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Homo sapiens (human) TMEM72 antisense RNA 1 (TMEM72-AS1) URS00000952F1_9606

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TMEM72-AS1: TMEM72-AS1 is a long non-coding RNA (lncRNA) that has been studied in various contexts. It has been found to be associated with the prognosis of patients in different diseases, including gliomas [PMC8019920, PMC7394186, PMC8904995, PMC9373811, PMC9609424]. In gliomas specifically, TMEM72-AS1 has been identified as one of the lncRNAs that can independently and accurately predict the prognosis of patients [PMC9609424]. It is also associated with major depressive disorder (MDD), although its exact role in MDD development is still unclear [PMC9609424]. In addition to its prognostic value, TMEM72-AS1 has been implicated in ferroptosis-related processes in glioma patients [PMC8842255]. It is one of the lncRNAs used to construct a risk model for glioma patients based on ferroptosis-related genes [PMC8842255]. The expression of TMEM72-AS1 has also been found to be significantly different between recurrent and primary glioma groups [PMC8842255]. Furthermore, TMEM72-AS1 expression levels have shown differences between different grades of gliomas [PMC8842255]. References: [PMC8019920] [PMC7394186] [PMC8904995] [PMC9373811] [PMC9609424] [PMC10008696] [PM8842255]

Targeting miRNAs 3 total

According to LncBase, this RNA is targeted by the following miRNAs:

Genome locations

Gene Ontology annotations

Sequence

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AAAGGUGCCGCCCCGGUCUCUCCGUCCCGCCCCGAGCACGCCCCUCACUCCGCACCGGCCAAUGGCACCGCCCCGUCCGCCCCGCUCUGGGAACGCCGCUCCAGCAGAUGUGACAUAGACUGGAAGUGAUGGACCCAGACAACAAUCAGAACCAAAGCACCAGAUGAGCCACCUCAGCCACGUGAGCCAUGCCAGCCACCCUACCUGUGACCCCAUCUGUGGCCCCAGUUAUCAUGGAGUAGAGAAAGAAAGAGCAAGAGCAGGCAGGAGGGCAAGACGACAGCAAGAGAACAAGAAAGAAACCUGAAGAAAAGAAGUUUUAGUGAAGAUGGAAAGGCUUAAAACAUACCAUGGAGAAUGACCUCAGCCUUCUGUGUGGAGGAUUUGCACUUGGAGAUAAGGAAAGAGAGGGACUUCAGAGAGUUAAGCAGUUCAGUUUCCUUUGCAUUUCUUACAUCUGAGCAGGUGACCGGAGUGAACACUCUGGAAGCCACAGUGGAGUCCUCUGCUUGGGGCCUCUUUCUGGAAACCAGAUCAAUUCACUGAAAAACAAUUUGCAAAUGACUAGUUCAUUGAGAAGCAAGUGACCAAAACUCUAAGUCACCGAAUGACCUGCUCAUUGAUUUAUUGAAGAUUUUAUUCCAAGGUCUACUUCCCUCUGCAUUUGUGGCUGCCAUUUCAUAUGUGAAUGGGUGGGCAGUUUGCUGUCAUGCCCUUUUUGUGCAUCUCUAUCCUGACCCUGUAUGUGGUGCUGCCUUUUCCCAGGCCCCCUGCCCCUGCCCUGGCCUCUGUCUGCAAAGCAGUUGCAGCAACCUCCCUCUUGCUGUUGAAGAUACUCAUCUGAUGUCUAUUGUGAAUUGGCUGGAGCCCUUCUACAGGUUUGUUAGCGUCCCUCUGCAUCCAGGCUGAUGGUGCCUGCCAUGCUUCUACAUGCUGUUCUCUGCCACCCACCUGAGCCCAGCUAGAGUCAGUGGGGAAGUGGAGGAGCCACAUCAAAACAGUGUGUCCACCUCAGUCACCCUCCAGUGUGCAUUGACGACCAGGCAGCCAUUAGACCCAAAUGCAGCCCCACAGCAUAGAGGCAAAUGGAAAGGCCACAUAUCCUCUUUUCAUUCUCCUUCCAUGUGAGGCCCUGCAGAGCCUGGCAUCUGUCUUCAUCAUCGUGGCAUCCUCAGACUCUUUCUUCUUCCUGGAGCGAGCUGUGCUCUCUGAAGCCACUGCCUGUGUGGGAAGUACCCCAGCAUUUCUUCGCUGUUGCCAGGCAUCCCUUCCUGUCCUACCACUUCAAAUGCAUCUUUUCAUGUGUCCUUCCUGAGCACCUCUAGCAGCUGCAUGUUCCUGUUUCAGCCUCUGCCUUUCCACAGCUCCUCCAAGAUUCCUCUAUUGCAGAGCACAGCACCACCUUGCAGGAAACCUCCCAGAGGACUGUGAGGACCAUGAAGCAAGGGGCUGCAUCUUAUUCUCCUUGGUGUCUGGCCCAGCAGUGGGCCCAGGCCAGAUGCCAUUAAGAACAUUCAUGAUUCAUGAGAGGAGAUCAAAAUAUCAACAUAAACAGGAGUUUGAAAGAAGUUGAUUUCAACCCUUGUGGAUGACUAUGAGAGAUUCAAGGCUUCAGUGGAGAAUGCACCUACAGAUAUGGUGGAAACAGCAAAAGAAAUAGAAUCAGAAGUGGAGCCUGAAGAUUAAACUGAAUUGCUGCAAUCUCAUGAUAAAACUUGAACAGAUGAGGAGUUGCUUCUUACAGGGUUAGGAACUGUCAGAGUGUGGCUCAACUGAGAAACAACUUUCUGAGUAGAGGUGGGGAAAGAUGGGCUAAGAGGCUUCUGAGGUCAUGUGUUCACCAUCACUGAGGCACUGUGAUGUGUUAGGUGGGUCUGAACCCUCUGGCUUCAGAGAGAGUGCCUGUGGGGCACCAGGUAAUCCGAGACUGCAGCUCAGAGAUUACUCCAGCAAAGGGUCAGGUAUCCACACUGCCUCUGCUACCUGCCCGUUGGUCACUCACUCAUUGUUCUGAUGAUAAGAUCGACAGAUCACAAGAAGGACUGUGGCUUGAAGUUCCAGAGCAGAGAUGCACAUUACUGUCUACCGCUGAAGUGAACUGCUGCCCCUCUGGAGUCUGGAUAUCAUCAGAAUGAAAAAGCGAGUGUCAUGGGCAAAGCGAGGAGUCCAGCAGGAUGGACGCUGUGUGGUUUCUCAGCUGGAGCGCAGCAGGAGCAAGCGUGGAAACAUCCUUCUUUUCUCUUCUCCCCUCCCCUCCCCAAGUGCAAAUGGAACCUGUGAAAUAUGGCUUGAUUUUGAGGCUUCUAAUUCUUCAUUGCACUCCCAGACCCUUCUUUUAUCUCUGGUGGCAGCCCUGAGAAUAAAUCUCUUGGUCACAUUCUUCAAUCAGUUUCUCCCAGAGAAAAGGUUAGGCUGCAAGGAUGAUAGGAACCAGACUUCAAAUGGGUUUCCAGGAGCUGAGGGAAGGAAAGGUUUUUCCUACAGUUUCUCCAGCCAAGGGAUUAAGAAAAGGAUGGGGUCAUAGAGCAACAGCAGUAGAAGGUGGCAUUCCAAGACUUUCUCCAGGACUCCACCUAAGGUCAGUUUCUCGUCACUCAUACCUGUUUGUCUUUUGCCUGGCCACCAUCAAUGUAGAGUUAAGAACCAGGAGGCAGGAACAUGCUCCCCAAGUCACAGUCUGCCUCCCACAUACUGCAGUUUGAUUACAGCAUCCUGCCUCUCCACAGGAGGAAAGUGGUGUCAUUCUCCAGAACCAGGUGUGGAUUGUGAUCAGACCUAGAAUUGGCUAGGUAAAAAGCUUAAGAGAGAGAUUCCAUGUCCUGCAACACUGUCCACAAUUCAAAUCUGUAUUCAAAAUAAAACUAAAAGCAGAGAAAAUCCACAGCAGACCUACCACUCUCCAGGCAGAUAGUGCCCUCUCCACAAUCUGCAGCCAUCAACUGCCUCUGCUGGACGCUGCCCAGAGAGAGACCUGCUGCUGCAGAGCAGCUCUGUGUCAGCCACUGCGGCCUUAGAGAGAGCUGCAGGAAAUGGGACUUCUCACGUGCUCUCCACAGUGGAACCACAGGUCAGCAGCUGAAUGGAGCCUCUACCCUCUGGAUGCCUUUCUUGUCACUUAGUAUUCUUUUUUUUCUCAUUCUGGUACUUUAUCUGCUGGAAACUUUCAAAUGUAUUACUAAUGUCCUUCCAAACAGACUCCACAUGGGAAUUUUCAUGAUAUCUUGGCUAUAUUUACACAAAGAUUAGCUUGCAGGAAACACAAAAUAAGUAUGCAUAAAUAAAUGAGUGGCUCAGCACACC

Taxonomic tree

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Publications