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Homo sapiens (human) BASP1 antisense RNA 1 (BASP1-AS1) URS000075DA51_9606

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BASP1-AS1: BASP1-AS1 is a type of RNA that has been studied in relation to tumor purity and immune cell infiltration in a research study [PMC8514865]. The study found that BASP1-AS1 was positively associated with tumor purity, indicating that higher levels of BASP1-AS1 were correlated with higher tumor purity [PMC8514865]. On the other hand, LINC00941 was negatively correlated with tumor purity, suggesting that higher levels of LINC00941 were associated with lower tumor purity [PMC8514865]. Additionally, the study found that LINC00941 was positively associated with the infiltration of B cells, CD8+ T cells, neutrophils, macrophages, and dendritic cells [PMC8514865]. In contrast, BASP1-AS1 was negatively associated with the infiltration of B cells, CD4+ T cells, neutrophils, macrophages, and dendritic cells [PMC8514865]. These findings suggest that BASP1-AS1 may play a role in modulating tumor purity and immune cell infiltration in certain contexts [PMC8514865].

Genome locations

Gene Ontology annotations

Sequence

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CUGCUCCCCUCCCCUCCUCCGGCGCAGACCCUCCCCUCUCCCCUCCAGCCUGGACACGCCCGCCUCCCCUUGACUCCCCCCAGCUCUGGGCCCCCACCUCCCCUCCCCUCCAGCACAGUCACCCCCAUUUCUCUCCUAUCCGCCAUCCUGGUUCCUCCCUUCCCCCCACCUCCCAACUCUGUGCCCCGCCAACGUUUCCUAAAUGCCCUCUAUUCAGAUCCCCCCUCCGCCUCCCCUCUCCUCUCCUCCAUUCCUGCGUCCCCCUUCCCCCGCCGCGCCGCCUGGGCUGUCCGUGGACUUCUCCCACUCUCUCACUCUCUCACUCACUCUCUCUCUCUCUCUCUCUCUCUCACUCUCUCUCUCUCUCUCCCCCUCAUUUAUUUGGAACCGUUGGAUAAGAAGUGCUCGGGCUCUCGCUCAGACUUAGGGAGCUGCCUCGAGGUGAUGAAUGACACCCCCUGGCACCAGCUACCCUUCUCAGACCCCAGUCCAGCCCGCUCCCGACGUCGACUACGAUUCCGCUACCUCGGCUGGCAGCGAGGUUGGGGUGAGCCCCAGCUGCAGGCGCGUCUGGGCUGCGCCGCUGCAAACGAGUUGCGCACCUUGGGCGGCUCCGCACCUGCACCCGCACCCGCGGGGCUCAGCCCCGAAGGCUGCAGCUUCGGGGGAGGCGCGGUCGCCGAGGUCCAGCUGGUGGGGCGAGAGACGUCGCCCCUCGGAGGAUGCUCUCGGAACUUGGGAGAGGAAGGAGGGAAGAGAAGAGGGGAAAGGGGCCGUCGAUGUUUUUGAUGUCUGUGCUUUAAUGGAGGCCACCAAUAUUGAGAAGACGGGGUUGGCCGAGGCAGCCCGCACGCUGCUGCUUGCGAGCGCUCGAGUCAAAGCUAGGGCCAACCGCGGCUUGUCCGGGUGCCCUAAGGGGGCGGACACUUGGUUUAGCACCGGGACACAGAAUAGCCACCGGGGUAGGAAGAUGCGUUCACUUUGCUUACCUGUUGGCAAGAGGGACAUACAAAAAUAACGUAACGUGACAUCGUUGACAACGGUAGCUCUUUGAUUACACAAAAGCCAAUUUUACCUUCCCGCAAAAGCCAGUUGACGCCUUUGGAACUUUUAUUUGCGGCAUUUUGGCGCCCUCUGGCUGUGUUUGGAUCGCUUUCAUGCUCGCCUGCGUCCCAGCCAAGAAAAAAUCGAUGGAGCUGCAGGUUGUCCUCAGGAUGGUUCUGCCCUCAGGACCUGGGCGUGAAUUCAGGGACAGGGUGGCCCUCCAGAACCGGAGUGACAAACUGUAACCAUACUUAGGGAGGCAGACGUCAAAGGCAAGUACAUCUGUAUUCAACUGGGUAAAGCCAUGUGAAGACGUGCCUGCCUCCCUGUUACCUUCCACCAUGAUUGUAAGCUUCCUGAGGCCUCCCCAGCCAUGCCUGCUGUAUAGCCUGCAGAACAGUUUCAGUCGAUUUGAUUAUAAAGCAAAGGUUUGGGAAGAAAGACUCAUAUUCCUCCUGAGAUGCAACCUCAAGUCUUAGGAAAAGAAAGUUUUGAACUCAGGUUCCGGGAAUGUGGAAGAGGAAGCUCUUAAAGGGCAAGUAGACUUUGCAACAUGCUCGUUUUCAGGAUUCUCCUCCUUUGUCCUCAACCCUGCCCAGUGUUCCCCUAACUCCACCUAAGCCACUCCAUAAAGUUAGGUCCCAUUCCUCUAUUCCUUCACUACUAAUGACAGCUAAUAGAGCUAAACAGAAUACCACAAUAAGCCAGAAGCUGCCUUUUUUUAUUAUUAUUAUUAUUCAUUGCCCAAUUUGUAGAACUCUCUGAAUUCAAUUAAAGUUUGGCAAAGCCUGUGCAAAUGAAACCAAGUACCUAUUUUUUGCUCAUCAUAAACCCAAAAGUUUUCUAGAGAACUAACUGAAAGAGAUUUUCACCAAAUCUUUUUAUUUUUUUAAUCUAGAGAAUACAAUUGAGAACCAAAUCAAUAAAUAUCCUCAACUGUUACCUUUGUUAUAAGGGAACUACGAUGAACCGUGCUUGCCCCACAUUUACCCUAGCAGCAACUAUGCUUUUUCUAUCUCUGGCCUUACCCUGCCUUCCUGCCUCCAGAGUCUGAGAUGGAGAAAGGCAAAGUCAGAUGGAGGAUAGAGCUGGGCAGGGAGUUGCUGCCAGCAACAAUUGGAGUUGCUGGUUUGCUUUCAACACUGACCCCACUUUAUUGGCCAUGAGUUAAGGCAGUCAAAUGGGCAUCUAGGAAACAUGACCAAGAUCUGCAUUAGGGAAGCAAAGCAGAUUAAAAGGCACAAUUGCUGGCCAGGCAUGGUGGCUCACACCUCUAAUCCUAGUGAGAGGUGAAGCCAGUUGGACUUCCUGGGUCGAGUGGGGUGGGGUCUUGGAGAAAUUUUCUAUCUAGCUAGAGGAUUAUAAAUGCACCAAUCAGCUCUGUGUCUAGCUAAAGGUUUGUAAACGCACCAAUCAGCACUCUGUAAAAACGCACCAAUCAAUGCUCUGUGUCUAGCUGAAGGUUUGUAAAUGCACCAAUCAGCACUCCGUAAAACGGACUGAUCAGUGCUUUGUAAAAUGGACCAAUCAGCAGGAUGUAGGCAGGGCCAAAUAAGGGAAAAAAAGCUGGCACCCAAGCCAACAGGGGCAACCUGCUUGAGUCCCUUUCCACAUUGUGGAAGCUUUGUUCCUUCACUCUUCAUGAUAAAUCUUGCUGCUGCUCACUCUUUGGGUCCGCACUACCUUUAUGAGCUGUAACACUCACCACGAGGGUCUGUGGCUUCAUUCCUUAAGUUAGCAAGACCACGAACCCACAGGGAGGAACAAACAACUCCGGGCACACCACCUUUAAGAGCUAUAACACUCACUGCGAAGGUCUGUGGCUUCACUCCUGUAGUCAGCAAAACCACAAACCCACCGGAAGGAAGAAACUCCAGACACAUCUAAACAUCUGAAGGAACAAACUCUGGACACACCAUCUUUAAGAACUGUAACACUCACCGUGAGGGUCCGUGGCUUCAUUCUUGAAGUCAGGGAGACCAAGAACCCACCGGAAGGAACAAACUCCGGACACACUAGCACUUACAGGAGGCCCAGGUGGGAAGAUCACUUGAGGCCAGGAGUUUGAGACCAGCCUGGGCAACGUAGUCAGACCCCAUCUCUACAAAAAAAUUUAAAAAAUUAGCCGAGCAUGGUGGCAAGUGCCAGUAAUCCCAGCUACUCUUGGAGGCUGAGGCAGGAAGAGCCCUUGAGCCCAGGAGCUGGAGGCUGCAGUGAACUAUGAUCAAACCACUGUAGUCCAGCCUGAGUGACAGAGUGAGACCCUGCCUCU

Taxonomic tree

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Publications