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Homo sapiens (human) prostate cancer associated non-coding RNA 1 (PRNCR1) URS0000759F81_9606

Caution, this is an AI generated summary based on literature. This may have errors, see here for more. Please share your feedback with us.

prncr1: PRNCR1 is a long non-coding RNA (lncRNA) that influences various cellular processes in non-small cell lung cancer (NSCLC) cells, including cell proliferation, apoptosis, migration, invasion, and epithelial-mesenchymal transition (EMT) through the miR-126-5p/MTDH axis [PMC7378264]. It has been observed that higher levels of PRNCR1 expression are significantly associated with larger tumor volumes in NSCLC, suggesting a role in the progression of the disease [PMC8561087]. Despite this association with tumor size, there is no established link between PRNCR1 expression and other clinical-pathological features such as the TNM stage of tumors or their level of differentiation [PMC8561087].

Genome locations

Gene Ontology annotations

Sequence

Sequence features are shown above as colored rectangles. Zoom in and click to view details, or Reset 

AAAUCUCAGCCUCCCACUCCCAUAUUUACAGUUUGAUUAGGGAGGCACAUUUAGAUAUGCAGUGAUAAUUGCUUUGCUUAGAGAAAUUCAAGGUGAUAGAAUGCAUGGUGACACCUAACCCAGACUGGUAGAGAAAGGGAAUUCUUCCACUGGGAAUGACAUGAUUAUCUAAAUAAGUAGGCUCAAUCAGGUCAGGAAAGGGCCUGAAAGACUAUUUCAAGCAGAGGGAAGGUAUUUGCCAAGGCCAGGGUGUGUAGUGGAGAGAAUGGGCAGUGGCAGAGAAUUAUGAAGUGUUCCAAUGACUAAAAGUAAAGUAACAAGUUCCUUGUCCAAGAGCUUGGAUUGUAUCCUAACUGAAAUGAGUAUACACUAAGUGUUUGAAGAAGAGGGAUGAAAUGGUCAAGUUUUCAUUACACAAAAAUAACCUGUUCCUUUCAUUUUAUGUUUAUUUAUUUUUUUAAUUUUCUGACUGCUCCUUUCUGGAAAUCUCAAAUUUAUAUUUGCCAAAUAUUGUCACAUUUUCGAUGGAGAAUACAAACUAAGAAUGGGUUAGGGAACUGAGUCAGAAAGUCCCUGUUGUACAAUUCAAUCAUGUUUUUCUAAGGAUGUGCUUUUGGACAUUAUGGAAACUAUCUUAGGCUCUCACUUGGAUCCUAGAAAAGAAGGCACCUGUUAAAAGGAAUGUCCAGCCCCACCUAAUUUGGCAGCUGCCCCUCCAAGCUAAUGACAUUAGGGAUGUAGUGGAUUCAAGAGGCUGAUGAUGCCAUCUGGUCAACUCAUGUGACUAUUUCUAUCAGCUUUAUUUCUGCAACAUCCUGUGCCCACAGAGGGGACACAAAAUCGCUUUAUAAUUCCUUCACCAUGUGAAGAUACAGAUACACCCAGAACCUUAAAGGCAAGAAUAUGAUUGAAAUGUCAAAUGGGGACUUGGUGAUCUAAAUUAUGUCCCCCAAAAGCCAAUGUCUUGCCACCACCAGUGCCCUAUGGGUGGAGUUUCUAAACAGAUUACUCAAAACACAAACUUUCAAAAAGGGAAAGUCAUAACCCUCUAGUCAUCAGGGCAAUUACGGAAUAACAUUGCUGGAGUAAGGUUUUCUCAAUGCCCAAGAGAUGAGCUGGCAAUGCCACAACAAUGUCCAAUUCUUAGUGGGUCCAAGACCAUGUGUUACAUUUCCCUCCCAUGAUUACUCACAGCUUCACAGUUCUGCUGUCCUCUUCGCCUCUCUGCCACCUCUUAACUGCACCUUUGACCUCCUACCCCUAAGAUUCAACCCUGUGAGAUUACUUGUCUUUUCAUCUACACUCUGGUCACUCUGACCCCCAUUCUUUAGAUUCAGGAUUUUCUCUUUUCCUGGCUUACUCUCCAGCACAAGUAGAAAAAUAUUGUGCUUCAUUGGAAAAUGCAUGUUGUUUGAAUCACACUCUUUCAGAUUAUACAAUUGUAGUCUUUCAUUAUCUUUGAGCCAUUUUAUAAUGCUGUAAACUAAUAUUAAUGCAUAUAAUUCUUGUCUAUAGACAUGUAAAUUGUGUCCAGGGGUGAUUUAAUUGACUUUUCUUCCCCAUUGUGGAAAAGGCUAGUAGUUUUGCCUCCAUUUGCCCAUUUAUUUCUAUAUUCCUGAUCUGUAAAUGCAUUUCUGGGUUUUCCCUUGGACUCAUUCUAACAUCUCUUCUUUUUCCUCAUUAAUUAAUUAAAUUAAAUCUUUAACACCUCUUCAUAUUUUUGUCAGUAUGAGAGUAUAAAAAAAAAUCUUUUUUUGAAAAUUAUCUUUUAAUAGGUGACAAAAAGAAUAAACACUGAACAAGAAGUCCUGAGCUCCUACUACAAUCCAAAGUGAACUAGUUGCAGUGCCAUAGGAUGAUGUUUCUCCUGAGACUUCUUUACUAGGAUCAUUUAGACUGUUAUAAAUGCAGAUUCCUGGGCCUCUCCUUAGACCCACUGAAUCAGACACUCUAAGAGGAGGGUCAGAAAUCUCCAUCUUAGCAAGUUAAUGUCCAGGAGAGUUAGAGACUCACUAUGACGUAUGAUAAAAAGUAGAAGGAAGGACUUUCCAGCACCUUAAACUACUUGGAAAGAUAGAUUAAUGUCUAGAUGAAACUUGAUGAGACUUUAGACUAAUAUGUUACAUAUACAUCAGGAGAUGCAUGUAUAAACCAAAUCCAAAUAACCCAAAGCAAAAUUUCUUUUAGAAAUAGUGAUAAAUAAAUGAGUGAGGAGUUUGUCACUCACAUCCCCCAGGUAAAACAUACCUUUUUAGCCUAAAUAAAUGCUAUAGUUUGAAUGUGUUCCCUCCAAAAUUCAGGUACUGAUAGUUAACAGCAGCCGAUAUGAUGGUAUUACACAAAAUAGUAGGUUCUUUAGGAGGUUGUUAGGCCAUGAGUGCCUCCCCCAAGAAUGGGAUGAAGGACCUCAUAAAAGAGGCUUCUCACAGCAUUGUGACCUCUAGCCCUCCCACCUUCCAUAAGUGAGGACACAGUGUUCCUCCCCUCUGGAGGAUGCAGCAACAAAGUGUCAUCUUGGAAGCAGAGGAGCCAUCACCAGACAACAGAACCAGCCAACAGCUUGAUCCUGGACAUCUCAUUUUCUCCAGAACUGGGAUAAAAUAAAUUCCUGUUUUUUAAUAAAUUUCCCAAUUUCAGGUAUUUUGUGAUAGCAGCAAAAACAGACUAAGACAACUAGUAUGAAAAUAUACAUUAACAAAUAAAAUUAAUCAUAAUAUAUGUUUGCUUUUAAAAGAAAAUAAAUAAGCCAAUAUGCUUUCUGUUGAUUGAUUGAUUUACUAAACAUUGAUUGGCCAUCUCCACUGGGGAUAUGGCAUUUAAGAGAUCUCUUUGAUCUUAGUACUUUUACUGCUUUUUAAAUAGGAUCAAAUACACCCAAGGUAAAAAAUAGAACACACUAUACGUUACAUUUUGGAACUGUUAGAAAUUCCUUUGAAGCUAAAAUUACUGCUAUCAUUUGACAACUUUUACCCCUAAAAUAAUGUGGUGCUCACCAGCUUGCUUAAGUUACAGCACUUGCUGUCUUCUCAGAUACAAUAUCAGAAACUUAUAAUCCAAGAAAAAUCUAAAUGGCAAGUGUGAGUUAAUGGAAGCCUCAUAAAGCAAGAGGUGUUUUGGAAGUGUAUGGAAGACAUCAAUAAAUGAUAUGUAUAACAUCAAGUGCAAAAGUGUGUGCUAGGAAAGUUCAAAAAAGAAAAAAAAUAUGGUAAGGUAAGACCAGAGAUUGGGGAGUAUAUAGCUUUUGGGAAUUCAGGAAAUGCUAACGUCUAUGGAGAAUUUGCAUAGGUGAAAGAUCAGAUUGGAAGCCUUUCUCUGUGGAAGCAUUGUGGAUCUAAGUCCAGAAGUGAUCCUGAGCCACCUACUAUGGAAAGGUGUCAGUGAGCAAGAGACUGUCUGACAAAGGUGGAAGCUGAGCAGACUUCUACUGCGCAUCGCCUAUGUACAGGCCAGAUUCCAAGGGCUGAUAUUACACUGCUAGUUUGAUCUUUCUCAGAUAGCUGGGUAGAGAGGGAAAAGUUUCACCCCAAAUACCAGAUGCCUCCAAACAUCUAGAUGCUUGGUGUUAUGUAUUUCAAACAGCAGGUUUGAUAAAGCUGUUUUUACUCUCCAGUUGGAUGUUGGUUGUCAAGGCUGUCAUUAACUUCUGGGAGUUCCCAAAUCCUCAGAGAGAGAGAAAUAAGCAGUUCUGCCUGCAAUCAGAAGCUGGCUUUGAGCCCCACAUGGCAACAUGCCUGUAUUUAAUUAGAAGUGGCUUAGUUCUUGGGAUUUACUGUGGAUUGAGUCUACGAAGCUGGAAGGUUUUAUCCUGAGUAUUCCACUGUCUCCUCAUGUGGAUUUUAUCAAAUUUCUCCUUUAACCAUAUAAGCGCUUUCAAAGUUGACAUAUCACACUUAGUUAUGAGGGGAACCUAGAAGUAUGAUUGUGACGUGCAUUGUUGAGAGACCAUGCUUUGUAAGUGUUAAUAAUUAAAAUUAUUUUGAACACUAAUUAUGCUGAAGACUGGAUUUUCUACUCCUUCAGAUGUUUUCCAGUGGACAUAUUUUGCCCUUUUAAUAAAUUGAUUGCGAACUUAUCUUCAUUUCACCUUUAUGAUGUUAUACCUUUUCAUUUUUGUCUUCUCAUAGCUAGGGUCUCCUGGUCCCCAAAUGUAGACACACAUCUUACACCAAUCCCAGAGCCAUUUUGUAUAAGAGCCACCAUGGAUUUAACCAGCUUUAGCUCCAGUAUUUGAACAUAAUGUUCAGCAUCAUCACCUGGCCACCAAAUCAAAACUGAGCACCCUUUAAUCCAUCAACAAGUUCUCUGCAGCCAUGCAAGGUUAUGAAAUGGGCACAGACAUCAAUAUACAGUCUUUGUGUUUAAGAGGUUCAUGGUCUACCUGAGAAAUGCAUCUUUAAACCUAAAGUAGACGCUCUGUUUAUUCCAUAAAUGAUUUUUAAGCAUCAAUGGUAUAUCAAGCACUGUACUGGCUUCUGGGCUAUAAUAAAUAUAUAAAGACCACAAGUUUGAAUUUCAUGACAUUGAACUAUAAUGUUUAAAUGUUAUAAUAAUCAUAGUAAAUGUCCUUGAGGAGCUACGGAAGAUUCCUGCAUGAAGCAGAAACAAGAAGCUGAAGAAAAAACAACUGGCUUUGGGGGCUAUAUAAAUAUAACCCUCAAAUUAAAAACUCAAUAGUUUGAUUGAUUACCAAAUCAAUACAGCCAGAAAAUAAAUGUAUUACCCCAAAAGCUUGAGUGAAGAAAGACUUCUGUAAGUUACUAGAAAGCGCUAAGGAAGAAAUAAAAGAAUGAUAUUCCUGAGAGCCAGGUGCUUUCUGUAGGACACACAGAUACAGAAUGAGGGAAAACAGAAAAUUCUAUGGUUGUGGAUUCAAAAUAGAGGCAUCACCAUGUCUAUCUCAUCAGGGUUUAACCAGAGGAAACCAAACCAGUAAGAUAUCUGUAUUAAGAGAUUUCUUGCAAAGAAUUGACCUAUGUGAUUGUGGGCACUGGCUAGGUAAAUCCUAAGUCCACAGAGCAGGCAGGAAGAAAACAGGCUGGGACUUGUAGGCACAGGAUGAAGCUGCAAUACUCAUGUGGAUGCUGCUCUUCUUCAGGGAAGACUUGGCUCUGCUCUCAAGGACUUUCAGGUGAUUAAAUCAGGCCCACUCACAUUAUCUAAAAUAAUCUCCCUUACUCAAAACCAAGUGAUUAUGGACUUUAAUCACAUCUAUAAAAUAUCAUUAUAGUAACACCUAAAUUAGUGUUUGAAUAACUGAGAGUUGUAACUGAUAUGGUUUGGCUAUGUCCCCACCCAAAUCUCAUCUUGAAUUAUAGUUCUUAUAAUCCCCAUGUGUUGUGGGAGGAACCAGGUGGAGAUAAUUGAAUCAUAGGGGCAGUUUCUCCCAUUCUGUUCUCAUGAUAGUGAGUUAGUUCUCAGGAGAUCUCAUGGUUUUAUAAAGGGCUUCCCUCUUUGCUCCACUUUCAUUCUCCUUCUUCCUGCUGCCAUGUGAAGAAGGACAUGUUUGCUUCCCCUUCUGCCAUGAUUGUAAGUUUCCUGCGGCCUCCCCAGCCACGCUGAACUGUGAGUCAAUUAAAUCUCUUUUCUGUAUAAAUUACCCAGUCUUGGGCAGUUCUUUAUAGCAGCAUGAGAAUGGACUAAUACAGUAACUUUACCAAGUGGACACAUAAAACUGAUCAUUACAAUGUACAGUGAAUAUUUGGUGAGUUAAUAGAUAUAUUCAUAACUGAAUGAAAGAGGAUGGUGAUUCCUACUUCAGGGUGGUAUUAUGAGAGUUAAAAGGGUUAGCAUAGAUAGAACACUUUUCUAUGAUUGAUCUAAGGUUGGCUUUUAGGGACUACAUUAUACAUAUGGGUUUUGUCUUCAUGUUUUUGCUUGCAUUUCUCUCUCUGCCCACUCUUGGGGCUAUUUGGAUGUCACCUCUUCUUCUUCUGAGCUCCAGUCUAUGUAUUCCCUGUUCCAUCAUCACAACCACUGAAGUCUACACUCCUCAUUAGAUUCAGGGAACCCAGAUGCCAGCCAAAGACAUCCCUUUCCCUCAUGACCCAGUUGAAAAAAUUCUCCACCCUUCUGUUAAUUCUAGAAUAUUUAGGAGUAAAGAUCUUUUCCCUCAGAUAUCUGUCAAUUCCCGGCCUUAUAUCUCAAAGCCCCUUUUCAUCCAGGUUUCCUAGAUCAUUUCUUGUCGUCCCUGUGCUAUAACUCAUUAACCCAGGCAUAAAACUCAUCAGCUACUAAUGUCCUCUUCCAUCCCAGACUCCCCUCACACCAAUAAUUCUUGAAUAGAGCAACCCAAAUUGAGAAUUUUAAGUAAAAUUGAAGGUAAAUUUAAUUGCAGGAGGACAUACAACAUUAACCUUUAAAUAGAGAUCCUAAUUCUUAAAAAAAAAAGUCCUCAUUGAUCUCGGGGCCGUUUCACGCAGGUGCUUUUCUAAAUCAUCAAGGUUAUCUUCAGCUUCACUUUCAGUCUCCUUCUUCGGCUCUGGCGCUGCCACUGGCUCUUCCUGUGCUAAUGUGGUUGUGGCAGCUGCAAUGGCUGCAGGGGUCACAGCAGCUGCAGCAGCUGCAGCCACAGCCUUUUCCUUCUUGUGUUUUUUGUGCUUCUUGUGCUUCUUAUCCUUUUUGUGUUUCCUGUCCUUCUUUUUCUUCUUUUUCUUUCCAUCUCCUUCUUGAUCUGAAUUUCUUGGCAGUGAUGGGCUCGGUGUUGGGCUUUUGGCCUUUUUGACCGGUACAGCUGGUGACCAGUUUGUAGACGGUGACUGAGACUGGAUGGGGGAUGGAGAUGCUGGGGGCUUUUUAGCUGCUGGCUCAGGAGACCCAGAGACAGAUCGGGAGGAUGAGACCCUCCUUACAGACUGUGGGCUUGGGGAAGCAGCCUUUUUUUAUCUUUUUAGGUUCCGGAGUCCUGGAGACUCUCCUAAUGGGCCUAGUACUUGGAGACGGGGACUGCCUUCUUUGGGGUGAUGACGACGCUCCUCUUCGAACGGGUGGAGGACUUGAGGUCUGAGGAGCUCGAGGCCGUGAUGAGGGCGAAUGCCAUUUGUUUGGAUGCGGUGAUCGGGCCUCCCGGGUAGAGCGGCUUGGGGAAGACCCUUUCCUAUGCUUGGAUGAUAGUGAAGGUGAACGUCUCUUGGUGACUGGGGAGCUUCUUUGGAAGGUGGAGAAUGGGAGACCCGCCGCUUUGGUGGUGGAAAUGGUGAUGCUCUUCGUUUAGGAGGGGGAGGAGGUGAAGCCGUUCUUCUCUUUGGAGGUGGAGAAGGAGAGUAUCUCCUCUGUAUUGGAGGAGAGUAUCUUCUAGGAGAAGGUGAGCGCCGACGUAGGGGAGGAGAAGGAGUCCUUCGUCGUGGUGGUGGUGGUGUGGGAGUCCUGAGCCGUCGAGGAUGAGGGGCGGGAGAAGGAGACCGUCGCCUUCUGGUGGGUGGUGGGGAUGGACUUCUCCUCCGUCUACCAUGAGGGGAAGUCUCUUUUUGGUGCUUUCGUGGUGAUGGAGAAGCACUCCGGGAAGGGGAAUGUCUCCGCCGCUUGCCAACCUCACCAUUCUUCACAUGGGAUCUCUUGGGUCGUUCAUCUUCUGAGGAGAAGGAGGAACCAGAGUCAGAUGAAGACUGCUGGUUUUGUCGUCUGUAUUGGCGUCUCUGCUGAGAUCAAUGAGGAAGGCCCAAGUGUCCCCACAGUCUUAGGGGGAAAUGUUUGUUAUGAUGUAAAUUUUAUUUGGUUUGUACGCAGUUCAAUUUCAAAAUUGCUAAAAUGUGUUUGAGCUUUAGACUAUAACAUUUGUUGUAAUAAUUGCUAGGUUGAAGUUCAACAUGUAAAAAAAGGGGGCAUGGAUUUACAUUGCAAAAGGUGUCCACAGUGUAUUAGUGACAUUCUUUCAUUGACAGCUGACAUAAUUCAUUGAGUGAAAUAUUUUAAGCCAAAAAAAAUUCCCUUUUUAAAAAAGGGGGUUUAAAUACUGUUGACACUUUUAUGGUUCCUUUAAAUGCUCUGGCUAUUCCCAGAGGGGUUUUUUUGUUUGUUUUUUUGGUUUUGAUUUGCUUUUUGUUUUUCUUUCUUCUUCUUACAUUUUUUUCCAUUUGAGUCUUAGCUCCCAUUUAAGUUAUGCUUCUGACCUUGUAUGGUCUGUAAGCUUGCCCAGAAAUAAGACCACUGUUUUGAACUACCACAAAAGUAUAAAUGAAUAUUUUAAUGCCACAGUCUUUCCUGUUGCCUGUGGAGUCUCUGCUGAAAUGAAUCAGGAUUCGAGCUCUAGGAUAAGACAGAAAAUGAAAGCAUGUUGUUUGCCAGGACACUGUGGGUUUAUAUUGAUGUGUAACAACUUGAUUUGGAACACUGGACUCUCAUUCUGUUCUUCUGGUUUUGUUUUUUUGUUUUGUUUUUUUCUUUUGUAAAGGCCAUGAACUAGUCCCAGAAAGGAUUCCUUCAGUUACAUACAAUUUGUUUAAUGAAAUGUCAUGGCUCUGUUCAUAUUUUUGUCUUGUUCUUCCAAUUGGUGUAUACAACUUUCAGAGCCUCUUGUAUUUGGAAGGCUGGAAGGGCCCAGACUUUGGAAUAGUGUCUCGGUUUCACUGUUUUUGUUUUGAUUUUUUUUUUUUAUUUUUUUUAAACUAAAGCUAUAUAAAGCUUGUGGAUUAAACAGAAUAAAUUUCUAAAUUUAAAAAUUUAAAAAAAAAAAAGUCUAUUGUCUUCCCUCCCCUACCCUAAGCAAUAUGCAAUAGUGGCUCUUCAAUAGUCCCAGACUCUUCUUCUCUUCCUGGACUGCCCAUCUCCUGAUCAACCCUUAAUUUCUCUUCCUUCUCUCACCCUUCUUUUCAGGAUUGAAUUAAUGAAUCCUUUCUUCUCACUCAUGCAGAGUAAGUUUCUGCCUCCCUGGGUCUUUCUGUUUACUGACCGCAACAACUUCAGAUUAUACCUCUUCUACUCCAAGUGCUUUCAAAGAAAGUCCUCUGCCAAGACAAAUUCAUUACGUUUUUUCCCUCUACCUGUUUGCCUUUAUUCUCUUUUGUAUUUCAUCUUCUCAUCUAGAUUGAAUAAUCUUUGAGAGCACAGAUGUUUAUUUAUAUUUUUCCUUUCCAUUUCUACUCAGCAUGAGGUGUCCAUUGAACAAACUUGAUGAAUUUUUAUUGCUUAAUAUCUUGCUAGAGGUGGGGAGAGAGGUUGGGGGCGGUUAAGGAACUAUCAGCUAGCCUAGGAGAUAUUAGAGCUGCAGAGAUUUGGCUAUCUUGUUCAACGUUAUAUCCCUAGGGAUUAGUACAUAGGCUUGCAAAUAGCAGGUAUGAAUAAAAAAUUAUUGAAUGAGUAAAUGAAUUUAAAAUAUAAGUUACUUAGGCGGUAUCUUCAGGCAUAUCUGUGUUUAUGUGGUAUUCAAUGGCCCACAAAUGUCUACAUCCUAAUUCCUAAGAUCUGUAAACAUUAAUUUGCAUGACAAAAGAGACUUUACAGAUGUGAUUAAAUGAAAGGAUUUUGACAUGCAGAUAAUAUCCUGUAUUCUUCAUGUGGAACCAAUGUAUUUACAAGGGUCCUUAUAAGUAAAACAGAGAAGCAGGAAAAUGAGGGUCGCAAAAAAAAAAAAAAAAACAAACAUGAAGACAGAGAAGAGGUUAGAGUGAUGUUGGCUUUAGAGAUGGAAGGAGUCACAAGCUGUCUUAAAGGAAUAAGACAAGCUGUCUUAAAGGAAUUGUUAUAAAGGAAUAGCUGAAGCUGGGUAAUUUAUUUUAAAAAGGUUUAUUUUGCUCACUAUUCUCAUGUCUGGAAAAGUUUAAUAUUGGGUAGCUGCAUCUGGCAAGGGCCUCAGGCUGUUUCCACUCAUGUCAGAACGUAAAGGGGAGCUGGUGUGUUUAGAGAUCACGUGGGGAGAGAGGAAGCAAGAGAGAGGGAGGAGGGGCCAGGCUUUUUUUAAACAACCAGCUCUUUUUUUAAAAAAAAAUUAUACUUUAAGUUCUGGUAUACAUGUGCAGAAUGUGCAGGUUUGCUACAUAGGAAUACACAUGCCAUAGUGGUUUGCUGC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Taxonomic tree

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Relationships

Molecular Relationships

 Publications