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Homo sapiens (human) GAS1 adjacent regulatory RNA (GAS1RR) URS000075D128_9606

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GAS1RR: GAS1RR is a long non-coding RNA (lncRNA) that has been found to be significant in the Kaplan-Meier analysis and associated with overall survival in mesothelioma [PMC6813567]. GAS1RR is also implicated in cuproptosis and has been used to construct a risk model for predicting patient outcomes [PMC9713963] [PMC9809317]. Additionally, GAS1RR is part of the ceRNA network theory and regulatory axes, along with other lncRNAs, such as LINC01278 and NBR2, that are associated with overall survival [PMC9713963]. GAS1RR is down-regulated in cancer and has been reported to be implicated in cancer development [PMC7397872]. Furthermore, GAS1RR is one of the lncRNAs used for random forest supervised classification algorithm screening, along with other lncRNAs such as ALMS1-IT1 and LINC02798 [PMC9748486]. GAS1RR also appears as one of the shared lncRNAs found through intersecting differentially expressed lncRNAs identified by TWAS/eQTL colocalization analysis [PMC8349208] [PMC9545622]. The primers used for detecting GAS1RR expression are provided as well [PMC8349208]. Overall, these findings highlight the significance of GAS1RR in various biological processes and its potential as a prognostic marker or therapeutic target.

Genome locations

Gene Ontology annotations

Sequence

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CUAUCAACUCCAUCUGUCACAAAAAUUAAGGCUAAAUCUCCUCUCCAGAAGCAGAGGGAGCCGGGGCUCCGACGCGCUCAGCGUCGGGCUGUCUGCCUCUCCCUAGAGGCCAAGUGAAUUUGAAAUGGCAAAAGUCACAGCCGGAGGCCCAGCACUAGGAGAUUCCUCCGGCUGCGGGAAAUCUUCCUGUACCUGCUGAAGCUGCUGCGUUCCUCAGAGGCGCUUGGUCUGCCGUGGGAAGCUGCACCUCUGCAGUCCCCAAAACCAAAAUCAAACCUUAAAAGAGCCAGACUGAGAAGCCAGUCACCACGUAAGACAUCUGGACCACCUUCAGACUCGCAUGCUGUGAGGAAGCCCAUGCUUACUAUGUGUAGAGGAUACAUGGAGAAGGAAAGAGAUGCCUGGCCAGCUCCCUGCUGUUUCAGCCAUGCAGAGGUGCUGAGCAGCUAAUUGGAGGGGAUAGUAUGAGCCUCCAAAGAUUAGGGAAGAAAAUUGCAGUUGAAGAAAACUUGCUUUGGUUCAAUGCAAAAAUAAUGGGAUGAAUGGCAUGCUGAAAUAUCAUAUGACUUACGAAAAUGAUGAAUGGUUUAUUGAAUCUACAUAUGUGGAACCCAUGAAUGGGAGUCGGAGAAGGGGGCAACUGUAUACGCAAAAAGCUAUCAUAAUUGCCAAAAUAGUGAUAACAAUGUUGAAACACUACUGGGAUUACUACUGUUAAUGACUACCAGUGAUCAAGCACCUCCCCUGCCCCAGUGUUUGCCUGCCUUGUUUGAAGACACGAAAAAAUGUACACAAAAUGAUUUAGAACUGUUGAACUUUUCAGAAAAUAAUUUAAAAUCAUCUACCUCAUAACUAAAGGACACUGAAUUGGAGCCAGCUGAUGUAAGGAGCUUACCUUGGUUGCCACCUUCUGGUCUCUGUUUGAGGAACAACUGCAUGUGAUUAAGGAUGAAGAAACUGAGACCCCAAGAAUUUAAGUAAUUUGUUCAAGGCAACACACUGCUAUGUGGUAGAACUACAAAUUGAGCCCAAAUAAUCCAGCUUCAGAUACUAUGCAAAGGUAUCCUAGGUGUGGGGGUGAUAACCUGGUGACAAUCCCUUCUCAGAAGGAAAACAGGUCCCAUCUACAGAGGUGAAGCAGAGUGUGGAACUGAAAAACUCAAUGGAAGAAUGGCUAUUAAGAUUUAGGACGGCUGGGAAAUAAUAAAGUAAUAAUAAUAAUACUAGGUAUUGACGUGUGCUACAUGCCAGGCCUUGGGUGACAUUUGGAUUGAUUCCCAUUUUCUUUACUUUUCAGCAGUGGGGUCUUUCACCUUUCAAGCUCUGCCUGAGAAGUCAACAUGGUGGCAUUUGGCUAGGUUCUUUUAGGCAACCAAUUGUUUUAACAUGAUUUGUUGAAAAGCCUAUUCUCUCUUUCAUUGAACUAUAAUGCUAGCUCUGUCAUAAAUCAAAUUUUCAUUUGAUUUAUGAUAUGAAAAUUAUAUGCAUUUGAUUGAUAUGCAUUUUUUCUCCAAUGAUACUCAACUGUCUUAAUUAUAUAAUUUUGUAGUAAUUCUUGGUAUCUAAUUAGGCAAAUACCCACUCCCAACCCUGUUUCUUUUGUUUUUAAAUCCAGGGGUGUUUUGGAUAUUCUCGUUCAUUUGUGCUUCCACCUACAUUUUUCAGUUAACUUGUCAGGUACGAAAAAAUAAAAGGCAAAAUUUUUUAUCCUUAAAUCAAUUUGGGCAAGUUUGCAGUUUUUUCUUGUAUUGUAACUUCCAAUCUAUGAAUAUGAUCUAUUUUUUCACCAAUUUAUGGCUUCUUCCAAUAACAUUUUAUAAUUGUCUUUUUAGAGGCCUUAUCUUUUGUUUAGAUUCAUAUCUAGGUAUUUAAUAUUUUUGAUGCUGUUAUAAAUGGUAUUUUUAAAAAUAUAUACAUUUUUAACUAUUUCACAUAGAAAACUUUAAUGGAUUUUUAAAAUGUAGAUUUGUAUUCAGUAAACCUGUUAAAAUCUCUUAGAAUGUCUAAGAGUUUAUUUAUUCAAUUUGAUUUUCUUUUUUUUUUUUUCUCCUGGAGACGGAGUUUCGCUCUUGUUGCCCAGGCUGGAGUGCAGUGGCAUGAUCUCAGCUCACUGCAACCUCCGGCUCCCGGGUUCAAGCAAUUCUCCUGUCUCAGCCUCCUGAGUAGCUGGGAUUACAGGCUCCCACCACCAUGCCCAGCUAAUUUUUGGUAUUUUUAGUAGAGACAGAGUUUCACCAUGUUGGCCAGGCUGGUCUCAAACUCCUGACCUCAGGUGAUCCGACUGCUUUGGCUUCCCAAACUGCUGGCAUUACAGGCGUGAGCCACUGCGCCCUGGCCUAUUCUACUGGAUUUUCUAUGCAAUUGUGUUAUAACUCAUCAUAAAGAUAAUUUUAUUUCUUUUCCACAAUCUUUACAGGUUUAAUUUUUUUCUAUGCCUUGCUGCACUCUCUAUGAUUUCCAGUAUUGGCACUACUCUGGCCUUUGGUCUUUGCUCUUGCAUCAGCCUUUCAUAAUUGGGUAUGUUUGUUGUAAGUUUUCUGUAGAGAGUCUUUAUGAGGUUAAGAGAUUUGUUUCAUUUCUAGUUUAUUAAGAGAUUUUAUUAUAGAUCAAUGUUAAAUUUUAUCAAAAUUUCUCCAUUGCAUUUCUAUUGAGAUGAUCACAUGAUUAUUAAAAAUUAGUAUAAAGAUUUAUUAUUUUGAUAUUUUAAAAUCAGGUUUAUUGAGGCAUAAUUUAUAUAUAAUAAAAUUUACCCUAUUAGAGUAUCCAGUCCAGUAAGUUUUGGUAAAUGUAUGCGAAUAACACAAUAAACAGGUUUAGAACUUUUCCAUCACCACAAAAAGUUUAUCAGGCCCCUUUGCAGUUAAUACUCACCUUCUCUCCAGCCCCAGUAAACCAUGGAUCUGCUUUUUGUUACUGUAGUUUUUCCUUUACUUUGAUUUUUUUGAGUGUUAAGCCAGCCUUACAUUUCUGAGUUAACUUGGUCAUGAUAUCUUCUACAAACAUUAAUGAAUUUAGUAUGAUUGGCUGAUGCCUUUGCUUUCCUAUACUGUCCUUGCCUGGUUGGUACAAGGAUUAUAUAAUACUUAUAAAGUGAGUUGAAGACAGUUUCCUCUUUUCACCAGCUGGAAUAAUUUAUGUAUUAUUGAAAUUAAUUGCUCCUUAAAUACUUGGCAGAAUUCACUACAAAGGCACUUAAUUCUAGACCUUUUGGAGGAAGAUAAAAUACUGAUUUUUUAAAUCAUUAUUUUAUUUUUGUAAUACAGCUUAUUUUUCCAGAAACUUCUACUUUUCGUUUACAUCUUCAAGUCAGAUUAAAGUUGUAUUAAUAACCCCUUAUUAUUUAAAUCUCAGCAGAAUGUGAAGUUAUGUUCCCCCUUUGUAUCCAUUUUUUUCUCUAGAUAUUUUUCUGUUACCUGUUUUAAAUUUAAUUCCAUUGUGGUCAGAGAUAAUACUUUGUAUGACUUGCAUUCUUUUAUGUAUAUUGAGACUUGUUAUAAGGCACAGAGUAUGGUUUAUCUUGGUAAUCAUUCGUGGCACACUUAAAAAUCAUGUGUUUUCUGCUAUUGUUGAGUGGGAUGUUCUGUAACUGUGAAUUAGGUCAAGUUAGUUGACAGUGUUGUUCAAGUCUUUUAUAUUAUUACUGACUUUCUUUCUACUCACUCUAUCAAUUAGUGAAAGGUGUCAAUAUUUCCAGUUAUAAUCAUGGAUUUGUCUAUUAUUACUUUCAGUUAGAAAUUUCUAGCUGAAAUUAUCUAUUUCUACUUUCAGUUAGUGUUAGCUUGCUAUAUCUUUUUUCCAUCCUUCUUCUUUUAACCCAAUGUAUCUUUAUAUUGACAUUACAUAUAUGAUUUAUAUUAUAUUAUGUUACUAUAUCUUGUAUGCAGCAUAUAUUUGGAUCUUUUUUAUCCAAUCUGAUGAUCUUUGCUUUUUAAUUAAUGUAUUUAGAUCAUUUACAUUUACUGUGAUUAUUAAUAUGUAUUAAGUUCAAAUCUACCACUUUGGUAUUGAAUAUCUAAUUGUCCCAUUUGUUCUUUGUUUCAAAAAAACUCUUUUUUUGCCUUUUUUUAUAUCAAGUAUUUUAAAAUUCUAUUUCAUCUUCUUUGUUUGCUUAUUAGCUAUAACUUUAUUUUGCUAAUUUAGUGGUUGCUUUAGGGUUUAUAGUAAACAUCUUCAACUUAUCACAUUCUAUGUUCUAGUCAUAUUAUAUUAUUUAACACAUAGUAUAAAAACUUUAUUGUAGUAUACUUUCAUUUUCCUCCAGUAAUUGUGCGAUUCUUGUCAUCUAUUUUGCUUCUACAUGUUAUAAACUCUACAUGAUUUUGUAAUAUUUUUGUUUAAACAAUAUUUAUUUAGACUUAAUAAUAAAUAAUAAAAAUAUAUGCUAACCA

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