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Table 5 Enriched KEGG pathways with high tissue-specificity

From: Micronutrient supplementation affects DNA methylation in male gonads with potential intergenerational epigenetic inheritance involving the embryonic development through glutamate receptor-associated genes

 

Sub class

KEGG pathway

KEGG ID

Region (gene ratio)

Gonads

    

L3:L1

Amino acid metabolism

Lysine degradation

sasa00310

Exon (15/545)

 

Nucleotide metabolism

Purine metabolism

sasa00230

Gene body (65/1898)

Liver

    

L2:L1

Membrane transport

ABC transporters

sasa02010

RS + GB (25/2652), P + GB (22/2123), Gene body (20/1822)

L3:L1

Membrane transport

ABC transporters

sasa02010

RS + GB (29/2725), P + GB (27/2226), Gene body (26/1879), Intron (20/1486)

 

Lipid metabolism

Fatty acid biosynthesis

sasa00061

P + GB (14/2226), Gene body (13/1879)