ncRNADetailInformation

Detail Information
Functional analysis

miRNA name

pre-miRNA

family

pre-miRNA Sequence

mature-miRNA

mature sequence

pre-miRNA description

miR-192

MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0004543 hsa-miR-192-3p	CUGCCAAUUCCAUAGGUCACAG	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.
MI0000234	MIPF0000063	GCCGAGACCGAGUGCACAGGGCUCUGACCUAUGAAUUGACAGCCAGUGCUCUCGUCUCCCCUCUGGCUGCCAAUUCCAUAGGUCACAGGUAUGUUCGCCUCAAUGCCAGC	MIMAT0000222 hsa-miR-192-5p	CUGACCUAUGAAUUGACAGCC	Lagos-Quintana et al. validated the presence of an 18 nt excised sequenceby cloning . Lim et al. predicted the miR by computational methodsusing conservation with mouse and Fugu rubripes sequences. Expression ofthe excised miR was validated in zebrafish, and the 5' end mapped by PCR. The 3' ends of the reported sequences differ by 3 nt - this entrycontains the longer sequence. Lim et al. report three separate copies ofthis gene named mir-192-1, -2 and -3 based on 2001 human genome assemblies. Subsequent assemblies suggest the presence of only one gene locatedon chromosome 11.

link to database

TargetScanS 6.2 | MicroCosm | microRNA.org | miRNAMap 2.0

Interacted genes from RAID,miRTarBase

ZBTB10,CNTNAP3,RECK,RET,CCNO,CMTM6,HNF1B,CCNE1,ACTR2,PPP1CA,RNF26,USP34,RHOBTB3,RAD1,KLHL23
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ZBTB10,CNTNAP3,RECK,RET,CCNO,CMTM6,HNF1B,CCNE1,ACTR2,PPP1CA,RNF26,USP34,RHOBTB3,RAD1,KLHL23,VGLL3,UPP1,KIF15,RPAP2,SLC9A5,NOD2,CAB39L,INPP5F,KLHDC5,RNASEL,VASH2,LRRFIP1,EPM2AIP1,CLSPN,KAT2B,CCZ1,RAB23,PIK3R4,NMU,GPSM2,MT1X,PARN,ATG4A,RNFT1,CADPS2,USP1,ZMYM1,SAMD3,MYB,IL7,IFRD1,KIF20B,NPHP3,XK,RAB27A,IL1R1,DYRK1A,ZNF263,SGMS2,RUFY3,CCDC7,TFCP2L1,PET112,FNBP1,PAFAH1B1,C5orf30,LARP1B,ST3GAL6,MCM9,SLC19A2,RPGRIP1L,CD164,LMNB1,TMEFF1,NCAPH,ZNF226,SNX10,DENND1A,FEN1,CCDC15,FZD1,ERMP1,LIMS1,SERAC1,RAB40B,RAB1A,NUDT15,ASPH,XPO1,PDLIM3,CCDC14,SLC35F3,RPS6KB1,SLC25A30,C18orf54,THBD,UVRAG,HSP90B1,FAM189A2,MPZL1,AHSA2,HBXIP,CTNNBIP1,HMGCS1,FAM20B,NAA50,NRG4,FBXO25,CCL3L1,MED22,TRIM23,RAB8B,CXorf57,RSBN1,CCDC150,FKBP15,NCBP1,RAB11FIP2,ITGAV,CMPK2,CDKN3,CYP24A1,ARFGEF1,STX7,FANCI,ALG10,PRNP,PLS3,NPNT,IL6ST,PASK,ZFP161,MTSS1,C21orf91,PPARG,HOOK3,CKAP2L,AFAP1L1,EAF2,ODC1,KDM4D,USP45,TMEM164,C3orf19,KCNMB4,KHDRBS3,INSIG1,FUBP1,HJURP,CLK1,CENPF,ZNF215,GNRH1,XPA,PIM1,CKAP4,KRT18P8,PITPNC1,IMPA1,BTNL9,TICAM2,ZNF320,BCL2L13,ZNF611,APPL1,GPR19,IL28RA,TRIM59,UBIAD1,ZNF652,HIBADH,RAD21,ID1,SLC48A1,TOR1AIP1,C9orf125,RADIL,STIL,MRPL50,ANKRD13A,IDI1,WDR44,ZDHHC23,EFCAB11,PLK4,TARDBP,LMAN1,MMAB,TCAM1P,C1orf96,LEPROTL1,NEDD1,DNAJC19,NHSL1,DSTYK,FERMT1,MCM10,BMPR2,EIF2C2,C4orf32,ERCC6L,SEC63,PARM1,DNAJB9,WDR67,CUL5,LYPD6,SPARC,PGM3,CCDC18,GPC4,SLC35G1,PRICKLE1,NEK1,LMNB2,FBN1,NEIL3,ZBTB33,EXTL2,FAM171B,VANGL1,AP3M2,C1orf198,GABPB2,TMEM17,PAK6,ZNF823,AGPAT5,ZFYVE28,C1orf53,ZNF200,KCNS3,FBXW2,HYLS1,PPM1A,SLC26A2,ZNF238,CSGALNACT2,PCSK9,KLF10,PRIM1,C6orf72,HSPBAP1,LRIG1,NFKBIZ,SPRY4,RNASE4,ANKRD32,ZMAT3,RECQL,DHCR24,RRM1,FAM136A,SEC23B,SLC7A11,ZDHHC2,TTK,TRAPPC2P1,C20orf11,PPP2R3B,KIAA1143,PRSS23,TOPBP1,ELL2,EMB,DGCR11,ZNF780A,WHSC1,NFIB,PHF6,ZNF273,CUZD1,SCRN3,FAM83D,BIVM,DIMT1,ZBTB34,MSN,CDKN2A,RNPC3,DLGAP5,C2orf49,RANBP3,NAB1,EPM2A,RABGAP1,CMPK1,MAP6D1,UBE2D1,GATM,GAB2,SAP30,CLSTN1,SATB2,BUB1B,ATP1B1,ALCAM,ATP10D,FZD7,RSBN1L,C3orf64,DSN1,DDOST,CERS6,ZNF704,WDR47,SRD5A1,PRKAR1A,DEPDC1,CENPI,EPS8,KIF5C,NDFIP2,OPA1,RBL2,SFR1,RFWD3,RASSF8,FAM63B,GOLGA6A,BTF3L4,TTPA,MSH6,B4GALT6,STAMBPL1,BRD3,PAPD7,TCFL5,OTUD3,GPR137C,MACF1,FOS,CGNL1,C17orf58,DDX50,ACADSB,DEGS1,PURA,L2HGDH,POLA2,UBL3,PIGM,UGT8,ACSL1,LRRC58,ERCC3,MTDH,ARL2BP,PTP4A3,MPP5,ABCB10,LEAP2,SEPT10,LRRC8C,MAP1LC3B,TRIM68,DST,TCHP,CEP78,IRAK4,UQCRC2,TRPC1,NUCKS1,TOP1P2,IL1RAP,CEP128,LARS,DEAF1,CENPA,KPNA5,TMEM2,USP18,PITPNB,LIPA,MAN2A2,BRWD1,COPS7A,ZNF443,ZNF165,EME1,ZSWIM3,CHPT1,MRPL13,PPP1R12A,NOB1,FBXO4,ABCG2,SCD,DTL,RNF141,B3GALNT1,STK3,LIMCH1,AKAP11,TPGS2,ASRGL1,PPAT,DEK,PRRC1,SLC46A3,C5orf34,PIP4K2B,BICD1,KLHL15,TMEM30A,SH3BP4,C14orf45,TBL1X,TRPV1,OSBPL6,E2F5,ESCO2,UCK1,COBLL1,GSG2,ORC1,SAYSD1,KIF14,SPTBN1,REEP1,TBC1D22B,ACVR2A,ALG10B,NUFIP1,SOAT1,SYNGR1,POU2F1,CADM1,TMTC2,PHF17,TMEM169,ALDH5A1,TOR1B,PSMD6,KDELC2,CIT,SOWAHC,TNFSF13B,PAWR,RBP7,KLHL8,PANX1,KIF5B,ZNF248,ANG,LHFP,TOP1,ARNTL2,ELOVL5,FGF2,GATAD1,SCMH1,KIF24,PDE2A,ENDOD1,C2orf44,CASP7,UACA,FAM178A,FGFR1OP,MMP20,DNAJC3,XIAP,RAB2A,ELOVL1,C10orf137,CA8,BARD1,MIS12,PABPC4,EPDR1,PCDH7,PPP1R26,SNRPD1,MANF,USP14,SENP1,SMARCA2,MEIS2,SERTAD4,AP1S2,MRPL43,PLCE1,KIAA0240,MSRB3,HINT3,NIPAL1,SMC2,LOXL2,CDON,CA13,STXBP4,PLEKHF2,DDX3X,BRCA2,CRK,ANKRD6,WNT3,LSM14B,E2F8,SBDSP1,HERC2,STOX2,TMTC3,C8orf47,SH2B3,TJP2,GRIA1,WNK1,KIAA1671,ZIC5,MAPK9,C8orf46,COQ3,AGL,FADS1,LHFPL4,CDC25A,KIF20A,ZMYND11,UHRF1BP1,HAUS3,VPS13C,NCOA3,SEMA4D,RAD51,C13orf27,NDE1,DDX54,ARHGAP11A,TNFSF13,BTC,GALNT12,LRRCC1,EIF2AK3,NUF2,CREBL2,APC,ZNF267,EEA1,STAM,ZNF385B,PRKD3,TDG,TMEM194A,RTKN2,TMEM136,IQCC,CLN6,CDKN2D,CPSF6,PERP,C15orf24,ATP6V1G1,ENPP4,PSRC1,C6orf168,C1D,FAM111B,FZD4,ARHGEF10,ECT2,RNF6,RDM1,MAD2L1,PTPLAD1,C11orf51,GEN1,HOXB9,LRP8,MCM3,NKX3-1,C1QTNF3,ID2,NUCB2,RP9P,ARHGEF40,MIS18BP1,RSRC1,ABCA8,HOXA10,FBXO3,PHTF2,RCC2,IRAK1,GAS2L3,PRDM4,DCP1A,EHBP1L1,ZNF230,NPTXR,SGCB,HCN3,MAP3K1,DDHD1,ZNF184,KIAA1731,MTMR12,FAM126B,FANCM,SKA1,CFL2,TRIB3,KIF18A,PXDN,ZFP30,WDR76,CENPE,CASC5,CORO2B,THOP1,FOXA1,TRAF3IP3,FAM199X,FHDC1,NLK,C5orf13,ZFP1,LIN9,DLG5,ARHGAP19,ZNF85,USP12,PIGX,TMPO,PCGF5,ZXDC,KATNAL1,C12orf65,CENPK,BRCA1,ANLN,FLVCR1,RAB6C,CDCA4,NFYA,DHFRL1,ZNF45,PXDC1,GLCCI1,PLEKHG2,PRKAA2,MCM6,UBASH3B,C16orf52,FNDC3B,HES6,CTCF,RACGAP1,ERCC4,CRLF3,MIB1,KIAA1958,RB1,IGF1R,SPIN4,PTS,MTERFD1,CHSY3,COCH,SPATA13,TMTC4,C9orf80,MEX3B,TCF7,C10orf35,G2E3,ATXN7,SPAG9,SYNCRIP,OGFRL1,PRPS2,ENTPD3,NIPA1,CHDH,AKAP9,CREBZF,FAM120AOS,SLC7A2,HCN4,ZADH2,KBTBD11,TMC3,B3GNT5,CDK14,CHML,METTL9,C8orf55,MT1F,TMEM200A,CTH,SLC39A9,SIRT1,HESX1,BGLAP,CDC20,KDM1B,FBXO36,ENC1,ACSF3,APOLD1,UBE2V2,CEP55,ZBTB6,TMEM188,ZNF701,HIATL1,PRPF38A,PHF19,C12orf34,NKRF,ZNF346,RMI1,SLC1A4,SGOL2,SLC35B4,TTF2,DNAL1,FBXO31,FAIM,IGDCC4,RPAP3,HMMR,FAM71E1,TPM4,BORA,CD83,LYSMD3,NMI,CLIP4,EIF2S1,C9orf163,FAM126A,SPCS3,MIPOL1,DIS3L,DNAJB4,CIB2,MDM4,ID4,NHLRC3,FAM101B,NBN,ATRNL1,FAM132B,PRADC1,TFG,FUT11,RNF219,LOC81691,CLVS1,TCEB3,MKI67,PIF1,ACVR2B,ARHGEF26,SGPP1,TMED10,ENTPD7,FAM110C,ITGB1,TMEM66,EFNB2,EGR1,ATAD1,TMEM180,KIF23,CCDC47,PRRG4,BMP2K,SLC16A6,MCART1,CLK4,SAMD13,ZC3H12C,TUBGCP3,PHF10,KIAA1841,MFI2,ANO6,ICAM3,LYRM7,KIDINS220,NSF,GCH1,C6orf62,HBEGF,CKLF,BRIP1,IQGAP1,IRX4,KCTD12,BBS7,MNS1,DBF4B,MOAP1,CHD7,PHC2,PLAU,CDKN1B,ENOSF1,LGMN,RFC4,CUL3,SP4,DCBLD2,NIN,ZNF641,ZNF519,TRAIP,PPP1CB,HS3ST3B1,ZEB2,POLQ,PKP4,MXI1,SLC16A14,C1orf112,ARL4C,GPR180,BLM,SIX4,CEP19,CHM,CHST12,CCNY,NT5M,SMC4,ATP5L,SETD4,OSBPL10,HADH,RCBTB2,CCZ1B,SLC25A40,DICER1,AMMECR1,UNG,BYSL,PLOD1,BCOR,SLCO3A1,SMARCB1,AASDHPPT,BCORL1,GRHL1,AKAP7,PHTF1,ANAPC10,USP54,PCOLCE2,CCDC121,PTPRE,TRIP13,TDP1,SLC16A7,STK17B,ADRBK2,EML1,TAF9B,ZNF114,MKL2,ATG10,ABCC3,KIAA0090,ARHGAP29,CCDC111,SASS6,RAP1GAP,HOXA13,ROPN1L,ZNHIT3,ACTR1B,LRRFIP2,SEC24D,RIMKLA,CYP4V2,CAMK4,EAF1,GPR126,OTUD1,ZNF449,MCAM,C15orf42,CTPS2,BCL2,NCEH1,N4BP2,NOXO1,ALDH9A1,PODXL,ERLIN2,TROAP,ATAD5,PAPD5,NAA20,DNAJB5,IL15,UBE2W,PLAGL2,WHSC1L1,SLC39A1,SS18,KCTD15,TMEM106A,CLIC1,GULP1,WWC2,HSPA2,ZNF525,PTBP2,SLC39A8,C16orf46,RAD54B,LMLN,DUSP16,C1orf86,OVOL1,PPP2R2D,TOR3A,RIC8B,MFSD10,FBXO5,IL17RB,PARP16,SNX13,ATF1,ICK,HAS3,CDC7,EEF1A2,SAMHD1,DBT,WWC3,RAB3B,ASPM,PSMC3IP,MBNL3,GPR37,FAM59B,TIFA,ATAD2,OSBPL8,UBE2D2,OTUB2,NCBP2,CDC14A

KEGG pathways enriched for interacted genes

pathway name

pathway description

target genes enrich in pathway

p-value

hsa04110	Cell cycle	MCM3,MCM6,CDC14A,CDC7,CDKN2A,E2F5,RB1,CDKN1B,CDKN2D,ORC1,ANAPC10,CDC25A,CDC20,RBL2,RAD21,BUB1B,TTK,CCNE1,MAD2L1,	4.17E-5
hsa05200	Pathways in cancer	TFG,APPL1,CDKN2A,CDKN1B,XIAP,WNT3,NKX3-1,IGF1R,FZD1,FZD4,FGF2,FZD7,RAD51,MSH6,HSP90B1,MAPK9,BRCA2,BCL2,APC,RB1,PPARG,CRK,ITGAV,RET,ITGB1,TCF7,FOS,CCNE1,	6.65E-2
hsa05210	Colorectal cancer	MAPK9,IGF1R,FZD1,FZD4,BCL2,FZD7,APPL1,TCF7,MSH6,APC,FOS,	8.76E-2
hsa03440	Homologous recombination	BRCA2,NBN,EME1,RAD51,RAD54B,BLM,	1.16E-1
hsa03030	DNA replication	MCM3,MCM6,POLA2,FEN1,RFC4,PRIM1,	3.21E-1

Gene ontology terms enriched for interacted genes

GO terms

GO terms description

target genes enrich in GO term

p-value

GO:0007049	cell cycle	RACGAP1,CDC7,PSMD6,SBDSP1,OVOL1,CREBL2,MSH6,MIS12,KIF15,BRCA2,FBXO31,MDM4,BRCA1,GSG2,RAD54B,DSN1,CUZD1,DHCR24,ITGB1,DBF4B,NDE1,ERCC6L,ID4,RBL2,FANCI,RCC2,RABGAP1,FAM83D,CDC14A,NCAPH,APPL1,PAFAH1B1,SASS6,CEP55,ESCO2,LIN9,LRRCC1,PSRC1,MCM3,MCM6,BCL2,KAT2B,SMC2,HAUS3,APC,CENPF,FBXO5,CENPE,MACF1,UBE2D1,CENPA,TARDBP,NUF2,CDC25A,CDC20,RAD1,SGOL2,CCNE1,PAPD5,CLSPN,SKA1,SMARCB1,BLM,ANAPC10,KIF23,PSMC3IP,RAD51,BUB1B,RAD21,ASPM,HSPA2,BARD1,CUL5,RB1,BGLAP,NEDD1,KIF20B,MNS1,CUL3,NEK1,PPP1CB,PPP1CA,PPP2R3B,DLGAP5,LMLN,MIS18BP1,MAD2L1,PAPD7,SMC4,TRIP13,SH3BP4,NBN,CDKN2A,CDKN1B,SEPT10,BORA,DST,CDKN2D,CDKN3,HJURP,TTK,ZMYND11,E2F8,KIF18A,CIT,ANLN,PIM1,MKI67,GAS2L3,	3.20E-22
GO:0022403	cell cycle phase	SKA1,CDC7,BLM,ANAPC10,OVOL1,KIF23,PSMC3IP,MSH6,RAD51,BUB1B,RAD21,ASPM,MIS12,KIF15,HSPA2,BRCA2,CUL5,RB1,BGLAP,RAD54B,DSN1,ITGB1,NEDD1,KIF20B,NEK1,MNS1,CUL3,PPP1CB,NDE1,PPP2R3B,ERCC6L,ID4,DLGAP5,MAD2L1,MIS18BP1,LMLN,PAPD7,SMC4,RCC2,TRIP13,FAM83D,NCAPH,NBN,PAFAH1B1,CDKN2A,CDKN1B,BORA,CDKN2D,CDKN3,CEP55,TTK,LRRCC1,BCL2,KIF18A,HAUS3,SMC2,APC,CENPF,FBXO5,CENPE,CIT,ANLN,PIM1,CDC25A,TARDBP,NUF2,MKI67,CDC20,RAD1,SGOL2,CCNE1,PAPD5,	8.85E-20
GO:0022402	cell cycle process	SKA1,RACGAP1,CDC7,PSMD6,SBDSP1,BLM,ANAPC10,OVOL1,KIF23,PSMC3IP,MSH6,RAD51,BUB1B,RAD21,ASPM,MIS12,KIF15,BRCA2,HSPA2,BARD1,MDM4,BRCA1,CUL5,RB1,BGLAP,RAD54B,DSN1,DHCR24,ITGB1,NEDD1,KIF20B,NEK1,MNS1,CUL3,PPP1CB,NDE1,PPP2R3B,ERCC6L,ID4,DLGAP5,MAD2L1,MIS18BP1,LMLN,PAPD7,SMC4,RCC2,TRIP13,FAM83D,NCAPH,NBN,PAFAH1B1,CDKN2A,CDKN1B,SASS6,BORA,DST,CDKN2D,CDKN3,CEP55,TTK,LRRCC1,BCL2,KAT2B,SMC2,KIF18A,HAUS3,APC,CENPF,FBXO5,CENPE,CIT,ANLN,MACF1,UBE2D1,PIM1,CENPA,TARDBP,NUF2,CDC25A,MKI67,CDC20,RAD1,SGOL2,GAS2L3,CCNE1,PAPD5,	1.00E-19
GO:0000278	mitotic cell cycle	SKA1,CDC7,PSMD6,BLM,ANAPC10,KIF23,BUB1B,RAD21,MIS12,ASPM,KIF15,CUL5,RB1,BGLAP,DSN1,ITGB1,NEDD1,KIF20B,CUL3,NEK1,NDE1,PPP2R3B,PPP1CB,ERCC6L,ID4,DLGAP5,MAD2L1,MIS18BP1,LMLN,PAPD7,SMC4,RCC2,FAM83D,NCAPH,PAFAH1B1,CDKN2A,CDKN1B,BORA,CDKN2D,CDKN3,CEP55,TTK,LRRCC1,BCL2,HAUS3,KIF18A,SMC2,APC,CENPF,CENPE,FBXO5,CIT,ANLN,UBE2D1,PIM1,CENPA,CDC25A,TARDBP,NUF2,CDC20,CCNE1,PAPD5,	3.77E-16
GO:0000279	M phase	SKA1,ANAPC10,OVOL1,KIF23,PSMC3IP,MSH6,RAD51,BUB1B,RAD21,MIS12,ASPM,KIF15,HSPA2,BRCA2,RB1,BGLAP,RAD54B,DSN1,NEDD1,KIF20B,MNS1,NEK1,NDE1,ERCC6L,DLGAP5,MAD2L1,MIS18BP1,LMLN,PAPD7,SMC4,RCC2,TRIP13,FAM83D,NCAPH,NBN,PAFAH1B1,BORA,CEP55,TTK,LRRCC1,HAUS3,KIF18A,SMC2,APC,CENPF,CENPE,FBXO5,CIT,ANLN,CDC25A,TARDBP,NUF2,MKI67,RAD1,CDC20,SGOL2,PAPD5,	1.45E-15

GO:0051301	cell division	SKA1,RACGAP1,CDC7,ANAPC10,KIF23,RAD21,BUB1B,MIS12,ASPM,BRCA2,RB1,BGLAP,DSN1,CUZD1,NEDD1,KIF20B,NEK1,NDE1,PPP1CA,PPP1CB,ERCC6L,MAD2L1,MIS18BP1,LMLN,PAPD7,SMC4,RCC2,FAM83D,CDC14A,NCAPH,CDKN2A,PAFAH1B1,SEPT10,BORA,CEP55,LRRCC1,HAUS3,TOP1,SMC2,APC,CENPF,CENPE,FBXO5,CIT,ANLN,CDC25A,NUF2,CDC20,SGOL2,CCNE1,PAPD5,	6.16E-14
GO:0048285	organelle fission	RCC2,SKA1,FAM83D,NCAPH,PAFAH1B1,BORA,ANAPC10,CEP55,KIF23,BUB1B,RAD21,LRRCC1,MIS12,ASPM,KIF15,HAUS3,KIF18A,SMC2,APC,CENPF,BGLAP,FBXO5,CENPE,CIT,ANLN,DSN1,NEDD1,OPA1,CDC25A,KIF20B,NUF2,TARDBP,NEK1,CDC20,NDE1,ERCC6L,DLGAP5,MAD2L1,LMLN,MIS18BP1,PAPD5,PAPD7,SMC4,	4.42E-13
GO:0007067	mitosis	RCC2,SKA1,FAM83D,NCAPH,PAFAH1B1,BORA,ANAPC10,CEP55,KIF23,BUB1B,RAD21,LRRCC1,MIS12,ASPM,KIF15,HAUS3,KIF18A,SMC2,APC,CENPF,BGLAP,FBXO5,CENPE,CIT,ANLN,DSN1,NEDD1,CDC25A,KIF20B,NUF2,TARDBP,NEK1,CDC20,NDE1,ERCC6L,DLGAP5,MAD2L1,LMLN,MIS18BP1,PAPD5,PAPD7,SMC4,	4.88E-13
GO:0000280	nuclear division	RCC2,SKA1,FAM83D,NCAPH,PAFAH1B1,BORA,ANAPC10,CEP55,KIF23,BUB1B,RAD21,LRRCC1,MIS12,ASPM,KIF15,HAUS3,KIF18A,SMC2,APC,CENPF,BGLAP,FBXO5,CENPE,CIT,ANLN,DSN1,NEDD1,CDC25A,KIF20B,NUF2,TARDBP,NEK1,CDC20,NDE1,ERCC6L,DLGAP5,MAD2L1,LMLN,MIS18BP1,PAPD5,PAPD7,SMC4,	4.88E-13
GO:0000087	M phase of mitotic cell cycle	RCC2,SKA1,FAM83D,NCAPH,PAFAH1B1,BORA,ANAPC10,CEP55,KIF23,BUB1B,RAD21,LRRCC1,MIS12,ASPM,KIF15,HAUS3,KIF18A,SMC2,APC,CENPF,BGLAP,FBXO5,CENPE,CIT,ANLN,DSN1,NEDD1,CDC25A,KIF20B,NUF2,TARDBP,NEK1,CDC20,NDE1,ERCC6L,DLGAP5,MAD2L1,LMLN,MIS18BP1,PAPD5,PAPD7,SMC4,	9.06E-13
GO:0006259	DNA metabolic process	CLSPN,SMARCB1,CDC7,MCM9,BLM,CCNO,RFC4,EME1,PSMC3IP,MSH6,RAD51,RAD21,USP1,BRCA2,BARD1,POLA2,BRCA1,NT5M,UVRAG,RAD54B,XPA,CTCF,POLQ,C9orf80,PAPD7,SIRT1,FANCI,TRIP13,TOPBP1,NBN,PRIM1,ERCC4,RRM1,CDKN2A,GEN1,ERCC3,FANCM,CDKN2D,CCDC111,UBE2V2,ESCO2,UNG,RECQL,LIN9,NFIB,DTL,MCM3,MCM6,TDP1,TOP1,NEIL3,CENPF,TDG,FBXO4,PURA,ORC1,MCM10,FEN1,CDC25A,RMI1,RAD1,FOS,BRIP1,PAPD5,	5.37E-11
GO:0006260	DNA replication	CLSPN,CDC7,RRM1,PRIM1,MCM9,BLM,CCDC111,CDKN2D,RFC4,LIN9,RAD51,NFIB,DTL,MCM3,MCM6,BRCA2,POLA2,BRCA1,TOP1,CENPF,NT5M,PURA,ORC1,MCM10,POLQ,FEN1,CDC25A,RMI1,RAD1,PAPD7,PAPD5,SIRT1,	1.01E-8
GO:0006974	response to DNA damage stimulus	CLSPN,FANCI,TRIP13,TOPBP1,NBN,ERCC4,GEN1,ERCC3,XIAP,FANCM,BLM,CDKN2D,CCNO,ZMAT3,RFC4,UBE2V2,EME1,UNG,RECQL,ESCO2,MSH6,RAD51,RAD21,USP1,DTL,UACA,BRCA2,BARD1,FBXO31,BRCA1,TDP1,NEIL3,APC,RAD54B,UVRAG,TDG,XPA,ATAD5,POLQ,FEN1,NEK1,RAD1,PPP1CB,C9orf80,BRIP1,SIRT1,PAPD7,	3.17E-8
GO:0033554	cellular response to stress	CLSPN,PCSK9,XIAP,EIF2AK3,BLM,CCNO,INSIG1,ZMAT3,RFC4,EME1,MSH6,RAD51,RAD21,USP1,MAPK9,PXDN,BRCA2,BARD1,MAP3K1,FBXO31,BRCA1,UVRAG,RAD54B,XPA,ATAD5,POLQ,NEK1,PPP1CB,C9orf80,PAPD7,SIRT1,FANCI,TRIP13,TOPBP1,NBN,PTPLAD1,ERCC4,GEN1,ERCC3,FADS1,FANCM,CDKN2D,UBE2V2,ESCO2,UNG,RECQL,DTL,BMPR2,UACA,BCL2,ATG10,TDP1,NEIL3,APC,EIF2S1,TDG,FEN1,RAD1,CCDC47,FOS,BRIP1,	7.18E-8
GO:0007059	chromosome segregation	SKA1,NCAPH,BRCA1,SMC2,KIF18A,CENPF,BGLAP,CENPE,DSN1,CTCF,NUF2,HJURP,RAD21,SGOL2,DLGAP5,MAD2L1,PAPD7,SMC4,MIS12,	1.13E-7
GO:0006281	DNA repair	CLSPN,FANCI,TRIP13,TOPBP1,NBN,ERCC4,ERCC3,GEN1,FANCM,BLM,CDKN2D,CCNO,RFC4,UBE2V2,EME1,UNG,RECQL,ESCO2,MSH6,RAD51,RAD21,USP1,BRCA2,BARD1,BRCA1,TDP1,NEIL3,RAD54B,UVRAG,TDG,XPA,POLQ,FEN1,RAD1,C9orf80,BRIP1,SIRT1,PAPD7,	1.81E-7
GO:0010564	regulation of cell cycle process	BRCA2,XPO1,BTC,BRCA1,CDC7,HOXA13,CDKN2A,APC,RB1,CENPF,FBXO5,CENPE,HERC2,SBDSP1,ANLN,ANAPC10,CTCF,KIF20B,DLGAP5,TTK,PLK4,MAD2L1,	3.07E-7
GO:0000082	G1/S transition of mitotic cell cycle	BCL2,CDC7,CDKN2A,CUL5,RB1,CDKN1B,CDKN2D,CDKN3,ITGB1,PIM1,CDC25A,CUL3,PPP1CB,ID4,CCNE1,	6.30E-7
GO:0006302	double-strand break repair	TRIP13,BRCA2,NBN,BRCA1,TDP1,ERCC4,RAD54B,BLM,FEN1,UBE2V2,RECQL,RAD51,RAD21,BRIP1,PAPD7,	2.36E-6
GO:0051726	regulation of cell cycle	XPO1,PRDM4,NBN,BTC,CDC7,ERCC3,CDKN2A,CDKN1B,HERC2,SBDSP1,BLM,CDKN2D,ANAPC10,CDKN3,BUB1B,TTK,PLK4,BRCA2,BCL2,FBXO31,BRCA1,HOXA13,ID2,APC,RB1,CENPF,CENPE,FBXO5,ANLN,PIM1,ITGB1,CTCF,CDC25A,KIF20B,RAD1,PPP1CB,DLGAP5,BRIP1,MAD2L1,	3.00E-6
GO:0051329	interphase of mitotic cell cycle	BCL2,CDC7,CDKN2A,CUL5,RB1,CENPF,CDKN1B,BLM,CDKN2D,ANAPC10,CDKN3,PIM1,ITGB1,CDC25A,CUL3,PPP1CB,PPP2R3B,ID4,CCNE1,	4.68E-6
GO:0070507	regulation of microtubule cytoskeleton organization	PSRC1,MACF1,SKA1,MAP6D1,XPO1,BRCA1,APC,CDKN1B,CENPE,PLK4,SBDSP1,DST,	6.19E-6
GO:0051325	interphase	BCL2,CDC7,CDKN2A,CUL5,RB1,CENPF,CDKN1B,BLM,CDKN2D,ANAPC10,CDKN3,PIM1,ITGB1,CDC25A,CUL3,PPP1CB,PPP2R3B,ID4,CCNE1,	7.12E-6
GO:0032886	regulation of microtubule-based process	PSRC1,MACF1,SKA1,MAP6D1,XPO1,BRCA1,APC,CDKN1B,CENPE,PLK4,SBDSP1,DST,	3.03E-5
GO:0007050	cell cycle arrest	BARD1,KAT2B,NBN,CDKN2A,APC,CUL5,RB1,CDKN1B,DST,CDKN2D,MACF1,CDKN3,DHCR24,KIF20B,CUL3,PPP2R3B,GAS2L3,	7.02E-5
GO:0030071	regulation of mitotic metaphase/anaphase transition	ANAPC10,APC,DLGAP5,CENPF,TTK,HERC2,CENPE,MAD2L1,	8.07E-5
GO:0007346	regulation of mitotic cell cycle	BCL2,BRCA2,FBXO31,BTC,NBN,HOXA13,CDKN2A,APC,RB1,CENPF,FBXO5,CENPE,HERC2,SBDSP1,ANLN,ANAPC10,KIF20B,BUB1B,DLGAP5,TTK,MAD2L1,	1.04E-4
GO:0007017	microtubule-based process	KIF5C,PAFAH1B1,KIF24,TUBGCP3,SASS6,KIF14,DST,KIF23,BUB1B,KIF20A,TTK,KIF5B,PSRC1,KIF15,BRCA2,BRCA1,HAUS3,SS18,KIF18A,FGFR1OP,CENPE,FBXO5,MACF1,HOOK3,RET,CENPA,OPA1,KIF20B,NDE1,	1.13E-4
GO:0010605	negative regulation of macromolecule metabolic process	SMARCA2,EIF2C2,PCSK9,PSMD6,ANG,EIF2AK3,BLM,ANAPC10,OVOL1,FZD1,FGF2,DICER1,MEIS2,MSH6,BUB1B,ZFP161,PAWR,BRCA2,BARD1,CTNNBIP1,MDM4,BRCA1,LRRFIP1,ID1,ID2,RB1,ITGAV,ZNF238,C1D,KLF10,CTCF,TFCP2L1,ID4,POU2F1,MAD2L1,SATB2,SIRT1,BCOR,EGR1,CREBZF,RAB23,ERCC4,CDKN2A,FOXA1,CDKN1B,SCMH1,NKRF,TAF9B,MTDH,TBL1X,SAP30,ZMYND11,NDFIP2,CENPF,PPARG,FBXO5,ZEB2,PURA,UBE2D1,CDC20,NAB1,HBEGF,	1.37E-4
GO:0033043	regulation of organelle organization	SKA1,XPO1,BTC,ERCC4,CDKN1B,HERC2,SBDSP1,DST,PIF1,ANAPC10,TTK,PLK4,PSRC1,MAP3K1,BRCA1,SPTBN1,HOXA13,APC,CENPF,CENPE,MACF1,MAP6D1,CTCF,KIF20B,DLGAP5,MAD2L1,	1.37E-4
GO:0006261	DNA-dependent DNA replication	CCDC111,ORC1,PURA,MCM3,MCM6,BRCA2,FEN1,RFC4,TOP1,PRIM1,RAD51,BLM,	1.55E-4
GO:0000226	microtubule cytoskeleton organization	PSRC1,BRCA2,BRCA1,SS18,HAUS3,KIF18A,FGFR1OP,PAFAH1B1,FBXO5,TUBGCP3,SASS6,DST,MACF1,HOOK3,RET,CENPA,NDE1,KIF23,BUB1B,TTK,	1.95E-4
GO:0000075	cell cycle checkpoint	FBXO31,NBN,BRCA1,APC,ERCC3,CDKN2A,RB1,CENPF,CENPE,BLM,RAD1,BUB1B,TTK,BRIP1,MAD2L1,	2.18E-4
GO:0008283	cell proliferation	CLK1,CDC14A,PRDM4,RACGAP1,NBN,TNFSF13B,APPL1,PAFAH1B1,CKLF,IL15,SBDSP1,TRAIP,HNF1B,STIL,INSIG1,PLCE1,LIPA,UBE2V2,BUB1B,ZMYND11,ASPM,KIF15,E2F8,BRCA2,BCL2,CTNNBIP1,MDM4,ACVR2A,CUL5,CENPF,ZEB2,CUZD1,PIM1,KLF10,CDC25A,MKI67,GPC4,NDE1,ID4,DLGAP5,EPS8,	2.85E-4
GO:0044265	cellular macromolecule catabolic process	MAP1LC3B,ATG4A,PCSK9,MIB1,FBXO25,USP54,PSMD6,XIAP,HERC2,CCNO,ANAPC10,KLHL15,UBE2W,FBXW2,BUB1B,USP45,USP1,USP12,BARD1,MAP3K1,FBXO31,BRCA1,NCBP1,RAB40B,CUL5,SENP1,USP34,XPA,PARN,DCP1A,CUL3,OTUB2,MAD2L1,FBXO36,STAMBPL1,USP14,ERCC4,CDKN2A,ERCC3,PABPC4,RNF6,UBE2V2,TBL1X,HSP90B1,DTL,USP18,ATG10,ENC1,ERLIN2,FBXO5,TDG,FBXO4,FBXO3,UBE2D1,G2E3,FEN1,CLN6,UBE2D2,NCBP2,CDC20,	3.09E-4
GO:0051327	M phase of meiotic cell cycle	TRIP13,HSPA2,BRCA2,NBN,FBXO5,RAD54B,OVOL1,MNS1,MKI67,RAD1,PSMC3IP,RAD51,MSH6,RAD21,SGOL2,	4.77E-4
GO:0007126	meiosis	TRIP13,HSPA2,BRCA2,NBN,FBXO5,RAD54B,OVOL1,MNS1,MKI67,RAD1,PSMC3IP,RAD51,MSH6,RAD21,SGOL2,	4.77E-4
GO:0007088	regulation of mitosis	ANAPC10,KIF20B,BTC,HOXA13,APC,DLGAP5,CENPF,TTK,HERC2,CENPE,MAD2L1,	5.10E-4
GO:0051783	regulation of nuclear division	ANAPC10,KIF20B,BTC,HOXA13,APC,DLGAP5,CENPF,TTK,HERC2,CENPE,MAD2L1,	5.10E-4
GO:0051321	meiotic cell cycle	TRIP13,HSPA2,BRCA2,NBN,FBXO5,RAD54B,OVOL1,MNS1,MKI67,RAD1,PSMC3IP,RAD51,MSH6,RAD21,SGOL2,	5.88E-4
GO:0045934	negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolic process	SMARCA2,BCOR,EGR1,CREBZF,ERCC4,FOXA1,CDKN1B,SCMH1,NKRF,BLM,TAF9B,MTDH,FZD1,OVOL1,FGF2,TBL1X,MEIS2,MSH6,ZFP161,SAP30,ZMYND11,PAWR,BRCA2,BARD1,CTNNBIP1,MDM4,BRCA1,ID1,LRRFIP1,ID2,RB1,CENPF,PPARG,ZEB2,PURA,ZNF238,C1D,KLF10,CTCF,TFCP2L1,NAB1,ID4,POU2F1,SATB2,SIRT1,	5.93E-4
GO:0010558	negative regulation of macromolecule biosynthetic process	SMARCA2,BCOR,EIF2C2,EGR1,CREBZF,FOXA1,CDKN1B,ANG,SCMH1,NKRF,EIF2AK3,BLM,TAF9B,MTDH,FZD1,OVOL1,FGF2,TBL1X,MEIS2,ZFP161,SAP30,ZMYND11,PAWR,BRCA2,CTNNBIP1,MDM4,BRCA1,ID1,LRRFIP1,ID2,RB1,CENPF,PPARG,ZEB2,PURA,ZNF238,ITGAV,C1D,KLF10,CTCF,TFCP2L1,NAB1,ID4,HBEGF,POU2F1,SATB2,SIRT1,	7.12E-4
GO:0009411	response to UV	CDKN2D,BCL2,UACA,CASP7,BRCA2,FEN1,ERCC4,MSH6,ERCC3,USP1,XPA,	7.84E-4
GO:0051172	negative regulation of nitrogen compound metabolic process	SMARCA2,BCOR,EGR1,CREBZF,ERCC4,FOXA1,CDKN1B,SCMH1,NKRF,BLM,TAF9B,MTDH,FZD1,OVOL1,FGF2,TBL1X,MEIS2,MSH6,ZFP161,SAP30,ZMYND11,PAWR,BRCA2,BARD1,CTNNBIP1,MDM4,BRCA1,ID1,LRRFIP1,ID2,RB1,CENPF,PPARG,ZEB2,PURA,ZNF238,C1D,KLF10,CTCF,TFCP2L1,NAB1,ID4,POU2F1,SATB2,SIRT1,	7.88E-4
GO:0031110	regulation of microtubule polymerization or depolymerization	PSRC1,MACF1,SKA1,MAP6D1,APC,CDKN1B,SBDSP1,DST,	8.30E-4
GO:0030308	negative regulation of cell growth	PSRC1,BCL2,PRDM4,IL7,CDKN2A,RB1,CDKN1B,PPARG,CDKN2D,DCBLD2,PHF17,FGF2,RNF6,CTH,	8.35E-4
GO:0045449	regulation of transcription	ZNF525,FUBP1,ZNF273,ZNF248,EAF2,ZNF449,ZNF200,ATAD2,NKX3-1,OVOL1,FZD1,CREBL2,MEIS2,ZFP161,TRIB3,BRCA2,CTNNBIP1,MAP3K1,MDM4,HOXA10,BRCA1,HOXA13,NOD2,RAD54B,GABPB2,ZNF238,MYB,KLF10,ZNF823,MXI1,GRHL1,TFCP2L1,RBL2,ID4,ZBTB33,PCGF5,POU2F1,ZNF184,SATB2,HOXB9,PHF6,ZBTB34,BCOR,CREBZF,ERCC3,ZNF443,NKRF,ZNF611,DEAF1,MTDH,TAF9B,TCFL5,NFYA,SIX4,NFKBIZ,NFIB,PHF19,PHTF2,VGLL3,PSRC1,TMPO,MCM3,MCM6,ZNF780A,NLK,ACVR2B,KAT2B,SS18,ZNF320,CENPF,CRK,PURA,DEK,PHF17,PRKAR1A,TARDBP,SP4,NUFIP1,ZNF165,DDX54,CCNE1,TRAPPC2P1,ZNF263,PHTF1,SMARCA2,EIF2C2,ZFP30,SMARCB1,ZNF652,ZNF45,CERS6,ELL2,ZNF519,BLM,ZFP1,HNF1B,ZNF267,PASK,PHF10,FGF2,ATXN7,PSMC3IP,PLAGL2,HES6,KHDRBS3,TCEB3,PAWR,KDM4D,RNF141,MKL2,ID1,LRRFIP1,MED22,ID2,RB1,BGLAP,BCORL1,TTF2,C1D,PPM1A,CTCF,ZNF85,TCF7,SIRT1,ZNF701,EGR1,PRDM4,ZNF114,ZNF641,CDKN2A,ZBTB10,FOXA1,ZNF230,CDKN1B,HESX1,NCOA3,FADS1,SCMH1,ZNF226,RNF6,TBL1X,ZBTB6,ZXDC,EAF1,SAP30,IRAK1,ZNHIT3,ZMYND11,ARNTL2,E2F8,RAB1A,CENPK,ZNF215,WHSC1,E2F5,PPARG,WHSC1L1,C10orf137,ZEB2,PIM1,GATAD1,BRWD1,ATF1,NAB1,IRX4,FOS,BRIP1,CHD7,	8.66E-4
GO:0051789	response to protein stimulus	HSPA2,BCL2,CLIC1,EGR1,ID1,ID2,DNAJC3,EIF2AK3,KLF10,DEK,FOS,DNAJB5,TOR1B,DNAJB4,MANF,	1.16E-2
GO:0009057	macromolecule catabolic process	MAP1LC3B,ATG4A,PCSK9,MIB1,FBXO25,USP54,PSMD6,XIAP,HERC2,CCNO,ANAPC10,KLHL15,UBE2W,FBXW2,BUB1B,USP45,USP1,USP12,BARD1,MAP3K1,FBXO31,BRCA1,NCBP1,RAB40B,CUL5,SENP1,USP34,XPA,PARN,DHCR24,DCP1A,CUL3,OTUB2,MAD2L1,FBXO36,STAMBPL1,USP14,ERCC4,CDKN2A,ERCC3,PABPC4,RNF6,UBE2V2,TBL1X,HSP90B1,DTL,USP18,ATG10,ENC1,ERLIN2,FBXO5,TDG,FBXO4,FBXO3,UBE2D1,G2E3,FEN1,CLN6,UBE2D2,NCBP2,CDC20,	1.18E-2
GO:0010948	negative regulation of cell cycle process	BRCA1,APC,RB1,CENPF,TTK,CENPE,MAD2L1,	1.39E-2
GO:0010629	negative regulation of gene expression	SMARCA2,BCOR,EGR1,EIF2C2,CREBZF,FOXA1,CDKN1B,SCMH1,NKRF,TAF9B,MTDH,FZD1,OVOL1,FGF2,DICER1,TBL1X,MEIS2,ZFP161,SAP30,ZMYND11,PAWR,NDFIP2,CTNNBIP1,MDM4,BRCA1,ID1,LRRFIP1,ID2,RB1,CENPF,PPARG,ZEB2,PURA,ZNF238,C1D,KLF10,CTCF,TFCP2L1,NAB1,ID4,POU2F1,SATB2,SIRT1,	1.43E-2
GO:0016481	negative regulation of transcription	SMARCA2,BCOR,EGR1,CREBZF,FOXA1,CDKN1B,SCMH1,NKRF,MTDH,TAF9B,FZD1,OVOL1,FGF2,TBL1X,MEIS2,ZFP161,SAP30,ZMYND11,PAWR,CTNNBIP1,MDM4,BRCA1,ID1,LRRFIP1,ID2,RB1,CENPF,PPARG,ZEB2,PURA,ZNF238,C1D,KLF10,CTCF,TFCP2L1,NAB1,ID4,POU2F1,SATB2,SIRT1,	1.47E-2
GO:0045926	negative regulation of growth	PSRC1,BCL2,PRDM4,IL7,CDKN2A,RB1,CDKN1B,PPARG,CDKN2D,DCBLD2,PHF17,FGF2,RNF6,LGMN,CTH,	1.52E-2
GO:0045792	negative regulation of cell size	PSRC1,BCL2,PRDM4,IL7,CDKN2A,RB1,CDKN1B,PPARG,CDKN2D,DCBLD2,PHF17,FGF2,RNF6,CTH,	1.66E-2
GO:0045841	negative regulation of mitotic metaphase/anaphase transition	APC,CENPF,TTK,CENPE,MAD2L1,	1.72E-2
GO:0007094	mitotic cell cycle spindle assembly checkpoint	APC,CENPF,TTK,CENPE,MAD2L1,	1.72E-2
GO:0009890	negative regulation of biosynthetic process	SMARCA2,BCOR,EIF2C2,EGR1,CREBZF,FOXA1,CDKN1B,ANG,SCMH1,NKRF,EIF2AK3,BLM,TAF9B,MTDH,FZD1,OVOL1,FGF2,TBL1X,MEIS2,ZFP161,SAP30,ZMYND11,PAWR,BRCA2,CTNNBIP1,MDM4,BRCA1,ID1,LRRFIP1,ID2,RB1,CENPF,PPARG,ZEB2,PURA,ZNF238,ITGAV,C1D,KLF10,CTCF,TFCP2L1,NAB1,ID4,HBEGF,POU2F1,SATB2,SIRT1,	1.84E-2
GO:0007018	microtubule-based movement	KIF15,KIF5C,KIF18A,PAFAH1B1,KIF24,CENPE,KIF14,DST,MACF1,OPA1,KIF20B,NDE1,KIF23,KIF20A,KIF5B,	1.97E-2
GO:0031327	negative regulation of cellular biosynthetic process	SMARCA2,BCOR,EIF2C2,EGR1,CREBZF,FOXA1,CDKN1B,ANG,SCMH1,NKRF,EIF2AK3,BLM,TAF9B,MTDH,FZD1,OVOL1,FGF2,TBL1X,MEIS2,ZFP161,SAP30,ZMYND11,PAWR,BRCA2,CTNNBIP1,MDM4,BRCA1,ID1,LRRFIP1,ID2,RB1,CENPF,PPARG,ZEB2,PURA,ZNF238,C1D,KLF10,CTCF,TFCP2L1,NAB1,ID4,HBEGF,POU2F1,SATB2,SIRT1,	2.09E-2
GO:0000070	mitotic sister chromatid segregation	NCAPH,KIF18A,SMC2,DLGAP5,CENPE,MAD2L1,PAPD7,SMC4,	2.10E-2
GO:0000724	double-strand break repair via homologous recombination	BRCA2,BRCA1,ERCC4,RAD51,RAD54B,BLM,	2.27E-2
GO:0000725	recombinational repair	BRCA2,BRCA1,ERCC4,RAD51,RAD54B,BLM,	2.27E-2
GO:0034508	centromere complex assembly	HJURP,CENPF,CENPE,MIS12,	2.42E-2
GO:0031577	spindle checkpoint	APC,CENPF,TTK,CENPE,MAD2L1,	2.48E-2
GO:0045839	negative regulation of mitosis	APC,CENPF,TTK,CENPE,MAD2L1,	2.48E-2
GO:0051784	negative regulation of nuclear division	APC,CENPF,TTK,CENPE,MAD2L1,	2.48E-2
GO:0000819	sister chromatid segregation	NCAPH,KIF18A,SMC2,DLGAP5,CENPE,MAD2L1,PAPD7,SMC4,	2.48E-2
GO:0051640	organelle localization	TMED10,RAB27A,BBS7,KIF18A,PAFAH1B1,CENPF,CENPE,HOOK3,NIN,CENPA,NDE1,DLGAP5,ASPM,	2.62E-2
GO:0006310	DNA recombination	TRIP13,BRCA2,NBN,BRCA1,ERCC4,RAD54B,BLM,EME1,RECQL,PSMC3IP,UNG,RAD51,MSH6,RAD21,	2.83E-2
GO:0006468	protein amino acid phosphorylation	CLK1,TFG,CDC7,BMP2K,ADRBK2,EIF2AK3,IGF1R,PASK,FGF2,IRAK4,MEX3B,SPAG9,TRIB3,DYRK1A,MAPK9,MAP3K1,GSG2,PIK3R4,PRKD3,PTPRE,CLK4,RET,RPS6KB1,NEK1,CDK14,PAK6,AKAP9,PTPLAD1,ERCC3,STK17B,ICK,DSTYK,NIN,PLCE1,PRKAA2,STK3,TTK,IRAK1,PLK4,RNASEL,BMPR2,CAMK4,BCL2,NLK,ACVR2B,ACVR2A,SPTBN1,EIF2S1,CIT,WNK1,PIM1,RSRC1,	2.89E-2
GO:0019941	modification-dependent protein catabolic process	MAP1LC3B,FBXO36,ATG4A,STAMBPL1,USP14,MIB1,FBXO25,USP54,PSMD6,XIAP,HERC2,KLHL15,ANAPC10,UBE2W,RNF6,FBXW2,UBE2V2,TBL1X,BUB1B,HSP90B1,USP1,USP45,DTL,USP18,USP12,BARD1,MAP3K1,FBXO31,ATG10,BRCA1,ENC1,SENP1,CUL5,RAB40B,ERLIN2,FBXO5,FBXO4,USP34,FBXO3,UBE2D1,G2E3,UBE2D2,CUL3,CDC20,OTUB2,MAD2L1,	3.26E-2
GO:0043632	modification-dependent macromolecule catabolic process	MAP1LC3B,FBXO36,ATG4A,STAMBPL1,USP14,MIB1,FBXO25,USP54,PSMD6,XIAP,HERC2,KLHL15,ANAPC10,UBE2W,RNF6,FBXW2,UBE2V2,TBL1X,BUB1B,HSP90B1,USP1,USP45,DTL,USP18,USP12,BARD1,MAP3K1,FBXO31,ATG10,BRCA1,ENC1,SENP1,CUL5,RAB40B,ERLIN2,FBXO5,FBXO4,USP34,FBXO3,UBE2D1,G2E3,UBE2D2,CUL3,CDC20,OTUB2,MAD2L1,	3.26E-2
GO:0070647	protein modification by small protein conjugation or removal	USP12,BARD1,MAP3K1,BRCA1,ATG10,MIB1,SENP1,FBXO25,TRIM23,HERC2,FBXO4,FBXO3,UBE2D1,G2E3,UBE2D2,ATXN7,UBE2V2,USP1,	3.66E-2
GO:0010604	positive regulation of macromolecule metabolic process	SMARCA2,SMARCB1,EAF2,PCSK9,TNFSF13,PSMD6,BLM,HNF1B,ANAPC10,IGF1R,FGF2,ATXN7,MEIS2,PSMC3IP,RAD51,PLAGL2,MAPK9,PAWR,SOAT1,BARD1,MKL2,MAP3K1,BRCA1,NCBP1,HOXA13,NOD2,RB1,PPM1A,CTCF,POU2F1,SATB2,HOXB9,EGR1,TNFSF13B,ERCC3,FOXA1,NCOA3,NFYA,RNF6,SIX4,TBL1X,ZXDC,NFIB,TTK,IRAK1,PSRC1,BMPR2,BCL2,IL6ST,NDFIP2,ATG10,ACVR2A,CENPK,APC,FBXO5,PPARG,FBXO4,UBE2D1,CLN6,CDC20,NUFIP1,FOS,CCNE1,	4.00E-2
GO:0006357	regulation of transcription from RNA polymerase II promoter	SMARCA2,SMARCB1,HNF1B,OVOL1,FGF2,ATXN7,MEIS2,PSMC3IP,PLAGL2,HES6,ZFP161,TCEB3,PAWR,CTNNBIP1,MKL2,MAP3K1,MDM4,BRCA1,LRRFIP1,ID1,MED22,HOXA13,ID2,RB1,ZNF238,KLF10,TFCP2L1,ID4,TCF7,POU2F1,SATB2,SIRT1,HOXB9,BCOR,EGR1,ERCC3,FOXA1,TAF9B,MTDH,NFYA,SIX4,TBL1X,NFIB,SAP30,ZMYND11,CENPK,PPARG,CRK,DEK,BRWD1,PRKAR1A,SP4,NUFIP1,FOS,BRIP1,	4.20E-2
GO:0044257	cellular protein catabolic process	MAP1LC3B,FBXO36,ATG4A,STAMBPL1,PCSK9,USP14,MIB1,FBXO25,USP54,PSMD6,XIAP,HERC2,KLHL15,ANAPC10,UBE2W,RNF6,FBXW2,UBE2V2,TBL1X,BUB1B,HSP90B1,USP1,USP45,DTL,USP18,USP12,BARD1,MAP3K1,FBXO31,ATG10,BRCA1,ENC1,SENP1,CUL5,RAB40B,ERLIN2,FBXO5,FBXO4,USP34,FBXO3,UBE2D1,G2E3,UBE2D2,CUL3,CDC20,OTUB2,MAD2L1,	4.89E-2
GO:0030163	protein catabolic process	MAP1LC3B,FBXO36,ATG4A,STAMBPL1,PCSK9,USP14,MIB1,FBXO25,USP54,PSMD6,XIAP,HERC2,KLHL15,ANAPC10,UBE2W,RNF6,FBXW2,UBE2V2,TBL1X,BUB1B,HSP90B1,USP1,USP45,DTL,USP18,USP12,BARD1,MAP3K1,FBXO31,ATG10,BRCA1,ENC1,SENP1,CUL5,RAB40B,ERLIN2,FBXO5,FBXO4,USP34,FBXO3,UBE2D1,G2E3,CLN6,UBE2D2,CUL3,CDC20,OTUB2,MAD2L1,	5.26E-2
GO:0042127	regulation of cell proliferation	SMARCA2,BTC,CDC7,CCL3L1,TNFSF13,ANG,VASH2,IL28RA,BLM,RTKN2,NKX3-1,IGF1R,FGF2,PLAU,PAWR,BRCA2,MDM4,BRCA1,CUL5,ID2,RB1,ASPH,DHCR24,RPS6KB1,ITGB1,KLF10,MXI1,CUL3,PPP2R3B,PPP1CB,ID4,CTH,SIRT1,NBN,TNFSF13B,CDKN2A,CDKN1B,CD164,IL15,SPARC,CDKN2D,CDKN3,TCFL5,NFIB,TTK,BMPR2,DLG5,BCL2,IL6ST,KAT2B,IL7,FGFR1OP,APC,PPARG,GNRH1,PURA,HBEGF,ODC1,	5.56E-2
GO:0007093	mitotic cell cycle checkpoint	FBXO31,NBN,APC,BUB1B,CENPF,TTK,CENPE,MAD2L1,	5.95E-2
GO:0051303	establishment of chromosome localization	NDE1,KIF18A,DLGAP5,CENPF,CENPE,	6.04E-2
GO:0050000	chromosome localization	NDE1,KIF18A,DLGAP5,CENPF,CENPE,	6.04E-2
GO:0000079	regulation of cyclin-dependent protein kinase activity	CDKN2D,CDKN3,PIM1,CDC25A,PPP1CB,CDKN2A,APC,CDKN1B,BLM,	6.07E-2
GO:0043584	nose development	POU2F1,HESX1,RPGRIP1L,CHD7,	6.27E-2
GO:0006511	ubiquitin-dependent protein catabolic process	USP12,FBXO31,MAP3K1,USP14,CUL5,USP54,PSMD6,ERLIN2,FBXO4,USP34,UBE2D1,ANAPC10,CUL3,RNF6,UBE2D2,TBL1X,CDC20,BUB1B,HSP90B1,MAD2L1,USP1,USP45,USP18,	7.00E-2
GO:0051603	proteolysis involved in cellular protein catabolic process	MAP1LC3B,FBXO36,ATG4A,STAMBPL1,USP14,MIB1,FBXO25,USP54,PSMD6,XIAP,HERC2,KLHL15,ANAPC10,UBE2W,RNF6,FBXW2,UBE2V2,TBL1X,BUB1B,HSP90B1,USP1,USP45,DTL,USP18,USP12,BARD1,MAP3K1,FBXO31,ATG10,BRCA1,ENC1,SENP1,CUL5,RAB40B,ERLIN2,FBXO5,FBXO4,USP34,FBXO3,UBE2D1,G2E3,UBE2D2,CUL3,CDC20,OTUB2,MAD2L1,	7.20E-2
GO:0009314	response to radiation	BRCA2,CASP7,UACA,BCL2,TOPBP1,BRCA1,NMU,ERCC4,ERCC3,RAD54B,XPA,BLM,CDKN2D,FEN1,NEK1,MSH6,C9orf80,FOS,USP1,THBD,	7.46E-2
GO:0051382	kinetochore assembly	CENPF,CENPE,MIS12,	7.68E-2
GO:0007405	neuroblast proliferation	RACGAP1,NDE1,ID4,PAFAH1B1,ASPM,	7.73E-2
GO:0044092	negative regulation of molecular function	PCSK9,CDKN2A,HBXIP,CDKN1B,PSMD6,PIF1,CDKN2D,ANAPC10,BUB1B,IRAK1,TRIB3,ZFYVE28,NDFIP2,IL7,ID1,APC,ID2,NOD2,RB1,SPRY4,FBXO5,PPARG,UBE2D1,DHCR24,PIM1,DUSP16,CDC20,MAD2L1,SIRT1,	7.75E-2
GO:0051656	establishment of organelle localization	RAB27A,TMED10,CENPA,BBS7,NDE1,KIF18A,PAFAH1B1,DLGAP5,CENPF,CENPE,	8.64E-2
GO:0006793	phosphorus metabolic process	CLK1,TFG,CDC7,BMP2K,ADRBK2,EIF2AK3,IGF1R,PASK,FGF2,PTP4A3,IRAK4,MEX3B,SPAG9,TRIB3,DYRK1A,MAPK9,MAP3K1,GSG2,PIK3R4,PRKD3,PTPRE,IMPA1,CLK4,RPS6KB1,PPM1A,RET,DUSP16,NEK1,PPP1CA,PPP2R3B,PPP1CB,CDK14,PAK6,AKAP9,UQCRC2,NCEH1,CDC14A,PTPLAD1,ICK,STK17B,ERCC3,DSTYK,CDKN3,NIN,PLCE1,PRKAA2,ATP5L,STK3,TTK,IRAK1,PLK4,RNASEL,BMPR2,BCL2,CAMK4,NLK,ACVR2B,ACVR2A,SPTBN1,TOP1,MTMR12,EPM2A,EIF2S1,CIT,WNK1,PIM1,CDC25A,RSRC1,	8.70E-2
GO:0006796	phosphate metabolic process	CLK1,TFG,CDC7,BMP2K,ADRBK2,EIF2AK3,IGF1R,PASK,FGF2,PTP4A3,IRAK4,MEX3B,SPAG9,TRIB3,DYRK1A,MAPK9,MAP3K1,GSG2,PIK3R4,PRKD3,PTPRE,IMPA1,CLK4,RPS6KB1,PPM1A,RET,DUSP16,NEK1,PPP1CA,PPP2R3B,PPP1CB,CDK14,PAK6,AKAP9,UQCRC2,NCEH1,CDC14A,PTPLAD1,ICK,STK17B,ERCC3,DSTYK,CDKN3,NIN,PLCE1,PRKAA2,ATP5L,STK3,TTK,IRAK1,PLK4,RNASEL,BMPR2,BCL2,CAMK4,NLK,ACVR2B,ACVR2A,SPTBN1,TOP1,MTMR12,EPM2A,EIF2S1,CIT,WNK1,PIM1,CDC25A,RSRC1,	8.70E-2
GO:0003006	reproductive developmental process	TRIP13,HSPA2,BRCA2,BCL2,SRD5A1,ACVR2A,HOXA13,PAFAH1B1,FOXA1,FBXO5,ANG,DEAF1,HNF1B,NKX3-1,CASC5,DHCR24,IGF1R,CENPI,ERMP1,RPS6KB1,DNAJC19,CCNE1,SIRT1,CHD7,	8.89E-2
GO:0010639	negative regulation of organelle organization	MAP6D1,MAP3K1,BRCA1,SPTBN1,ERCC4,APC,CENPF,TTK,CENPE,MAD2L1,SBDSP1,	9.26E-2
GO:0006220	pyrimidine nucleotide metabolic process	CCNO,CMPK2,CMPK1,UPP1,NT5M,TDG,CTPS2,	9.49E-2

KEGG pathways and Gene Ontology terms enriched for the interacted genes of ncRNA from RAID and miRTarBase.

disease name	related genes	p-value