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Homo sapiens (human) ADORA2A antisense RNA 1 (ADORA2A-AS1) URS00008E39D5_9606

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ADORA2A-AS1: ADORA2A-AS1 is a long non-coding RNA (lncRNA) that has been studied in relation to its interaction with miR-665 and its association with overall survival in hepatocellular carcinoma (HCC) patients [PMC8973732]. The study found that both ADORA2A-AS1 and miR-665 were enriched in Ago2 pellets of K562 and KCL22 cell extracts, indicating a mutual interaction between the two molecules [PMC8973732]. This suggests that ADORA2A-AS1 may play a role in the regulation of miR-665. Additionally, the study found that low expression of ADORA2A-AS1 was associated with worse overall survival in HCC patients [PMC8558402]. This suggests that ADORA2A-AS1 may have prognostic value in HCC [PMC8558402]. The findings highlight the potential importance of ADORA2A-AS1 and its interaction with miR-665 in HCC progression and patient outcomes. Further research is needed to elucidate the underlying mechanisms and potential therapeutic implications of targeting this lncRNA-miRNA interaction.

Genome locations

Gene Ontology annotations

Sequence

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CUUCGCCUCUCGGUUAGCAAGCGAUGAGGCACGCCCCUCCACAGGCGGGACUGCGCGGAGUCGUCGCGCCUCGGCUGCGAGUCAGGACUGAGGCUGUCCCCCUCCCGCCUCCCUCAGGGGCCCUGGCGCGGGUGCCUCCAGGUUCCACCCCUCACCUGCCCCUUGGUGUCGGGCCGGGACCCUGGAGAGGUCGUGAGGGAGUCCUGGGCGCGGGCUCCGGGAGGCUGCGGCGCGGGUCUGAGGUAAACGGCCCGGCCGCUGCGGGCCCUUGCGGGGGCUGGUUCCAGCAGCAACCGCCGGGCAGGGCCCCUCCCGACCGCGACCUCCUGUCCGCACCGUAGGGCAGCCGGCCGGGCCAGCCUCCCUCACAGGACUACCGAGGAAGAGGUAGGAUUUCACUCUGUCACCCAGGCGGGAGUGCAGUGGUGCGAUCAUAGCGGGGACUACAAGUGUGCACCACAUGCUUGUCUACGAACCUGAAGUAUUCUGAUGCAGUGGAGAGAGUGUAGAACUCUGGAGUGAAGAGAUCUGCCUGGAACCCUGACUCUAUCACUAGGAGAUUCCUUGGAAUGAAACCAAUGGGAGUCCAGGGUUUGGGAGAGUCUCAUCAGAGCAGAUGGGCGAGCAGCAGCCAGAACGCUUGUUGCCUUUGGCUGAGAACACUAUCCUGGAUCUGAAUGUCUUAUCAGGACCUGAAGUAGGUGGCUGCCCAUCCAGGUAUUCUACAGGCACUUGCCCGUGAAACCUUCACCACUCCUUGAAUCUGGUUCUGCAAAGUGGGACAGCUGAGACUUAGGCUAAGUGACUUACUGAGGCAGCAGUCAGCACCGUGUGGGACCAGCCCCCAUGCUGUUUCCCAAAUGGAGGCACCUUCCUGCAUACCUUGGGCGUGAUCUGUAACAGCUCAGAAAGCUUGGACACCAGCAGGGUGGCACCUAUAUGGGGAGCACCUGUCCGCACUGACUGCAUUCAAUAAGCGUUCAUUUCAUCACCCUUCACCAUGAGUCUCCCUCUGUAGUCCAGGCUGCAGUGUAGUGGCGUGAUCUCAGUUCAGUGCAAUCUCUGCCUUCUGGCUUCAAGCGAUUCUCCUGCCUCAGGCUCCCGUGUAGCUGGGAUUACAGCUUUGUCACUCCAAGAGAUGGCCCUGGGACUGAGAAGUGGAUGGCAGCUGUGACAGCAGGAGAGGACUGCCUGAGGCUCCCCGGGCAGAGGCUCUGGUGCCAGGUUAGCAGCAGGACCGACGGCAGACCCAGCAGCCAGAGAGUGAAAGUUUUGAUUCUGGCAAGACCAGACUACACUCCCCUCUACCUGGCAGAAACCCUACCCAUCCUUCAAGUCCAGGAUAGAGAUCUCAAAGAAGUUUCCUACCGAAGUGCAGCAGAUCCCCACCACAUCUGGGCCCCUCGGGGGCAGGGCUUUCCUACAUCCAUCUCUGCAUUGCCAGCUCCGAGACAGGGACACUCAGAAGGUGCAAGGAGGCCGGGCGCAGUGGCUCACACCUGUAAUCCCAGCACUUUGGGAGGCCGAGGCAGGCGGAUCACGAGGUGGGUAAAUUGAGGCCCAAGGAGAGGAAUGGACUUGCUGUGGACAUUCCAAGAGCCCAGAGGCAACUCAGGCCAAGGCGAGUCUGUCUGUUCUGAAUCUCUUAGGUCAGUUCUGAAUCCAAACAGUAACCGGACAAGCCCAUUCUCAGGAGCUCCUCAGCUCCAUUCCGUGGGGGCUUGGUUACCUGUAACAGGGCCUCAACAGGAGGGUCAUAGACUUGCCCAUUGCUUCCAAGCAACAGGGAGUUGGCAUUGCCCUGCCUCCUGUGGGACUCGCAAACAUAAAAUCUCAGGCUCUCUCAUUCUCACAUCUACAUUACAUAGCACUGACUCUGUGCCGGACACUGUUCUUAGUGCUUUGCAAAUAGUAAUUUAUAUAGUCCUCAUUGACUGGGAAGCUAUAUUAAUUUUGACAUUAUUCCUGAGAAAAGCAUAUCCCUUCCUGGGUUCUGGCCCUGUUAACAGGAAUGUUUUAAAACUUUAAAAAAAAAAAAAAAAAAAAAAAAAA

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Publications