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• W2145140341 startingPage "127" @default.
• W2145140341 abstract "Synthetic insecticides have been used intensively for the past 50 years in many parts of the world. Insect populations, both target and nontarget, have responded by evolving resistance. One of the nontarget insects is Drosophila melanogaster, which is well-suited for genetic analysis and has been particularly well-studied in both laboratory and field populations. Resistance to several insecticides, including two for which significant resistance in field populations has not been found, has been generated in susceptible laboratory strains following mutagenesis, allowing comprehensive study of the resistance genes. Field populations of D. melanogaster have evolved resistance to many, but not all, insecticides in use today. Both the genetic and biochemical mechanisms that underlie resistance in this insect are similar to those in other insects. Therefore, D. melanogaster can be a sentinel organism for long-term release of toxicants into the environment. While it remains useful for genetic analysis of resistance, a better understanding of the movement and population structures of this insect will be a prerequisite for its sentinel utilization at specific locales." @default.
• W2145140341 created "2016-06-24" @default.
• W2145140341 creator A5019780497 @default.
• W2145140341 date "2005-01-01" @default.
• W2145140341 modified "2023-10-09" @default.
• W2145140341 title "Drosophila: Sentinels of Environmental Toxicants" @default.
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• W2145140341 cites W1569715317 @default.
• W2145140341 cites W1597848417 @default.
• W2145140341 cites W1929354235 @default.
• W2145140341 cites W1934133349 @default.
• W2145140341 cites W1944499597 @default.
• W2145140341 cites W1969984050 @default.
• W2145140341 cites W1977433867 @default.
• W2145140341 cites W1979841101 @default.
• W2145140341 cites W1982850262 @default.
• W2145140341 cites W1983303936 @default.
• W2145140341 cites W1984600357 @default.
• W2145140341 cites W1987313389 @default.
• W2145140341 cites W1989048710 @default.
• W2145140341 cites W1989344929 @default.
• W2145140341 cites W1991053646 @default.
• W2145140341 cites W1995501407 @default.
• W2145140341 cites W1996294470 @default.
• W2145140341 cites W2002070387 @default.
• W2145140341 cites W2005944674 @default.
• W2145140341 cites W2006250485 @default.
• W2145140341 cites W2010574562 @default.
• W2145140341 cites W2017548405 @default.
• W2145140341 cites W2017877170 @default.
• W2145140341 cites W2022380885 @default.
• W2145140341 cites W2033239512 @default.
• W2145140341 cites W2035722760 @default.
• W2145140341 cites W2036378698 @default.
• W2145140341 cites W2037156917 @default.
• W2145140341 cites W2037245356 @default.
• W2145140341 cites W2043118340 @default.
• W2145140341 cites W2046499123 @default.
• W2145140341 cites W2051660611 @default.
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• W2145140341 cites W2073506866 @default.
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• W2145140341 doi "https://doi.org/10.1093/icb/45.1.127" @default.
• W2145140341 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21676753" @default.
• W2145140341 hasPublicationYear "2005" @default.
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