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- W4311792323 endingPage "1829" @default.
- W4311792323 startingPage "1829" @default.
- W4311792323 abstract "Field investigation indicated that the reduction in fish spawning was associated with the alteration in water temperatures, even a 2-3 °C monthly difference due to reservoir operations. However, the physiological mechanism that influences the development of fish ovary (DFO) remains unclear. Thus, experiments of Coreius guichenoti were conducted at three different temperatures, optimal temperature (~20 °C, N) for fish spawning, lower (~17 °C, L), and higher (~23 °C, H), to reveal the effects of altered water temperature on the DFO. Comparisons were made between the L and N (LvsN) conditions and H and N (HvsN) conditions. Transcriptomic analysis differentially expressed transcripts (DETs) related to heat stress were observed only in LvsN conditions, indicating that the DFO showed a stronger response to changes in LvsN than in HvsN conditions. Upregulation of DETs of vitellogenin receptors in N temperature showed that normal temperature was conducive to vitellogenin entry into the oocytes. Other temperature-sensitive DETs, including microtubule, kinesin, dynein, and actin, were closely associated with cell division and material transport. LvsN significantly impacted cell division and nutrient accumulation in the yolk, whereas HvsN only influenced cell division. Our results highlight the impact of altered water temperature on the DFO, thereby providing insights for future reservoir operations regarding river damming and climate change and establishing fish conservation measures." @default.
- W4311792323 created "2022-12-28" @default.
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- W4311792323 date "2022-12-15" @default.
- W4311792323 modified "2023-10-17" @default.
- W4311792323 title "Transcriptomic Analysis on the Effects of Altered Water Temperature Regime on the Fish Ovarian Development of Coreius guichenoti under the Impact of River Damming" @default.
- W4311792323 cites W1696203463 @default.
- W4311792323 cites W1847635144 @default.
- W4311792323 cites W1968458420 @default.
- W4311792323 cites W1971078896 @default.
- W4311792323 cites W1974501719 @default.
- W4311792323 cites W1975195662 @default.
- W4311792323 cites W1977349476 @default.
- W4311792323 cites W1999574084 @default.
- W4311792323 cites W2000084192 @default.
- W4311792323 cites W2013676093 @default.
- W4311792323 cites W2024153077 @default.
- W4311792323 cites W2025226005 @default.
- W4311792323 cites W2032262486 @default.
- W4311792323 cites W2036897871 @default.
- W4311792323 cites W2038966880 @default.
- W4311792323 cites W2039729555 @default.
- W4311792323 cites W2042047139 @default.
- W4311792323 cites W2056434314 @default.
- W4311792323 cites W2069582146 @default.
- W4311792323 cites W2074316698 @default.
- W4311792323 cites W2077823570 @default.
- W4311792323 cites W2078602147 @default.
- W4311792323 cites W2108115312 @default.
- W4311792323 cites W2108462848 @default.
- W4311792323 cites W2119041240 @default.
- W4311792323 cites W2122307669 @default.
- W4311792323 cites W2130275208 @default.
- W4311792323 cites W2133007496 @default.
- W4311792323 cites W2133691274 @default.
- W4311792323 cites W2136947464 @default.
- W4311792323 cites W2153013358 @default.
- W4311792323 cites W2155628349 @default.
- W4311792323 cites W2156449330 @default.
- W4311792323 cites W2157677319 @default.
- W4311792323 cites W2158517981 @default.
- W4311792323 cites W2160177274 @default.
- W4311792323 cites W2236822143 @default.
- W4311792323 cites W2264693167 @default.
- W4311792323 cites W2326884456 @default.
- W4311792323 cites W2406720877 @default.
- W4311792323 cites W2460701301 @default.
- W4311792323 cites W2484327514 @default.
- W4311792323 cites W2522580113 @default.
- W4311792323 cites W2589012190 @default.
- W4311792323 cites W2595903947 @default.
- W4311792323 cites W2755042822 @default.
- W4311792323 cites W2755506915 @default.
- W4311792323 cites W2765280780 @default.
- W4311792323 cites W2767506950 @default.
- W4311792323 cites W2767999706 @default.
- W4311792323 cites W2793336457 @default.
- W4311792323 cites W2884075570 @default.
- W4311792323 cites W2891594488 @default.
- W4311792323 cites W2898920420 @default.
- W4311792323 cites W2901739106 @default.
- W4311792323 cites W2918140777 @default.
- W4311792323 cites W2943954780 @default.
- W4311792323 cites W2985959859 @default.
- W4311792323 cites W2990215885 @default.
- W4311792323 cites W2994748021 @default.
- W4311792323 cites W3000831794 @default.
- W4311792323 cites W3005637588 @default.
- W4311792323 cites W3012585054 @default.
- W4311792323 cites W3013603350 @default.
- W4311792323 cites W3013842652 @default.
- W4311792323 cites W3015162701 @default.
- W4311792323 cites W3025094964 @default.
- W4311792323 cites W3025671614 @default.
- W4311792323 cites W3036267656 @default.
- W4311792323 cites W3036587806 @default.
- W4311792323 cites W3038777981 @default.
- W4311792323 cites W3038929236 @default.
- W4311792323 cites W3040200522 @default.
- W4311792323 cites W3048087080 @default.
- W4311792323 cites W3080279211 @default.
- W4311792323 cites W3088690271 @default.
- W4311792323 cites W3109924575 @default.
- W4311792323 cites W3112284422 @default.
- W4311792323 cites W3129675250 @default.
- W4311792323 cites W3154346297 @default.
- W4311792323 doi "https://doi.org/10.3390/biology11121829" @default.
- W4311792323 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36552338" @default.
- W4311792323 hasPublicationYear "2022" @default.
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