Xenobiotic metabolism involves the biotransformation of foreign compounds, including drugs and environmental chemicals, through enzymatic reactions that can facilitate their elimination. These reactions include cytochrome P450-dependent oxidation and epoxide hydrolysis. Conjugation generally contributes to drug detoxification and includes glutathione addition to electrophiles, N-glucuronidation of tertiary amines, and PAPS-dependent sulfation of phenols. Aldo-keto reductases can catalyze aromatic trans-dihydrodiol oxidation to catechols and NADPH-dependent reduction of aflatoxin B1-derived aldehydes.
Gene essentiality, reactions and expression in the selected subsystem
Explore how the genes of the selected subsystem vary across human cell types and cell type groups. The toggles switch between three views: whether each gene is predicted to be essential, non-essential or not present in each cell-type model, the number of reactions each gene is associated with in the selected subsystem of each model, and mRNA expression in each cell type or cell type group. Selecting a gene highlights its associated reactions in the subsystem map above. Some genes are predicted to be essential in all cell types, suggesting that they catalyse steps for which the model has no alternative route, whereas others are essential only in certain cell types or non-essential throughout, which may reflect alternative enzymes, isoforms or pathways that can compensate for their loss. Comparing the three views helps to show whether differences between cell types reflect differences in gene expression or in the metabolism of each cell type.
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