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Homo sapiens (human) coronary artery disease region linked MFGE8 regulatory lncRNA URS0000EF06D6_9606

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CARMAL: CARMAL is a lncRNA that plays a role in cellular function and localization [PMC7311772]. It is not expected to have a major role in ribosomal maturation [PMC7311772]. However, the absence of CARMAL may affect the function of SBDS protein through changes in post-translational modifications [PMC7311772]. Additional factors are likely to be involved in the perturbation of local chromatin by CRISPRi effectors targeting CARMAL [PMC7311772]. A minimal level of CARMAL is needed for the expression of MFGE8, suggesting a functional link between CARMAL and MFGE8 suppression under basal conditions [PMC7311772]. Deletion of CARMAL affects the expression levels of gene neighbors, but the mechanisms require further clarification [PMC7311772]. The deletion also results in changes in the abundance of several transcripts, with a slight bias toward upregulation [PMC7311772]. The introduction or deletion of CARMAL does not significantly affect MFGE8 or ABHD2 levels, suggesting that its transcript is not necessary for their regulation [PMC7311772]. The functional aspects and genome-wide roles of CARMAL are still being explored through various experiments and analyses [PMC7311772].\

Genome locations

Gene Ontology annotations

Sequence

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GCCCACGUUGCAGAAUCAUGAGCAAAUAUGUUGUGGAUUGGCUGUAACUCUGCUCUGGGAUCCAGGCUGAAGGAGCAGGCUCUAUCUGGAACAUUACUAGUCUCCAGGCAGAAGAAAAAGAGACAAUGGAAUGGAUGAUUGAAUGGAUGAAUGAACUCCACAGGAAGAUGAGGAAAGCCUUUAUGGAUGGAGUGAGCUUGCAGCAGAGUCUCAAAGGGGGGCCUGGCCACCAGAGUCCCAAGCUACCAAGAUGUCAAGUAAAGAAGAACUGAAAGCCAACUGCUGGAUGCAGCAGUGAGUGGGGGUCACAGUGGCCUUUGCCAGAACUGUUCCAGUGGAGGAGUAGAGGAAGAGAGAAAACCACAGGAGCAGGCAUCGCAAGCUCAUGCUCCACCCACACGUCCCCUUUCUCCUUUAGUCCUGUGACCCAUGUGCUUGCUCUCUUUCUCUCUCAAAGGAGAUCCAAAUUUAAAAAUAUGGAGCCAAGGGAAUCAGUUCCUUUGCGAACACACUGAACGUUAGUUUUCUUCUUCUCUUUUGCAAAAACUUCUUAUUUCACAAAAUACUCAAACAAAUAGACAAAGUACAGUGAAGUCCAGGUAGAUAUCAUCCACCUUCAGCAAUGAUCAAUCCAUGGCCAAUCUUUCAUCUCAACACUCGUAUCCUCAUUCUUGUGGAGCAAAUGCCAGACAUUCUUUCAUCCAUCAGUAUGUCAAUAUGUAUCUCUGAAAUAGAAGGACUUUUUAUAAAACAUAAUCAUAAUAUAAUUAAUAUUCAUUCCCCAAUUGUUUUGUUAUUGUCUUUUACAGUUUAAUUUUUGUUUUGUUUUGUUUCGUUUCUUUUUGAGACAGGAUCUUGCUCUGUUACCCAGGCUGGAGUGCAGUGGUGCGAUCAUGACCCAUUGCAGCCUCUACCUCCUGGGCUCAGGUGAUCUUCCCACCUCAGCCUCCCAAGUAGCUGGGACUACAGGUGCAUGCCACCAUGUCCAGCUACUUUUUUGUAUUUUUGUAGAGAUGAGGUCUCACCAUGUUGCCCAGGCCAGUCUCAAACUCCUGGGCUCAAGUGAUCCACUUGCCCCAGCCUUCCAAAGUGCUAGGAUUACAGGCAUGAUCCAUAAUACCCAGCUACGGUUUGUUUUCAUUUGGAUGCUAAUAAGACCCAUACAUUCCAUUUGGUUGAUCUAUCUCUUCAAUUUCUUUUAAAUUUAUAAUUUUAUAAGGUCCCCUUCCACAUUUUUCUUUGUGGAAGAGGAGAAAAGACCCUUGUUCUCUGGAUCACUCUGUGGUUAAGGGGGUAGGUCCUCAAAUCAGAUGCCCUGGUUCUAUUUUGCUUUCUUGUUUUUUAGUACUUUUUGUUUGUUACCUACACACAGAAAAGUACAUGAAUCAUAAGUGAGCAGCUUGAUGAAUUUUCAUAAGUGAACACACCUGUGUAACCACCACCCAGCUCAGGAACAGGGCAUCACUGGCACCCAAGAACCCCCUCUCAGGCCCUUUCCCAGUCUCUACCACCUCACAAAGGUCAGGUGACUUUUUCACACCACAGCCAUGUGUUACCU

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Publications