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Homo sapiens (human) long intergenic non-protein coding RNA 1144 (LINC01144) URS000075CB94_9606

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LINC01144: LINC01144 is a long non-coding RNA (lncRNA) that has been identified as a potential biomarker for predicting subarachnoid hemorrhage (SAH) [PMC9369929]. In a study, 38 RNAs, including LINC01144, were identified as potential blood biomarkers for screening SAH patients [PMC8768506]. However, in the GSE36791 dataset, the expression levels of LINC01144 showed no statistical difference between SAH and normal samples [PMC8768506]. LINC01144 has been found to potentially regulate the expression of ADRB2 and TGFBR3 by sponging hsa-miR-128 [PMC8768506]. The regulatory axis of LINC01144-hsa-miR-128-ADRB2/TGFBR3 has been identified in a ceRNA network and suggests that LINC01144 may play a role in SAH by regulating ADRB2 and TGFBR3 expression [PMC8768506]. However, the specific role of miR-510 and lncRNAs JMJD1C-AS1 and LINC01144 in SAH has not been reported [PMC8768506]. These RNAs, including JMJD1C-AS1, LINC01144, hsa-miR-510, TLR4, ADRB2, and TGFBR3 among others have shown potential as biomarkers for predicting SAH according to ROC curve analysis [PMC8768506]. References: [PMC9369929] - Zhang Y et al. (2020) Identification of Potential Biomarkers for Predicting Subarachnoid Hemorrhage by Integrated Bioinformatics Analysis. BioMed Research International. [PMC8768506] - Zhang Y et al. (2020) Identification of Potential Blood Biomarkers for Screening Patients with Subarachnoid Hemorrhage by Bioinformatics Analysis. BioMed Research International.

Genome locations

Gene Ontology annotations

Sequence

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GAAGGGCUGAGGCUCACGGUUUCGGAGUAAGGGGAGCGGCCCGGCGAGCCGCCGCGCCUGGGUUAAGAGCUGCAGGAGGAACGUGGCUUCACGAGUUCGGCUCCUCGGCCAUCCACAGCCCGGGCCUCCGCCUCUGCUGACCUGGCGGCUGUAGAAGGCAGAAGAGGCCUGAAACCUGCAGCAGGAGCACCACCCUGCCCCGCGGCCCCGCGCGCCCUCCAGUGGCGUCAUCCCAUCCGCUUUGAUCUCGACUGGCGCGCCUACCCUCGGCAGCGGCACCCCUUGGGAGCGCAAUCGCGGGCAGACUCCGAGGACCCAUCUUGCGAAAGUUCUGCGAGGUCCUGACUUUAAGGGAACAGGGGUCGUACUUGGGCCAUGGCCGGAAGGGAGAUCCAACAUCCAUGACGACGUCUACCCCCCAGCCUGCCCCUUCAGAGCCCAGUCUGUGCCUUGCGUCAAAGUCAAGCAAGGGCUCUUGUAGGGCACCGAGCCCCAGCCAAAAUCACCCUUUUCUUUCAGAUAGCCCCCACUUACCCCCAGAAACCUUACUCUCUCCCUCGGGAGCAGGUGGGAAGUGAAAGGCCGGGGGGGCUGUUUCUGCUCUGCUUGUCUGUACCUGUGGCCCUUGAGUGGAAAACCCCGCCGCUGGACCAAAGACCUGGAGGCUCCAGGAUUGCCCACUUGGGACCCUGACUAUGAAGGGUCAAGAUAGCCCAUUCUGCCCCAGCACUCAGAGCCCUAUUACCAAGGCCCCUACUCCAAGAAUCCACCAUCAAAACCGGGGCCCUGCCAGUGCCUUCCCAGUGUUCAGGCCUAGGGAAGAAUAGCCCCAUUAUGCCUGUUACUCCUGAUCCUUCUGCAGUCUCUCUCUUUGUGACCCCAUGGCCUUUGCUGCUAUGUCUGCCCUGGCCCCACAGAGUGCCAGGUCAGAGCCACCCUGGCCUACAUAGCAGGGCCCCGGUUCACAGGCUAAAACCUGGGCCUCCUGCCAGGCUGCAACUCCCAGCUGCACACCGCAACCUGAGACAUCUCAGCAUAUUCUAGGAACUAGUAAUGGGGACGCUUCCGACUCGCUGGGGAAGGGAGAUGAGGGCCUCUAGCUCUCCAUGCCCAGUCUCUCAUCAUCAAAGUCAUUUAAGGCCCCAGCGACCCCAGGGUUCAGCAGCAUCCUGUUCAUCAUGAGCAGAGGGGUGACUGAAUAGAAUGGGAGGCAGGUGUGGCCUGAGCAGUUCCCAACCUGAAUUUUCCUUUGAGCUUGGUGAUUUGGGGCGGGGGAUUGAGAUAUUUUCCUUUCACUUGUGGGAAAUCUUGGGGCCCCACAAAUCACUAAGCUGAAGGGAAAAGUCAAGCUGGGAACUACUCAGGGCAAACCUGCCUCCCAUUUUAUUCAGUCACUCCUCUGCUCGCUGAGAUAGACACAUACCUGAUUGCCUCCUUUGGAGAGGCUUGUCAGAAACAAAAUAAUGCAACCAUUUGUCUCUCAGCUACCUGCGACCUGGAAGCCCCCUCCCCACUUCGAGUUGUCCCCGCCUUUCUGGACGGAACCAACGUACUUCUUACAUAUAUCGAUUGAUGUCUCAUGUCUCCUUAAAAUGUAUGAAAACAAACUGUGCCCUGACCACCUUGGGCACAUGUCGCCAGGACUCCCUGAGGCUGUGUCACGGGCACGCAUCUUCAACCUUGGCAAAAUAAAGUUUCUGAAUUAACUGAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA

Taxonomic tree

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Publications