Abid-Alelah Alkhafaji, K., Oda Khleoy, S., H.M, K., AbidAlrahem M, S., AbidAlhadi S, S. (2017). Isolation and Identification of Bacterium Bacillus thuringiensis from Iraqi Soil and Itʼs Uses against Larvae of Ephestia cautella (Welker). , 11(2), 5-13.
Khlood Abid-Alelah Alkhafaji; Samera Oda Khleoy; Khamis H.M; Safaa AbidAlrahem M; Sabreen AbidAlhadi S. "Isolation and Identification of Bacterium Bacillus thuringiensis from Iraqi Soil and Itʼs Uses against Larvae of Ephestia cautella (Welker)". , 11, 2, 2017, 5-13.
Abid-Alelah Alkhafaji, K., Oda Khleoy, S., H.M, K., AbidAlrahem M, S., AbidAlhadi S, S. (2017). 'Isolation and Identification of Bacterium Bacillus thuringiensis from Iraqi Soil and Itʼs Uses against Larvae of Ephestia cautella (Welker)', , 11(2), pp. 5-13.
Abid-Alelah Alkhafaji, K., Oda Khleoy, S., H.M, K., AbidAlrahem M, S., AbidAlhadi S, S. Isolation and Identification of Bacterium Bacillus thuringiensis from Iraqi Soil and Itʼs Uses against Larvae of Ephestia cautella (Welker). , 2017; 11(2): 5-13.

Isolation and Identification of Bacterium Bacillus thuringiensis from Iraqi Soil and Itʼs Uses against Larvae of Ephestia cautella (Welker)

Jornal of Biotechnology Research Center
Article 1, Volume 11, Issue 2, 2017, Pages 5-13
Authors
Khlood Abid-Alelah Alkhafaji; Samera Oda Khleoy; Khamis H.M; Safaa AbidAlrahem M; Sabreen AbidAlhadi S
Abstract
The fig moth Ephestia cautella(Welker) is one of the most insect that cause damage to the stored date, the aim of this research is to isolate Bacillus thuringiensis from Iraqi soil, screening of the most efficient biological control isolate against Ephestia cautella larvae. Twenty out isolates belong to Bacillus spp., from pretreatment larvae of E. cautella by suspension of soil samples, 8 out of isolates identified as B. thuringienisis these 8 isolates appeared to be hydrolytic enzymes (protease, lipase, gelatinase and hemolysin) able to form biofilm. Seven isolates showed penicillin resistant and only one isolate was resisted chloramphenicol while all remaining isolates were sensitive for tetracycline, nalidexic acid and enoxane. Different range of their insecticidal percentage was found against larvae of E. cantella with appearance of darkening of their body. B. thuringiensis KS3 was the most efficient caused 80% killing, gave 3.7 mg ml-1 of LC50 comparing with 4.6 mg ml-1 for commercial B. thuringiensis kurstaki. SDS PAGE electrophoresis showed similar pattern of protein with the commercial strain.
Keywords
Bacillus thuringiensis; Biological Control; identification; fig moth; thuringiensisBacillus
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