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. 2015 Dec 20;2016:5362506. doi: 10.1155/2016/5362506

Table 1.

Ingenuity pathways in kidney affected by OVE diabetes and/or OVE-ACKR2 diabetes.

Ingenuity canonical pathway OVE versus FVB OVE-ACKR2 versus FVB
p value Ratio p value Ratio
Diseases-specific pathways
Hepatic fibrosis 4.27E − 10 26/147 0.003 6/147
Atherosclerosis signaling 7.76E − 10 23/129 NS 2/129
Altered T cell and B cell signaling in rheumatoid arthritis 3.38E − 08 17/92 NS 1/92
Graft-versus-host disease signaling 3.71E − 06 10/50 NS 1/50
Glioma invasiveness signaling 6.31E − 06 12/60 NS 1/60
Cellular immune response
Communication between innate and adaptive immune cells 3.89E − 10 18/109 NS 1/109
Dendritic cell maturation 2.39E − 08 23/185 NS 0
Altered T cell and B cell signaling in rheumatoid arthritis 3.38E − 08 17/92 NS 1/92
Pattern recognition receptors of bacteria and viruses 3.38E − 08 19/106 NS 2/106
Leukocyte extravasation signaling 6.61E − 08 27/199 NS 2/199
Humoral immune response
Complement system 7.94E − 11 13/35 NS 1/35
B cell development 5.49E − 06 8/36 NS 0
NF-κB signaling 7.94E − 05 19/175 NS 0
p38 MAPK signaling 0.00017 14/106 NS 0
Antigen presentation pathway 0.0002 7/40 NS 0
Intracellular and second messenger signaling
p38 MAPK signaling 0.0002 14/106 NS 0
Role of NFAT in regulation of the immune response 0.002 16/198 NS 0
Nitrogen metabolism 0.0037 6/120 NS 1/120
Histidine metabolism 0.0044 7/112 0.00012 5/112
Arginine and proline metabolism 0.0141 8/176 0.00676 4/176
Cellular stress and injury
Intrinsic prothrombin activation pathway 1.55E − 05 8/32 NS 1/32
Coagulation system 1.73E − 05 9/38 NS 0
Extrinsic prothrombin activation pathway 5.25E − 05 6/20 NS 0
p38 MAPK signaling 0.00017 14/106 NS 0
HMGB1 signaling 0.00245 11/100 NS 0
Cytokine signaling
Dendritic cell maturation 2.39E − 08 23/185 NS 0
Acute phase response signaling 8.91E − 08 25/177 0.00813 6/177
TREM1 signaling 6.92E − 05 10/66 NS 0
IL-8 signaling 7.41E − 05 20/193 NS 2/193
NF-κB signaling 7.94E − 05 19/175 NS 0
Pathogen-influenced signaling
Dendritic cell maturation 2.39E − 08 23/185 NS 0
Pattern recognition receptors of bacteria and viruses 3.38E − 08 19/106 NS 2/106
Virus entry via endocytic pathways 0.00014 13/100 NS 2/100
Clathrin-mediated endocytosis signaling 0.00019 20/195 NS 2/195
Caveolar-mediated endocytosis signaling 0.0015 10/85 NS 1/85
Nuclear receptor signaling
LXR/RXR activation 1.63E − 13 28/136 0.0002 7/136
TR/RXR activation 0.0017 11/96 NS 2/96
Aryl hydrocarbon receptor signaling 0.0028 14/159 NS 6/159
Nitrogen metabolism 0.0037 6/120 NS 1/120
LPS/IL-1 mediated inhibition of RXR function 0.0039 18/235 NS 9/235

Ratio: RNAs altered versus FVB divided by the number of genes in the pathway. NS, not significant.