PENGARUH LAMA PERENDAMAN IKAN LAYUR
(Trichiurus sp.) DALAM EKSTRAK KASAR DAUN SALAM
(Syzygium polyanthum) TERHADAP KADAR TIMBAL
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Institusion
Sekolah Tinggi Ilmu Kesehatan Nasional
Author
Rahmi, Agustini
Subject
R Medicine (General)
Datestamp
2020-12-23 06:28:22
Abstract :
Lead pollution in the Tanjung Emas comes from human activities, ship fuel and factory waste which can accumulation inside the marine biota, one of marine biota that can be contaminated is Trichiurus sp. Syzygium polyanthum contain flavonoid, in flavonoid bioactive compounds can bind heavy metals so the metal content can be reduced and fish can be safely consumed. The research was to determine the effect of long immersion of Trichiurus sp in the extract of Syzygium polyanthum by Spectrophotometri atomic absorption method. The type research used is experimental analytical post test with control, research sample using Trichiurus sp meat mussels in the area of Tanjung Emas Semarang. Lead levels in the fish were examined using an Atomic Absorption Spectrophotometer and read using descriptive. The absorbance of the lead level can not be detected by the instrumen becouse based on the calculation of BPSMB (2018) the lead level is less from limit detection is 0,0069 so that result can not be cotinued analysis using linear regression and can not be concluded.
Lead pollution in the Tanjung Emas comes from human activities, ship fuel and factory waste which can accumulation inside the marine biota, one of marine biota that can be contaminated is Trichiurus sp. Syzygium polyanthum contain flavonoid, in flavonoid bioactive compounds can bind heavy metals so the metal content can be reduced and fish can be safely consumed. The research was to determine the effect of long immersion of Trichiurus sp in the extract of Syzygium polyanthum by Spectrophotometri atomic absorption method. The type research used is experimental analytical post test with control, research sample using Trichiurus sp meat mussels in the area of Tanjung Emas Semarang. Lead levels in the fish were examined using an Atomic Absorption Spectrophotometer and read using descriptive. The absorbance of the lead level can not be detected by the instrumen becouse based on the calculation of BPSMB (2018) the lead level is less from limit detection is 0,0069 so that result can not be cotinued analysis using linear regression and can not be concluded.
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