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• W2593527467 abstract "Diet profoundly influences the behavior of animals across many phyla. Despite this, most laboratories using model organisms, such as Drosophila, use multiple, different, commercial or custom-made media for rearing their animals. In addition to measuring growth, fecundity and longevity, we used several behavioral and physiological assays to determine if and how altering food media influence wild-type (Canton S) Drosophila melanogaster, at larval, pupal, and adult stages. Comparing 2 commonly used commercial food media we observed several key developmental and morphological differences. Third-instar larvae and pupae developmental timing, body weight and size, and even lifespan significantly differed between the 2 diets, and some of these differences persisted into adulthood. Diet was also found to produce significantly different thermal preference, locomotory capacity for geotaxis, feeding rates, and lower muscle response to hormonal stimulation. There were no differences, however, in adult thermal preferences, in the number or viability of eggs laid, or in olfactory learning and memory between the diets. We characterized the composition of the 2 diets and found particularly significant differences in cholesterol and (phospho)lipids between them. Notably, diacylglycerol (DAG) concentrations vary substantially between the 2 diets, and may contribute to key phenotypic differences, including lifespan. Overall, the data confirm that 2 different diets can profoundly influence the behavior, physiology, morphology and development of wild-type Drosophila, with greater behavioral and physiologic differences occurring during the larval stages." @default.
• W2593527467 created "2017-03-16" @default.
• W2593527467 creator A5004394777 @default.
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• W2593527467 date "2017-03-24" @default.
• W2593527467 modified "2023-10-12" @default.
• W2593527467 title "<i>Drosophila</i>development, physiology, behavior, and lifespan are influenced by altered dietary composition" @default.
• W2593527467 cites W1505158554 @default.
• W2593527467 cites W1564558298 @default.
• W2593527467 cites W1871388502 @default.
• W2593527467 cites W1964332497 @default.
• W2593527467 cites W1966026867 @default.
• W2593527467 cites W1969130352 @default.
• W2593527467 cites W1969197568 @default.
• W2593527467 cites W1970431812 @default.
• W2593527467 cites W1971118536 @default.
• W2593527467 cites W1971666357 @default.
• W2593527467 cites W1971937553 @default.
• W2593527467 cites W1978673470 @default.
• W2593527467 cites W1981615520 @default.
• W2593527467 cites W1983387301 @default.
• W2593527467 cites W1984095012 @default.
• W2593527467 cites W1984559967 @default.
• W2593527467 cites W1986751533 @default.
• W2593527467 cites W1988901281 @default.
• W2593527467 cites W1996128640 @default.
• W2593527467 cites W2000117023 @default.
• W2593527467 cites W2001560475 @default.
• W2593527467 cites W2002708908 @default.
• W2593527467 cites W2002954184 @default.
• W2593527467 cites W2002972805 @default.
• W2593527467 cites W2003374581 @default.
• W2593527467 cites W2005012161 @default.
• W2593527467 cites W2007194485 @default.
• W2593527467 cites W2007766177 @default.
• W2593527467 cites W2012956466 @default.
• W2593527467 cites W2013783270 @default.
• W2593527467 cites W2020524199 @default.
• W2593527467 cites W2021573697 @default.
• W2593527467 cites W2024228885 @default.
• W2593527467 cites W2027110836 @default.
• W2593527467 cites W2030837504 @default.
• W2593527467 cites W2033300068 @default.
• W2593527467 cites W2033414490 @default.
• W2593527467 cites W2033843550 @default.
• W2593527467 cites W2038156324 @default.
• W2593527467 cites W2042261261 @default.
• W2593527467 cites W2054731880 @default.
• W2593527467 cites W2058001278 @default.
• W2593527467 cites W2062160470 @default.
• W2593527467 cites W2067845938 @default.
• W2593527467 cites W2071220810 @default.
• W2593527467 cites W2073210804 @default.
• W2593527467 cites W2075077011 @default.
• W2593527467 cites W2079759475 @default.
• W2593527467 cites W2082265738 @default.
• W2593527467 cites W2082569007 @default.
• W2593527467 cites W2085262393 @default.
• W2593527467 cites W2094450275 @default.
• W2593527467 cites W2101746871 @default.
• W2593527467 cites W2111544501 @default.
• W2593527467 cites W2115644156 @default.
• W2593527467 cites W2117983072 @default.
• W2593527467 cites W2121635943 @default.
• W2593527467 cites W2122772532 @default.
• W2593527467 cites W2123330685 @default.
• W2593527467 cites W2124616605 @default.
• W2593527467 cites W2127395418 @default.
• W2593527467 cites W2127546719 @default.
• W2593527467 cites W2130657728 @default.
• W2593527467 cites W2131118784 @default.
• W2593527467 cites W2131899543 @default.
• W2593527467 cites W2134283668 @default.
• W2593527467 cites W2135781772 @default.
• W2593527467 cites W2138380203 @default.
• W2593527467 cites W2148540129 @default.
• W2593527467 cites W2152311269 @default.
• W2593527467 cites W2156013551 @default.
• W2593527467 cites W2156627613 @default.
• W2593527467 cites W2156869889 @default.
• W2593527467 cites W2157106732 @default.
• W2593527467 cites W2157765869 @default.
• W2593527467 cites W2158893862 @default.
• W2593527467 cites W2281396668 @default.
• W2593527467 cites W2335712179 @default.
• W2593527467 cites W2516067052 @default.
• W2593527467 cites W4245403460 @default.
• W2593527467 cites W53965646 @default.
• W2593527467 doi "https://doi.org/10.1080/19336934.2017.1304331" @default.
• W2593527467 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5552271" @default.
• W2593527467 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28277941" @default.
• W2593527467 hasPublicationYear "2017" @default.
• W2593527467 type Work @default.

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