Homo sapiens (human) disrupted in schizophrenia 2 (DISC2)

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Homo sapiens (human) disrupted in schizophrenia 2 (DISC2) URS000075F11A_9606

3,892 nucleotides
6 databases (GeneCards, HGNC, LncBook, LNCipedia, MalaCards, RefSeq)
Found in 0 other species
74 publications
1. lncRNA
2. antisense lncRNA

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DISC2: DISC2 is a long non-coding RNA (lncRNA) gene located on chromosome 1 [PMC5369047]. A chromosomal translocation involving DISC2 has been found in a large Scottish family and is associated with schizophrenia and psychiatric disorders [PMC5369047]. However, the interpretation of this association is complicated by the fact that the exon 9 primer pair used to detect DISC2 transcripts may also detect transcripts that overlap with DISC1 exon 9 [PMC3392113]. It should be noted that DISC2 is expressed at very low levels in lymphoblastoid cell lines [PMC3392113].

Genome locations

Gene Ontology annotations

Sequence

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CAUAGGCAGUCUCCUGGUGCUCCACUUCUCUUCUCAGUCUGUUGUAAUCUUCUUUAACACUUCCCAGCUUUUUGACAUUCCUGGAACUCAACACCAACAGCUUGCUGAGGAGUCCCUCCAGCCCUUCUCUCUCUGAUGUUAAUGAUCUAAUCUCCUCGGUGAGGUCUUUAGCCGUCCAGAAAUGGUUUCCUACAGCACGUUGUGGGAGAGAAGAAGGGAAAACAAGCUUUACAGCAUCCACACACAUGGAAGAUCUAGCAGCAGCUAAUGUACAUUCACAGCAUGGGCAAAGAAACUGCACUUUGAGAUUAUGUACAAUUUCCUUAGCAGUCCUCUGGGGAAAGAACCUGGAAAAAUAUUGCUCUCCUUAAACUGGAAAAAUCACCGUCUUUUUUAUCACCUUAUUCUUGUUAUGUCCAUUUUAGGAGUUCCAUUGGUGAAGCCAUCUCCCGUAAAGUAUGAUGACCCAAAAAUGUCCCAGUGGAAUCCAGAGAAACCACAAUGUGUCACUCCAUUCCAAUAAUAUACAAAUGUCAAAGAGAUGACAUAUUAUAGCAGUGUGGAAGGGGACUGGGCCAUAUAAUCAGAGUUGACCUAAAUUAAAUUCCUCCCCUGUUACUCAAACUGUGUGACCUGGAGCAAGAAAAUUAGCACAUCUGGGGCAAAUUUCUUAUAAAAUAUAAUUGCAAUAACACCUGACUCAUAGGUAGUUACAAGAAUAAACAAGAAAUUCUGUAAAGCACUGAGAAAAAUAUAUGAUAAAUUAAAUGUAGCAAGAUUGCAGGAUACAAGGUCAAUGUACAAACAUCAAUCUUAUGUCUAAAUAACAAAAAACUAGAAGAUGAUUUUUUAAAAAAUACAAUUUACAAAAUAUUUUAAAUCUCAUAAUACUGAGGGAUACUUUCUUUAAAUAUGUGCAAGAGCUCUACAGUGAAAACUAUUUUUCAAAAACUGCUGAGACAAAUUAAAGACAAAUAAUUUAAAAGAUACACUGUAUACAUACACUGGAAGUUCAAUAUUGGUAAGAUUUCAAUUUUCCCCACAUUGAUUCAUUGAUUUAAUAUAAUUCCAAUCAAAAUGUUAUGAGGUUCUUUUGUAGAAAUUUAUGUGCUUAUUCUAAAACGUCUAAGAGUGAGCUGGGCAUGGUGGCUCACACCUGUAAUCCCAGCAUUUUGGGAGGCCGAGGUGGUGGGUCCCUUGAGGUCAGGUGUUCAAGACCAGCCUGGCCAACAUGGCGAAACCCUAUCUCUACUAAAAAUAUAAAAAUUAAUCUGGCACAGUGGUAAGCACCUGUAAUCCCAGCUACUCAAGAGGCUGAGGCAGGAGAAUCACUUAAACCCAGGAGGUGUAGGUUGCAGCGAGCUGAGAUCCUGCCACUGCACUCCAGCUUGAGCAACAGAGUGAGACUUCAUAUCUAAACAAAUAAAAUCUAGAAGAAUGAGCCCAUGAGUUUGAGGCUGUAGUGCACUAUGAUUGCACUUUUGAACAGGCACUACACUCUUGUCUGGGCAACAUAGCAAGUCCCCACCUCAAAGAAGGAGAGGGAGAAAGAAGAAGAAGGAGGAGGAGGAGGUGAAAGAGGGAGGGAGGGAAGGAAGGAGAAGACGAAGAAGAAUGAAGAAGAAUAGGAAGAAAGAAGAAGAAGGAAGAGGAGGAGGAGGAUGACCAAAGCAAUCCUUAAAAAGUGAGUCUUGGUUUCAAGACUAAUGCUAAAGCCACUAUAAAUCAAGGUAAUAUGGCAUUGAAUAUACAUAGACAAACAGAUCGAUGGAAUAGAAUAAACAGUCCAGGAGUGGAUUAACACAUAUACAGCCAACCAAAGUGCCAAAGCAAGUCAAUGAGGAAAAGAAAGUAUUUUCAAUAAAUGGUGCUGGAACAACUAGCUAUCUACAUGGAAAAAAUAUUAACCUUGAUUCAUACCUCAAACCACACAAAAAUUUAAUUAAAGGUGGAUCACAGGCCUACAUGUAAAAGUUAAAACUAUAAAGCUUCUACAAAAAAAAAAUGAAUAUUUGAUUGACUUUGGAGUAGGCAAGAACUUCAGAUAAGAUACAGAAAACACUAUUUUAAAAAGGAUAAAUGGGCUUUAUCAAAAUUAAAAACUUCUCAUCAAAAGACACAACUAAAAAAUGAGACGACAAGUCACAGACUUGGAGAAAAUCAUUGCAUUAUGUUUAACUGACAAGGAAUUGAAUACUACAACUUGACAAUUAAAACACAAAUGGUGCCAUUGAAAAAUGGUCAAAUGACUUAACAGGCAUUUUACAAAGUAGACGCACAAAUGGCUAAUAAGCAUAUGAAAAAACAUUUGACAUCAUUAAUCAUUAAGAAAAGAAAAAUUAAAACCAUAAAUAUUCCACUACAAGCCCACUCAAAUGUUUCAAAUUAACUCAACUAAAAAUGUCAACAUUCACAAGGGUAUGGAGCAACUGGAACUCUCACGCAUGUAAAAUGGUCCCUUCAAGAAAAGUUCUGCCAGUUUCUCAUAAAGUUCAAUGUAUACCUACCCUUUAAUCCAACAAUUCUACUUCCAGGCAUUUACACAAAAGAAAUGAAAACAUGUCAUCAAAAAUAUUUGCACUCAAAUAAAUGGUCACAGUGUCUUAUGCCUGAGAGCCAGCCCCAUACUGGAAGCAACCUAAAUAUCCAUCAGCAGGAAGAUGCAAAAAUAAUACUAUAGCUAUGCAAUGAAAGACUACUCAGCAAUAAAAAGAAACAAACUCGUCAUACAUGCAGCAACAUGUAUGUGUCUUUUUCUUUCUUUCUUUUUUUUUUUUUUGAGACAGAGUUUUGUUCUUGUUGCCCAGGCUGGAGUGCAGUGGUACGAUCUCAGCUCACUGCAACCUCCACCUUCCAGUUUGAAACUAUUCUCCUGCCUCAGCCUCCCAAGUAGCUAGGAUUACAAGUGCCCACCACCACGCCCAGUUAAUUUUUGUAUUUUUUAGUAGAGCCGGGGUUUCACCAUGUUGGCCAGACUGUUCUCAAACUCCUGACCUCGUGAUCCACCCACCUCAGCCUUCCAAAGUGCUGGGAUUACAGGCGUGAGCCACCGCGCCCAGCCAACAUGUACAUGUCUUUAGAAAAGAUGCAAAAGAGUAGUGCCACAUGAUUCCAUUAAGUUCUAGAACAGCCAAAAUUAAUCCAUGGUAGAAGAUAUCAGAACAGAGGAGGGACGAUGAUGACUGGGACAAGAUAGGGUGUUGUUUCUUGAGUGAUGAGACUGUUCUAUCUCUUGGUAGGGCUGUUCGUAACACAGGUGUCAAAAUUCAAGAACUGUAAACACUUAAGACCUGUGCAUUCCACUGAAUAUAAACCAUACCUCAAUUAAAAAGAGGAAAAAUUAAGAAAUUUUUAAGCAUGAACAUUGAACAAUAAAUAAAUAUAUAACAUUAAUGAGUGUCCCAUAAAUUAGUUAGUGUUAAUUAGAAAACCCCACUGUGUUUUCUCAGAAUUUAUAGUAACCAUAAUCACAAUAAUAGCUACAAACUUUCUCACCUUUAAAUGUCAUCACAACUUUAGGAAACAGGUUAUAUCUUAUAUUAUUAUUAUUAUUAUUAUUAUUAUUAUUAUUAUUAUUAUUUUACAUUUUAACAUCUCUGAAACAGGGAUGUGUCCUACAAUCACCAUCAGCCAGGAAGUGGUCAGGAUGCAGUGGUUAUAACUGGAUUAUUUUCCCUGGCCUGGCUGACCAUCUGCAACCCCCUGGUGUUUCAAUGUACAAACUAUUUUAGGACCAUCUGCGUACUGGCUGUUGCCUGAAAAUCUUGUGUUGAUGUGGAUUUGUAAGACUGGGAAAGCACCAGCAUUCAAAACUUGAAGAAAGGUGUUAGCAGUUUGGCAGACAAUCCUACAGAAAACUCUUUAUUCUUGGGGGAGAAAAAGUUGCCUCCCA

Taxonomic tree

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Publications