transformed plant meaning in Chinese
基因转移植物
Examples
- The heat of such a fire may have been intense enough to transform plant carbon into fullerenes , but it could not account for the extraterrestrial helium that we found inside them
这样的大火温度也许高到足以使植物中的碳变成富勒烯，但如果那些富勒烯中的氦气不是地球的，就不能这麽解释了。 - The technology and methods of the study on molecular mechanism of cytoplasm male sterility ( cms ) are introduced in regard to mitochondrial genome , mitochondrial gene , mitochondrial rna , mitochondrial protein , transformed plants and abortion of pollen
摘要本文从线粒体基因组、线粒体基因、线粒体转录rna 、线粒体蛋白、转基因植物以及花粉败育机理六个方面详细介绍了植物细胞质雄性不育分子生物学研究的技术和方法。 - 3 . northern analysis revealed the expression of sod2 mrna in t3 plants of several non - segregation transgenic lines while no signal was shown in wild type plants . several samples of transformants were self pollinated , and progenies from transformed and non - transformed plants ( controls ) were evaluated for salt tolerance
Northern分析表明转基因植株均有杂交信号，野生型植株无明显信号，进一步说明sod2基因整合到拟南芥的基因组后已正常转录表达，由信号的强弱来看，表达量有明显的不同，可能与整合的外源基因的拷贝数相关。 - ( 2 ) compared with wild - type torenia fournier , antisense acc synthase gene transformated plants of torenia fournieri had the following changes : the rate of ethylene biosynthesis dramatically decreased in the plants . cholrophyll content in the leaves is 1 . 15 times of that of the wild - type torenia fournier leaves . the transformed plants had more flowers
( 2 )反义acs转基因蓝猪耳与野生型的蓝猪耳相比较，乙烯的生成速率显著下降：叶片叶绿素的含量提高，是野生型的1 . 15倍；花开的更多，花的寿命增加一天；单个果实的种子的数量和重量均有所增加；叶片多胺的含量显著高于野生型的蓝猪耳；植株对氧化胁迫、酸胁迫、干旱胁迫的抗性均有增加。 - Molecular examination and biological observation of transformed plants by growing resistant germinations we got 30 transformed plants . pcr and spot blotting hybridization analysis indicate that hsp70 anti - sense cdna had been integrated into tobacco genome . through observation and measurement we found 12 completely sterile , 9hyper - sterile , 3 partially sterile and 6 fertile and significant differences between them in stamen , height , and fruit weight
Pcr和点杂交分析表明， hsp70正、反义。 dna己经整合到烟草的基因组中。在进行田间生物学性状观察时， 30株转基因植株中有12株表现出完全不育， 9株高度不育， 3株部分不育和6株可育；不育植株在雄蕊、株高和果实重量等方面都存在明显的差异。