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Divergences of sperm DNA methylomes between monozygotic twin seed bulls reveal fertility-related genes

ABSTRACT: This SuperSeries is composed of the SubSeries listed below.

ORGANISM(S): Bos taurus

PROVIDER: GSE131851 | GEO | 2020/01/01

REPOSITORIES: GEO

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Divergences of sperm DNA methylomes between monozygotic twin seed bulls reveal fertility-related genes (WGBS)

Project description:The sperm DNA methylomes of the MZ twin bulls were investigated by WGBS at single-base resolution. We detected DMRs between the twin bulls with divergent sperm qualities. We also conducted transcriptome sequencing for the MZ twin bulls in three replicates. We investigated the relationship between methylation and gene expression.

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Divergences of sperm DNA methylomes between monozygotic twin seed bulls reveal fertility-related genes (RNA-Seq)

Project description:Semen quality is extremely important for fertility, and it is easily influenced by environmental factors and can induce subfertility of the next generations. The sperm DNA methylomes of the MZ twin bulls were investigated by WGBS at single-base resolution. We detected DMRs between the twin bulls with divergent sperm qualities. We also conducted transcriptome sequencing for the MZ twin bulls in three replicates. We investigated the relationship between methylation and gene expression.

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Divergence Analyses of Sperm DNA Methylomes between Monozygotic Twin AI Bulls.

Project description:Semen quality is critical for fertility. However, it is easily influenced by environmental factors and can induce subfertility in the next generations. Here, we aimed to assess the impacts of differentially methylated regions and genes on semen quality and offspring fertility. A specific pair of monozygotic (MZ) twin artificial insemination (AI) Holstein bulls with moderately different sperm qualities (Bull1 > Bull2) was used in the study, and each twin bull had produced ~6000 recorded daughters nationwide in China. Using whole genome bisulfite sequencing, we profiled the landscape of the twin bulls' sperm methylomes, and we observed markedly higher sperm methylation levels in Bull1 than in Bull2. Furthermore, we found 528 differentially methylated regions (DMR) between the MZ twin bulls, which spanned or overlapped with 309 differentially methylated genes (DMG). These DMG were particularly associated with embryo development, organ development, reproduction, and the nervous system. Several DMG were also shown to be differentially expressed in the sperm cells. Moreover, the significant differences in DNA methylation on gene INSL3 between the MZ twin bulls were confirmed at three different age points. Our results provided new insights into the impacts of AI bull sperm methylomes on offspring fertility.

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Divergences of sperm DNA methylomes between monozygotic twin seed bulls reveal fertility-related genes

Project description:Divergences of sperm DNA methylomes between monozygotic twin seed bulls reveal fertility-related genes

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Divergences of sperm DNA methylomes between monozygotic twin seed bulls reveal fertility-related genes (WGBS)

Project description:Divergences of sperm DNA methylomes between monozygotic twin seed bulls reveal fertility-related genes (WGBS)

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Divergences of sperm DNA methylomes between monozygotic twin seed bulls reveal fertility-related genes (RNA-Seq)

Project description:Divergences of sperm DNA methylomes between monozygotic twin seed bulls reveal fertility-related genes (RNA-Seq)

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Project description:Epigenetics (DNA methylation) profiling of sperm from Monozygotic (MZ) twin bull brothers comparing with each other Two-condition experiment, DNA methylation analysis of sperm from Monozygotic twin bull brothers which were hybridized as dye-swap in two-color arrays in a dye-balanced design.

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