首页> 外文OA文献 >Potential Test of Papaya Leaf and Seed Extract (Carica Papaya) as Larvicides against Anopheles Mosquito Larvae Mortality. SP IN Jayapura, Papua Indonesia
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Potential Test of Papaya Leaf and Seed Extract (Carica Papaya) as Larvicides against Anopheles Mosquito Larvae Mortality. SP IN Jayapura, Papua Indonesia

机译:木瓜叶和种子提取物(番木瓜)作为杀幼虫剂对蚊虫按蚊幼虫死亡率的潜在测试。 SP IN Jayapura,巴布亚印度尼西亚

摘要

Anopheles mosquitoes, sp is the main vector of malaria disease that is widespread in many parts of the world including in Papua Province. There are four speciesof Anopheles mosquitoes, sp, in Papua namely: An.farauti, An.koliensis, An. subpictus, and An.punctulatus. Larviciding synthetic cause resistance. This study aims to analyze the potential of papaya leaf and seeds extracts (Carica papaya) as larvicides against the mosquitoes Anopheles sp. The experiment was conducted at the Laboratory of Health Research and Development in Jayapura Papua province. The method used is an experimental post - only control group design. Sampling was done randomly on the larvae of Anopheles sp of breeding places in Kampung Kehiran Jayapura Sentani District, 1,500 larvae. Analysis of data using statistical analysis to test the log - probit mortality regression dosage, Kruskall - Wallis and Mann - Whitney. The results showed that papaya leaf extract effective in killing larvae of Anopheles sp, value Lethal Concentration (LC50) were 422.311 ppm, 1399.577 ppm LC90, Lethal Time (LT50) 13.579 hours, LT90 23.478 hours. Papaya seed extract is effective in killing mosquito larvae Anopheles sp, with 21.983 ppm LC50, LC90 ppm 137.862, 13.269 hours LT50, LT90 26.885 hours. Papaya seed extract is more effective in killing larvae of Anopheles sp. The mixture of papaya leaf extract and seeds are effective in killing mosquito larvae Anopheles sp, indicated by the percentage of larval mortality, the observation hours to 12, the highest larval mortality in comparison 0,05:0,1 extract, 52%, ratio 0.1 : 0.1 by 48 %, on a 24 hour observation, larval mortality in both groups reached 100 %.
机译:蚊子按蚊是疟疾的主要媒介,在世界许多地方,包括巴布亚省,都非常流行。在巴布亚有四种按蚊,即:An.farauti,An.koliensis,An.。 subpictus和按蚊。合成杀幼虫引起耐药性。本研究旨在分析木瓜叶和种子提取物(番木瓜)作为杀幼虫剂对付蚊子按蚊的潜力。该实验在Jayapura巴布亚省卫生研究与发展实验室进行。使用的方法是实验性仅后期对照组设计。在Kampung Kehiran Jayapura Sentani区1500个幼虫的繁殖场所按蚊属的幼虫中随机取样。数据分析采用统计学分析来检验对数-概率死亡率回归剂量,Kruskall-Wallis和Mann-Whitney。结果表明,对杀死按蚊幼虫有效的番木瓜叶提取物,致死浓度(LC50)为422.311 ppm,LC90为1397.577 ppm,致死时间(LT50)为13.579小时,LT90为23.478小时。木瓜种子提取物具有21.983 ppm的LC50,LC90 ppm的137.862,LT50的13.269小时,LT90的26.885小时,可有效杀死蚊子幼虫按蚊。木瓜种子提取物对杀死按蚊的幼虫更有效。番木瓜叶提取物和种子的混合物可有效杀死蚊子幼虫按蚊,由幼虫死亡率百分比,观察小时数表示为12,相对于0.05:0.1的幼虫死亡率最高,比率为52% 0.1:0.1 x 48%,在24小时观察中,两组的幼虫死亡率均达到100%。

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    Arsunan Hasanuddin;

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  • 年度 2015
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