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Homo sapiens (human) long intergenic non-protein coding RNA 1360 (LINC01360) URS00003E6B77_9606

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LINC01360: LINC01360 is a long non-coding RNA (lncRNA) that is located in a fragile region of the genome and is associated with various diseases and cellular functions [PMC7140878]. It has been identified in the largest genome-wide association study (GWAS) to date, ANX, as being near a genome-wide significant locus for Europeans [PMC8456113]. Additionally, LINC01360 has been found to be associated with major depressive disorder (MDD) and is affected by specific single nucleotide polymorphisms (SNPs) [PMC6868167]. Other lncRNAs, such as NEAT1, PART1, and CTA-280A3.2, have also been identified in the same region as LINC01360 [PMC5477513]. Furthermore, studies have shown that SNPs in lncRNAs such as HOTAIR and RP1-269M15.3 are associated with depression susceptibility [PMC9902440]. These findings suggest that lncRNAs play a significant role in the pathogenesis of depression and other diseases. Further research is needed to fully understand the mechanisms by which LINC01360 and other lncRNAs contribute to disease development.

Genome locations

Gene Ontology annotations

Sequence

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UGGUCACCUGCACUAACAGCCUGAGAGAAAAGGACACUGCAUAUCACAGAGAGAUGCAUAGAUGUUACACUCAGAAAGAGAGUGAACAACUAGAAGAUGUGGAAGAACCAGUUUGGCUCUGGAGUCAAGAAUUCUCAAAACAGCUUUCUGAACCUGAAUCGCACGCAGUAAAGCUGGUGUUCUCCUGAAGCCAACAUUUAUGGUAUCACCUUGCUGAUCCAGGCAAAAUGGCAAAAGUGUAGUGAACAUAAAGCCAGGGGCUGAGAUUGUGGAUGUCCUCUGUACCAAGUUUCUUAUUAUGAAAAUUCCAAGGGCCAAUUUUGAAACAAACCAGGCAGAGACCCAGAUGCAGAAUCCUGCAGGCUGAGGGAUGUUAGGAAGAGUUAGCCCACCACUGCUGCGCUGAAACCAGGAUGACGCAAACUGGGCCUCAGGCCAGGAUCAACAUCUUGUCUAGACAGAGAAAUAUUGAUGGAGAUCAGAAAAUUUAUUAGAGUAUUUGAAGGUCUUGUGGGACUGGAGAGACAACGUUGGACACUUAAGUGGAAAAUCUGACACAUAACAGAACUGAGACUAUCAUUGUAUUUUUUAAAAAUAGUGGUUUUUGACAAACUGCAAAGGUUGCACAGUGGAGAAAAAAGUUUUUUCAACAAAUGGUUCUGAAUCGAUGAAAUAUCUAUAUAUGUUUUUAAAGUGAGCUUGAAUCCAUAACAUUGUACCACAUAAAACAUUAAAGCAAGAUGUGUCAUAAACAUAAAAGUAACUCAUAAUUAUACAUUUUCUAAGAGAAAAUAUGGUAAAAAUGUAUUUUUGUUAGGUAAAGAAAUAGAUAGUAUGAUAAAAGCAUGAGCGUACAAGUGAAUAAGUUAGACUUUAUCAAAGUAAAAACUUCUGCUCUUUCAAAGACAUGCAUGAGGAGAAUAAUAAGAAAAGCCACACCUUAGAAAAAAAAUUUCAAAAUAUAUCUUAUUACAAACUGAUAUUCAAAAUUUAAAAACAGCUUUAUAAACUCAAUAAAAAGAAAACAAAUUAUUUUAAAAUUGAGUAAAAUAUUUGAAUAAACUCUUUACCAUAAAGACAGGUGGAUGGCAAAUAAGCCAUUAAUAGAUGCUGAGUCAUUACAGAAAUACACAUUAAACACAAAGUGAGAUAGUACUGCACACAUAUUAGAGAAGCUAAAAGUUAAAAGACUGUUGAUAUUAGGUUGUAAUAAGGUGAAGAAAAUUGGAACUCAUACACUUCAUGUGGGAAUGUGAAGUGGUAAAAGCACUUUUGAAAAGCAAUGUUUUGUGUUUGACACAAAAAGUGAUAAUAAUUUUAAAAACAGACUAUAUUAAGAUUAUAAUUUCUUUUCACCUAAAGAUACACCAGUUAGACAAUGAAAUGGAAAACCACAAAAUAGUAGAAGAUAUUUGCAAUAAAUAUACCUGAUAAAGAUAUUAUAUUGAAAAAAUAUAGAGGUCCUACAAAUCAAUAAGAAAAAGCCAAAUACAAAAAUGUGCAAGUGACUUACACAGAAAUGUUAUACCAGACAUCAAAAAGGAAAAAAAAAUUCACUACUUCGUCAUUAUACAAAUUCAUAACAUAAUGCCAACAUAUACUCCCAGAAUGGCAAAAAUGAAAAAGAAGGCAGUUACUAUAAUUUUUCAGUGGGAAUGUAGAACAACUAGAGCUAACAUAAUGUGUUGACUGAAAAGCAAAGUGUUUUACAACCUUUGGGAAAAUUCAUUUUUUUAAAAUUUUAAAGCCAAACAUAACUCUUAGGCAUAUAUCCAUAUGUAUAUAUGUUUGGCUGGGCGUGGUUGCUCACGCUUGUAAUACCAGCACUUUGGGAGGCUGAGGUGGGCGGAUCACGAGGUCAGGAGUUCGAGACCAUCCUGGCUAACACGGUUCCUGGCUAACACGGUGAAACCCCGUCUCUAGUAAAAAUACAAAAAAAUUAGCCAGCCUUGGUGGCGGGCGCCUGUAGUUCCAGCUACUCAGGAGGCUGAGGCCCGAGAAUGGUGUGGACACGGGAGGCAAAGCUUGCAGUGAACCAAAUUCAUCAAAAAGGAGAUCAUACUGGGUAACCUUAAUCAGAUGAGCUCUUUAAAAGAGAAUCCAGACAUUCCCUGUAGAGAAAGAUUUGAAAGUAGAGUUUCUCCCACUGCCCUAGAAGAAACCAGUAACAAUACUGUGAACUCCCUAUGAAGGGGGCCAUGGUACAAGCAACUGAAGGAGGCCUCUAGAAAGUACGAGUGAUCUCCAGUGGACAGCCAAUCAAUAAACAAUAACUUUAGUCCUACAACCACGUGAAAGAGGACUCUGAGCUGCAAAUGGAAUGCAGCCAUGACUAAAGCAUUGCUUGUAACCUGGUGAGAUUCUGAGUAGUGGAUCAAACUAACUAUACCCAAACUCCCAACACAUAGUGAUUAUGAGAUAAUGAAUUUGUCUUAUUUAACAUCAAUUAGUUUAUUGUAAUUUGUUACACAGAAAUAAAAAAUGAAUACAGAAAGUUAGGAUAAUGCUUCCAUUUGGUGAGUGGGAGGGGAUUACUGGGAAAGAAAUCUAGUGGAGCUUCUGAAAUGCUAGUAAUGUUCUAUUUCUUGAGUUUGGUAUUAUAUAAAUAAAUAUUGACUUUGUAGAAAUCCAUCAACUAGAUACUUUUAAUAUAUACAGUCUUAGGUAUGCUCUAUAUUAAUCUCUAAAAAAGAGAUAUAUAAAGAAAAAAUGAAAACAGAAUGAACCAUCAAUAUAUAUUGCAUUGUUUUAUCUGCAGAAUAAUUUUAAUACACAUAUGAAUAAAACUACACAUUCAAUAAUUUCAUAAAUGUAGUUUUAAUAGUUCUUAAAAUGGCUAUAUUUCUCAAUUAGUCUUUUCCUAAAGGUUUUCAGUCCUGCUAUAAUUUUUCUCUUUUUUCAGUCCUGUUUCAAUUUGUAUUCCAUUUUUUCUUCCAAAUAUGGCAAAAAAUAAGACAAAUAAGUAAUAAAACUACAGCUAAUUUUUUAAUAAAAUAUCACCACUCCUGUGAUUAAAAUACACUGUAUAUUUAUAUAUUUUAAGUACCAAUUAACACUAUUGCCUUUCCAUUUCAACUUUGCCAACAAUAUUGAUGAUUUUAGAAAUGGCUCAAGGAAACUUUAUGUGAAAAAGAGUUGCUCUAUGUGGUUGACUCUGAAUAAAUUUUUCCCACUCCCUUUUGAAAGCUUCACUAACAAGAUAUAAAUUCUCCAUUUUCGAUAUCUUACUGGCUAGUCUUGUGUUUUUGUUACUGAAUGUACUAUAUUUUAUACGUGAUAUAACAGAUUCAGUACUAGUGUUUAAUUUUCUAAUAUUGAGUGUUUUUCCUUUCUGCUUUCAUGUGUUUUAAAUAAAUGUGAUGUAUUCUGGGAGUCAAUAUUUUUAUACUAUCUUACAAUCUAUGAUGAUUACAAAUCUGAAAUUUGAAUAGACACUUUUAGCUCUUGGCCAUUUUAAGACAUUAAAGCUCAUUAGCAAUCAUUUGUCUACAUGAACUACUUUGUCUAUAGCAAAACUGAGAUCAAAUAAAUGGUAGGAAACCUGCCUAAAAAUUUCCUGCUCUUCACACUAAUUUGAAUAUAUCAUCAAUUUUUACUAACAGAUUUGAUAUGAUGGUAAAGAAAGAUAUUAAAAGAAAGGCUAAGUUGAAAUAUGUACAUUAGCAGAUGUUUGUUUAUUCAGUUGCCAGUAAUUUCUAAAAUUAAAUAACUUUAUUUUUAAAUAAUUCCAAGUGAUGCAUAUUAUUUCUUUUAAAUAAUUAGAAAUAAUUGUUUUUGAUUGACAAAUUAUGAUUAUAUACAUCUAUAGGAUACAAUGUGAUGUUUUGCUAUAUGUAUACAAUGUGGAAUGAAUAAAUCAAGCUAACACAUA

Taxonomic tree

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Expression New Publications