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Table 7 The effects of HP, LP and HPR diet histories on hepatic gene expressions of juvenile rainbow trout fed LP diet (challenge) for proteins involved in glucose metabolism. Data represent means ± SD (n = 9 samples per group). Values with different superscripts in the same row are significantly different (P < 0.05)

From: Higher glycolytic capacities in muscle of carnivorous rainbow trout juveniles after high dietary carbohydrate stimulus at first feeding

Target genesHP historyLP historyHPR historyp-value
Glucose transport
glut2a1.07 ± 0.191.00 ± 0.201.07 ± 0.210.682
glut2b1.01 ± 0.101.00 ± 0.241.13 ± 0.250.392
Glycolysis
gcka0.93 ± 0.660.97 ± 0.570.96 ± 0.370.991
gckb1.07 ± 0.431.11 ± 0.280.98 ± 0.310.736
pfkla1.15 ± 0.431.09 ± 0.271.03 ± 0.250.771
pfklb1.09 ± 0.411.05 ± 0.251.20 ± 0.490.719
pklr1.19 ± 0.291.14 ± 0.231.10 ± 0.180.761
Gluconeogenesis
pck11.08 ± 0.401.08 ± 0.290.93 ± 0.330.559
pck21.22 ± 1.031.19 ± 0.640.75 ± 0.740.410
fbp1b11.33 ± 0.961.28 ± 0.500.83 ± 0.340.213
fbp1b20.81 ± 0.370.94 ± 0.581.19 ± 0.600.344
fbp1a1.07 ± 0.501.05 ± 0.331.04 ± 0.270.983
g6pca0.99 ± 0.201.11 ± 0.280.96 ± 0.290.455
g6pcb11.01 ± 0.521.35 ± 0.620.91 ± 0.390.192
g6pcb21.08 ± 1.081.15 ± 0.950.97 ± 0.940.927
Pyruvate conversion
ldhaa0.91 ± 0.351.18 ± 0.381.08 ± 0.330.322
ldhab0.99 ± 0.390.86 ± 0.221.06 ± 0.250.346
Lactate transport
slc16a3b1.21 ± 1.192.28 ± 3.190.95 ± 0.700.359