PENENTUAN KADAR RESIDU PESTISIDA PROFENOFOS PADA TANAMAN TOMAT GAFHA DENGAN METODE GAS CHROMATOGRAPHY

Renny Futeri
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Abstract

Research on determination of Profenofos Pesticide Residue Levels on Agafha Tomatoes Using Gas Chromatography Method has been carried out. The purpose of conducting research on samples of tomatoes that are often consumed by the community is to find out whether the tomato plants are suitable for consumption by the community or whether they have a negative impact if consumed frequently and to find out whether the tomato samples reach the maximum residue limit that has been set. After analyzing the Agaftha tomato samples in the pesticide laboratory, data was obtained that the Agaftha tomatoes contained prefenofos pesticide residues with a concentration of 0.0805 mg/kg, and the results of this test stated that the Agaftha tomato samples could be consumed properly because the concentration did not exceed the maximum residue limit. Prefenofos residue is regulated in the Regulation of the Minister of Agriculture of the Republic of Indonesia Number 55/PERMENTAN/KR.040/11/2015. The maximum residue limit (BMR) for the active ingredient profenofos is 10 mg/Kg. Hence, it can be concluded that the Agaftha tomato sample is suitable for consumption because the concentration of residue levels in the Agaftha tomato sample is lower than the BMR which has been regulated in the Regulation of the Minister of Agriculture of the Republic of Indonesia.
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用色素法测定GAFHA西红柿的原酚农药残留水平
研究了气相色谱法测定阿加法番茄中丙诺福农药残留量的方法。对市民经常食用的番茄样本进行研究的目的,是要了解这些番茄是否适合市民食用,或经常食用会否对市民产生负面影响,以及番茄样本是否达到规定的最高残留限量。经农药实验室对Agaftha番茄样品进行分析,数据显示Agaftha番茄中农药残留浓度为0.0805 mg/kg,本次检测结果表明Agaftha番茄样品未超过最大残留限量,可正常食用。印度尼西亚共和国农业部长法规第55/PERMENTAN/KR.040/11/2015号规定了对苯甲胺磷残留的监管。活性成分丙酚的最大残留限量(BMR)为10 mg/Kg。因此,可以得出结论,Agaftha番茄样品适合消费,因为Agaftha番茄样品中的残留浓度水平低于印度尼西亚共和国农业部长条例规定的BMR。
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UNJUK KERJA NaOH DALAM MEREDUKSI LOGAM BERAT PADA LIMBAH ABU BOILER PENENTUAN DISOLUSI PADA OBAT SENYAWA KETOPROFEN SECARA SPEKTROFOTOMETRI PENENTUAN KADAR RESIDU PESTISIDA PROFENOFOS PADA TANAMAN TOMAT GAFHA DENGAN METODE GAS CHROMATOGRAPHY PENENTUAN JENIS MEDIA TERHADAP EFEKTIVITAS PERTUMBUHAN JAMUR TRICHODERMA HARZIANUM PEMBUATAN NANOKARBON DARI LIMBAH PADAT KELAPA SAWIT MENGGUNAKAN METODE HIDROTERMAL
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