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首页> 外文期刊>African Journal of Biotechnology >Effect of indole butyric acid on micrografting of cactus
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Effect of indole butyric acid on micrografting of cactus

机译:吲哚丁酸对仙人掌微移植的影响

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Grafting is a common technique to propagate cacti species.?Gymnocalycium mihanovichii?is an ornamental plant and they should be grafted to root stock containing chlorophyll. In this research, exogenous auxin treatments were applied for grafting improvement.?G. mihanovichii?and?Trichocereus spachianus?were used as a scion and root stock, respectively. Indole butyric acid (IBA) was used as an auxin. Plants were treated with four different concentrations of IBA (0, 50, 100 and 150 ppm) and repeated at three different times (3, 9 and 15 days after micrografting). Measured parameters were scion height and diameter, cambial layer diameter, areole numbers, activated areole numbers and successful graft percentage. The histological studies were done on grafted plants with cross section. Auxin of 100 ppm was the most effective treatment to improve measured parameters. Auxin at the optimal concentrations, especially at 100 ppm, resulted in better vascular differentiation, an important process in grafting. Therefore, the optimal concentration of IBA was 100 ppm, especially when it was repeated three times. The obtained results from the present study indicated that IBA at the optimal concentration is an effective treatment, and may lead to increased successful grafts.
机译:嫁接是繁殖仙人掌种类的常用技术。绞股蓝(Gymnocalycium mihanovichii)是一种观赏植物,应将其嫁接到含有叶绿素的根茎上。在这项研究中,外源生长素处理被用于嫁接改良。 mihanovichii和Trichocereus spachianus被分别用作接穗和砧木。吲哚丁酸(IBA)用作生长素。用四种不同浓度的IBA(0、50、100和150 ppm)处理植物,并在三个不同的时间(微移植后3、9和15天)重复。测得的参数是接穗高度和直径,冈比亚层直径,甲油烯数,活化的甲油烯数和成功移植百分比。对具有横截面的嫁接植物进行了组织学研究。 100 ppm的生长素是改善测量参数的最有效方法。最佳浓度的生长素,尤其是100 ppm的生长素,可导致更好的血管分化,这是嫁接的重要过程。因此,IBA的最佳浓度为100 ppm,尤其是重复3次时。从本研究中获得的结果表明,最佳浓度的IBA是一种有效的治疗方法,并可能导致成功移植物的增加。

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