Iman Suswanto, Indri Hendarti, Tris Haris Ramadhan
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摘要

本研究旨在测定EMS对辣椒的LC50,获得比亲本更好的突变体。以印度辣椒品种为材料,化学诱变剂为甲烷磺酸乙酯(EMS)。用浓度为0的EMS诱变剂处理200个来自社区菜园的印度辣椒品种种子;0.2;0.4;0.6;0.8,浸泡3小时为1.0%。观察结果包括发芽、诱变剂危害和农艺性状。根据枯死芽与不同剂量EMS处理的回归关系计算LC50,其拟合曲线最佳,决定值最高(R2)。结果表明,辣椒发芽率较低(62%)。使用EMS诱变剂的影响会导致芽的生长抑制甚至死亡。浓度越高,死亡率越高。诱变剂浓度与死亡率的关系符合多项式方程y = 188.45x - 97.21x2 + 2.71,测定值为99%。根据回归模型,LC50值为0.3%。在本研究中,EMS浓度为0.2%成功获得了比亲本更好的突变体辣椒。表明子叶的长度和宽度分别比对照增加了20%和24%。
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PERBAIKAN SIFAT LADA (Piper nigrum L.) MENGGUNAKAN MUTAGEN ETHYL METHANE SULPHONATE (EMS)
The study aimed to determine the LC50 using EMS on pepper and obtain a better mutant than the parents. The material used was Indian variety pepper, and the chemical mutagen was Ethyl Methane Sulphonate (EMS). Two hundred Indian Cultivar pepper seeds obtained from community gardens were treated with EMS mutagen at a concentration of 0; 0.2; 0.4; 0.6; 0.8, and 1.0% with 3 hours of immersion. Observations consisted of germination, mutagen damage and agronomic characters. The LC50 calculation was obtained from the regression relationship of dead sprouts with several doses of EMS application which had the best fitting curve with the highest determination value (R2). The results showed that pepper germination was relatively low (62%). The impact of using EMS mutagens causes growth inhibition or even death of sprouts. The higher the concentration, the higher the mortality rate. The relationship between the concentration of mutagens and the mortality rate follows the polynomial equation y = 188.45x – 97.21x2 + 2.71 with a determination value of 99%. Based on the regression model, the LC50 value is 0.3%. In this study, the EMS concentration of 0.2% succeeded obtaining a better mutant pepper than the parental. indicated by increasing the length and width of the cotyledons, respectively, 20 and 24% greater than the control.
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