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Differential DNA methylation in recovery from shift work disorder.


ABSTRACT: The human DNA methylome is responsive to our environment, but its dynamics remain underexplored. We investigated the temporal changes to DNA methylation (DNAme) in relation to recovery from a shift work disorder (SWD) by performing a paired epigenome-wide analysis in an occupational cohort of 32 shift workers (25 men, age?=?43.8?±?8.8 years, 21 SWD cases). We found that the effect of vacation on DNAme was more prominent in the SWD-group as compared to controls, with respect to the amount of significantly differentially methylated positions (DMPs; Punadj?FDR?unadj?

SUBMITTER: Lahtinen A 

PROVIDER: S-EPMC7858604 | biostudies-literature | 2021 Feb

REPOSITORIES: biostudies-literature

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Differential DNA methylation in recovery from shift work disorder.

Lahtinen Alexandra A   Häkkinen Antti A   Puttonen Sampsa S   Vanttola Päivi P   Viitasalo Katriina K   Porkka-Heiskanen Tarja T   Härmä Mikko M   Paunio Tiina T  

Scientific reports 20210203 1


The human DNA methylome is responsive to our environment, but its dynamics remain underexplored. We investigated the temporal changes to DNA methylation (DNAme) in relation to recovery from a shift work disorder (SWD) by performing a paired epigenome-wide analysis in an occupational cohort of 32 shift workers (25 men, age = 43.8 ± 8.8 years, 21 SWD cases). We found that the effect of vacation on DNAme was more prominent in the SWD-group as compared to controls, with respect to the amount of sign  ...[more]

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