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Effect of different types of lighting on the growth and development of meristematic potato plants

机译:不同光照对分生组织马铃薯植株生长发育的影响

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摘要

The aim of the research was to study the growth and development of meristematic potato plants in different lighting conditions. Regenerants of seven varieties were cultivated in the standard Murashige and Skoog medium for 30 days with a 16-h photoperiod with lighting by fluorescent lamps (control), LED lamps and sodium-vapor lamps. The varieties Granada, Grand, Ilyinsky and Lizanne showed no significant differences in the length of regenerants grown under LED lighting in comparison with the control.The analysis of the average number of internodes and the number of roots per meristematic plant did not reveal significant differences in these parameters between the plants grown under different types of lighting. The lighting type practically had no influence on variability of these features. The variability of the number of internodes was almost entirely determined by genotypic factors; the length of the root system was determined by genotypic and environmental factors. The study demonstrated the possibility of growing meristematic potato plants with the use of LED lighting. It enables optimization of production of potato plants in vitro and reduction of the cost of the original seed material.
机译:本研究旨在研究分生马铃薯植株在不同光照条件下的生长发育情况。将7个品种的再生剂在标准Murashige和Skoog培养基中培养30天,光周期为16小时,并用荧光灯(对照),LED灯和钠蒸气灯照明。与对照组相比,格拉纳达、格兰德、伊林斯基和利尚品种在LED照明下生长的再生剂长度没有显著差异。对每个分生组织植物的平均节间数和根数的分析没有发现在不同类型光照下生长的植物之间这些参数的显着差异。照明类型实际上对这些特征的可变性没有影响。节间数量的变异性几乎完全由基因型因素决定;根系的长度由基因型和环境因素决定。该研究证明了使用LED照明种植分生组织马铃薯植物的可能性。它可以优化马铃薯植物的体外生产,并降低原始种子材料的成本。

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