Differences in DNA methylation between slow and fast muscle in Takifugu rubripes
Abstract
Fish skeletal muscle is comprised of fast muscle (FM) and slow muscle (SM), which constitutes 60% of total the body mass. Fish skeletal muscle can affect fish swimming activity, which is important for aquaculture due to its growth-potentiating effects. DNA methylation can influence gene expression level. We previously identified multiple differentially expressed genes (DEGs) between FM and SM in Takifugu rubripes. However, it is unknown if the...
Paper Details
Title
Differences in DNA methylation between slow and fast muscle in Takifugu rubripes
Published Date
Oct 1, 2021
Journal
Volume
801
Pages
145853 - 145853
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