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• W4303709866 endingPage "899" @default.
• W4303709866 startingPage "899" @default.
• W4303709866 abstract "The sterile insect technique (SIT) is a biologically based method of pest control, which relies on the mass production, sterilization, and release of sterile males of the target species. Since females can transmit viruses, it is important to develop a mass rearing system to produce a large number of males with a low presence of females. We evaluated the effects of different strains, larval diets and sexing tools on male productivity and residual female presence for the application of SIT against Aedes albopictus. Strains coming from Italy, Germany, Greece, and Montenegro, with different levels of colonization, were reared with three larval diets: IAEA-BY, BLP-B and SLP-BY. Developed pupae were sexed using two different mechanical methods: sieve or Fay-Morlan separator. The results proved that adoption of the Fay-Morlan separator increased the productivity and limited the female presence. The IAEA-BY diet showed the lowest female contamination. Strains with a high number of breeding generations showed a decreased productivity and an increased female presence. Increased female presence was found only in extensively reared strains and only when the sorting operation was conducted with sieves. We hypothesize that extensive colonization may determine a size reduction which limits the sexing tool efficiency itself." @default.
• W4303709866 created "2022-10-09" @default.
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• W4303709866 date "2022-10-03" @default.
• W4303709866 modified "2023-10-01" @default.
• W4303709866 title "Aedes albopictus Sterile Male Production: Influence of Strains, Larval Diet and Mechanical Sexing Tools" @default.
• W4303709866 cites W111727897 @default.
• W4303709866 cites W1912529728 @default.
• W4303709866 cites W1919573053 @default.
• W4303709866 cites W1963749283 @default.
• W4303709866 cites W1964856955 @default.
• W4303709866 cites W1967723434 @default.
• W4303709866 cites W1968730525 @default.
• W4303709866 cites W1985418757 @default.
• W4303709866 cites W1992242657 @default.
• W4303709866 cites W19987166 @default.
• W4303709866 cites W2002487580 @default.
• W4303709866 cites W2002991368 @default.
• W4303709866 cites W2023473182 @default.
• W4303709866 cites W2050196329 @default.
• W4303709866 cites W2053675493 @default.
• W4303709866 cites W2056654062 @default.
• W4303709866 cites W2073354559 @default.
• W4303709866 cites W2073905211 @default.
• W4303709866 cites W2081995297 @default.
• W4303709866 cites W2086505093 @default.
• W4303709866 cites W2092448808 @default.
• W4303709866 cites W2101471183 @default.
• W4303709866 cites W2104024599 @default.
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• W4303709866 cites W2128455813 @default.
• W4303709866 cites W2132058172 @default.
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• W4303709866 cites W2299487513 @default.
• W4303709866 cites W2318090391 @default.
• W4303709866 cites W2324165789 @default.
• W4303709866 cites W2401508438 @default.
• W4303709866 cites W2418158012 @default.
• W4303709866 cites W2517350710 @default.
• W4303709866 cites W2527882673 @default.
• W4303709866 cites W2550060485 @default.
• W4303709866 cites W2588569007 @default.
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• W4303709866 doi "https://doi.org/10.3390/insects13100899" @default.
• W4303709866 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36292847" @default.
• W4303709866 hasPublicationYear "2022" @default.
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