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Homo sapiens (human) ITPR1 divergent transcript (ITPR1-DT) URS000075B0B9_9606

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ITPR1-DT: ITPR1-DT is a long non-coding RNA (lncRNA) that exhibits significant changes in expression levels in response to various factors [PMC9716751]. Overexpression of SNAI2 leads to altered expression of several lncRNAs, including ITPR1-DT [PMC9716751]. In a training dataset, the expression of ITPR1-DT, along with other lncRNAs, was found to be associated with the risk score [PMC7937891]. As the risk score increased, the expression of protective lncRNAs decreased while that of risk lncRNAs increased [PMC7937891]. ITPR1-DT was identified as one of the nine optimal prognostic high-risk lncRNAs (HRLs) that were independently associated with prognosis and used to develop a prognostic model [PMC7937891]. The risk score for each patient was calculated based on the expression levels of these nine HRLs [PMC7937891]. The association between ITPR1-DT and other risk lncRNAs, as well as the risk score and clinicopathologic parameters such as age, sex, tumor grade, and tumor stage were analyzed in a training dataset [PMC7937891].

Genome locations

Gene Ontology annotations

Sequence

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CUUUCAGGCUGCUGAGCCUGUUCCUUGGCUGGGGUCGGUAGGGCUUGGAGCCAGCCGUUCAAAGUCACCCCUGGGAAGCGCCCGCAACCCUUGGGGACGCCUCUCCUCCGGCUGCCCCCCUUCCCUGGAAUCCAGGUGUCACUGGGGCCGGGGAGGGGCUAGGAGCUCGGAUUUCUGCUUUGGGAAGUUUUUACAAGCCCACCCUCCCCCUGCCUUGGUUCCCCGAGCCAAGAAUUUCAGAAAUCCGGGGCACAAAAACGCCAGUGUUUGCGGUCAAGGAUUAAAGGCGCGAGGUGUCUUUAUUUAAUCUGCUCCGCCCUGCUCGGGUUUGCACGAGAAACCAAGCCUGGGAGCGACGGUCCACGCAAGCGGAGACACAGCAUUAUCCCCUGGUCACUGGACGCUGGGGUCUAGUGCCUAAUACGUUAAGCUGCUUCUCCCCAUCAUCAAGAAACUGCCGCAUCUGCCAUAUAAAGGAGAUGUUUCUCAUUCGCCCCCACUCAUCUCUUCCCCCAUGAAAACCUCUUCCAUUUUCAAAGGAUCUUCGGCUCUACUUUUCAAGCAAAUUCAACAAAUCAGUGUAUGCCUGUGUAACUGGUAAAUAGUGAAGGGUAAUUAUUUCAUGUGCUUCUAACUCAGAAACAAUGGAAUAUUAACAGCGGUUUUCUGAAGAUCCAGUUGGACAAUUUUCAUUUUCAUCAUAUAAUGGACAUUUAUCUCCUACCUGCAUUAUCCACUGUCUUCCCUCGGAGACCACAAAUUUCACUGAAGGCAGCAUCUAUGUCUUAUUCAUGCUUGUGCUCUCUACCUCCCCUGACCCAGAAGGACUUAUUCUUCUUUCUGCACAUUUUAGUAGAUGUGUUAAAAAAAAAAAAAAAAAGUUUGUUAAGAAGAUGUUUUAAUGGAAGGUGUGUCAGGCAUAUGGCAGGAUACAUGACCAUAUUUUUGGAGCAUGCAACACCUCGUAGCCCAUCUCUAUCAUAGCCUAUUUUCUCCGCCUGUAUGUAUGGAUAAUCCUAUUCAACAUUUUUAAGGUCUAGAAGCUGCUAGGUCACUAGAAAGUAAUUUUGCUAUGAUGUGAAGAGGUUCUCUAUGAUGAUGUAUGACUGAUAAAUUAUGAUGAUUAAUGUCAGAAUAUAAGGGUCACUGCCUAACUCAUUCUCUGUUAUCAGUAGAGGGAAAGGAGCUGCUUUCUCUUCACUAUUUUUUUCUAGAAGAAUUUUCUAUCCCUGUGUUUUCCAGUAUAGUGACUACUAGCCAUUUAGGCACGUAAGAUGUGGCUAGUUCUGAGAUGUGAAAUAGAUGUUAACACAUUGAAUUUCAAAGACUUAGUACAAAAAAAAGCAAAAUAUCUUAAUUUGUAUAGUGAUUACAUGUUGAAGUGGUAAUAUUUUGGAUAUUUGUGUUAAAUAAAAUAGAUUAUUAGAAUUUA

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Publications