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. 2019 Oct 4;97(11):4386–4404. doi: 10.1093/jas/skz315

Table 4.

Top 40 significantly (by FDR) differentially expressed genes of characterized proteins between high- and low-MWT steers from Angus, Charolais, and Kinsella Composite populations

Angus Charolais Kinsella Composite
Gene logFC1 FDR2 Gene logFC1 FDR2 Gene logFC1 FDR2
GPX3 −2.55 5.66E-37 SERPINA3 4.94 1.74E-99 TMEM45A −5.23 2.12E-119
IFI27 2.50 1.14E-35 CYP2B6 −1.57 2.13E-17 HOPX −1.76 1.53E-17
SERPINA3 −2.45 9.25E-32 BOLA-DQB −1.83 1.04E-13 SERPINA3 −1.73 1.04E-16
IFI6 1.98 5.95E-22 IGLC1 −1.44 5.06E-13 IFI27 1.64 3.16E-15
SERPINA3 −2.51 4.61E-21 TMEM45A −1.25 2.49E-11 IFI6 1.54 5.51E-14
GPNMB −1.57 1.91E-14 ECEL1 1.17 6.28E-10 GPX3 −1.36 3.81E-11
SERPINI2 1.73 5.62E-13 AC108941.2 1.16 6.19E-08 CYP2B6 −1.36 1.02E-10
HBB 1.99 5.62E-13 KEL 1.20 6.19E-08 FBLN2 −1.36 6.92E-09
AKR1B15 −1.58 1.39E-12 FBLN2 1.17 6.19E-08 WFS1 −1.21 1.34E-08
AC108941.2 1.37 1.84E-11 HOPX −1.02 2.74E-07 CTGF 1.53 5.43E-08
SDS 1.37 5.82E-11 FGF21 −1.12 7.30E-07 HBB 1.32 1.72E-07
AIF1L −1.27 6.18E-10 S100A10 0.97 2.04E-06 CXCL9 1.29 5.13E-07
TMEM45A 1.26 9.39E-09 PLA2G2D 1.41 2.12E-06 UGT2B7 −1.08 7.53E-07
SULT2A1 −1.16 5.72E-08 PLTP 0.92 7.78E-06 CYP3A7-CYP3A51P −1.19 7.53E-07
CKAP4 −1.10 2.23E-07 IL1B 1.11 8.46E-06 ATP5MGL −1.47 9.00E-07
RAP1GAP −1.22 1.55E-06 KCTD12 1.02 1.93E-05 PIM1 −1.06 1.74E-06
NUF2 1.44 1.55E-06 CSF2RB 0.93 4.06E-05 IGHG1 1.06 2.99E-06
TNC 1.08 1.55E-06 SFRP1 −0.87 4.19E-05 ZNF385B −1.21 4.85E-06
CDHR5 −1.00 5.21E-06 MARCO 0.85 6.56E-05 IGLC1 1.39 9.42E-06
SLC13A2 −1.11 6.80E-06 PRAP1 −1.00 8.72E-05 IGLC1 1.00 2.61E-05
ROS1 1.32 9.40E-06 FAM47E −1.01 1.05E-04 BoLA-DQB1 0.97 3.59E-05
HP −1.57 1.81E-05 HLA-DQB1 1.05 1.25E-04 CES1 0.94 4.26E-05
AK4 0.92 6.05E-05 CSF1R 0.83 1.84E-04 SERPINI2 1.08 4.26E-05
DENND2A −0.89 1.12E-04 UCP2 0.80 3.12E-04 ASIP 1.00 9.88E-05
SFRP2 0.89 1.16E-04 ADGRE1 0.79 3.31E-04 UGT2B7 0.91 1.57E-04
SDCBP2 1.20 2.19E-04 PTN 0.91 3.31E-04 ACE2 0.88 1.79E-04
CYP2B6 0.88 4.01E-04 IGHA1 −0.89 5.98E-04 HP −1.34 1.89E-04
PLCD4 −0.89 4.20E-04 SLC13A2 1.02 1.05E-03 AKR1C1 1.01 2.44E-04
FAM13A 0.99 4.81E-04 PDK4 0.79 1.15E-03 REEP5 −0.86 3.59E-04
GNMT 0.82 6.79E-04 PTGS1 0.75 1.23E-03 TGM2 0.85 4.61E-04
CFH 0.95 7.04E-04 FADS1 0.91 1.25E-03 CDH11 −0.99 5.44E-04
CYR61 0.94 1.04E-03 SLC7A5 1.00 1.46E-03 PRAP1 0.85 5.49E-04
ABHD6 0.85 1.44E-03 SOAT2 0.86 1.94E-03 DDO 0.99 6.82E-04
HMGCR −0.83 1.44E-03 PPP1R3C −0.74 2.00E-03 CARNS1 0.88 1.00E-03
GPC3 0.81 1.76E-03 IGHG1 −0.71 2.79E-03 SLCO4A1 −0.95 1.46E-03
BICC1 −0.96 2.27E-03 LPIN1 0.72 2.96E-03 RAB20 −0.81 1.62E-03
IGFBP2 −0.80 2.49E-03 IGLV2-18 −0.95 2.96E-03 RFLNA −0.83 1.74E-03
ISG15 0.76 3.08E-03 RASL10A 0.99 3.33E-03 SDS −0.81 1.91E-03
PRAP1 0.79 3.30E-03 TMEM176B 0.71 4.09E-03 ECEL1 0.88 2.09E-03
DLK1 0.97 3.49E-03 SMPDL3B 0.81 4.75E-03 CLDN15 0.78 2.09E-03

1log2FC = log2(fold change of a gene in low metabolic body weight [MWT] animals with reference to high-MWT animals).

2FDR = false discovery rate adjusted P-value.