RiboTag translatomic profiling of Drosophila oenocytes under aging and induced oxidative stress

Table 1 Comparison of the GO terms enriched in oenocyte, fat body and liver

GO	Oenocyte	Fat body	Liver
Biological Process	Fatty acid biosynthesis Fatty acid elongation Oxidation reduction Immune response Protein catabolism	Carboxylic acid metabolism Immune response Amino acid metabolism	Lipid metabolism Long-chain fatty acid metabolism Oxidation reduction Immune response Xenobiotic metabolism Bile acid metabolism
Molecular Function	Oxidoreductase activity Endopeptidase activity Fatty acid synthase activity Fatty acid elongase activity Peptidoglycan binding	Oxidoreductase activity Metalloendopeptidase activity Heme binding	Oxidoreductase activity Serine-type peptidase activity Lipid binding Heme binding
Cellular Component	Peroxisome Proteasome	Extracellular region	Peroxisome Extracellular region Endoplasmic reticulum
KEGG Pathway	Metabolism of xenobiotics Peroxisome Proteasome Ketone body metabolism Unsaturated fatty acid synthesis	Glycine, serine and threonine metabolism Arginine and proline metabolism	Metabolism of xenobiotics Peroxisome Bile secretion PPAR signaling pathway Retinol metabolism Biosynthesis of amino acids
Protein Domain	ELO family Proteasome subunit	Peptidase S1, M13 EGF-like domain	Serpin family Cytochrome P450