首页> 外文期刊>Studia Universitatis Vasile Goldis: Seria Stiintele Vietii >The mictropropagation eficiensy by slowing the growth rate of Solanum tuberosum var. Gersa vitroplantlets
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The mictropropagation eficiensy by slowing the growth rate of Solanum tuberosum var. Gersa vitroplantlets

机译:通过减慢马铃薯的生长速度来进行微繁繁殖。 Gersa试管苗

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In plant ”living collection” for micropropagation optimization of potato local variety we used a slow growth technique, we used 2 systems: the double layer system (using a basal agarized medium and as supernatant a second layer with silicone oil or paraffin oil, or castor oil), and a normal agarized medium – by adding in culture media: manithol, sorbithol, AgNO3 or B9. The plantlets were vitroconservated 48 weeks in slow growth system; the control lot - during the 48 weeks - was subcultived 4 times: after 12, 24, 36 and 48 weeks of vitroculture. In 48 weeks of vitroplantlets slow growth did not reach the growth values which control lot achieved in 12 weeks of vitroculture – this showing the efficiency of the presented system. Silicone oil – as supernatant - is the best variant of slowing the growth in double layer system of Solanum tuberosum var. Gersa, B9 (diaminozide) had the highest inhibitory effect in normal agarized media.
机译:在用于马铃薯本地品种微繁优化的植物“活体收集”中,我们使用了慢速生长技术,我们使用了两个系统:双层系统(使用基础琼脂培养基,第二层作为上清液,第二层使用硅油或石蜡油或蓖麻油油)和普通的琼脂培养基–加入培养基,其中包括甘露醇,山梨醇,AgNO3或B9。在缓慢生长的系统中,将小苗在体外保存48周。对照批次-在48周内-在培养12、24、36和48周后传代4次。在48周的试管苗中,缓慢的生长没有达到控制12周试管所获得的批次的生长值–这表明了所提出系统的效率。硅油(作为上清液)是减缓马铃薯茄子双层系统生长的最佳变体。 Gersa B9(二氨基叠氮化物)在正常琼脂培养基中具有最高的抑制作用。

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