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Homo sapiens (human) senescence associated long non-coding RNA 1 (SALRNA1) URS00007E3633_9606

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SALRNA1: SALRNA1 is a long non-coding RNA (lncRNA) that has been studied in various contexts [PMC8182924]. It has been found that senescence-related lncRNAs, including NORAD, are upregulated in Tks4 KO cells and their overexpression is associated with the inhibition of senescence [PMC9861885]. In T2DM patients, increased levels of lncRNAs such as HOTAIR, MEG3, LET, MALAT1, MIAT, CDKN2BAS1/ANRIL, XIST, PANDA, GAS5, Linc-p21, ENST00000550337.1, PLUTO and NBR2 have been observed [PMC8594715]. Conversely, in patients with T2DM compared to control subjects, a significant decrease in the expression of THRL and SALRNA1 has been reported [PMC6107963]. SALRNA1 has also been found to be associated with DCP2 [PMC9214213]. In a study on cancer development after acquiring DSV genes, it was found that SALRNA1 was one of the genes inherited initially [PMC7802320]. Furthermore, it was observed that HHIPL2, XPO1, SALRNA1, ZBTB45, and ANP32AP1 gene deletions were associated with non-cancer subjects without FCH while RAB9BP1 and MALRD gene deletions were related to non-cancer patients with FCH [PMC7802320]. In another study on T2DM patients, it was reported that THRIL and SALRNA expression levels were significantly decreased compared to control subjects [PMC7381111]. Finally, it was found that MIR99AHG, SALRNAI, AC007613, AC099850, AC009690, ABALON, AL096701, AC087501, AL031666, AC1350506, AC104785, AC0341028, SNHG12, and UGDH.AS were significantly related to survival [PMC8627251].

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Sequence

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AAGUAGAAAUAUGGUAAGGGGCCAGUAUUGUCAUUCUGCCUUUCAGUUCUUCCAUAAAAGUUUUGUGUGCAUGUGUGUGUGUGUGUGUGAGAGAGAGAGAGAGAGAGACAGACAGACAGACAGAGAGAGGAAUCAGGAGAUAUACUGUAUGUAAAAUAAUCCUCCUGGUCCUCUUCAUGAAGAUUUUGUCUGUUUAUUUUUAAAAUAGCCAUUGGUUCCAGAUUCCCAGAGCUGAUUUUCUUAGAUUAGCUAUUUGUACUCAGAGGUAGAGCCCUGAGCAAUAUUAUUCUUCAAUUAAAAUCAAGAACUUGACUUUAGGAGGAAGCAUGUUAUGUUUAUAUAACAUCUGCAAUGCAUAGAAAAUAUUCACCACACAUAUCUGAAGACAAAGCUUCAAUUGUUUAAAUGUUCUUUUCACUUCAUAGAUACUAAGGCAUGUUGAUCUUCUAUCGAGCUUAAUUUUUUAAAAAGCUUGUUACCUACUUUCAUCUCCAAGGCAUUUUAAAUAAAUACAGAGCUAAUGCUGUCUUCCUUGUAACUACCUCCUUGAUUUAAAGGUAAAAUUACCUUUUGUAAAGUAUUGCAGGCUGCCAUCUCACCCUCAUACAUGUGCAUUUUCUCUACAAGCACUCCACCAAGUCCCCACCACUACCAGUCCCCACCACUAUCACAGGCAAAAGUGCUGCAAAAGUUAAGAGGAAUAUGACUGCAUACAGAGUUUAAUAUAAUAGCUGUGUGAAGGCCAACACAAAAUGUCACAAUUACGUGGGUUUGGUUUGGUUUGUUGGCUCUUUUGGGGGGUGGAAGGGAAGAGGUAAGGAGGUGUUCACAAUCCCAUUGUCUUUUCCUGGUAUUUAGACUAUUUGGAAAACUGGCAACUCAAAUUAAAACUGAAUUAUUGCAAAGCAACUAAAGUUUUUCCUUGAGGGGGAAAAAAAGGAGAGUAGUUAAGUUUGUAAAAACACUUAAUAACAAGAAAAGAACAUCUAGAAGGUUGAUUUUACAGGCAUCCUGGCUGGCAUCUGCAGAUUUUCUAUCAAGGAUGUCUAUGAAAUGUUCUUUAACAUUUCAAUAUUCUUUAAGAAUCCUGACACUUAAUGGCUUAUGUCAGUAAAAAUAUGUAGUCUAGACUGUUUUUUCCCCCCUUUAAUAUCCCACAUGCAUAUCAGCUCAGGUCUUAAACCACCACCAACCCCCCACU

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