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Homo sapiens (human) INHBA antisense RNA 1 (INHBA-AS1) URS0000CCDF9A_9606

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INHBA-AS1: INHBA-AS1 is a long non-coding RNA (lncRNA) that has been found to play a regulatory role in various cellular processes [PMC8806271]. One study suggests that INHBA-AS1 is involved in the regulation of extracellular matrix (ECM) deposition of human hepatic stellate cells (hHSFs) by targeting miR-141-3p [PMC8806271]. Another study has demonstrated that INHBA-AS1 inhibits invasion and migration of trophoblasts by preventing the binding of CENPB to the promoter of TRAF1, leading to downregulation of TRAF1 expression [PMC7585871]. Additionally, INHBA-AS1 has been shown to affect cell cycle progression [PMC7585871]. Overexpression of INHBA-AS1 arrests the cell cycle and reduces the number of cells entering S phase, while knockout of INHBA-AS1 promotes the transition from G0/G1 phase to S phase [PMC7585871]. Furthermore, INHBA-AS1 has been found to target several other lncRNAs, including AC006058.1, AC007743.1, AC048341.2, CIRL-ASL, FAM106A, KCNQ10Tl MEG3, and SNHG8 [PMC7664154]. These findings highlight the diverse regulatory functions of INHBA-ASl in various cellular processes and provide insights into its potential role in disease development and progression [PMC8806271].

Genome locations

Gene Ontology annotations

Sequence

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UCCUUCUCCUGGUGUCCAUUUCUGGAACUGCUAUUUGUAUAUUGCAUGAUAUUUUAUCAGGAAAAAAUAUAAAACAGAUCUAAUUUCAUGAAAAUGCUGUUGCCAUAAUGCUCAGGAGAACAGGGGGAAGAGAGAGAUUCAAGUCUUCCUAAUGUCUACCUUAUAUGCAGAGCCUUGGAAAGAUGGGCAAAUGCUCUGUGACAAGCCACCAGGGUAGACUGGUACUGAAAAGACCCUACUACACACAGGGGCUCUGUCCCUGGCUGGAAAGUUACAAGUCAGCCUACCUCUCUGUGAUCUGGUUUCCACACCUACUACUCUUUAUCCCAUGAGGAGCUUCUGGAAACUAAAAUAGGUACUUCGAAUUUCAUUGUUGCAUCGAGCCAGCUGAUUUGGGAGUUGAGUUCCUGGAUAGGCAUACUAUCCACAGUGUUUUACCAGAGUGAAAUCACAGGAUAGGCUCAGCUGUAACAAACUAUAUCAAAUCUCAGAAGCUUCAAAAGACUAAGGUUUAUUUCUCACUCAUGCCACCCGUCUACUGAGGGUCAUGCGGAGUUCUGCUGAGUGAUGUUCUCCAUCCAGGAUCCCAGCCAGGAUCCCAGCUGGUAGAGCAGCCUCCACCUGGAACAUUGCCUAAGAUAUUGGAAGGGUACACCAAGGCAAUGGUGAAGCUCAAAGUGGCUCCUAAUGGCUGGCCAGAAUCAGCCUUUGUAUCUCCUUGGCCAAAGCAAGUCUCAUGACCACAGCUAAUUCCCAGCAGGUGAAGAUGUGAUUUCUUCCAUCCAGAAAGACAGAAAGCCAGAACAUCUUGAACAGCUCUGGUGACUAUCAUAUCCUUUUCUUCUAAGCCAAAUAUGAGAUUCUUUUAUAGCAGCUAUGACAUUCAAGGAGCUCUUACAGAUGUCCCCAAUACUGUCACAGUGGAGUUUAUCUUACAGAAUUGGGCCACUCUAAGUGACUACCUGUUGCCUCAAAGGGUAACAGGUCUAACAGAAAGAACUGUACUCCAGAAUUGUAAGUCUUCUAGAUUCUGCAACUGGAAGAGUAAGUGGAUAAGAAUAGCCAAGAACAUGUGAAAGAAGAAUUUGUGGAAGUUAAUUUGUAAUGAGGACAAUCAUAAAUUCUUCCUGAGUUAGGUCUCCUUAUCUGCAAAGUUCCCAUCUGCCAAGGGGACAAGAUACAACAUGGGAAUCCCAAUGGAUGCAGAAGGGAAGUAGAGGUAAAUUUGCCUCUUCUAGCCACACAAUAUCUGGUAGAAGAAACGGAGAAAAAGGCAGGGGCAGACAACCAGAGGGAGGGGUAGUGAUUCUGGGGAAAACAGAAGGCAGAGUAUAUUCAUUACAAUUUAAUAAAACUAUAGGAGGUGACCCUCUUGAAGGCUGCCUCCACACCCACCAGUCAAGGCUCCAUCAAUGUAAACUAGCAAUCCAACAUGGUAGUGCCCAGAGAGCCAAGAUUAUUUAUCAUGUUAUGGACAGAUUGGCAUAGGCCCUGAGGGGUACUCAAAGGCCAGUGGGACUGCUUCAAGGCCCUUGUGUUGGGGUGGUAUCCAGCAUAGCAGACUCCUCUAGGUUGAUAUCCUGGGCCAGAGGGGACAGCUGGACAGUGUCACAUUGGUUCUGACAGGUGCAUGGCACUUGCAUGAGCCAGACUGGGGCUAAGUCAGCCAGGCAGGCUGUCAGGCCCUAAUCACAUCAAGGAUGGCCAAAUCAUGUUCCACUAGGGACCAGCUUGAGCUGCAAAUGACCAAUAGGACAAAUGAUGUCAUCCAGAGGACCCAACCACCCGGAUCUGAGACACAGUAAGCCUCCAUCAUCCACCCAGACAUACGUUAGGAAACUGAAAGAGGAAGACAGGAGCCUCCAAAGAUUGGGUUUUUGUGUAGAAGGAACUGAAUAAUUUAAAGAAUGUUCAGUUUAUGAGGUCAGACUGAGAUGAAUGAAUGGAGAUAAGGUGUCACGAGGAAGAUCAGCUCACUGAGAGCAGUAGUUCUCAACCCUGGCUGUACAUUGCCCAAUGCCCAGAGCUUUCAGAAAAUACUCCCCCCCACCCCAAACCACAACUAUUAUGUUGCAAUUGCUGGUGGUGGGCUUAGAUCUGGGCGUAGGUGCAUAUGUAUGCAAGGACACAUAUGUACGUAAUUUCUCCAAUGUUUAUAAUGUACAAAUAUGAAUUAUCUAAUAGAAAUAAACAGUGUCACUAAAGGGCAUGCCCUGGCAGAUCCUCAGGGCUGGUGGAAUUGGCUCCAGAACUUUUGCUCUUGGCUCCCAUUCCCCACUGGGAGAAGCCUGAUACCUGACUCCCUGAACCUGGCCUUUGGCUUCAGACUCUGAAGUCAAAUCCCUUCCUUCUCCCUCUGGCUCAGUCUCCAUCGACUCAACUAGUCCUGCCACCUCUUUUCUGCUUGGCCCAGCCCUAGCACCCUACUCACUGGUGUAGCCAUUAUAGGCAGCUCAAUGUAGACCAGUCAGCGUUUUGGCUGGAAAAUAGACAGAUGUAGCUGAAAGAAGCUGAUGGAUCUUUCUCAGGACUGGCAGUUACCCGCCAUGAGGAUGAAGGCCACAUGGGGUAUAGUCAAGGGGUGAGCACACGUCCAGUGAACUGGCUGAUUCCUGCUGUGGCAGGUGCAACCUGCAGGCCCACGGAUGUCAGAUCUUCUACAGAAGGGAAGCCAGAAUUCUAGAUUUUUAUCUGAAAUUUACCAAUAUUUAAAUACCAGUAAGGAAUUCAUUUUUUAUUACAUUGUAUGUGCCAAAUGAAAAAUAAACCUAUUUAUGAGUUAGUCCCAGCCCCAGGCUCCGGCCUUGGCCUCUGGAAAGCCUCUGAAACAGUAGGGAUUGCGGGAAGAAGGGUGUGUGGAGGCCAAGGAUCUGCUGCGCCUUUCCAGUCAGGUGGGUCACAAUGAGAUGGUUAAGUGUUUGAGCAGACUGUGACCACACUAAAAGUGAUGCUUCCCCUGGGGCAGUUUUACAAUAAAGAUAAUAAAAACCAA

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Publications