赤霉素浓度和频率对黄花蒿生长的影响

Fransisca Mareta Kurnia Sari, M. Herawati, E. Pudjihartati, Martinus Andree Wijaya Setiawan
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摘要

青蒿是一种可以用作治疗疟疾的替代药物的植物。青蒿属植物含有具有抗疟作用的青蒿素化合物形式的次生代谢物。可以做的努力之一是增加黄花蒿的生长。植物是通过使用赤霉素(GA3)的生长调节剂。采用随机区析设计(RBFD),第一个因素是50毫克的浓度。L-1(K1), mg.L-1(K2), 150 mg。L-1 (K3), 200mg。l - 1 (K4)。第二个因子有3个频率,1次给出7HSPT (F1), 2次给出7HSPT和14HSPT (F2), 3次给出7HSPT、14HSPT和30HSPT (F3)。此外,还有未给予GA3对照(未处理)的植株。观察的参数包括株高、叶面积、腺毛密度和植株干重。结果表明,不同浓度和频率的赤霉素(GA3)处理对黄花蒿株高、叶面积、腺毛密度和干重均无显著影响。植物无法正常生长,因为没有活性的赤霉素刺激了所有植物组织,并直接渗透到根、茎和叶中。
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THE EFFECT OF CONCENTRATION AND FREQUENCY OF GIBERELLINS ON THE GROWTH OF ARTEMISIA ANNUA Linn
Artemisia is one of the plants that can be used as an alternative medicine for malaria. The Artemisia plant contains secondary metabolites in the form of artemisinin compounds that function as antimalarials. One of the efforts that can be done to increase the growth of Artemisia annua. plants is by using a growth regulator of gibberellins (GA3). Using a Randomized Block Factorial Designs (RBFD) with the first factor being the concentration of 50 mg.L-1 (K1), mg.L-1(K2), 150 mg.L-1 (K3), 200 mg.L-1 (K4). The second factor has 3 frequencies, 1 time giving 7HSPT (F1), 2 times giving 7HSPT and 14HSPT (F2), and 3 times giving 7HSPT, 14HSPT and 30HSPT (F3). In addition, there were plants that were not given GA3 control (without treatment). Parameters observed were plant height, leaf area, glandular trichome density, and plant dry weight. The results showed that the administration of gibberellins (GA3) with different concentrations and frequencies on plant height, leaf area, glandular trichome density, and dry weight of A. annua plants had no significant effect. Plants have not been able to grow properly because the provision of gibberellins that have not been active stimulates all plant tissues and directly seeps through the roots, stems and leaves.
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