首页> 外文期刊>Asian journal of biochemistry >Alteration in Certain Biochemical Parameters Fed to Bait Containing Piperine against Lymnaea acuminata:Intermediate Host of Fasciola gigantica
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Alteration in Certain Biochemical Parameters Fed to Bait Containing Piperine against Lymnaea acuminata:Intermediate Host of Fasciola gigantica

机译:喂食含胡椒碱的诱饵对生斜纹夜蛾某些生化参数的改变:巨型Fasciola gigantica

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Liver fluke infection (fascioliasis) is now neglected tropical disease caused by Fasciola hepatica and F. gigantica. Snails of family Lymnaeidae are the intermediate host of F. gigantica. Snail control is considered as one of the best method of choice to eliminate fascioliasis. Bait formulation containing molluscicides would be an effective tool to snail control. There was a significant (p<0.05) reduction in protein, amino acids, DNA, RNA and AChE activity in ovotestiservous tissue of snail Lymnaea acuminata. Feeding of 96 h exposure period of bait containing molluscicides Piperine+Serine+Agar (40% of 24 h LC_(50)) caused maximum reduction in protein (75.27% of control) in month of August, amino acids (78.37% of control) in month of March, DNA (72.47% of control) in month of May and RNA (75.03% of control) in month of October in ovotestis of L. acuminata. There was a significant (p<0.05) inhibition in AChE activity with the feeding of bait containing plant derived molluscicides Piperine+Serine+Agar (40% of 24 h LC_(50)) of 96 h exposure period. Maximum inhibition in AChE activity (46.42% of control) in month of October was noted in nervous tissue of L. acuminata. Notably, the bait containing molluscicides is new technique effectively approaching target snails.
机译:肝吸虫感染(筋膜炎)现在已被忽视,是由肝片Fasciola hepatica和F. gigantica引起的热带病。 Lymnaeidae家族的蜗牛是巨型F. Fant的中间寄主。蜗牛控制被认为是消除筋膜病的最佳选择之一。含有杀软体动物剂的诱饵制剂将是控制蜗牛的有效工具。蜗牛Lymnaea acuminata卵睾丸/神经组织的蛋白质,氨基酸,DNA,RNA和AChE活性显着降低(p <0.05)。饲喂含杀虫剂胡椒碱+丝氨酸+琼脂的诱饵96小时暴露时间(24小时LC_(50)的40%)导致8月份最大的蛋白质(对照的75.27%),氨基酸(对照的78.37%)减少在3月中,L。acuminata的卵睾丸中的DNA(对照的72.47%)和5月的RNA(对照的75.03%)在10月。喂食暴露时间为96小时的含植物衍生杀虫剂胡椒碱+丝氨酸+琼脂(24 h LC_(50)的40%)的饵料,对AChE活性具有显着(p <0.05)抑制作用。在十月的一个月中,在尖锐乳杆菌的神经组织中注意到最大的AChE活性抑制(对照的46.42%)。值得注意的是,含有杀软体动物剂的诱饵是有效接近目标蜗牛的新技术。

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