Ditemukan 1 dokumen yang sesuai dengan query
Putu Indah Paramita Adi Putri
Abstrak :
Ligninolytic fungi can degrade various Laccase xenobiotic compounds, Manganese Peroxidase (MnP), and Lignin Peroxidase (LiP). The mushroom group is able to be a solution of pollution in the Sentiong River, Jakarta, under conditions contamination from recalcitrant pollutants such as dimethyl-silanediol as oximemethoxyphenyl. Ligninolytic ability screening is done on solids and minimal lignin media to obtain growth index and enzyme activity data. Remediation is done by using a mushroom consortium consisting of ligninolytic isolates. Mycorediation was observed on a laboratory scale by measuring pH, total carbon (TC), biomass, and enzyme activity parameters. The composition of volatile organic compounds was analyzed by GC-MS method. The best ligninolytic fungus among five isolates (IN001, Cyathus striatus IN005, Agrocybe pediades InaCC F1012, Microporus ochrotinctus InaCC F1017, and Trametes polyzone InaCC F1019) is Agrocybe pediades InaCC F1012. The consortium was obtained consisting of five isolates as mentioned earlier. The mycoremediation ability of a single isolate and consortium is considered to have the same ability because the parameter values and the results of GC-MS analysis detect similar compounds such as: dimethyl-silanediol and oxime-methoxyphenyl. Ligninolytic mushroom isolates can be a solution for the remediation of Sentiong River, Jakarta with the aim of reducing the concentration of recalcitrant poisonous xenobiotic compounds.
2019
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