Potential Bioregulators for Rape (Brassica napus L.) Plants

C. Tanase, V. Popa
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Abstract

It is known that polyphenols are a single group of phytochemicals which present in all plants. Their biological activity is based upon functional groups capable to participate in the plant metabolism influencing cell division and biosynthesis processes. In our experiments we have evaluated the effect of spruce bark polyphenolic extract and deuterium depleted water (DDW) as rapeseed plant bioregulators. After aqueous extraction of bark and quantification and identification of polyphenolic compounds by HPLC methods, we applied the extracts in the growth medium of rapeseed plants. Assessment the influence of extracts on rapeseed plants was achieved through determination of germination energy and capacity, biomass accumulation, assimilatory pigments accumulation and photosynthesis activity. The results has shown that it possible to establish the highest stimulating effect of polyphenols on germination energy and capacity. These, were registered in the presence of spruce bark polyphenolic extract (SBPE) with an equivalent content of 130 mg GAE/L. Rape plants treated with DDW+SBPE have accumulated the highest amount of biomass compared with other experimental variants. The photosynthesis activity was considerably intensified especially in the presence of SBPE.
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油菜(Brassica napus L.)潜在生物调节剂植物
众所周知,多酚是存在于所有植物中的一类植物化学物质。它们的生物活性是基于能够参与影响细胞分裂和生物合成过程的植物代谢的官能团。研究了云杉皮多酚提取物和贫氘水作为油菜籽植物生物调节剂的作用。经皮水提及高效液相色谱法定量鉴定多酚类化合物后,应用于油菜籽生长培养基中。通过测定萌发能和萌发量、生物量积累量、吸收色素积累量和光合活性来评价提取物对油菜植株的影响。结果表明,多酚对种子萌发能和萌发量的刺激作用最大。这些,在云杉树皮多酚提取物(SBPE)的存在下登记,其等效含量为130 mg GAE/L。与其他试验变异体相比,DDW+SBPE处理的油菜植株累积生物量最多。特别是在SBPE的存在下,光合活性明显增强。
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