Analysis of Two SQUAMOSA-Like MADS-Box Genes From Gossypium hirsutum L.显示文摘疯盒子的基因编码在植物开发有多样的角色的抄写因素的一个大家庭。SQUAMOSA (SQUA )/APETALA1 (AP1 )/FRUITFULL (FUL ) 亚科基因是花的转变和花的机关身份的必要管理者。这里,我们克隆二疯盒子的基因, GhMADS22 和 GhMADS23,属于从 Gossypium hirsutum L 的 SQUA/AP1/FUL 亚群。种系发生的分析和顺序排列显示出那 GhMADS22, GhMADS23 分别地属于 euFUL 和 euAP1 subclades。二基因两个都根据在获得的 cDNA 顺序和 Gossypium raimondii L 之间的排列从开始 codon 有八 exons 和七 introns 到站 codon。染色体顺序。表示侧面分析证明 GhMADS22 和 GhMADS23 高度在开发射击顶,苞,和萼片被表示。Gibberellic 酸在射击顶支持了 GhMADS22 和 GhMADS23 表示。转基因的 Arabidopsis 线 overexpressing 35S::GhMADS22 有反常的花并且在长天的条件(16h light/8h 黑暗) 下面比野类型早跑了。而且,推迟的花的机关老朽和截去和它能也回答到 abscisic 酸的 GhMADS22 overexpression。在摘要, GhMADS22 可以在支持 flowering 有功能,改进抵抗并且推迟它可以是的为棉花并且这样的老朽为支持的一个候选人目标在棉花繁殖早成熟。 | Wenxiang Zhang Shuli Fan Chaoyou Pang Hengling Wei Jianhui Ma Meizhen Song Shuxun Yu | 2013 | Journal of Integrative Plant Biology2013，55，7： | 6 |
| 2 | EVALUATION OF THE INTROGRESSED LINES AND SCREENING FOR ELITE GERMPLASM IN GOSSYPIUM显示文摘In this research, 155 cotton introgressed lines from interspecific hybridization have been col- lected for the purpose of evaluating the effects of enhancement of new upland cotton germplasm by interspecific hybridization, screening for elite germ- plasm and improving cotton breeding. Through iden- tification of various agricultural traits, we found that different wild cotton species had different capacities in terms of fiber quality, disease resistance, tolerance of abiotic stress, pest resistance and so on. SSR molecular marker technology has been used to de- tect the exotic genetic elements in interspecific hy- brids, and 25 SSR specific loci that can be classified into two groups were found among 15 pairs of SSR primers. Results also showed that 8 exotic germ- plasm (Gossypium barbadense, G. arboreum and G. thurberi, etc) had genetic transmission toward upland cotton. A strategy of screening elite germplasm with exotic genes based on the molecular marker-assisted breeding techniques was suggested, and 18 lines with high-quality fiber and 4 lines with resistance to Fusanrium wilt and Verticillium wilt have been ob- tained. | PANG Chaoyou DU Xiongming MA Zhiying | 2006 | Chinese Science Bulletin2006，51，3： | 4 |
| 3 | Selection and Characterization of a Novel Photoperiod-Sensitive Male Sterile Line in Upland Cotton显示文摘高地棉花(Gossypium hirsutum L.) 显示出强壮的杂种优势。然而,杂种优势广泛地没由于混合种子生产的高费用被利用。一根光周期敏感的基因男无菌的线的创造能实质地在高地棉花减少混合种子生产的费用。有带绿色的标记的如此的异种被空间变化在接近地球的轨道发现,它的特点在 4 年在 Anyang 和 Sanya 的选择以后是稳定的,中国。当温度比 21.5 敶高时,这异种与一个 1112.5h 光周期是肥沃的吗? | Jianhui Ma Hengling Wei Ji Liu Meizhen Song Chaoyou Pang Long Wang Wenxiang Zhang Shuli Fan Shuxun Yu | 2013 | Journal of Integrative Plant Biology2013，55，7： | 3 |
| 4 | Analysis of decision-making coefficients of the lint yield of upland cotton ( Gossypium hirsutum L.)显示文摘 | Yongjun Mei Weifeng Guo Shuli Fan Meizhen Song Chaoyou Pang Shuxun Yu | 2014 | Euphytica2014，，1： | 1 |
| 5 | Genome-wide identification and expression analysis of the GhIQD gene family in upland cotton(Gossypium hirsutum L.)显示文摘Background:Calmodulin(CaM)is one of the most important Ca^(2+)signaling receptors because it regulates diverse physiological and biochemical reactions in plants.CaM functions by interacting with CaM-binding proteins(CaMBPs)to modulate Ca^(2+)signaling.IQ domain(IQD)proteins are plant-specific CaMBPs that bind to CaM by their specific CaM binding sites.Results:In this study,we identified 102 GhIQD genes in the Gossypium hirsutum L.genome.The GhIQD gene family was classified into four clusters(Ⅰ,Ⅱ,Ⅲ,andⅣ),and we then mapped the GhIQD genes to the G.hirsutum L.chromosomes.Moreover,we found that 100 of the 102 GhIQD genes resulted from segmental duplication events,indicating that segmental duplication is the main force driving GhIQD gene expansion.Gene expression pattern analysis showed that a total of 89 GhIQD genes expressed in the elongation stage and second cell wall biosynthesis stage of the fiber cells,suggesting that GhIQD genes may contribute to fiber cell development in cotton.In addition,we found that 20 selected GhIQD genes were highly expressed in various tissues.Exogenous application of MeJA significantly enhanced the expression levels of GhIQD genes.Conclusions:Our study shows that GhIQD genes are involved in fiber cell development in cotton and are also widely induced by MeJA.Thw results provide bases to systematically characterize the evolution and biological functions of GhIQD genes,as well as clues to breed better cotton varieties in the future. | DOU Lingling LV Limin KANG Yangyang TIAN Ruijie HUANG Deqing LI Jiayin LI Siyi LIU Fengping CAO Lingyan JIN Yuhua LIU Yang LI Huaizhu WANG Wenbo PANG Chaoyou SHANG Haihong ZOU Changsong SONG Guoli XIAO Guanghui | 2021 | Journal of Cotton Research2021，4，1： | 0 |
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