A study was conductedto determine thethe effects of two insect pathogenic fungiMetarhizium anisopliae and Beauvaria bassiana In biological control and comparing, insecticide, Icon, on larva , pupa and adults stage of house fly was tested. The results revealed non-significantly superiority differences in the percentages of cumulative death between the recommended concentration of Icon and the M.anisopliae(2 × 1011), but the results showed, significant difference in accumulation death between M. anisoplia ( 2 × 1011 ) and B. bassiana were found at the same concentration, the accumulation death of M.anisoplia reached to 100, 80, 95% for larval, pupa and stage after 96 hours respectively, compared with the accumulation death of B. bassiana ( 2 × 1011 ), 77.5, 70,82.5%, after 96hours respectively.The pesticide showedA significant impact on the larval and adult as the ratio of the cumulative death reached two phases of 100% after 24 hours of treatment,While the pesticide did not show a significant impact in the pupa stage as mortality rate reached 5% at this stage after 96 hours of treatment, possibly due to the nature of the pupa that do not feed as in the larval and adult
Study the Effect of Two Fungi Metarhizium anisopliae M, Beauveria bassiana Vand the Pesticide ICON onLarvae, Pupa and Adult House Fly Musca domestica L
House fly Muscadomestica
Metarhizium anisoplia
Beauveria bassiana
Insecticide ICON
Publication Date
Sun Mar 04 2018
Journal Name
Iraqi Journal Of Science
Assessment of ISNAG fluorimeter (Total fluorescence measurements at+ 90° & - 90° using four solar cell on each side for 100mm distance at 2mm path length) with well-known fluorescent molecules via CFIA
Fluorescein sodium salt
2
7-Dichlorofluorescein
Flow injection analysis
Fluorescence
Two well-known fluorescent molecules: fluorescein sodium salt (FSS) and 2,7-dichloro fluorescein (DCF) were tried to prove the efficiency, trustability and repeatability of ISNAG fluorimeter by using discrete and continuous flow injection analysis modes.A linear range of 0.002-1 mmol/L for FSS and 0.003-0.7 mmol/L was for DCF, with LOD 0.0018 mmol/L and 0.002 mmol/L for FSS and DCF respectively, were obtained for discrete mode of analysis. While the continuous mode gave a linear range of 0.002-0.7 mmol/L and 0.003-0.5 mmol/L for FSS and DCF respectively, the LOD were 0.0016mmol/L and 0.0018 mmol/L for FSS and DCF respectively. The results were compared with classical method at variable λex for both fluorescent molecules at 95
... Show More