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Homo sapiens (human) long intergenic non-protein coding RNA 1124 (LINC01124) URS000075D5C4_9606

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LINC01124: LINC01124 is a long non-coding RNA (lncRNA) that is involved in the regulation of CC cell progression [PMC9526654]. Overexpression of miR-654-5p leads to a significant suppression of LINC01124 expression, as shown in Figure 5(b) [PMC9526654]. Conversely, overexpression of LINC01124 leads to a significant suppression of miR-654-5p expression, as shown in Supplementary Figure 2 [PMC9526654]. These findings suggest a reciprocal regulatory relationship between miR-654-5p and LINC01124 [PMC9526654]. To further investigate the regulatory effect of LINC01124 on CC cell progression, loss-of-function experiments were conducted by knocking down LINC01124 [PMC9526654]. These experiments aimed to explore the impact of reduced LINC01124 expression on CC cell progression [PMC9526654]. Overall, these findings highlight the role of LINC01124 and its interaction with miR-654-5p in the regulation of CC cell progression [PMC9526654]. Further studies are warranted to elucidate the underlying mechanisms and potential therapeutic implications associated with targeting this lncRNA-miRNA interaction in CC [PMC9526654].

Genome locations

Gene Ontology annotations

Sequence

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GUUCCUGCUGGCGACCUGGAAGUUUUCCUCAGGCCACAACUUUUGCAGAGUGGACCUGGGAAAAACACCCGCGCCGCGCAUACCCUCAAAGCUGAGCUCGGCAGGACACCCAAGGCGACCCGUCAUGCCCACCCGAGGGGAAGAAGCUGUGCUGUCCCGCCCCCUUCUCCCCAGGCCACCCAGGAGGCCCGGGCUGGGCUGUGGGGGGCCGAAAGCCCCAGCGCUGCUGGUGAUUUCUCGCCCGGAGCCCCGCCAAGCCAGCGCGCCCUCUCGCAAGCCUGGCAGACCAGGAGCUACUGGAAAAAAGGCGCGGUCGAGGAAGCCUGGUUGUUGUGGUCCCACAAACCACAAAUCAUACGAGAGAGGAUCCCGAAGGCGGGAGAAAAGUCAGUACAGACUUGUUCCUGCCACCUUUGGAAAGAAAAAGUUCCUCACCAGGCGCGGGGCGUGCUUUGCUCUGGGCAGGGUCGCGCUUGCAGGGGCUUGGGUGACCCCCAUCCCUCCCUGGCGGCUCACCUCCUGCCGAGGAGGGCCACCUGCCUCCUCCUGGCCCAGGGCGCAGGGCGCGUCCUGCCCCGGCACUGCGGACGCGGGGAUCGCCUCUCCCGGGCGCGCGGGCGGGGAAGGAGGAAGAGGCGGGCGGGGAACCGCGGGGUGCUCACCGCCCUGGGGCAUUAGGGGUGCGGAACCGCGUUGGAGGCCUCGCGGCCCCGGCUCGCGAGAGCGCACUGCGGAGUGGCCGCCGGAGCUCGGCCUACUCCUCUCCCCCACCCACCUCCCGUCGGACACAGUCUCCACUCUCCAGGCCGCCGGCCGUGGGGGAGCCCCUAAUCAGUUCGCGCCCGGCCUCUCUGCCCGUCUUCCUCACGGGAACCGCACUGCGACCGGGACGGACGGGGUGACCUAUCUCCCGAUGCAGCGUCAGAGGUUAGCCUAACUACAACGGACUCGGAAUCUGGACUGUAUAAGGAUGCCCUCCGCACUUCCAUCAGGGGUCGGGGAUGCGAUGCCUCCGGGCCCACCUUCUCCCACGCCCAGGGCGCGCCUGCGGAAUGAGAAUAUCGUACUCAAGACGGGUGGGCUGCUUGCGACCCAAAUACAAUGGGUCCCUCGCACAUCCUGCACUCGCACGCCCCCUUCUCCCCCAACGAGUUGUCCCCUCUAAAACGCGAGCGGCGACCACACAACUUGGCCGACCCGAUCUGGCUUCUGAAGAUGAGGUCGGCUGCUCUGGGAGCGGAGAAGGGGAGAGAGCUUAGUGGUUUCAUCCGAGGCCUGGCCAACCUGCUCCUUCCCACGCUCCCGUCCAGGAUUUGAGUCUUGGAGAAGCGUGAGACUCGAGGGAGCUCUUCCCUGGAUGCAAGUCGGAGGCCAGGGAGCCCCUUGGCACACACUCGCGCCUGCACAUGCUUGCACCCUCGAAGCGAUCUGGUUCCUUAGCGCUGGUUUCCUUUCCAGCUUCUUUGAGAUCUUCGAAGUCCCCUUUCCCAGGGAGGCGGGCAGGGCCGGGCUAAGCAGGAUGGAAGGCAGCCCUUUUUAUUGAAUCUGAUAGCUACUUUCCCAAAAAGGCCAGAAAAGCCAUUUCACAUCCCCAUAGUUAUGGGAAUUAGCUUUUUCUCCAAGAUGCCCCCAUUAGCCAGUUAAACCAUCAGUGGGCCAACAGGGUCAAAGUUAGUGGCUUGGUGGUUGAAAGCUCGGAGUCCGAACUCUCUGAAGACAUUUUUCCCGCCUUGCCACUUUCUAGUUGGUGACCUUGGCAAGCAAGGUACUCAGCCGCUGUGUACCUCAGUUUUGCGGUUUGUAAAAUGGGAGUUACAAUAGUGCACCCCUUGUAGAGUGGCUAUAGGUUUAAGAGUUAAUAUACGCAAGGUCUUUAGGACGGUGCUGAGCGUACAGAAGGCCCUCUCUUGAGUGGUCGCAGUUGGCUGCUCUCGGCCUCAUCUCCGUUUGUGAAAACCCGUCCAGAUUCCGGUCCUCCCAGGCCCCAGCUGAAGUUUGGAGAGAGGCUUUGCUGAAUAGCUGUUUAGUCUCCCCCAACCCCCUUGGCCCUCGGAGCUCCUGGAAAAAGUUCUUAAUGAAGUAAUGUUGAGAGCGUCCAUUAAAAAUGCAAUGCUGGGAGAUCAAAGUAC

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Publications