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Homo sapiens (human) long intergenic non-protein coding RNA 2762 (LINC02762) URS00007D0844_9606

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LINC02762: LINC02762 is a long non-coding RNA (lncRNA) that has been studied in relation to breast cancer (BC) prognosis. In a study, high expression of LINC02762 was found in the high-risk group of BC patients, and it was negatively correlated with the prognosis of BC [PMC8924052]. Additionally, cluster analysis showed that patients with worse pathological stage, higher grade, and later stage had higher expression of LINC02762 [PMC8924052]. Another study found that LINC02762 was one of the 11 lncRNAs associated with iron-dependent cell death used to predict the prognosis of BCa patients [PMC9245204]. In this study, LINC02762 was identified as a high-risk prognostic lncRNA [PMC9245204]. Furthermore, in a study on PD-L1 expression in BCa, it was found that PD-L1 expression had a significantly positive association with the expression levels of LINC02762 [PMC10028168]. In another study on BC prognosis prediction models, LINC02762 was identified as one of the risk factors associated with poor prognosis [PMC8424867]. However, it should be noted that there is limited research on the prognostic role and significance of LINC02762 in cancers [PMC9245204]. References: - [PMC8924052]: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8924052/ - [PMC9245204]: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9245204/ - [PMC10028168]: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10028168/ - [PMC8424867]: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8424867/

Genome locations

Gene Ontology annotations

Sequence

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UUUCACAGGUUUCUCUCCCUUCUGAGCAACGGCAGCUGAGUGCCAUGAGAGGACAGUGACAACCUUGGGGCCUCAUGGUGAAGGUGGCAGAAACUUUGUUAGCCUGGGUGCUCAGGGUGGACAGCUGCUCUUGCCAACCGGGAACAUUUGCCUUGAGCUCUUUUGUAAGUGACAGAUAAGCUUUUAUUGUACUUCAGCCAAGAUACAAACAUUGGACGUAUUUGUACAGCAGCUAAAGGUGCAAUCCACAACCUACCUCCUCUGCAUCCCAGUUUUGCUCCAGAGAAGUUCACGAGGUGGAUUGGCCUGAUGGGUCCUGGCUCCACUGGGAAGACCCCUGGGAGAAUCUGAAUCUUCUUGGAGGAUGGGUCUCUGCUCUGCUUCUAGUUCUCCACCUCCAGGUUGGGAGAGGGUCCUGACACCAAAAGUUCAUUUCAGAAUCUGCCUUUCAGCCCUUCCUUCUGGUCAAAGGUGUGAGUAUGGCUGGCAUGAUGGGAUGGAGAGAACAUGGGCUUCUCAAUCCCCAAUCUACCACUAGUAAGCUAUGGGAGCUGCAAUCCUCUCAGACCUCCGUUUCCUAUUCAUAAAAAUGGGAACAAUAACACUACCCUCAUGGGACUGCUUCUAGGUGCAGUGACAGGGCAGCGGCACCAUCUAACACAUUAAAAUGUCAGUUUUUCUUGCUAAUACCAUAAGGAGAUUUAAAAUAUAAAUGUAUCUAUAAAUUCCCGGACCCCAGUGUUGCCCCGUUGAAUAGAAACUACUGGAGGUUGGGUUCUGAGAAUGUGAAUUUUUGAGGCACUCCCAGUGAGACUCUGAGAAGCCGCGAUGUUUGGGAAUGACAGCUUUUCCAUUCUUCAAUUCCAGAUGCUAUUCAUAAUGAGAUGUGCUACCGAUAACAACUUCUCAGGAAAAAAUGUGUGAAUUACCAAUUACAUUUAUACAUUUCAACCUCAGACUCAUUAAAAAUUGCACCCCUGGACUGUGCAUUGUCUCAGCUGUGGUCACAGGACUGAAGGAGAAGUCUAUGUGGUGUGAGGCAAUAACCAUGACUGUGAUUAGACGGCAGCCUCGAUGAUCACCUGGUAUAUGCCAUGCUGGGAGGCCACUGAGAAUGCUCUGCAUCAUCCCCCAGGCCUGGGAUGCAGAGUGUCGGGGAAUCAGUCCUGUGUCUCUCUUCUCCAGCAUCUCUCAGCUGGAUGCACCGGGCUGUCUUUGUGGUUCAGACCUUCAGGAGCCAAGCCAAAUUGAGUCAGAGCAUGCUCCUCAGUGUCUGCCCCACCACUGAGAGGGGUCAGCCUUCACCUGGCAUCUGGCACACCAGUCUGCACUGGUGGGGCUUCUUCGUUGCUGUUGGAGCGUCUUUGCUCCUCACAGAGUUGGGAAGGGUGGGAGGGCCUCUUUCAGAGCUCUCUGCCCCUUUCCCUGUGUUGGCUGAGUCCCUAGGACUGUACUUGUGCGUUGAUUUCCCUCUUCGGUUCAUUGUAUUUGUCAGGAUUCAGGCAGGAAAACACAAACCAGGCUUGGUGUAUCUGAUAGAGGAAUUUAACACUGGCUAUAGAAUGUGUAGAUGUUGGAAGGCUGGGAUGGCAAGAGGGAGACUGUGAGGUGGCCCAGGGCUUAUGACCUAUAGAAAGCUGCUGCCCCAGCUAAGGCUGGGGGAACAAAAAGAAGGAGGGUUAUCAUUAGGAUUUGGGAUGCAGAGGAGGAGCCGUAGCCUCGGGAGCAUUGCUGUGGAGGAGGGACUGCUGCAGCUAGAGCUGAGAUGAUGGAAAUAGCACAGCUGCUUGAGAGACAUCACCUGGAGAAGAAGGAACGAGAGAAAGAGUGAGAGGAAUAGAAGAUCAACACUACUCUCCCAGCAUCUCUUAUUGAGAGAGCUUGUGAAGAAGUCAGCUGGCAAAGGAGCCAAGUGUGACUGAGCAGUGUGCAGAGAGUGUGGUGGGCCUGGGAGACAAUAGGCAAACAAUGAGUACAUUCAGGCAGUCAGCACAAAUUUACUAAGUACCUUUUUUUUUGAGACUGAGUCUCACCCUGUUGCCAGGCUGGAAUGCAGUGGCGCGAUCUUGGCUCGCUGCAACCUCCACCCCCCAGGUUCAAGUGAUUCUCCUGCCUCAGCCUCCUGAGCAGCUGGGACUACAGACACACCCCACCACACCCAGCUAAUUUUUGUAUUUUUACAGGAGACGGGGUUUCACCAUGUUGGUCAGGAUGGUCUUGAUUGCUUGACAUCGUGAUCCGCCUGCCUUGGCCUUCCAAAGUGUUGGGAUUAUGGGCGUGAGUCACUGUACCUGGCCUACUAAGUGCCUUUUAAAUGCCAGACACUGUUGUGAUGCUGGGGGGUGAGCAGGGAACAAAACAGAAAAUCUCCUGCCAUCUAGGAGCCAGCAUCUUAGUUGGGGAGACAGUCAGCAAACAUAAAAAAAGUAAAAUAUGUAAUCUCUUAAAUGGCAGUAAGAGCUAUAGAGAAAAAUGAAGACAGGAAAGGGGCAGAGAGUGGUGGGAAUGAGGGGGUGGGCAGGAAAGGUCUCACUAAGAACAGUUUAAGCAAAGACCUGGAAGAAGCCAGGCAGCGAGCCCCGAGGCUCUUCGGGGAAGAGCAUGGCAGGCAGAGAUACAGCAAGGGCAAAGGCCUUGAGGCCUGCCUUGGUCAAGGAAAAAUAAAGAGGCCUGAGCAGAGUGUGCGAGGGGAGAAGAAGUAGGAAAUGAGGGCAGGGGGAUACAGCUGAGCAGUUUGGGCUCCAGAAAU

Taxonomic tree

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Expression New Publications