Transformation of Eugenol and SafroleIntoHydroxychavicol

Tang, Dumas Flis

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DC Field	Value	Language
dc.contributor.advisor	Achmadi, Suminar Setiati
dc.contributor.advisor	Arifin, Budi
dc.contributor.author	Tang, Dumas Flis
dc.date.accessioned	2013-02-11T01:13:11Z
dc.date.available	2013-02-11T01:13:11Z
dc.date.issued	2012
dc.identifier.uri	http://repository.ipb.ac.id/handle/123456789/60560
dc.description.abstract	Hydroxychavicolis amajorcomponentofbetel leafthat havingantibacterial, anti-inflammatory,antioxidant, anticancer, andantimutagen activities. This studyaimed tosynthesizehydroxychavicol from eugenolandsafrole. Isolation ofeugenolfromclove oilbyalkalineextraction methodgave71% yield, while theisolation ofsafrole from lawang oil byalkalineextraction method, followed by purificationusing preparative TLCgave7% yield. Eugenoldemethylationand safroledemethylenationwithAlCl3reagent weresuccessfullyproducedhydroxychavicol. The yieldswas28% and 24%, respectively	en
dc.description.abstract	Hidroksikavikolmerupakankomponenutamadaunsirih yang memilikiaktivitasantibakteri, antiradang, antioksidan, antikanker, danantimutagen.Penelitianinibertujuanmenyintesissenyawatersebutdarieugenoldan darisafrol.Isolasieugenoldariminyakcengkihdenganmetodeekstraksibasamenghasil kanrendemen 71%, sedangkanisolasisafroldariminyaklawangdenganmetodeekstraksibasadilanjutkand enganpemurnianmenggunakan KLTP mendapatkanrendemen 7%. Proses demetilasiisolateugenoldandemetilenasiisolatsafroldenganpereaksi AlCl3berhasilmendapatkanprodukhidroksikavikol. Rendemen yang diperolehberturut-turut 28% dan 24%.
dc.publisher	IPB ( Bogor Agricultural University )
dc.subject	demethylation	en
dc.subject	demethylenation	en
dc.subject	eugenol	en
dc.subject	hydroxychavicol	en
dc.subject	safrole	en
dc.title	Transformation of Eugenol and SafroleIntoHydroxychavicol	en
dc.title	Transformasi Eugenol dan Safrol menjadi Hidroksikavikol
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