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Study on transformants of alfalfa Medicago varia

机译:苜蓿紫花苜蓿的转化体研究

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摘要

Agrobacterium genes transfer (LGV 3850/pGL Tr4, A281/pGV 941tt, A4[pRiA4]) has an effect on qualitative and quantitative morphophysiological and biochemical characters of Medic. ago transformed plants. Transformed plants have differences in the habitus of aboveground part shoot structure, average length of shoot, type of branching, crude protein, average length of internode, average number of internodes. As a result of transformation number of shoots in the bush changes, growth phase of transformed plants becomes longer comparing to control plants. Genetical transformation modifies root system and is accompanied by changes in its weight. Difference in the ability to form roots was found. Indexes of male and female generative spheres and morphology of reproductive organs vary widely. It was established that seed formation process depends on qualitative and quantitative characters of pollen and ovule physiological conditions. We suppose that there exists a "fruitage factor" which has an important effect on the Medicago seed production. Transformed plants differ in free proline content, crude protein, chlorophyll and carotenoid content.
机译:农杆菌基因转移(LGV 3850 / pGL Tr4,A281 / pGV 941tt,A4 [pRiA4])对Medic的定性和定量形态生理生化特性有影响。以前转化过的植物。转化的植物在地上部分芽结构的习性,平均芽长度,分支类型,粗蛋白,平均节间长度,平均节间数量方面存在差异。由于灌木丛中芽的转化数目变化,与对照植物相比,转化植物的生长阶段变得更长。基因改造会改变根系,并伴随其重量的变化。发现形成根的能力不同。男女生殖球的指标和生殖器官的形态差异很大。已经确定,种子形成过程取决于花粉和胚珠生理条件的定性和定量特征。我们假设存在一个“果实因子”,该因子对紫花苜蓿种子的生产具有重要影响。转化植物的游离脯氨酸含量,粗蛋白,叶绿素和类胡萝卜素含量不同。

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