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Homo sapiens (human) long intergenic non-protein coding RNA 896 (LINC00896) URS000075D388_9606

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LINC00896: LINC00896 is a long non-coding RNA (lncRNA) that has been implicated in various tumors, including lung adenocarcinoma, papillary renal cell carcinoma, and copy number variation syndrome [PMC7400162] [PMC8672037]. It has been shown to regulate the expression of target genes and recruit a histone methyltransferase to the promoter of WNT10B [PMC8672037] [PMC9939717]. LINC00896 is also involved in the construction of lncRNA-mRNA regulatory axes and networks [PMC8672037]. In addition, it has been identified as a dysregulated lncRNA in cancer and as a prognostic marker for patient survival in lung squamous cell carcinoma (LUSC) [PMC5458226] [PMC8672037]. LINC00896 is part of optimal combinations of differentially expressed mRNAs and lncRNAs that have been screened out using LASSO Cox regression models for various cancers [PMC7400162] [PMC8564147]. It is also included in risk scoring models for patient survival prediction in different cancer types, such as ccRCC and high-risk lung adenocarcinoma (HRLs) patients [PMC8672037] [PMC9270212]. Furthermore, LINC00896 is part of an immune-related lncRNA model associated with overall survival outcomes in cancer patients [PMC8564147]. Overall, LINC00896 plays a significant role in tumorigenesis and can serve as a potential biomarker for cancer prognosis.

Genome locations

Gene Ontology annotations

Sequence

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UCUACGGAGCACUUCCCGUCCCUCCUCUGUAUCAUUUAAAGGGACCACGCUUUUCCCUUCUCAGCACUUCCUUUCCGUAUCAACAGGAGGCCAGGGACUGGCUGGACCCCUAGGAGCCAGGUCCUACGGAUAGGUGAGCCGGCCCCCCAGGGCAAACACCUCCACUGGGCAGACCUGACUGCCCAGAGCUGGAUUCUUUACUUGUAAAAGGGGCCAUGAGUGACACAGGCUCGGCCUGCUGUGCCUUGAGGAAAGGAGAGGCUAAAAAUUCUGCCUUCUCUCCUAAAGCCAGCCGGGCUCUUUAUGGUGGGGGAAGGAAGGAUUUGUUUAUUUGCACUCUUCUGAAAUAAAAGUUCUCUAUCCUCCCUCCUGGCUGGAGUUGGGAGGGCCCCAUGGGUGGGCUCUGAGAUGUGGCACACGGUACCCAGGGCAGGGCUGGGAAGGGUGGGGUGCAGGGGCCUCCCUGGCUGCAGGGCCCACCCACCAGGUGCCUGGGCUUGCUGCACUGAGCAGGCAUGGGCUCUGGCCCCCCUCACUGUCCCUUCCAGGCCCAGCCUGUGUUCAGGGCCCAGGACAGGGUCUGGCCAGCAGGCCCCAGGCCUCCAAGAUGUUCUCAGCCUCUGGAGUGUGUGUGAUGAUGAGCACUCAUGGAGCUUCCUGUAUGCUGGGCCCUGGGCUUCUGAGAGGGCCACCGGGUGGCGACUGAGUCACGAGGUGGAGGGCCAGUCCCAGGGACUCCAGGUGACCUCGUGUCGGCACCACGCCCUUCUCCCAUGGGCAGUCCUGGGCGCCCCUUCCUGGCCUUGGGCCCAGUGGCCUGUGGCCUGACCCCGUCCACUCCUGCUUGGUUGUCCCAGCAGCAGCAGGAGCCCAUGCUGGAGAAGGUGUUAUGGGGCAGGUGGAGGGCCCGGCUGACUCAGAUGAUCCCCCAAGUUUCUUUUCAAUGAACACUUGUUUAGUGCAGUUUUUCCUCCUCAAAUCCCCCUCACACAGGCAGACACCCUCUUGGCCCAGGGUAAUCUGCUGAGCCUUUGCUCAAAUAUAGCAGCUUUGCUGCUUUCUAAACACAACUAAUCCAAUUUGGGAUUUGGGGAUUCGAGGUGGGCAGCACUGGGCCUCAGAUGAGCCCCCAUCACCCCAGACCCAUGCAGGAAGAGCCAGGCAGGGUGGGGCCCUGGGGCCACCUGGUGGGCUCAGGGCCAGGGCAUCGCGAUGUCCCCAUCCUUCACACUACGGGGCUUCCUGGCUGCAGAGUUGGGGACUCAGCUGGGAAUGCUGGCCAUAGAGGCAGAGAGCCCCCAUCCUGCUGGGCCAGCCCUGACCUGGCUUCUCCAGGGUGGCCCAGUGUCCCCUUCUGCCCUUCCCCUGGCUCCCACCGUCCACAUCCCUCUAUCUGCCCACCCUGGACAACAACCAGCACAGUGCAGUGUGGCCCUGCAGUGACACCACCUGCAGAGAGGUCAGGCCCAGCCUCCCCCGUCUCCUAAAAGGCCAGCAGGUCCCAGGAGCUGGGGGUGGGGCCUGGCUGUGGGGCCUCCAUGCCCCAGGGGCCAGGGCAGACCCUCCUUAGCCGGCAACCACUGCAGAUUCCUCCCCUGGCCAGCACUCGGGGACCUCCCUGCCCCUGCCCCGUCCCCCUACCUUGCCUGCUGAGACAUAGGGCUCCACGGGUCUCUCUCCUGGGGCCGGGCUGACUGUGGCCUGCGAGGGGCAGUCAUCGUGUUGGGUUUUCCUGCCAGAGGCAGAAACCACAAAAUUACCUGGAACAUACACGCCCCAAGUGACAGAUUCAAUUCAAUUCCACAAAUAUUGACCUCGCGUCUAAUCCACUCGUCCUCCAGUGCCAGCUCAUUCCUGAGAAGCCCAGCCUGGCAGCCGCAGAUCCCAUUUAAUCCCAGCCCCACAAUGUCACCAGCUCGCAGCUUGGGAGCUGGGCUCAUCCAGGCCCUGGCAGGUGGGGCCAGAGCUGGGCUCUGACCUCUGUACCCACACUUACCACCAUGUAAAGUGCUGGGAAGAGGGGUGGGGAGUCACGGCAAGUUGAGGGUCCAGGCUUGCCCCAGCUCGCCAGAUGCUCGCCCUGGCUGCCCUGACCUAGCAGCUAAUCUCUGCGGGGCACUGCGGCUACAUGGUGACUCCAGCACGGGGACAUUUAUCAGAAAUGGAACUGAUGGAUUAAAGUGGAACCAAGCGAAUUGAUUUUUCU

Taxonomic tree

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Publications