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Homo sapiens (human) long intergenic non-protein coding RNA 2701 URS00005A3BBC_9606

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linc02701: LINC02701, an intergenic long non-coding RNA (lncRNA), has been identified in A549 cells as correlating with the expression of an antiviral gene cluster, suggesting a role in the antiviral immune response [PMC8783694]. This lncRNA has been associated with a longer time to cancer recurrence in testicular germ cell tumors (TGCT), indicating its potential as a biomarker for cancer prognosis [PMC9030878]. Furthermore, LINC02701 expression levels were found to be significantly lower in TGCT tissues compared to normal tissues, and its cellular localization is primarily cytoplasmic [PMC9030878]. It is also one of the 22 hub RNAs identified as part of a triple regulatory network involving lncRNAs, miRNAs, and mRNAs [PMC9030878]. Despite its limited diagnostic accuracy for TGCT, LINC02701's expression was significantly elevated in patients with Parkinson's disease compared to healthy controls [PMC9030878]. Additionally, LINC02701 may regulate the expression of GFAP through hsa-miR-3153 according to network screening analyses [PMC9030878].

mRNA interactions total

Genome locations

Gene Ontology annotations

Sequence

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AUUAGGCACCCAGGGGCCCAUGGUCACAUUAGAAGUUAAAGGCAGCAGGAUUCUGCUGUAUCUGGAUUCCAAUUUCUCACUGAUGGCUAAGCCACUAGAUGGAGUUACAAAAGGGGAAGAAAAAGAACCCCUCCUCUGGGAAACAGCAGGAGAAGGAGCCCUGCCUGGUGAAAACUUGCUUAUAGACUUCACAGAACCUCCCCGUGCCGGAGGUUAUUGGUUCAUGCUAGUGCUUGUUUGCACCUUUUCAGGGUGUUAUGUCUUGGAUCCACCACAGUCGGCUAACACUGGCAGCUCAGGACAAGUGAACCAGCCAGCAGGACCCAGAUCAUCCAACCUGGCUGAUCCUUAGAUGAGACCGAGUUGCUGCUGAGGACAACAGCCCUGCUCUAGUCACUCUGGAGGCUGACUAGUCUACGCACGGCUGAAACUUGAGGACUUGUCAAGCAAGUAAUGUAGCUAAAAUCUUAAGACUAGUGGUUUUCGUGUACACUAACUGUUUUACUAUUGUUCUGUCGCUGUGCUCAACCUUUUUCCCAGGUAAGGACCUUUUUUGUCCUUGCUGGAUAUGAAUAUGCUGUACAUUGUUUUGUUGUUACCCCCCUUAACCAUGUAGAAGAAACACCUACAGAAGGUGUCCCCACUGUACACAUACUACUUGGUCAGGGAACAGUAUAACUAGAACCCUAUUGCACUAUACUUAUUAUGAGUGUACAGGGACUCGCUUAGGAACUUGUACUUAUAAUCAAACCACCUAUUCAACCUGUGACCCAGGAAAUGGCCAGCCUUAUAUAUGCUAUGACCCUAAGUGUUUACCUGGGACUUGGUUUGAGAUUCAUACCGAGUCAAAGGGAGGAAGUUUUGUAAGUUGAACCCAAGCCUCUCUUCCCGGGGGCGGGGGGUGGGGUGGCUAUAUCCAUAUACUUUGAUAUUUGUCAGUUAACAUCCAUGAACCAGAGAUUGUGAACUAUCUCACAAUCUCUGGUCCUACAGGGUACUAUACAAACUGCCAGUACAAAAUUGCAUGUGCACCCCGUUUGCCCCUCCGAGGCCCUAGCGAUAGCUUGCUGGAACCGCACAACGCAGUUCACUGACCGAUCAUCACCGAGGCUAAAGCCAAUCUUGCUCAUCAAAGUGCCAGCAAAACCGGAUUGUAAGACAAGCACUUGCAAUCCUGUAAAUCUUACUAUCUUAAAGCCAGAUCUACCUAUAUAGACUGCAGGUUACUCCAUGGCAUUACAAAGCUACAGUCAAAAAACUAAAAUAACUUUGUAUAUUCUAAAGAGGACUCAAACCAAGCGGUCAGCUCAGCAGCAAUUCCGAGUCUUUAAGUCAUUCUUUGAGCAUAUAAACCAAAAGUUACCAGAGCCUCCUCCUUUAGCCAAAAACCUAUUUGCUCAGCUGGCUAAAAACAUUGCAUGCAGCCUAGGCAUUUCCUCAUGUUAUGUUUGUAGAAGGACUAACAUGGGAGACUAAUAGCCUCAGGAAGCAAAAGAGUUAAUGCCUCAAGAUAACUUUACUCUGACUCUCUCUUUCCCCAAACAGACACGCACAAGUUCAAGCGUCUAGCUCUUAAAAACUUCUAUUAUUAGCAGAUACUGUGUUGCUCCCUAGGGAAAAGUUUUUACAGACCCAGUAGGAGAACUAACCUGCUUAAGACAGCAAUAUUAUAAUGAAACAUUAAGGAAAACUUUGUGGCAGGGCAGAGAUGACUACAAAGCACCUCAUCCAAAUCUGUUCUCCUGUUUCUCUUCUCUAAACCACACUUGGUAUCAACUUGAAGCUCCAAAUACUUGGCAAGCACCCCCCGUCUUUAUUGGAUCUGUAGGCUACAGGCAUAUUGACAGUUGCCAGUUAAAUGGACAGAGGUGUGCUUAGAACGAUUAGACCAUCUUUCUUCCUACUCCCACUGCAACAGGGAAAAACUUCAAGGUACCCUGUCUAUGAUGAAGUUAGAAGAAGAAACAAAAGAGAUGCAGACACAAAGAGGUAUAAAAAUAAGAGAUUGAAAAGGCACAAAUUAGCCCCCUGAAAAAAUAAUUCCAUACUAUAGGCCAGCUACCUGGGCACAAGAUAGGUCAUAGGGAGACCGCACUCCUAUCUACAUGCUUAACCGUAUCAUAAGAUUGCAGGCAGAACUUGAAAUCAUCACCAAUGAAACAACAAAUGCAUUAGAUGUACUGGCCCAGCAAACCACAACAUUGAGAAACGCUACCUAUCAGAACAGAUUAGCUUUAGACUACCUCCUAGCCCAGGAAGGAGGAGUAUGUGGAAAGUUCAGUCUAACUAAUUGUUGCCUGGACAUCGAUGACAGCGGAAAAGCAAUUAUAGAAAUAACUGCAAGAAUGAGAAAAUUAGCCAGUGUUCCAGUUCAAACUUAGAAAAGGUGAUCCCCAGAUUCUCUCUUUGGAGACUGGUUUUCAUUUUUUGGAGAGUUCAAGACUUUAAUAGGAGUAGUGCUGGCCACACUGGGAAGCUGCAUAAUACUCCAUUGUCUCUUACCUUUCCUUGUUAGAAGUAUUCAAUCAACUAUAGAGGCAAUAGUAGCCAGGCAAACUACAACUCAGCUAAUAGCUCUGUGUAAAUAUCAACCUUUGUCUAAAGAAGAAAACUUGUCUCUUCAGGCAGAACUAAGUAAUAGUGAUGCCUUUUAUUAAACUUAUUUCAUAAAAGGCAUCAAAGGGGAGAAACUGAGGCAGAAAUUUAAAUAAUAAUAAUAAUAAAUACUGCAUUUCUUCACUCCAAGAAAAGUAAAAGCUAAGGCCCAGAAUAUGGCAAGGCAAAGGCUAAAAAGAAAAGAACAAGUUUUCCUCUUGCCUAGCAGCUCACUUUAAGGAAAGUUAGAAGAUAACGCUGUCCAAAUAGCCAAGGCCAAAGGAAUGGGCUCCAGACACCCCCCUCCCUUCCAGAGCAAGCUUGAAAGAAAAAAAAGAAAGACAGGUUCUUUUACUGUUACUCUUUUCCCAGGCUUCUUAAGCAUGAUUAGCAUGAUUAUGUUUUACAAAUGUCUGUAUUUAGCCAGUUCUUAUUUUUCUUUUAAUGCAGCUACAAGGCCACUGGCUAGGUCACAAAUUAUGUUAUGCUAUAGAUUACGUGACCUGUUACUGUAUGAUUAACUGCUUUUAUUUUGCUACUGUUUUUAUUUUGCUUCUGUAAGACCGCUUAUAAAAACCCUGCUCUUUGUUCAGGGCUCAGCUUUCGGAUGUGAAUCCUCUGAGCCGGUGCGUACCUAAAAUAAACAAAUCCUCCUGU

Taxonomic tree

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Relationships

Molecular Relationships

 Expression Publications