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Homo sapiens (human) APCDD1L divergent transcript (APCDD1L-DT) URS000075A519_9606

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APCDD1L-DT: APCDD1L-DT is a long non-coding RNA (lncRNA) that has been studied in the context of various cancers, including lung squamous cell carcinoma (LSCC), renal carcinoma, and clear cell renal cell carcinoma (ccRCC) [PMC8082628] [PMC9669974] [PMC9899836]. In LSCC, APCDD1L-DT has been found to be negatively associated with patient overall survival (OS) and is considered an independent prognostic marker [PMC8082628]. It is part of a mathematical formula used to predict the risk score for LSCC patients based on multivariable Cox regression analysis [PMC8082628]. High-risk patients tend to express higher levels of APCDD1L-DT compared to low-risk patients, while low-risk patients express higher levels of another lncRNA called OTX2-AS1 [PMC8082628]. In renal carcinoma, APCDD1L-DT has been found to have high expression levels in tumor cells compared to normal renal tubular epithelial cells [PMC9669974]. In ccRCC, APCDD1L-DT is considered an independent risk factor for patient prognosis and is positively correlated with certain genes such as PDHA1 and PDHB [PMC9899836]. Overall, APCDD1L-DT shows potential as a prognostic marker in various cancers and may have implications for patient outcomes.

Genome locations

Gene Ontology annotations

Sequence

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AAACGCAUCUAGGCAAAGUGUGGACCCGACCAGGCGGGUUUUCCUCCUUCUCGCAACUCCUCCUCCUGCCCCCCUCCCUCCCAAAUCUCAUCUGAGUGAGUCAGCUGAGGGUGGCAGCUCAGAAGCGAGGCAGCCGUGAGGCGGAGGACAGGCUGGGGGAUCCCAAAGGGUGCGCUCCAGCCCCCAACCCAGGCACUGGGACUCUGGUGGCACCCUGGGUGGCAGGCAAGCCUUGAAAUCAAGUGCACGAGCCUUGGAAAGGAGGACCGGGAGAGUUAUGGCAUUUAUGAAUGAAGAAGAGAAAGAGAAUCACUCGGAUGGGAAAAGUUAACUGGAUUGUUCCCACCUGCAUGGAUCACCGGGAUGAAGCUGUGCCACCCUGUAGGAAUUAGAAGACCAUGUCCAGGAAUUGAGCACUGGGUGCAGGAUCCAGUCUUCUGAGGCCCUGAAACCACAUGGGUCACCAUAGUGCGCUUCAUGGGGUGGGAAGUGGUGGCCUCUAAGUGUCUAUCAACUGUGAAGACUGCAAAGAGGGAUCCAUGGCUGUUGGAGCAAUGAGAUACGCGAUGACGUAGACAGAUCCGGAAAGCGCAUCGUCUCCUGAGCAGAAGGGCACUCAUAAGCAACUUAGCCGUCUCGCCUUGCGGCCUGGAACCCCUGGCAAUUUCCGGAGCACCGGCAAGAGACUUUUGCACAGUUUCUGCUUGGAGUCUACCGACUGUCUGUCUCAGAGGUCUGGACAGCUGCUUGUUACAUUUGGCUCACGCUAGCUUAAAAAAGGAAUUUAUGGACCUUACUGCAGAACGUCCCAAUUCUUCAGGCCAAGGUGCCUGUGUUCCUGCUCGGUUUCUGGAUUGCUUGGUACUUAAAUGAAACAUCUUAUUAAUCAUUUCCCGGGAAUGCUGUGCAGGCAAAAGGAAAACAAAGGCAUUCAGGAGCCACAAUGUCUUGAACAAGUCAGCAAAGAAAAACAGUUCCGCCUUUGGAAUGUAUGAAAAUGAAGACCGUUGCAGGAGGUCUUGAGCCACAGAGCUGGCUCCAGAGGCAUUGGGAGGAGAAACGCGGCAGGCCUGGCUCACUCAUUAUAUUUCAAGAUCUAUCCCAGCUUGUCACAACAUGGACUGUGUAACUGAGACGAUUCGCGGUUGGUGUUCCCAUGCUGAGGCAUGUGCUGCCCCGGCCCUUGGUUGCUGCGCAAUUUGCUCUCUAUGGACUGUACCUGGGGUGCCUACCCUGGACUUCAGACAAGCUUCUUCAAGAGUAGCCCCUGCCAGAGCUGGAGCCAACAGCAAGAGCAGCCCAGGGCCACUCUGCCCAGGCUCAGAGGCAUCACUGGGAAAGAGGCAGGGGCAGAAGGAACUGGGGCGGGAAGCCCUGAAGGGUGUCGAGUCCCAGGACAAGGGACUGGGGUGUGUCCCAGCAGACCCCCAGGGAAGCAGCAGCUUUGGACUCGCCUGACCCAACCCCUUGCUGCCAGACAGGCUUAAAUUGCCCCAACUUUCCCCAUGAAGCUCGGACAGGAGGACGGAGGAGCAACUGCCUUCUGGGGUCAGAGUCUGUCCCCGCUCCUGCAGGCCGGAAGCACGUGCGGUCAGCGGUGGGCCAGAGCCUCUCAGCCUCUCAGCAAGGGCCUUCCUGUAGCUCUCGGCUCCUCCAACAGCCCCAUCCCUUAGCACAGGCGGGGCUGGCGGAGCACUGCAGGGGCCAGGUGCAGCCACCGUGCAGCAAGGCACAGCUGCCUGAUCAAACCAGAUCAAAAGCCAUUCGAUCAUCCAAGGACUAUUUUCAUUCGAUAUUUAUUGAUUUCUACCACUCGCUGGGGCUGUACAGGGCCCUGAGCUUGCCGUGAGGAGCACAUUUCAGCCCCCACCCCCUCGGGGCUCACAGUCUGGUAGAGGAAGCACAUGAAAUAAAAGAAUUUGCACAUGUAAAUAUCUCAUUACAAAUGCGCAAGAGCCAUGAAGGAAAAAAAAAGAACACGAUGGGAGGUAAUCACAAAGUCCACUUAUUUUAGACAAAGUGGUUGGCGACAGCCACAUUUUUGCCAAGACCUAAAGGAUGGGCAACAGUAAAAAUAAAAAUCAUCAUCAUCGUAAAAA

Taxonomic tree

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Publications