首页> 外文期刊>Journal of Microbiology, Biotechnology and Food Sciences >ALLELOPATHIC POTENTIAL OF SUGAR SORGHUM (SORGHUM BICOLOR (L.) MOENCH) SEEDS
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ALLELOPATHIC POTENTIAL OF SUGAR SORGHUM (SORGHUM BICOLOR (L.) MOENCH) SEEDS

机译:糖高粱(SORGHUM BICOLOR(L.)MOENCH)SEED种子的变态反应潜力

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Allelopathic effect of water extracts of crushed sweet sorghum seeds of hybrids ‘Medovyi’ and ‘Dovista’ and variety ‘Sylosne 42’ and their effect on sugar beet (Beta vulgaris L.) seeds germination of hybrid ‘Ukrainian MS 97’ is presented. Water extracts of various concentrations (from 5 to 50 %) were prepared. The results were compared with the control treatment (distilled water). To estimate the growth rate of plants, the number of buds and leaves, plant height and the general condition of plants were examined. In regard to the chemical interaction of crops in mixed cropping, it was found that water extracts from sorghum seeds have a significant amount of allelopathically active substances revealing both phytotoxic and stimulating effects on the germination and germination vigour of sugar beet seeds. The water extracts of ‘Medovyi’ seeds showed the lowest allelopathic effect compared to other cultivars under study. Water extract of ‘Sylosne 42’ appeared relatively tolerant to germination of sugar beet seeds. The extract of ‘Medovyi’ seeds was filtered and added into the agar medium on which the clones of Beta vulgaris L. were planted. Allelopathically active substances did not affect sugar beet plants on the 7th day after planting. A decrease in the number of buds, leaves and plant height was recorded on the 14th day. On the 21st day, sugar beet plants looked suppressed and eventually died off. Understanding of physical and biochemical mechanisms of plants interaction allows selecting physiologically compatible plants for high-productive phytocoenoses.
机译:介绍了杂种“ Medovyi”和“ Dovista”以及品种“ Sylosne 42”的压碎甜高粱种子的水提取物的化感作用,以及它们对杂种“乌克兰MS 97”的甜菜种子(Beta vulgaris L.)萌发的影响。制备了各种浓度(5%至50%)的水提取物。将结果与对照处理(蒸馏水)进行比较。为了估计植物的生长速度,检查了芽和叶的数量,植物的高度和植物的一般状况。关于混合种植中农作物的化学相互作用,发现高粱种子的水提取物具有大量的化感活性物质,对甜菜种子的萌发和萌发活力具有植物毒性和刺激作用。与其他正在研究的品种相比,“ Medovyi”种子的水提取物显示出最低的化感作用。 “ Sylosne 42”的水提取物似乎对甜菜种子的发芽具有相对的耐受性。过滤“ Medovyi”种子的提取物,并将其添加到琼脂培养基中,在该琼脂培养基中种植寻常型β。的克隆。化感活性物质在种植后第7天不影响甜菜植株。在第14天记录了芽,叶的数量和植物高度的减少。在第21天,甜菜植株看上去受到抑制,最终死亡。了解植物相互作用的物理和生化机制可以选择具有生理相容性的植物,以生产高产的植物毒素。

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