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Homo sapiens (human) long intergenic non-protein coding RNA 906 (LINC00906) URS000045DF44_9606

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LINC00906: LINC00906 is a long noncoding RNA (lncRNA) that is involved in cellular differentiation and proliferation as a post-transcriptional regulator of splicing or as a molecular decoy for miRNA [PMC8212786]. It is one of the eight lncRNAs (RP1-293L6.1, RP11-1C8.7, CRNDE, RP11-218E20.3, RP11-524D16:A.3, HOTAIRM1, LINC00906, and LINC00689) used to construct the HRL signature for predicting patients' survivals [PMC8640178]. The HRLscore for each patient was calculated based on the expression levels of these lncRNAs [PMC8640178]. In terms of prognosis, LINC00906 was found to be one of the 10 MES-related lncRNAs significantly associated with prognosis in a multivariate Cox regression analysis [PMC8446619]. It was identified as a favorable factor in this analysis [PMC8446619]. Additionally, LINC00906 was found to be positively correlated with overall survival (OS) in another study [PMC6781732]. It is worth noting that LINC00906 is located between two other loci belonging to the lncRNA family: LINC00662 and another locus approximately 500 kb and 600 kb away from rs8111948 [PMC4076321]. However, the exact function of LINC00906 is not currently clear [PMC9687758].

Genome locations

Gene Ontology annotations

Sequence

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AGUCUUGUCACAAAAUAUUAAACCUGGACCUGAUCAAGCAUCUGGACUGGCUUAUGGAUAUAGAGAAAAUGUAGGGGAUAGAUGAGCACGGGAAAUGUCUCCGUGGGGCAAAAUUCACGAAAUUCAGAUUGUUGGACACUCUCCAGGACAAAAGGUCUAGAUUCUUCAAAAACAACAACAUCGAAAAAAAAAAACUGCCAGAAAGAAAAAAUACAGAGGGAGAAGGACACAGAACACAUUUAUGAGUCUUUUCACCCUCAUUUCGUUGAAGAUUUUAUUGGCCGAAGAACCCUCAGUAGGCACGAAAUUCAUUCUCACAAGCAGAGAGAUGCAUUAUGCUCCAUUUAUUGCUCAUCCUAAAUUAUAAACAUUUCCAGUGAAUGUAAAGGAAGAUAUGAUUGAAAAGGACUCUGUGAAGACAGGAUGUUUCUGUACAGUCCUUGUAUCUGCUCACCUAUUCCAAACUUUCCAGAGAUUUUACCAGAGGUUUAAGAUAUUCUCCUGAGGGUUUGCUGUAGAGAGAUUUUUCUUAACUAAGGAGUGCAAGUAGCAAGCAAUAGCCCACCCAGUUGGAGACAAAAAAGAAGGGUGUCAGUGUUCCCACUGUUAAAAAACAAAAAAAAAUCACCCUGGACACCUCUGAGAAUUAUACAAGGGGAUGUACACAGCCCUGCUUUAUUUGAGUUCAAAAGGAAGGUGGGUUUUGAAAGAAGAACAAGGAGAGUAGAUCUCUCUGGAUCUUCUGAUGCUCACAGCAAAGAGCUCAAGGUAUCUGAGUCAACUCUUGAGGCUUCUUCGAACAGAGGGAUGAAGAGAGAAUAUGGCAAGCUUGCCAACAGAUCCCAGAAGUUUUAAGAGAAAAGAACAGAUUGCUCUUUGCAAAACAAACCGAGCUGGGUGCAUGGAGCCCCAGUAGACAGAAAGUGAAGAAAACAUCAACGUUCUGAAGUUUUAGAUAGGUGCACCAUCCCUUAUGGAUACCAAUCUGUGCUCCCCAUAAACUUCUGUGCCCAGGGUCAACUGGCCAGGGACAACUGGCUCACCAGGAGGCCUACAUAGCCUCUUCUUCAGGCCCUAAUUACAGCUCUAUGCAAUAGGGACUCUGCCAUCUGACAGCCAAGGAGGUGGUUCGGUUUCUGCACAUGGUUUUUUCCGCUGGGUCCCUUGAGGUCCAUGGUAACCUCUUCCUCAUUCUCUACAGGCAGAUCACACUUUGUAAUAAGAUCAGAGGCAGAGAACUUUGACCAGAUCACACUUUAUAAUAAGAUCAGAGGCAAAGAACUCUGACCAGAUCACACUUUAUAAUAAGAUCAGAGGCAGAGAACUUUGACAACUAUCUCCUUGCCCUCUGGCCCUGGGGUCAGGGCUACUCAAACAACACCUGCUGUCCCAAACCCGGAGAAGUGUAGAUUUUGGCACUGGUAGAGGAAUAACAGCUAUUGUUGACACUUAAUCUUGUGGGCCUGGAAUUUCAACUAUGUUUUCACAACUCGGAGCCUAUUGCUGCCACCUCUGUCAGGGAAGAUAAAUGGGCAUGAAUAAUAGACAGAUGAGUUUCCCAAAAGCCCAGACAGGCUGCAGGGAACACGUAAUGAGCAGACAGUGUGGUUCACGCCGGGGAGCCCAGGUUUAUCCAGGCCUCAUCCUCACUCCCUUUCUCUACUGAUAAUUGGACCCAACAGGACCAUUCCGAAUCAUUUUUCUCUCUUCAGUUAUUCUUCAGUUCUACUCAAAGGGUCAGUUUAGGGCAUAAUUAAAGUCAAUUACUUUCUGAAAGGCCAUCAGGACAACUGUUAGAGAAAAUGAUAGCAGCCCCGCACUUGCUGUAGGAAUUAUUAGCUUGUCAGCCUCCAGGCUUAUGGAGACAAAGGAUCAAAAAGUUAGAGAGAUCCAGGUGUUCACCUAUUUGUUCACUAAUUCUUUUAUUGUGAGUGUGCAUGUGUGUGGGUGGGUGUGACAUUUAUUAUGAACCAGAGGGCAGGAGCCAGUGACACAGUGGUGCAGAGAAUAAUCAUAUUCCCUGCCUUCCUGGGGUCAUACAGCUUGGUGGAGGACACAGAUGUGAAUUCGGUAAUCACUCCAAUAAAUAUUCUCCUACAGAUGAAGAAAGAUGAUACGAUGUGAUGGACAACAGAGACUUAUAUGGUGGGGUCUGGGCUGGUCUUUCUGAAGCUAAGACUGGCAGGAUGAGCAGGAGUUUGCCAGACAAAGAGGAGUGGAGUUGUUUUCCAAACACAUCUCAGCACAAAGUGUUGUCUUUGCUGGGAGCUGAAAAAAGAUAGUGUGGGCAGAGACCAUUAGGUGAGACGCUUGAUAUGAGAUACAACCUCAACAGGUGGAAGAAGAUCAUGAGAGAUGAAGAGAGGAAUAUAGUACAGCAGAGAGGACACAGAAGCUGACGUCAGGGUGUCUCAGUUUGAAACCAGUGGCCACCCUGUUCCUCUCCCAUGUGGUCCCAUCAUGGGCCUCUAGGGUCUGGGAUAAGAGGUUAAUGAAUAUCUCAUACCCUAAGCAGGGGUGGUCCCUGCACUUUAGCAAAAAGUUAAGGAACUAGGGAAAAGAGAUGGAAAUAAUAAAGAGAUGGGACAAAGACUUUGAAGACCAAAGCCCCUGGGCUAUUCUCUUUUUUAAAUUUUUUUAUUUAAAUUUUCAUUUAUUUUUAUCAAGAUAGGGUCUCACUAUGUUGCCCAGGUUGGUCUCAAACUUUUGGCCUAAAGCAAUCCUCCCACCUUGGCCUCCCAAUGUGCUGGGAUUACAAUGUGAGCCACCACGUCCAGCCUCCUGGGAUAUUUCUCAAUGAAACAUUGGAUGCCAAGAUUGGUUUUGUGCCACAUGCCAAUUUCACAGAAGCCAGUCUAUGAGCCACCAGCUCUACUCAGCAAUUACAGUUUCUGGAACUUUGGCUAAAUUCCUGUAGAUGCACCACUGCUUGUGGCCUGACUCUUUGCCACCCAAGUGCGCUCAGCCUCCCCUGGGGAGUCUGCCAGGCUUGCAUGGCUCCCACUGCACUUGCUGUGCUGGGACCGAAAACAGUUUUUGUGCCCCUAGCUUAACUCCACUGGAUUCAUAGAGGCUUUGGCCUCCUCAAUGGCUGUCCUGGGACAGGGAGGCUGGUUAGCACAAUUAACACAACCUGGUCAUGCAAGGCAUUGAUGGUCCGUAACAUGAACUUUGACCAGUAGGAGACAGAGAAUGGAAAAAAGCCAGCAGAUAAAUCAUCUGGCCUUCCUCCCCUAUGACAGACUGUUCUGAGCCACAGUGUUUCACAUGUCUUCCUGGAGAUGUCCCACAUGACUUGAGCAACCAGCUGGAGCUCUGGAGAAACUGUGGCCAUCCUGGUAACAUAUGACCUUGUAUUUGCUUUCUCUCCUUCCUGCUUUAUUUCCCUAUGUCCCUUACUUUGGUUGUUGGGAUUGCACCUCCCAAUAAAGCAUUAGCAUGUCC

Taxonomic tree

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Publications