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Homo sapiens (human) RNF217 antisense RNA 1 (head to head) (RNF217-AS1) URS000075EEB1_9606

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RNF217-AS1: RNF217-AS1 is an antisense transcript that is also annotated as STL in the genenames.org database [PMC4190505]. It has been reported that RNF217-AS1 is up-regulated in esophageal squamous cell carcinoma (ESCC) and other malignant tumors [PMC8900330]. In a study analyzing the ESCC ceRNA network, RNF217-AS1 was identified as one of the 10 important lncRNAs [PMC7120044]. Another study found that RNF217-AS1, along with HCP5, ZFPM2-AS1, and HCG22, was related to the prognosis of ESCC patients [PMC7120044]. Experimental results showed that RNF217-AS1 expression was significantly up-regulated in ESCC samples compared to healthy tissues [PMC7120044]. Additionally, RNF217-AS1 was among the four lncRNAs reported to have important effects on the survival prognosis of ESCC patients and was significantly upregulated in these patients compared to healthy controls [PMC9927238]. It is worth noting that there was a concordant modulation between a downregulated HERV-H locus and an upregulated surrounding gene RNF217-AS1 under certain conditions [PMC9927238]. Furthermore, a study identified RNF217-AS1 as one of the 12 lncRNAs included in an m6A-related prognostic score for cancer patients [PMC10111779].

Genome locations

Gene Ontology annotations

Sequence

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UUGUCUCUUGGCGAGGGACGGGCGCCGCUGACCCAGCACGUCCAGGACCAGUCCGUCGGCGGCCCCCACGCGGGUCCUGGGCUCCAGCUCUUCGCCGGGGGGCGCCUCCUGCUGUUCAUCCCCUCCCUCUUUUCGAUCCCCAGCUUCCUCCUCUUCCUCCUCCAGCUCCAACUGCAGUGGCAAGGUCUGGGGAUUGAGAGGCCCGGCAUGACUAAGAGAUAUCGUGAAAUUACAACUCAACAAUGAAUUACAGCACAGGCUUUUCACAACUAAGAGACUGUCCAUCAUGGUGCCAGUUUUUCUCAAAAUGGCAUGUGUGCAUGAAAUUCUACAGGCAUAUGGGGUCGUGAUCUGCUAAUCUCCAGUUAUUAUACAAAACUACAGAUACUUGAAAACAGAACCAAAUAAAAAUUCUAGCAGAAGAAGACAAUAUAUGAAAUUUAAUAAUUCAUUUCCUGGGAAUGACAGCAGAAAGGUGAUGACAGAGGAAAGAGCCAAUAAAAUUUGAAGACAGACUCCUUCCUGUUGCCUUGUGAAGAAGGCUCCUGCUUCCCCUUCACCUUCUGCGCGAUUGUAAGUUUCCUGAGGCCUCCUAGCCAUGCUUCUUGUUCACUCUGCGGAACUGUCCUGAGCUGAAAAGAAUAUGAGAAAUCGGAUUUUACGACAUGGUUAUAGGCGGAAGGGAUUUGCCUUGUCUCAGAUGAGACUUUGGACUGUGGACUUUUGAGGCUUACAUUUUUUAUUUUCCUAGCUGCCUAAAAGAAGAUUUGAUAAGAAAAAAUUUUUCUCUUAAUGACCUUAAAAUUUUCUCUUAAUGAACAAGGUCGUUCUGGACCUUGUUCUGGAACAAAAAUGAUCUAGUGAGAUUUAAUCAAUUAUACUCUGGAAGCAUUUGUGACGUCUAUAAUUUUUCCCAGAACGGAAAAUCAGCAACAGAAUCCUUGAGCUCAAAGAUAAUCAAAUCUAACUCCUGAGUUUCACAGACAAAGAUGCGGAGACCUGGGGGAAUAUCGUGACUUGAGAAGAUAACACAGCUGUUCUCUGAGGCAGUAAGUCCCUUGGCAUUACUGCUUUAACAGAAGCUGGGAGGUUUACAGUCUGUUUACUACUUGGGCAAAUCAUAUUAGCCAAGAAAGCAAAGUACUGAUGAAUUCAGUAAACAAGAUAGCCAUUAGAAAAACAGGAUUAAGAAAGGGCUUGAAAGAAGCUUCAAGGUGGUUAUGUUUUAAGAUUAUGAAGCCUUUGAUUCCUAGCCACAGCACUCAGUAGUUGUAAGACCAACUAAACAAUUCACUUCUGUCUUCUGCAAAUUGACUGGAAUUGCAGGACAUACCAUAUACCAUGGAGCUCCUAGGAGAUUCAGUGAAAUAGCAAAUAUAGAGUGUCUGGCAUGGGAUAUGCAGUCUAUCAAUGUUAGCCUUUGCUAUGUAAUCCAAAGUGAUUUAUUCCAUAAGGAAAAAAUGAGUUUGUUUUUUGUUUGCUUUUCUUGAAUUCAUCAGAACACAAGGCAGGGGUUUAUGGAAAUACAGUCUUGAAGAAAAAAAUAAGUAUUUUCCCCUGAGAGAUGGAAACACUUGUGAAAAGAAAUAAGUAGGAGCACAGGAGCUGGAGUAAUCCUCUAGAGCAGGGGUCCCCAACCCCAGUCUGUGGCCUAUUAGGAGCCCAGCCGCACAGCAGGAGGUGAGUGGUAGGCAAAUUAACAUUACCACCUGAGCUCCACCUCCUGUGAGAUCAGCAGUGGCAUUAGAUUCUUAUAGAAGCACGAACACUAUUGGGAACUAUGCAUGCGAGGGAUCUAGGUUGUGUGCUCCUUAUGAUAAUCUAAUGCCUGAUGAUCUGAGGUGAAACAGUUUCAUCCGAAAACAUUCCACCCACCACCCUGUCCAUGGAAAAAUUGUCUUCCAUGAAGGCAGUCCCUGGUGUCAAAAAGGUCAUCGACCACUGCCCUAGAGACUUUUUUUUUUUUUGAGAUGGAUUCUUGCUCUGUCACCAGGCUGGAGUGCAGUGGAGGCAUCUCUGCCCACUACAACCUCCACCUCCUGGGUUUGAGGAAUUGUCCUGCCUCAGCCUCCCAAGUAGCUGGAUUACAGGUGCAUGCCACGACACCCAGCUAAUUUUUGUAUUUUUAGUAGAGAUGGGGUUUCACCAUGUAGGCCAGGAUGGUCUCGAACUCUUGACCUUGUGAUCCGCCUGCCUCGGUCUCCCAAAGUGCUGGGAUUACAGGGAUAAGCCACCACACCCAGCCUAGAGACCUCUUUUAAAGGGACUCCUCAACAGGCUCCUCAGUCCAGGGUCUUUGCCCUCUCCCUUGUGGCUCCUGUCUCUCCAGGGCCAGCCAUGCAAAAGCACGUAUCUCUCAGAUCUCCCUUCCCUGGUGAUUCUUUCCAUUUUAAGGGUUUUAUUGAUAUUCAUAUAGAAAAACAAACAGAAAUAAUAUGUUGGGCAGGAGCAAAGGUUCAGGAAAUUUCAAAAGGAUCUUUUAGUGGUCACUUCCUGGGUUAUGCUAAACUGCAAAUGAUAUUAGAUUUACCUUUUUCAGAAGCUAUUUCUACUUUUAGACCGCCCUGUGGAAUGAUCCUCUUAUUAUUUCUGAUUCUUUUAUUCUAAAAAAUGGAGCAGUCGAAAUUUGCCGAAUGGCCAUGCUAUCACAACCCCAAAACUAUAAAAUUGUGCUAUAUACUUUUUAAACUUUUUUCUUAUAUAUAGAUUUUGUUCACCAAAUCACUGCCUCAAAUGUCUGGGAAAUUGUGCUGAGAGAUAUUAUUCUUAGGUAUUCUGUAUAGUAUUUGAAAGAUUAAGAAGUAUUAAAUAGCAAGCUUAUUAAUAAUUAUUUAUGCUUAUUAGAAACUUAUUAGCUACAGUAAUUUGGGGUUUCCAGUUACAACCAGAUGCUAGACUAAGAUCUUUGAGGAAAAGAACAUUGUCUCAUCUCUGCUUCUCUAACUAGAGUUGUAGGCACAUAAUAGAUUAUCAUUGAAUGGUCAAAUAAGUAAAAGAACUAAUAGAGAAAUAACAAUAAGCUGGCUGUUCAUUGUUCAGUGAAACCAAAUGGUCUUAAUUAUUUUCUAAAUGUAUGUUUGAUCUAAUUGUACUAUCAUUUUGAUCAAGUUCUUUCCUUAACAAGUACUUAAGGAUUAAUGAAAUCCUUUACAUAAAAAGUACUUUUUUUAGAUUAAAAAAUAGUUUGCAUUUUAAAACUCUGUAAAAUGCACACUAAUGUCCAAACUGAUGCCCAAUAUGCAGCCUAUAUCUACAGCAGCUUUUCAAAUAUUUGGAUGCAGAUUUUCAAGUCCUAACAUAUGCUGCUCCAAUUUCAUAACAAAUUUUACUUAGCAAAUGAAACCAACCAUGUAUUUUAGUUCCAAAAGAAAAAUAAAAUUAUUUCCAUAGGGUUACACAAAGAAUAAAAACUGUUGCAUUGAGAUACCAAAAACAUGUAGAACUAAUAAGUUCAGUGAAGUAUAAGAUAACUAAACAAAAUACAAAAAUCAAUAUACGAUAUACAAAAAUCAGUGGUAUUUUCAUACGAUGGUAAUGAACAAUCUGAAAAUAAAAUUAAGAAAACAAUUCUAUUUACAAUAGCAUCCAAAAUAAUAAAACAGGAAUAAAUUUUACAAAAGAAGUGCAAAACUUAUAUUCUCAUUUAUAAUGCUGAAAGAAAUGUUAACAGACCUAAAUAACUGGGAAGAUAUAUCACGUUCAUGGACUGAAGGACUCAAUAUUUUAAGAAGACAAUACUUUCCAAAUUGAUCUACAGAUUCAUUACUAUCCCUAUCAAAAUCUUAGCUCACAUUUUUGCAGAAAUUGAUGAACCAACUCUAAAAUUUGUAUGGGAAUUGAAAGAAUCCAUAAUAGUCAAAACAGUCUUGAAAGACAAAAAAGUUGGAGUACUCACACUUUGCAAUUUCAAACGUGCUACAAAGCUACAAUCAUCAAGACAUUAUGAAACUGGCAUAAAAUUUGACAUAUAGAUGAAUGGAAUAAAAGUGAGAGCCAAAAAUAUAGCCUCCCAUUUAUGACUUACUGACUUUCAACAUGGACGUCAAAAGCAAUUUAAUGGAGGAAGAAUAUUCUUUUCAACAAAUGAUGCUGGGACAACUGAGUAUCAACCUGCAAAAGAAUGAAGUUGGACUUCUAGCUCACACCAUAUAAAAAAAUCAACUUAAAAUUGAUCAAAGACUCUAAUGUCACAGCUAAAACUAGAAAACCCUUAGAAGAAAAUAUAGGCAUAAAUCUUUGUGACCUGUUGUUAGGCAAUGAUUUCUUAGAUAUGACACCAAACACACAAGGAAUAAAACAAACAAAUAGAUAAAUUAGAUUUAUUCAAAUAAAAAACCUUUGUGCUUCAAAGGACAAUACCAAGAAAGUGAAGAGAAACAGAAAGAAAGAAAAUAUUUGCAAAUCAUGAUAUCUGAUAAGGGAUUUGAAUUUAGAAUAUGAAAGAACACUGAGAACUCAACAGUAAAAAGACAACCCAAUUAAAAAAUAGGCAAAUAAUCUGAAUAGACAUUUUUCUAAAGAAGACAUACAAAUGACAAAAAGCCCAUGAAAAGAUACUCAACAUCAUCAGUCAUUAGAAAAAUAAAAAUCAAAGCCACAAUGAGAUACCAAUUUAUGUUCACUAAAAUGACUAUAAUCAAAAAGACAAAUAAUAACAAUGGUUGGCAAAGGUGUAGAGAAAUUAGAAUUUUCAUACAUUGCUUGUGGAAAGGUAAACUUAUACAGCCACUUUGGAAAACAGCUUGGUACUUCCUUCAAAUGUUAAAAAGAGUAACCAUGUGGUCCAGUAAUUCCACUCCUAGGUAUAUACCCAAGAGAAAGCAAAACAUGCUCAAAUAAAAACUUGUUCAUAAAUCUUCAUAGCAGCAUUAUUCAUAGCAGGCAAAAUGUGAAAACAACCCAAAGUCUGUCAGUUGAUAAACAAAAUAUUAUAUAUUCAAUACACAGAAAUAUUAUUGUCUGAAAAUGAAUGUAGUACUGAUGCUUCAACAACAUGGAUUCUACAAAGUGAAUAAAUCUUGCAAACAUUAUGCUACAUUAAAGAAGCCACUCACAAAAACCAUAUAUUGUGUACUGCCUUUUAUGUGAUAUAUCCAGAACAGGGAACUCUAUAGAGACAGAAAGUAGAAUAGUGCCUAGCCAGGCCUGGCCAGGAAGAUUCUGGGAGGCAAUGGGGAGUGACUGCUAAUAGAUACAUGAUUUCUUUUCAGUGUGAUGAAAAUGUUCUAAAAUUGAUUGUGGUGAUGGUUGUAUAACUGUGAAUAUACUAAGAACCAAAGAGUUGUGUACUUUAAAUGGUUUAAUUGUAUGGUACACAAAUUAUAUCUCAAUAAAGCUAUUAAAAAAAAAAAAAAAAAAAA

Taxonomic tree

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