有机有机农药(ALDRIN, DIELDRIN和LINDANE)的生物浓缩因子(Anadara Linn)。

Haeruddin. Haeruddin., Arif Rahman, Diah Ayuningrum
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引用次数: 1

摘要

血蚌是一种经济上重要的海战。含有有机氯胺酮杀虫剂的血族栖息地可能会降低贝类的经济价值,因为有机氯林杀虫剂可能会在贝类软组织中积累,因此食用不安全。本研究旨在确定贻贝软组织中生物浓缩杀虫剂的潜力。这项研究涉及在一些水族箱中培养含有杀虫剂的沉积物中的血液贻贝。爪哇中部瓦坎-普卢邦河口发现的沉淀物。研究结果表明,有机氯林杀虫剂能够在软组织中积累不同种类的有机氯林杀虫剂。lindane杀虫剂中最高浓度的有机氯林杀虫剂。最低的生物农药浓度因素是奥尔德林。血液clams是最重要的经济价值克隆的一种类型。血液clams的栖息地基本上是一种天然的有机绿虫,这种疾病会导致ir经济价值的减少。鼠疫会在血液中形成柔软的组织,使其不安全凝结。这项研究的目的是确定这种杀虫剂在血液的软组织中潜在的有机氯杀虫剂的影响。研究是由在某些鱼缸中处理血液碎片的疾病设计的。一些沉淀物来自爪哇中部的普拉邦河艾图里。结果表明,鼠疫的微生物可以用不同的生物浓度因素来组织组织鼠疫。鼠疫中最奇特的生物化学浓度。鼠疫的lowest biocontration因素是Aldrin。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FAKTOR BIOKONSENTRASI PESTISIDA ORGANOKLORIN (ALDRIN, DIELDRIN DAN LINDANE) DALAM JARINGAN LUNAK KERANG DARAH (Anadara granosa Linn.)
Kerang darah merupakan salah satu jenis kekerangan yang bernilai ekonomis penting.  Habitat kerang darah yang mengandung pestisida organoklorin dapat menurunkan nilai ekonomis kerang, dikarenakan pestisida organoklorin dapat terakumulasi dalam jaringan lunak kerang, sehingga tidak aman untuk dikonsumsi. Penelitian ini dilakukan untuk menentukan potensi biokonsentrasi pestisida organoklorin dalam jaringan lunak kerang darah ditilik dari faktor biokonsentrasi pestisida tersebut.  Penelitian dilakukan dengan memelihara kerang darah dalam sedimen yang mengandung pestisida pada beberapa akuarium. Sedimen diambil dari Muara Sungai Wakak-Plumbon, Jawa Tengah. Hasil penelitian menunjukkan bahwa pestisida organoklorin mampu terakumulasi dalam jaringan lunak dengan faktor biokonsentrasi yang berbeda untuk masing-masing jenis pestisida organoklorin.  Faktor biokonsentrasi pestisida organoklorin tertinggi pada pestisida lindane.  Faktor biokonsentrasi pestisida terendah adalah aldrin. Blood clams are one type of clams which have important economic value. Habitat of blood clams mostly contain organochlorine pesticides which then reduce the ir economic value . The organochlorine pesticides can accumulate in the blood clams soft tissue, making it unsafe to consume. This research was conducted to determine the accumulation potential of organochlorine pesticides in the soft tissue of blood clams from the bioconcentration factor of these pesticides. The study was conducted by maintaining blood shells in sediments containing pesticides in several aquariums. Sediments were taken from the Wakak-Plumbon River Estuary, Central Java. The results showed that organochlorine pesticides were able to accumulate in soft tissues with different bioconcentration factors for each type of organochlorine pesticide. The highest biochemical concentration of organochlorine pesticides is in lindane pesticides. The lowest bioconcentration factor of pesticides is Aldrin.
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