...突变型叶片,cDNA文库,表达序列标 签,片段重叠群 [gap=4162]Key words】 Lycoris longituba; bud; Lycoris aurea; wild leaf; mutant leaf; cDNA library; expressed sequence tags; contig/singlet;..
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leaf mutant 叶突变体
droop Leaf Mutant 披垂叶突变体
rolled leaf mutant 卷叶突变体
Rosette Leaf Mutant 莲座型突变体
mutant of leaf coloration 叶色突变体
Drooping leaf mutant 披叶突变体
leaf color mutant 叶色突变体
pale green leaf mutant 淡绿叶突变体
BLAST search showed that 74.9% (983/1312) and 78.1% (1413/1810) effecive ESTs had homologues in GenBank of wild leaf and mutant leaf of Lycoris aurea respectively.
忽地笑野生型叶片和突变型叶片分别有74.9%(983/1312)与78.1%(1413/1810)的EST在蛋白质或核酸水平找到了同源类似物。 根据拟南芥基因功能分类的方法进行功能分类表明,参与蛋白质合成的基因最多,其次为能量代谢、细胞防卫与细胞结构、组织与生物形成、信号转导等。
参考来源 - 石蒜属植物cDNA文库构建与表达序列标签(EST)分析·2,447,543篇论文数据,部分数据来源于NoteExpress
And Susheng Gan, a molecular biologist at Cornell University, says the mutant type used by the group shows only slightly delayed leaf senescence, making it a less-than-ideal model to work with.
甘肃升susheng Gan是卡奈尔大学的分子生物学家,说改组使用的变异物种只稍微推迟了树叶的衰老表象,这不是很理想的模型。
Genetic analysis indicated that the leaf colour mutant was controlled by a single recessive gene.
该叶色突变性状受隐性单基因控制。
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