Homo sapiens (human) long intergenic non-protein coding RNA 1087 (LINC01087)

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Homo sapiens (human) long intergenic non-protein coding RNA 1087 (LINC01087) URS00001A2CE1_9606

3,516 nucleotides
9 databases (Ensembl, Ensembl/GENCODE, Expression Atlas, GeneCards, HGNC, LncBook, LNCipedia, NONCODE, RefSeq)
Found in 0 other species
32 publications
1. lncRNA
2. antisense lncRNA

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LINC01087: LINC01087 is a long non-coding RNA (lncRNA) that has been studied in various types of cancer [PMC8975626]. In thyroid cancer, there is a correlation between the expression of miR-135a-5p and LINC01087, suggesting that LINC01087 may have a regulatory role [PMC8436897]. Further analysis revealed that LINC01087 is primarily located in the cytoplasm of glioma cells [PMC8436897]. In breast cancer, LINC01087 is one of the seven lncRNAs that are favorable prognostic factors [PMC7892971]. Conversely, two lncRNAs are unfavorable prognostic factors for breast cancer patients [PMC7892971]. LINC01087 also shows potential as an indicator for the diagnosis of breast cancer as well as other types of cancer [PMC9738797]. In breast cancer tissues and cells specifically, USP30-AS1, TFAP2A-AS1, MAPT-AS1, and LINC01087 are significantly increased while HOXB-AS1 is decreased [PMC7892971]. Overall, LINC01087 has been implicated in various cancer types and may have potential as a diagnostic and prognostic marker [PMC8975626].

Genome locations

Gene Ontology annotations

Sequence

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GCCAAGCUGGCUCAAAGAGCAACCAGCCACCUCUGCAAGGGUGUGCCAGGAGCAGGUGGAGCAGCCACCAACCUCACCCACUCAAAGAAGCAGGGAUGGCCAGGUUCCAACAGCCUGAGUGGCUGCCACCUGAUGGCUGAUGGAGCAGAGGCGUGAGGAAAAGCUGAUGGCACUGCUUUGUAGUGCUGUUCUUUGUCUCUCUUCAUCUUUUUCAGUUAAAGUCUGUUUUAUCAGAGACUAGGAUUGCAAACCCUGCUUUUUUUUGCUUUCCAUUUGCUUGGUAAAUAUUCCUCCAUCCCUUUAUUUUAAACCUAUGUGUGUCUUUGCGCAUGAGAUGGGUCUCCUGAAUACAGGACACCAUUGGGUCUUUACUCUUUAUCCAACUUGCCAGUCUGUGUCUUUUAACUGGGGCAUUUAGCCCAUUUACAUUUAAGUUUAGUAUUGUUACAUGUGAAAUUUAUCCUGUCAUGAUGUUGCUAGUUUUUAAUUUUUCCCAUUAGUUAAUGCAGUUUCUUUAUAGUGUCAAUGGUCUUUACAAUUUGGUAUGUUUUUGUAGUGGCUGGUACUGGUUGUUCCUUUCCACGUUUAGUGCUUACUUCAGGAGCUCUUGUAACGCAAGAAUGUGGAUUUAUUUCUGGUAAGGUAAAUAAGUGGAUUUAUUUCUCAAUGCUGUAUUCUAUGUCCUUUACCCCAAGAAUCAUUACUUUUUAAAAUGCAAUUCAAAUUAGCAUAAAACAUUUACAGCCUAGGAAAAGGCUUGUGGCAUUAGAAUACUUAUUUAUAGGAUUAUUUUGUGUUUUUUUGAGAUACGGUCUUUGUCAUCGAGGCAGAAGUGCAGUGGUUUGAUCAUAAUUCACCACAGCCCUGAACUCUGAGUCCAAGCCAUCCUUUUGCCUUAAUCUCCCAACUAGUUGGAUCUACAAGCAUAAGGCAUCAUGCCUGGCUAAUUUUUUUACAUGUUUUUUUUUUUUUUUGUCGAGAUUAUGGUAUCACUAUGUUGCUCUGGCUGAUCUCAAAUUCCUGACCUCAAGUGAUCUUUCUGCCACAGCCUCCUAAAGUGCUAGGAUUACAUGCAUGAUGCACCAUGCCUAGCGUAGAGUAUUACAUUAGUUUCAAAGUCUUAUUCUAAGAGCCAUUUAUUGACUUUGGCCUAAAUAACUCAAUAUAAUAUCUCUGAAACUUUUUUUGACAAAUUUUGGGGCAUGAUGAUGAGAGAAGGGGGUUUGAAACUUUCUAAUAAGAAUUAACUUAGACCCAUUUAAGAAGGAAAAAACACAAAUUAUCAGAAAAAUAUAAAAGUAAGAUCAAGUGCAAAAGUUCUGUGGCAAAGAUGAUGAGAGUAAAGAAUAUAUGUUUGUGACUCAUGGUGGCUUUUACUUUGUUCUUGAAUUUUUGAGUACGAGUUAACAUUUAAAGAAUCUACAUUAUAGAUAACAUUUUAUUGCAAGUAAAUGUAUUUCAGAAUUUGUUAUUGGUUUUGUAUGAGAUUAUUCUCAGCCUAUUUCAUUAUCAAGCUAUAUUAUUUUAUUAAUGUAGUUUGAUGAUCUUACAGCAAAGCUGGAAGCUGUAUCUUCAAAAUAUGUCUAUUUGACUAAGAAGAAGUUAUUCAACAGGAGUUAUUAUCUAUGAAAAAAGUACAACCAGAAUAUAAAAAACUUGAGGAGGAUAAAAAGAUGUUGGAAGAAGUAAUAUUAAAUCUUAAAAAACAUGGAAACUGCACAUUGGUGAAGACACAUUGGUGAAGUACAAAAAUAUAAAUUGGAUGUAGAAGAAAGGGCAAUGCAGGCAAUAGAAAAAUUAGUAGAAAUCCCUUUACAGGUUAGUUUGUAAAAUCAGGUAAGUUUAUUUAUAAUGUGCUUUCAUUUAUUUCACUGCAAAUUAUAUUUUGGAUAUAUAUAUUGUGUUUCCUCUGCCUCUCUUAUAGCAAUUUGCCUUGUAGAGUUCUAGCAAAAAGGUGGCAUCUGUUUUUACUUUCAAAUAUUUAAAUUUCCAUCAUUAUAACAAAAUCAAUUUUUCAGAGUAAUGAUUCUUACUGUGGAGUCAUUUGAUUAUUAAGACCCAUUGGCAUAAGAUUACAUCCUCUGACUAUAAAAAUCGUGGAAGAAAACCUAGGAAAUAUUCGUCUGGACAUUGCACUUGGCAGUGAAUUUAUGGUUAACCUGCGGACGCCCAGGGGCUCCUCCAUCUCCACCGUGUUCUCCUCGGGCUGAAGCCCAAAGUCCCACAUUUUCUCCUCAAACAGCUCUCAGAGCCACUUCUGCAGGCAGGAGGACAGCGCGUGGACUCAGUGUCUGACUUGGGAAGCCACAUGUGAAGGAACUGCUGGGUGACUAUGGUCGUAAGUCAAUCAAAGCAGACUUUCCCUGGCUUGCUGUGCUACGUUGAUUUUGUUUUCGUAUUUUAAAAGAAGCAGAAGGGAGGUUCUAGGAAAUUUGCCCAACGUAGAUGCUGACAAGAGUGGUGACAUGAAAAAGAUUACCCAGAAGGAAAACGAGCUAUUUUCUAAACAUCUGAAAUCUGUGUAGGCUUUUGGAAAAGUGAAACUAGAUGCAAAACACAAUGAUAUAAUUCUGGCAAUUUCCACUGACACAGAACUCAGUCAAUCUGAAUUAAUCUAAGAGUUAUAAGGAAAAUGGCACUCCAAGAAGUACCUAUUAACAUCACUCAGCUGCUGUGAAAUAGGCUUACAGGCAACAUGGAGUGUCAAUUACCCAAUGUUUAAAGUCGAUCAUACAGAUUGGACUACAAUCUCUAUGGCUCAUAAAGUCUUUAAAGGAUUGACAGAUGAUUUAUCUCAUAUGUAGACAAUGAUUCUCAGCAGUUAACUAGCGCAACUUGAUAAUGUCAAUUGCUUGAGAAAAUCAGAUAAUUGCUUGAGAAAAUUAGGACAUUGCUUGAGGAAGUUAGGUAGUUAAAUAAAUUACUUUUUUUAAAGAAUAGUUUAAUAUUUUGGCAAGUAGACUUUAAAAUAGGUUGGUAAUAUUUUAAAGGCUACUUUUAAAGAAGUAGCAAUAUAACAUGUUUAAUUAUGAAAAAUAAUGUUGGAAACAAUUCAAUUUUCUAUCAGAUCAUUCACAAAUACAGAAAUACCAUCUCAAUAAUUAGAAGAAGUAGCAGCAAUUUCUGUCAUUUUUAUGCAAGUUACUCUUAGUCCAUUUAUUUGGUUUUAAAUAGUGUUUUUAAAAUUUGUUUUCAAACAGGGCUAAUCAUAAAUAAUAGAACAUAUUUUACAAUAGUUGAAGGUAACAAAAAGUAAGUGCCAUUUAAAAAAUUGUAUUAGAUUGUUUAAAAAUGUUGUGGGUACAUAGUAUGUGUUGUGGGUACAUCGUAUGUGUUGUGGGUACAUAGUAUGUGGGGUCCAUGAGAUGUUUUGAUACAGGCAUGCAAUGUGAAAUAAGCACAUCAUGGGGAAUGGGGUAUCCCUCCCCUCAAGCAUUUAUCCUUCAAGUUAUAAAAAAUUCAAUUACAGUCUUAGUUAUGUCAAACUGUACAAUUAAAUUAUUAUUGAAUAUAGUC

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Expression New

Publications