Table 2  The KEGG (A) and GO (B) enrichment analysis results for miR-8066, 5197-3p, 3611, 3934-3p, 1468-5p, 3691, and 1307-3p.
KEGG Pathway (A)   p-Value   #genes   #miRNAs
Mucin type O-Glycan biosynthesis  2.52 × 10−2  7  3
TGF-beta signaling pathway  4.96 × 10−1  12  4
Morphine addiction  0.0001128919  14  5
Metabolism of xenobiotics by cytochrome P450  0.0002215491  5  2
Other types of O-glycan biosynthesis  0.0003646344  1  1
Vitamin digestion and absorption  0.001008222  2  1
Glycosaminoglycan biosynthesis—heparan sulfate/heparin  0.00385809  1  1
GABAergic synapse  0.01342039  13  4
Cytokine-cytokine receptor interaction  0.02096334  9  1
Signaling pathways regulating pluripotency of stem cells  0.180299  9  1
Amphetamine addiction  0.2150865  7  1
Axon guidance  0.2239648  22  3
Hippo signaling pathway  0.2278356  7  1
Prolactin signaling pathway  0.2284669  5  1
mRNA surveillance pathway  0.2795597  1  1
Glycosphingolipid biosynthesis—lacto and neolacto series  0.3157068  1  1
Bile secretion  0.4120997  1  1
Circadian entrainment  0.4608082  9  1
N-Glycan biosynthesis  0.488078  2  1
Mismatch repair  0.6174557  1  1
Drug metabolism—cytochrome P450  0.7063987  6  1
Glutamatergic synapse  0.7319762  6  1
Glycosaminoglycan degradation  0.7395672  2  1
Antigen processing and presentation  0.7591685  1  1
GO Category (B)   p-Value   #genes   #miRNAs
organelle  1 × 10−38  848  6
cellular nitrogen compound metabolic process  1 × 10−12  414  7
ion binding  8 × 10−8  495  7
biosynthetic process  3 × 10−7  351  7
nucleic acid binding transcription factor activity  4 × 10−2  115  6
cellular protein modification process  2 × 101  205  7
molecular_function  5 × 103  1303  7
cellular_component  1 × 105  1312  7
enzyme binding  2 × 105  119  5
gene expression  3 × 105  54  6
protein binding transcription factor activity  1 × 106  52  5
blood coagulation  0.000176061599974  44  6
protein complex  0.00115693944276  290  5
post-translational protein modification  0.00185490003064  19  5
neurotrophin TRK receptor signaling pathway  0.00197464302174  24  5
synaptic transmission  0.00204631087649  42  5
cellular protein metabolic process  0.00275618650845  39  5
small molecule metabolic process  0.00275618650845  170  7
cytoskeletal protein binding  0.00396272124679  68  4
cell-cell signaling  0.00396272124679  60  5
transcription, DNA-templated  0.00450420995446  208  6
symbiosis, encompassing mutualism through parasitism  0.0140041886634  41  5
catabolic process  0.0141620388146  142  6
Fc-epsilon receptor signaling pathway  0.0222360628043  15  6
cellular component assembly  0.02375306792  99  5
transcription initiation from RNA polymerase II promoter  0.0250016205995  24  5
nucleoplasm  0.0335128910566  92  6
platelet activation  0.0350801245107  20  5
positive regulation of telomere maintenance via telomerase  0.0370638891992  3  3
RNA polymerase II core promoter proximal region sequence-specific DNA binding transcription factor activity involved in positive regulation of transcription  0.0448871926331  32  5
O-glycan processing  0.0449415771561  8  5