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- W3044294297 abstract "Genetic architecture and phenotypic plasticity are important considerations when studying trait variation within and among populations. Since environmental change can induce shifts in the genetic architecture and plasticity of traits, it is important to consider both genetic and environmental sources of phenotypic variation. While there is overwhelming evidence for environmental effects on phenotype, the underlying mechanisms are less clear. Variation in DNA methylation is a potential mechanism mediating environmental effects on phenotype due to its sensitivity to environmental stimuli, transgenerational inheritance, and influences on transcription. To characterize the effect of environment on methylation, we created two 6 × 6 (North Carolina II) Chinook salmon breeding crosses and reared the offspring in two environments: uniform hatchery tanks and seminatural stream channels. We sampled the fish twice during development, at the alevin (larval) and fry (juvenile) stages. We measured DNA methylation at 13 genes using a PCR-based bisulfite sequencing protocol. The genetic architecture of DNA methylation differed between rearing environments, with greater additive and nonadditive genetic variance in hatchery fish and greater maternal effects in seminatural channel fish, though gene-specific variation was evident. We observed plasticity in methylation across all assayed genes, as well as gene-specific effects at two genes in alevin and six genes in fry, indicating developmental stage-specific effects of rearing environment on methylation. Characterizing genetic and environmental influences on methylation is critical for future studies on DNA methylation as a potential mechanism for acclimation and adaptation." @default.
- W3044294297 created "2020-07-29" @default.
- W3044294297 creator A5010775709 @default.
- W3044294297 creator A5027635768 @default.
- W3044294297 creator A5088643517 @default.
- W3044294297 date "2020-07-22" @default.
- W3044294297 modified "2023-10-18" @default.
- W3044294297 title "Rearing environment affects the genetic architecture and plasticity of DNA methylation in Chinook salmon" @default.
- W3044294297 cites W1487404969 @default.
- W3044294297 cites W1556385076 @default.
- W3044294297 cites W1841060669 @default.
- W3044294297 cites W1951724000 @default.
- W3044294297 cites W1965142190 @default.
- W3044294297 cites W1974938028 @default.
- W3044294297 cites W1985267478 @default.
- W3044294297 cites W1994167795 @default.
- W3044294297 cites W1999478182 @default.
- W3044294297 cites W2003874924 @default.
- W3044294297 cites W2004948666 @default.
- W3044294297 cites W2006525491 @default.
- W3044294297 cites W2008744751 @default.
- W3044294297 cites W2014852291 @default.
- W3044294297 cites W2015228112 @default.
- W3044294297 cites W2027108048 @default.
- W3044294297 cites W2029325296 @default.
- W3044294297 cites W2031375771 @default.
- W3044294297 cites W2034869568 @default.
- W3044294297 cites W2047770059 @default.
- W3044294297 cites W2053710327 @default.
- W3044294297 cites W2058526501 @default.
- W3044294297 cites W2060152101 @default.
- W3044294297 cites W2073441527 @default.
- W3044294297 cites W2075238663 @default.
- W3044294297 cites W2077775555 @default.
- W3044294297 cites W2089073220 @default.
- W3044294297 cites W2091400070 @default.
- W3044294297 cites W2104414172 @default.
- W3044294297 cites W2107473082 @default.
- W3044294297 cites W2107517423 @default.
- W3044294297 cites W2108718991 @default.
- W3044294297 cites W2110084763 @default.
- W3044294297 cites W2111517648 @default.
- W3044294297 cites W2114761774 @default.
- W3044294297 cites W2118090589 @default.
- W3044294297 cites W2123053618 @default.
- W3044294297 cites W2124232131 @default.
- W3044294297 cites W2126941515 @default.
- W3044294297 cites W2132447664 @default.
- W3044294297 cites W2138637214 @default.
- W3044294297 cites W2140728495 @default.
- W3044294297 cites W2142332008 @default.
- W3044294297 cites W2148145523 @default.
- W3044294297 cites W2148372309 @default.
- W3044294297 cites W2149309620 @default.
- W3044294297 cites W2151290933 @default.
- W3044294297 cites W2152057757 @default.
- W3044294297 cites W2155399352 @default.
- W3044294297 cites W2162253232 @default.
- W3044294297 cites W2162597071 @default.
- W3044294297 cites W2162918429 @default.
- W3044294297 cites W2163509323 @default.
- W3044294297 cites W2168605486 @default.
- W3044294297 cites W2169044393 @default.
- W3044294297 cites W2170538199 @default.
- W3044294297 cites W2170645170 @default.
- W3044294297 cites W2177731012 @default.
- W3044294297 cites W2234386732 @default.
- W3044294297 cites W2280053545 @default.
- W3044294297 cites W2289543094 @default.
- W3044294297 cites W2301110592 @default.
- W3044294297 cites W2317287373 @default.
- W3044294297 cites W2495391424 @default.
- W3044294297 cites W2515582766 @default.
- W3044294297 cites W2527676866 @default.
- W3044294297 cites W2528656950 @default.
- W3044294297 cites W2745157551 @default.
- W3044294297 cites W2759376664 @default.
- W3044294297 cites W2761136752 @default.
- W3044294297 cites W2765712799 @default.
- W3044294297 cites W2767907527 @default.
- W3044294297 cites W2770213602 @default.
- W3044294297 cites W2791346574 @default.
- W3044294297 cites W2864687363 @default.
- W3044294297 cites W2886784158 @default.
- W3044294297 cites W2887847409 @default.
- W3044294297 cites W2896699588 @default.
- W3044294297 cites W2914095857 @default.
- W3044294297 cites W2947176709 @default.
- W3044294297 cites W2948038978 @default.
- W3044294297 cites W2952558632 @default.
- W3044294297 cites W2952836451 @default.
- W3044294297 cites W2967214065 @default.
- W3044294297 cites W2981800943 @default.
- W3044294297 cites W2983404630 @default.
- W3044294297 cites W3004596769 @default.
- W3044294297 doi "https://doi.org/10.1038/s41437-020-0346-4" @default.
- W3044294297 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7852867" @default.
- W3044294297 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32699390" @default.