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Homo sapiens (human) MORC2 antisense RNA 1 (MORC2-AS1) URS000075DB1B_9606

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MORC2-AS1: MORC2-AS1 is a long non-coding RNA (lncRNA) that has been implicated in various diseases, including cancer and neurodegenerative disorders [PMC8777518] [PMC7851899]. It has been found to be positively correlated with the expression of several genes, such as MEOX2, SIX1, GATA2, and TFAP2B [PMC8777518]. However, its expression levels were not significantly different in patients with Parkinson's disease compared to controls [PMC7851899]. In the context of endometrial cancer (EC), MORC2-AS1 has been identified as a prognostic marker for overall survival [PMC9200351]. It is also involved in ceRNA networks that play critical roles in alcohol-related EC [PMC9200351]. In addition to EC, MORC2-AS1 has also been implicated in papillary thyroid carcinoma (PTC) as a downregulated diagnostic biomarker [PMC8318749]. It is one of the 11 differentially expressed lncRNAs that can be used for the diagnosis of PTC [PMC8318749]. Furthermore, MORC2-AS1 is downregulated in thyroid cancer (TC) overall [PMC8318749]. These findings highlight the potential role of MORC2-AS1 as a diagnostic and prognostic marker in various diseases.

Genome locations

Gene Ontology annotations

Sequence

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AGCAAAACCACGCAGGCGUCUUGUCGCUUCCGCCUCGAGCGUGUGGCGGGAUUGCGGAAGCCCUCCACAGUUCAUAACCGUUGGCUGGUUAUGAACCGUUCAUAACGGGCGUUAAUAACCAUACCCUGUUAGACUAAGCAUGGUCCACCCGCGAAUCCUCUACAGAGAUGGCCAAGCGCUGGGGUCGUGGCUGCGUCCUCUAGGCCAGCCUUGUGCAAAGGACCUUCUCACCACAGAUCAGCCAGACCAUCUUCCUCCUUCCAAGUCAUCAAAGAGUUCCAAGCUGGUCACCUGUCCCUUGAUGUUCCCAGGAAACCAGGAAAGAGGACCCCUGCAUUUUAUCUUCCCAUCCAGAGUGGCAGGAUCUCUGCCUGGGAAACAGGCUUCAUUCAGCACAGCUGUGGUAGCAUUAACAAAGCAAAGUGGGCACAUGUAGAAGUUGAAGCUAAAACAUUCAAGAACUCCAGUCUGUUUCUGUGGAUGUUAAGGGGGUGAAGAUAAAACAAUGGAGGUGAUGAGGAGGAAUAACUUGAAGACAGUUUAAAGCCACAGUGAUACAAAGAAUGAAGAGAAGGAAGGUGCUGGAUUUUACUAAGAAAACAGACUGAGUUCAGGAGUCUCACCAGUAGAACUUUAUAGUAUUGCGUUUCGAUUACAUGUGUGUGAAUUUUAAAAACUGAUUACCCUCCAGUAAAAAUGUGGAACCAAUUUGCAUUUGGAUUAAAACAUUAGGUUUGGGGACAAAAGUGGACCCCAUGCUGCCUGAGAUGAAGAGAGAGAGCAGGAUGGCAGAGGAAUCACCAGCUCAAGAAACCCCAAGACUUGGACAGUCUUCCAGCAGAAGAGGCCAGGGUCUCUCAGUGUACUACUCCAAACAGGCCUCUCCUAGAGAUGUAGUCUGGGAAGGUCCAAAACCCACCAGACAGGCACAUCCAGUGGGGAAAAGACUUCCCAUUCCAGUGUGGCCUGCAUCCCUCACCUCUGCUUCCCAGUCUUCUGCUGACCUCAGAGGAGCAGGGUGGCCAUUGCUGAUCUGGGUUAGGGAGAUGCCAGAAACACACCCAGGUUUGAACCACAGGUUAGUGGUACAAAGUCACAGUCCUUGUGCCUUCAGAAAACCCAGAGGCCCCAAAUACGAGUGGGAAGAGAGUUGGGAAAAACUGAACCAGACUCUUCCAAUGGCCAUUAAAGAGAAAAUUCAGCAACGCUUGCCUUUGUCUUUGACCCUGAGAAGUUAAGGGACACAGAUUGUGGCGCCGUGAUGGAACAUGGAGGGAAGGCAUGGUGUGCUUCCUGCAGAGAUGCCUCUGGAGUCCCUGUGGCCACGGGAUCUCACUGGCCCCCUCUUCAGGCACCUUGAUGGGGCUCAGUGGGGCCAGGCCGAAGGGUGGAAGUAGAAAAGCAUCAACAGGCUGUCCAGAUCAAUUGGCACCAUCCAAGGCCCUGCUGCACCCACACAUGGAGGUCACCAGCUCAGCCCCAGGGGUUCUUUCACACACAAGCUCCUUCCCUAAGGAGUCCUGUGGGGUUCCACACUCAGUGUGCUGCCCAAGUCAGAGAUUUACCACAGAUCUGUCUCCCCCUCAACCUGGACUCAAGUUACUGUGGUGAGAAACCUCACUGUCCAUGGUUAACUGAAGAAAUCCCUCCUUCAGAAAGAACUUGAGUAGUAGAUGAGGUGGUUAGACAGGAUCUUUUUCCCUCAAGCUGUUUGGACGCCACAGCCAGGACCAACUCUGACAGCUGCGAGAGAGAGAGCCCCUCCAAUGUGGAACCUCCUACACAGCCCCCCUUUUGGGUCCCUGGAUAUGAGCCCCCAGCAGGACCACCACUCUAGGGGGAAGUCUCCCUCCCAUCCCUCAGAUCCCCACAUUGUUCCUCCUGUAGGAGAAAAGUCAGCCCUGCCCCUGGAGCUUCUCCAAGAUGGCACUGGACUCGCCGUUAUCUUGAGGAGCCAGGAGCUGAAAUGGCUCCGGCUUAGCAACCCAGUAUGGCCAAAGUGGAAAGGUUCUCUGUCCUUUGCAGUCACCAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGUAUGGUCUCACAGGCACAGCAUCUUCUUUUAAAAAAUAAAUAUUUAUAAACUUAAGGAAGAUUCAAA

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Publications