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. 2022 Jun 13;12:9740. doi: 10.1038/s41598-022-13888-6

Table 2.

Up- and downregulated pathways in the luseogliflozin-treated group.

Changed genes Total genes Z-score P-value Gene symbol
Upregulated pathways
Fatty acid biosynthesis WP336_71737 2 22 4.91 0.01 Pcx, Hadh
IL7 signaling pathway WP297_69128 2 44 3.20 0.04 Ccna2, Ccnd2
Tryptophan metabolism WP79_73389 2 44 3.20 0.04 Hadh, Maob
Glycolysis and gluconeogenesis WP157_69361 2 47 3.06 0.04 Pcx, Slc2a2
Downregulated pathways
Dopaminergic neurogenesis WP1498_60839 3 29 3.72 0.01 Aldh1a1, Shh, Th
Endochondral ossification WP1270_72216 4 62 3.01 0.02 Enpp1, Ctsl, Adamts5, Plat
Glucocorticoid and mineralocorticoid metabolism WP495_71740 2 13 3.93 0.02 Hsd11b1, Cyp17a1
Retinol metabolism WP1259_71742 3 38 3.06 0.03 Aldh1a, Cd36, Bcmo1
Biogenic amine synthesis WP522_69135 2 15 3.59 0.03 Ache, Th
Blood clotting cascade WP460_71727 2 20 2.97 0.04 Vwf, Plat

P values were determined using two-tailed Fisher’s exact tests.