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Table 5 Top 30 most enriched GO terms for predicted targets of differentially expressed miRNAs between cryptorchid and normal tissues

From: Altered miRNA profile in testis of post-cryptorchidopexy patients with non-obstructive azoospermia

GO number Term* GO process Ratio in study Ratio in pop p
GO:0007165 BP signal transduction 19.68% 23.63% 1.04E-05
GO:0002250 BP adaptive immune response 0.70% 1.83% 1.56E-05
GO:0050789 BP regulation of biological process 47.95% 52.34% 4.14E-05
GO:0050794 BP regulation of cellular process 45.10% 49.34% 7.66E-05
GO:0008150 BP biological_process 78.42% 81.73% 8.25E-05
GO:0065007 BP biological regulation 51.05% 55.25% 8.51E-05
GO:0006956 BP complement activation 0.25% 0.98% 0.000114
GO:0006958 BP complement activation, classical pathway 0.20% 0.88% 0.000134
GO:0048518 BP positive regulation of biological process 21.53% 25.03% 0.00014
GO:0050776 BP regulation of immune response 3.95% 5.72% 0.000229
GO:0044425 CC membrane part 28.37% 34.86% 1.03E-10
GO:0005886 CC plasma membrane 17.68% 23.38% 1.11E-10
GO:0031224 CC intrinsic component of membrane 23.23% 29.30% 2.06E-10
GO:0016021 CC integral component of membrane 22.68% 28.69% 2.24E-10
GO:0005575 CC cellular_component 84.22% 88.01% 1.38E-07
GO:0005794 CC Golgi apparatus 3.35% 5.84% 1.42E-07
GO:0005840 CC ribosome 2.20% 1.09% 7.38E-06
GO:0000139 CC Golgi membrane 1.85% 3.41% 1.92E-05
GO:0044459 CC plasma membrane part 9.84% 12.81% 1.93E-05
GO:0004872 MF receptor activity 5.39% 8.48% 5.53E-08
GO:0060089 MF molecular transducer activity 5.39% 8.48% 5.53E-08
GO:0005179 MF hormone activity 1.55% 0.54% 6.49E-08
GO:0004871 MF signal transducer activity 5.79% 8.78% 2.25E-07
GO:0038023 MF signaling receptor activity 4.45% 7.13% 3.21E-07
GO:0099600 MF transmembrane receptor activity 4.25% 6.85% 4.09E-07
GO:0003823 MF antigen binding 0.50% 1.75% 4.18E-07
GO:0004888 MF transmembrane signaling receptor activity 4.15% 6.63% 9.33E-07
GO:0032553 MF ribonucleotide binding 6.34% 8.94% 1.10E-05
GO:0003674 MF molecular_function 77.82% 81.17% 7.79E-05
  1. *BP Biological process; CC Cellular component; MF Molecular function