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Homo sapiens (human) CCDC26 long non-coding RNA URS00008120D0_9606

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CCDC26: CCDC26 is a poorly investigated long non-coding RNA (lncRNA) that plays crucial roles in several cancer models, including pancreatic cancer, leukemia, and laryngeal squamous cell carcinoma [PMC8124016]. In thyroid cancer, the effect of CCDC26 on disease progression remains unclear [PMC8124016]. However, CCDC26 has been found to be highly expressed in acute myeloid leukemia (AML) and is associated with poor prognosis [PMC6676650]. In AML cells, CCDC26 amplification and upregulation have been shown to be involved in cell growth [PMC7844715]. Knockdown of CCDC26 has been found to decrease colony formation in cells [PMC8124016]. CCDC26 is also associated with drug resistance. Inhibition of the insulin-like growth factor 1 receptor (IGF-1R), which induces drug resistance through the apoptosis pathway, can reverse the drug resistance caused by CCDC26 knockout [PMC9485670]. Furthermore, CCDC26 has been identified as one of the notable genes in MCF7 cells and is associated with Malignant Glioma and Astrocytoma [PMC7758440]. The role of CCDC26 in glioma growth and migration is being investigated [PMC7844715]. In addition to its role in cancer, lncRNAs such as FOXD2-AS1, TNRC6C-AS1, DARS-AS1 have also been found to modulate gene expression through miRNA targeting in thyroid cancer models [PMC8022221]. Overall, further research is needed to fully understand the role of CCDC26 in various cancers and its potential as a therapeutic target.

Genome locations

Gene Ontology annotations

Sequence

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GCUUGGUGUCUGGGAGGUCAUGAGGAAAGGCUUCACUGUUACUCUCAGGGUCAACCUGGUGUGAUGCACACACCAAUUCAGCAGCCAAGUUUAUCUAGGAUAUGUCAAUCUCACAAGUUAUAGAAACUUCCAAGAAGUAGCAACAGGACCCAGGAGCUCACAGCUGGGUUUUCACUUAAUCCUUGUACAGUGUUGCCUCAGCUUCUCAAAGUUUCUGGUGUUUAUGAAGAUCCAUAACAGCUGGCUGCAAACCCAACUCCUGAGAAUCAUUUCUGGGAGAAUGCCGAAGACUGCAUUUCAACUUCAAGAAUGGCCUUUUAAAGGACCAUGGGCUGUUUGAGGGGCCAACAUCAUUAACUGGAAGGCCUGAGGAGAGAAGACACAUAGUCAUGCUGACUAAACCAGAUCACCUAGAAUUACCAAAUGGAAAGAUUGUGCCUGCAGCCUGGCCUGUUGCCCACAGCGGUCUACCUGCCACACUGGGAAAGAUCGAGCAGAGACAGAGAAGAAAAGGAGGCUCCAUUUUUCAGGCUGCUCUCCCGCAGGCUCAUGUUUUGUGUUCAUGCCAGGCAGAGAACACAAAAUGUUCCAAUAAAUAAGUAUCAAAGGUUAGUGGUGAAAAUGAAGGAGGAGGAGGCAUUGCGUGAAAAACUAAACAUGCAAAAUAUUACACACAAAGAGAACCAAAAUGCAGGUUCACUGGAAAUGAUAGACAAUAUGUUAAAACAAGAGGAGAGAAGAGAGCUGAAAUAAUCAAAUGGAAACACACAAUUUAGGGCUAAGAUCUUGUUGUGUUCAGCCACAAAUGAUGGCCAGCAGUGAGGAAUCUGUGUGUUCUCCACACUCUUCGCUCCUGGGAAGUCAACUCACAUGGACCAUGAUAUCAAUAUCUGCUCCUUCCCCUAAUAUCUGUUUGACCUUGGGUCAGUUACUUAAACUUCCUAAGCCUUAGUUUCUUUGUCUGGAAAAUAGGGAUAGUUAUACCUACCACACAACCACUUUGUAAUGAAUAUGUUGGAAAUUAUAUGCAAAUUGGCUUCCGUUGGUGUUUGGAACAUAGUAGGUUUUUAACUGGAAUAUAAUAGCUACCAUUAUCAGUAUCAUCAUAUUAAUUUAUAUUUCCAUCUUCAGCCCUUAACCCAGGAUCUUCAGUAAAUGUUGAAUUCUCAAAUUUGUUAAAUUCACUUGUCUAUACUAAUAUUUUACUCUAGGUUUCUUAGAAUAUUCUAGAUAAUAUUAUUAUGUAGAAUAUGUUAUGUAAGCUUCAUCUUAUCUGUAAAUAUAGUUUUACUUUUUCCUUUCUAAUUUUUAUGUCGAUUACUUCUUUUUCUUGGCUUAUUGAAUUGGCUAGGAUUCCCGUACAGUGUUGAAUACGUGCAGCAAGACUGCACAUCUUGCCUUGUUCCUGGUCCCACAGAGAGAAUAUCCAGUACUUCACAAUAAGUAUGUGUUAAUUGUAGAUUUUAUUAGAUUGAGGAAGUUCCCUUUCCUUUCAAGUCAGUCUUUUUAUUUUAAACAUGUAUUGAAGUUUUGUCAAAUGUCUUCAUCUAUUGGAAUAAUUAUACAUAUCUCUUUUUUAUUCUGUUAAUAUUACAUUUCAAUCUUCUGUCUACCUAAAAUCCCUAGAAUAAUCUCCAUUUGGCUAUGAUGUGUUGUGCUUUUAUAUAUUACUGAAUUCUAUAUGCCAAUAUUAUUAAAAUUUUCUGUCUUUAUGAGAA

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Publications