PENGARUH NAPTHALENE ACETIC ACID DAN BENZYL AMINO PURINE TERHADAP MIKROPROPAGASI TANAMAN AKAR WANGI (Vetiveria zizanioides L. Nash)

R. Pratama, Y. Rahmaningsih, Noertjahyani Noertjahyani, Kelik Putranto, Raden Haerudjaman
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引用次数: 1

Abstract

Vetiver grass (Vetiveriazizanioides L. Nash) is one of the oil-producing plants essential. Tissue culture is one of the way to increase the availability of superior seeds of vetiver (Vetiveriazizanioides L. experiment was carried out at the Integrated Laboratory of the Faculty of Agriculture, Garut University from July to August 2020. This experiment used a Factorial Complete Randomized Design consisting of two factors, the first factor is NAA (N) with three levels of concentration, n1 =0, 5 mg / l, n2 = 1,5 mg/l, n3 = 2,5 mg/l varieties Verina 1. The purpose of this study was to obtain independent interactions and effects between Napthalene Acetic Acid (NAA) and Benzyl Amino Purine(BAP) on the micropropagation of vetiver plants (Vetiveriazizanioides L. Nash) variety Verina 1for 30 DAP. This 5 mg / l, n3 = 2.5 mg / l. The second factor is BAP (B) with two levels of concentration, b1 = 0.5 mg / l, b2 = 3 mg / l. The observed variables are: root emergence time, root number, callus appearance time, callus number, callus color and growth percentage. The results showed that there was no interaction between NAA and BAP, but there was an independent influence on the observed parameters of root emergence time, number of roots, callus appearance time and number of callus. The best concentration of NAA is 0.5 mg / l. The percentage of growth shows the yield of growth that is 100%.
香根草(Vetiveriazizanioides L. Nash)是一种重要的石油生产植物。组织培养是提高香根草优质种子可得性的方法之一。本实验于2020年7 - 8月在加鲁特大学农学院综合实验室进行。本试验采用两因素全因子随机设计,第一因素为NAA (N)三个浓度水平,n1 =0、5 mg/l, n2 = 1、5 mg/l, n3 = 2、5 mg/l品种Verina 1。本研究旨在研究萘乙酸(NAA)和苄基氨基嘌呤(BAP)在30 DAP条件下对香根草品种Verina 1微繁的独立相互作用和影响。第二个影响因子为BAP (B), b1 = 0.5 mg / l, b2 = 3mg / l,观察变量为:根出苗期、根数、愈伤组织出现时间、愈伤组织数、愈伤组织颜色和生长率。结果表明,NAA与BAP之间不存在交互作用,但对根系出苗时间、根系数量、愈伤组织出现时间和愈伤组织数量有独立影响。NAA的最佳浓度为0.5 mg / l,生长率为100%。
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