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Atallah F MekhlifMuhammad MuhammadZ DahcharB SaodiN SoltaniR HarbachS AndersonN KassimC WebbR RussellA MekhlifM Abdul RazzakM NasiruddinM AzadiM ChowdhuryRam TooniF KendieI HariN MathewP PanneerselvamK MurugenK KovendanK KumarJ SubramanianN SivagnanameM KalyanasundaramJ IqbalF IshtiaqA AlqarniA OwayssA GhoshN ChowdhuryG ChandraA TaraboulsiK TaoubrS El-HagJ BessiereM RammalA MekhlifI KafiA YaseenM ThiagaletchumiW ZuharahR RamiN FadzlyH DeingA AhmadA MekhlifD DuncanN RehimiA AlouaniN SoltaniN AbutahaAl MekhlafiFAl KeridisL FarooqM NasrFAl WaddanMA MekhlifI KafiN VeraO CristianaB GregoryM El-BoklAl SararA HussiensHAbobakr Al-ZabibA BazeyadAR PavelaN VrcholovaJ TriskaR BennettR WallsgroveA RodriguesE MortinsC Moralis

Abstract

The bio-insecticidal activity of the medicinal plants: Physalis angulate, Peganum harmala, Tecrium polium and Thymus vulgaris had been tested on fourth instar larvae of Culex pipiens molestus according to WHO protocol. LC50 and LC90 had been estimated after 24 and 48 hrs. exposure. As ascending values: LC50 at 24 hrs. were 1.8, 26.0, 34.0, and 45.0 ppm and at 48 hrs. were 1,5, 11.0, 23.0 and 38.5 ppm for P. angulate, P. harmala, T. polium and T. vulgaris respectively. The residual action determination for the plant extracts and positive control (Igon insecticide) was began at first -day time with concentration caused 100% mortality, these concentrations of the extracts were 5, 50, 60 and 100 ppm for P. angulate, P. harmala, T. polium and T. vulgaris respectively, the extracts activity decreased and their mortalities had been declined to about 50% (except P. harmala extract) after 9 -12 days of application, all the applied extracts had diminished their toxicity at 15 th -day observation.

BiologyGeography

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  • University of Mosul
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