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Homo sapiens (human) metastasis associated lung adenocarcinoma transcript 1 (MALAT1) URS0000A77400_9606

Automated summary: This lncRNA sequence is 8,779 nucleotides long and is found in Homo sapiens. Annotated by 6 databases (RefSeq, MalaCards, HGNC, LncBook, IntAct, GeneCards). Matches 2 Rfam families (mascRNA-menRNA, MALAT1). Homo sapiens (human) metastasis associated lung adenocarcinoma transcript 1 (MALAT1) sequence is a product of HSALNG0084905, MALAT1 genes. Found in the Homo sapiens reference genome.

Interactions 17

According to IntAct, Homo sapiens (human) metastasis associated lung adenocarcinoma transcript 1 (MALAT1) interacts with:

Interaction id Participant Synonyms
EBI-20563625 URS00003EE995_9606 EBI-16224158 URS00003EE995_9606 snrna u2-1
EBI-17173476 URS00001230A0_9606 EBI-17173444 URS00001230A0_9606 hsa-mir-101-3p
EBI-20568254 O94906 Androgen receptor N-terminal domain-transactivating protein 1 B2RAR5 B3KMC6 C20orf14 EBI-536755 ENSP00000266079.4 O94906 O95109 PRP6 homolog PRPF6 Q5VXS5 Q9H3Z1 Q9H4T9 Q9H4U8 Q9NTE6 U5 snRNP-associated 102 kDa protein prp6_human
EBI-20585788 O94906 Androgen receptor N-terminal domain-transactivating protein 1 B2RAR5 B3KMC6 C20orf14 EBI-536755 ENSP00000266079.4 O94906 O95109 PRP6 homolog PRPF6 Q5VXS5 Q9H3Z1 Q9H4T9 Q9H4U8 Q9NTE6 U5 snRNP-associated 102 kDa protein prp6_human
EBI-20564555 P84103 B4E241 EBI-11020748 EBI-372557 ENSP00000362820.5 ENSP00000482833.1 O08831 P23152 P84103 Pre-mRNA-splicing factor SRP20 Q5R3K0 SFRS3 SRP20 SRSF3 Splicing factor, arginine/serine-rich 3 srsf3_human
EBI-20564545 Q01130 B3KWD5 B4DN89 EBI-627047 ENSP00000353089.5 ENSP00000376276.2 ENSP00000391278.3 ENSP00000462425.1 H0YG49 Protein PR264 Q01130 SFRS2 SRSF2 Splicing component, 35 kDa Splicing factor SC35 Splicing factor, arginine/serine-rich 2 srsf2_human
EBI-20563806 Q01130 B3KWD5 B4DN89 EBI-627047 ENSP00000353089.5 ENSP00000376276.2 ENSP00000391278.3 ENSP00000462425.1 H0YG49 Protein PR264 Q01130 SFRS2 SRSF2 Splicing component, 35 kDa Splicing factor SC35 Splicing factor, arginine/serine-rich 2 srsf2_human
EBI-20585773 Q01130 B3KWD5 B4DN89 EBI-627047 ENSP00000353089.5 ENSP00000376276.2 ENSP00000391278.3 ENSP00000462425.1 H0YG49 Protein PR264 Q01130 SFRS2 SRSF2 Splicing component, 35 kDa Splicing factor SC35 Splicing factor, arginine/serine-rich 2 srsf2_human
EBI-20564539 Q07955 ASF Alternative-splicing factor 1 B2R6Z7 D3DTZ3 EBI-398920 ENSP00000258962.4 OK/SW-cl.3 Q07955 Q13809 SF2 SF2P33 SFRS1 SRSF1 Splicing factor, arginine/serine-rich 1 pre-mRNA-splicing factor SF2, P33 subunit srsf1_human
EBI-20585766 Q07955 ASF Alternative-splicing factor 1 B2R6Z7 D3DTZ3 EBI-398920 ENSP00000258962.4 OK/SW-cl.3 Q07955 Q13809 SF2 SF2P33 SFRS1 SRSF1 Splicing factor, arginine/serine-rich 1 pre-mRNA-splicing factor SF2, P33 subunit srsf1_human
EBI-20978107 Q07955 ASF Alternative-splicing factor 1 B2R6Z7 D3DTZ3 EBI-398920 ENSP00000258962.4 OK/SW-cl.3 Q07955 Q13809 SF2 SF2P33 SFRS1 SRSF1 Splicing factor, arginine/serine-rich 1 pre-mRNA-splicing factor SF2, P33 subunit srsf1_human
EBI-20564502 Q07955 ASF Alternative-splicing factor 1 B2R6Z7 D3DTZ3 EBI-398920 ENSP00000258962.4 OK/SW-cl.3 Q07955 Q13809 SF2 SF2P33 SFRS1 SRSF1 Splicing factor, arginine/serine-rich 1 pre-mRNA-splicing factor SF2, P33 subunit srsf1_human
EBI-20567681 Q07955 ASF Alternative-splicing factor 1 B2R6Z7 D3DTZ3 EBI-398920 ENSP00000258962.4 OK/SW-cl.3 Q07955 Q13809 SF2 SF2P33 SFRS1 SRSF1 Splicing factor, arginine/serine-rich 1 pre-mRNA-splicing factor SF2, P33 subunit srsf1_human
EBI-20563803 Q07955 ASF Alternative-splicing factor 1 B2R6Z7 D3DTZ3 EBI-398920 ENSP00000258962.4 OK/SW-cl.3 Q07955 Q13809 SF2 SF2P33 SFRS1 SRSF1 Splicing factor, arginine/serine-rich 1 pre-mRNA-splicing factor SF2, P33 subunit srsf1_human
EBI-20564551 Q13243 Delayed-early protein HRS EBI-720503 ENSP00000377892.2 ENSP00000451088.1 ENSP00000452123.1 HRS O14797 Pre-mRNA-splicing factor SRP40 Q13243 Q16662 Q49AD6 Q6FGE0 SFRS5 SRP40 SRSF5 Splicing factor, arginine/serine-rich 5 srsf5_human
EBI-20563809 Q13243 Delayed-early protein HRS EBI-720503 ENSP00000377892.2 ENSP00000451088.1 ENSP00000452123.1 HRS O14797 Pre-mRNA-splicing factor SRP40 Q13243 Q16662 Q49AD6 Q6FGE0 SFRS5 SRP40 SRSF5 Splicing factor, arginine/serine-rich 5 srsf5_human
EBI-17173682 Q9UKV8 AGO2 Argonaute RISC catalytic component 2 EBI-528269 EIF2C2 ENSP00000220592.5 Eukaryotic translation initiation factor 2C 2 PAZ Piwi domain protein Protein slicer Q8TCZ5 Q8WV58 Q96ID1 Q9UKV8 ago2_human

Genome locations

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This sequence is found in {{ locations.length }} genome :

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    Gene Ontology annotations

    Localisation

    Sequence

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

    CGCAGCCUGCAGCCCGAGACUUCUGUAAAGGACUGGGGCCCCGCAACUGGCCUCUCCUGCCCUCUUAAGCGCAGCGCCAUUUUAGCAACGCAGAAGCCCGGCGCCGGGAAGCCUCAGCUCGCCUGAAGGCAGGUCCCCUCUGACGCCUCCGGGAGCCCAGGUUUCCCAGAGUCCUUGGGACGCAGCGACGAGUUGUGCUGCUAUCUUAGCUGUCCUUAUAGGCUGGCCAUUCCAGGUGGUGGUAUUUAGAUAAAACCACUCAAACUCUGCAGUUUGGUCUUGGGGUUUGGAGGAAAGCUUUUAUUUUUCUUCCUGCUCCGGUUCAGAAGGUCUGAAGCUCAUACCUAACCAGGCAUAACACAGAAUCUGCAAAACAAAAACCCCUAAAAAAGCAGACCCAGAGCAGUGUAAACACUUCUGGGUGUGUCCCUGACUGGCUGCCCAAGGUCUCUGUGUCUUCGGAGACAAAGCCAUUCGCUUAGUUGGUCUACUUUAAAAGGCCACUUGAACUCGCUUUCCAUGGCGAUUUGCCUUGUGAGCACUUUCAGGAGAGCCUGGAAGCUGAAAAACGGUAGAAAAAUUUCCGUGCGGGCCGUGGGGGGCUGGCGGCAACUGGGGGGCCGCAGAUCAGAGUGGGCCACUGGCAGCCAACGGCCCCCGGGGCUCAGGCGGGGAGCAGCUCUGUGGUGUGGGAUUGAGGCGUUUUCCAAGAGUGGGUUUUCACGUUUCUAAGAUUUCCCAAGCAGACAGCCCGUGCUGCUCCGAUUUCUCGAACAAAAAAGCAAAACGUGUGGCUGUCUUGGGAGCAAGUCGCAGGACUGCAAGCAGUUGGGGGAGAAAGUCCGCCAUUUUGCCACUUCUCAACCGUCCCUGCAAGGCUGGGGCUCAGUUGCGUAAUGGAAAGUAAAGCCCUGAACUAUCACACUUUAAUCUUCCUUCAAAAGGUGGUAAACUAUACCUACUGUCCCUCAAGAGAACACAAGAAGUGCUUUAAGAGGUAUUUUAAAAGUUCCGGGGGUUUUGUGAGGUGUUUGAUGACCCGUUUAAAAUAUGAUUUCCAUGUUUCUUUUGUCUAAAGUUUGCAGCUCAAAUCUUUCCACACGCUAGUAAUUUAAGUAUUUCUGCAUGUGUAGUUUGCAUUCAAGUUCCAUAAGCUGUUAAGAAAAAUCUAGAAAAGUAAAACUAGAACCUAUUUUUAACCGAAGAACUACUUUUUGCCUCCCUCACAAAGGCGGCGGAAGGUGAUCGAAUUCCGGUGAUGCGAGUUGUUCUCCGUCUAUAAAUACGCCUCGCCCGAGCUGUGCGGUAGGCAUUGAGGCAGCCAGCGCAGGGGCUUCUGCUGAGGGGGCAGGCGGAGCUUGAGGAAACCGCAGAUAAGUUUUUUUCUCUUUGAAAGAUAGAGAUUAAUACAACUACUUAAAAAAUAUAGUCAAUAGGUUACUAAGAUAUUGCUUAGCGUUAAGUUUUUAACGUAAUUUUAAUAGCUUAAGAUUUUAAGAGAAAAUAUGAAGACUUAGAAGAGUAGCAUGAGGAAGGAAAAGAUAAAAGGUUUCUAAAACAUGACGGAGGUUGAGAUGAAGCUUCUUCAUGGAGUAAAAAAUGUAUUUAAAAGAAAAUUGAGAGAAAGGACUACAGAGCCCCGAAUUAAUACCAAUAGAAGGGCAAUGCUUUUAGAUUAAAAUGAAGGUGACUUAAACAGCUUAAAGUUUAGUUUAAAAGUUGUAGGUGAUUAAAAUAAUUUGAAGGCGAUCUUUUAAAAAGAGAUUAAACCGAAGGUGAUUAAAAGACCUUGAAAUCCAUGACGCAGGGAGAAUUGCGUCAUUUAAAGCCUAGUUAACGCAUUUACUAAACGCAGACGAAAAUGGAAAGAUUAAUUGGGAGUGGUAGGAUGAAACAAUUUGGAGAAGAUAGAAGUUUGAAGUGGAAAACUGGAAGACAGAAGUACGGGAAGGCGAAGAAAAGAAUAGAGAAGAUAGGGAAAUUAGAAGAUAAAAACAUACUUUUAGAAGAAAAAAGAUAAAUUUAAACCUGAAAAGUAGGAAGCAGAAGAAAAAAGACAAGCUAGGAAACAAAAAGCUAAGGGCAAAAUGUACAAACUUAGAAGAAAAUUGGAAGAUAGAAACAAGAUAGAAAAUGAAAAUAUUGUCAAGAGUUUCAGAUAGAAAAUGAAAAACAAGCUAAGACAAGUAUUGGAGAAGUAUAGAAGAUAGAAAAAUAUAAAGCCAAAAAUUGGAUAAAAUAGCACUGAAAAAAUGAGGAAAUUAUUGGUAACCAAUUUAUUUUAAAAGCCCAUCAAUUUAAUUUCUGGUGGUGCAGAAGUUAGAAGGUAAAGCUUGAGAAGAUGAGGGUGUUUACGUAGACCAGAACCAAUUUAGAAGAAUACUUGAAGCUAGAAGGGGAAGUUGGUUAAAAAUCACAUCAAAAAGCUACUAAAAGGACUGGUGUAAUUUAAAAAAAACUAAGGCAGAAGGCUUUUGGAAGAGUUAGAAGAAUUUGGAAGGCCUUAAAUAUAGUAGCUUAGUUUGAAAAAUGUGAAGGACUUUCGUAACGGAAGUAAUUCAAGAUCAAGAGUAAUUACCAACUUAAUGUUUUUGCAUUGGACUUUGAGUUAAGAUUAUUUUUUAAAUCCUGAGGACUAGCAUUAAUUGACAGCUGACCCAGGUGCUACACAGAAGUGGAUUCAGUGAAUCUAGGAAGACAGCAGCAGACAGGAUUCCAGGAACCAGUGUUUGAUGAAGCUAGGACUGAGGAGCAAGCGAGCAAGCAGCAGUUCGUGGUGAAGAUAGGAAAAGAGUCCAGGAGCCAGUGCGAUUUGGUGAAGGAAGCUAGGAAGAAGGAAGGAGCGCUAACGAUUUGGUGGUGAAGCUAGGAAAAAGGAUUCCAGGAAGGAGCGAGUGCAAUUUGGUGAUGAAGGUAGCAGGCGGCUUGGCUUGGCAACCACACGGAGGAGGCGAGCAGGCGUUGUGCGUAGAGGAUCCUAGACCAGCAUGCCAGUGUGCCAAGGCCACAGGGAAAGCGAGUGGUUGGUAAAAAUCCGUGAGGUCGGCAAUAUGUUGUUUUUCUGGAACUUACUUAUGGUAACCUUUUAUUUAUUUUCUAAUAUAAUGGGGGAGUUUCGUACUGAGGUGUAAAGGGAUUUAUAUGGGGACGUAGGCCGAUUUCCGGGUGUUGUAGGUUUCUCUUUUUCAGGCUUAUACUCAUGAAUCUUGUCUGAAGCUUUUGAGGGCAGACUGCCAAGUCCUGGAGAAAUAGUAGAUGGCAAGUUUGUGGGUUUUUUUUUUUUACACGAAUUUGAGGAAAACCAAAUGAAUUUGAUAGCCAAAUUGAGACAAUUUCAGCAAAUCUGUAAGCAGUUUGUAUGUUUAGUUGGGGUAAUGAAGUAUUUCAGUUUUGUGAAUAGAUGACCUGUUUUUACUUCCUCACCCUGAAUUCGUUUUGUAAAUGUAGAGUUUGGAUGUGUAACUGAGGCGGGGGGGAGUUUUCAGUAUUUUUUUUUGUGGGGGUGGGGGCAAAAUAUGUUUUCAGUUCUUUUUCCCUUAGGUCUGUCUAGAAUCCUAAAGGCAAAUGACUCAAGGUGUAACAGAAAACAAGAAAAUCCAAUAUCAGGAUAAUCAGACCACCACAGGUUUACAGUUUAUAGAAACUAGAGCAGUUCUCACGUUGAGGUCUGUGGAAGAGAUGUCCAUUGGAGAAAUGGCUGGUAGUUACUCUUUUUUCCCCCCACCCCCUUAAUCAGACUUUAAAAGUGCUUAACCCCUUAAACUUGUUAUUUUUUACUUGAAGCAUUUUGGGAUGGUCUUAACAGGGAAGAGAGAGGGUGGGGGAGAAAAUGUUUUUUUCUAAGAUUUUCCACAGAUGCUAUAGUACUAUUGACAAACUGGGUUAGAGAAGGAGUGUACCGCUGUGCUGUUGGCACGAACACCUUCAGGGACUGGAGCUGCUUUUAUCCUUGGAAGAGUAUUCCCAGUUGAAGCUGAAAAGUACAGCACAGUGCAGCUUUGGUUCAUAUUCAGUCAUCUCAGGAGAACUUCAGAAGAGCUUGAGUAGGCCAAAUGUUGAAGUUAAGUUUUCCAAUAAUGUGACUUCUUAAAAGUUUUAUUAAAGGGGAGGGGCAAAUAUUGGCAAUUAGUUGGCAGUGGCCUGUUACGGUUGGGAUUGGUGGGGUGGGUUUAGGUAAUUGUUUAGUUUAUGAUUGCAGAUAAACUCAUGCCAGAGAACUUAAAGUCUUAGAAUGGAAAAAGUAAAGAAAUAUCAACUUCCAAGUUGGCAAGUAACUCCCAAUGAUUUAGUUUUUUUCCCCCCAGUUUGAAUUGGGAAGCUGGGGGAAGUUAAAUAUGAGCCACUGGGUGUACCAGUGCAUUAAUUUGGGCAAGGAAAGUGUCAUAAUUUGAUACUGUAUCUGUUUUCCUUCAAAGUAUAGAGCUUUUGGGGAAGGAAAGUAUUGAACUGGGGGUUGGUCUGGCCUACUGGGCUGACAUUAACUACAAUUAUGGGAAAUGCAAAAGUUGUUUGGAUAUGGUAGUGUGUGGUUCUCUUUUGGAAUUUUUUUCAGGUGAUUUAAUAAUAAUUUAAAACUACUAUAGAAACUGCAGAGCAAAGGAAGUGGCUUAAUGAUCCUGAAGGGAUUUCUUCUGAUGGUAGCUUUUGUAUUAUCAAGUAAGAUUCUAUUUUCAGUUGUGUGUAAGCAAGUUUUUUUUUAGUGUAGGAGAAAUACUUUUCCAUUGUUUAACUGCAAAACAAGAUGUUAAGGUAUGCUUCAAAAAUUUUGUAAAUUGUUUAUUUUAAACUUAUCUGUUUGUAAAUUGUAACUGAUUAAGAAUUGUGAUAGUUCAGCUUGAAUGUCUCUUAGAGGGUGGGCUUUUGUUGAUGAGGGAGGGGAAACUUUUUUUUUUUCUAUAGACUUUUUUCAGAUAACAUCUUCUGAGUCAUAACCAGCCUGGCAGUAUGAUGGCCUAGAUGCAGAGAAAACAGCUCCUUGGUGAAUUGAUAAGUAAAGGCAGAAAAGAUUAUAUGUCAUACCUCCAUUGGGGAAUAAGCAUAACCCUGAGAUUCUUACUACUGAUGAGAACAUUAUCUGCAUAUGCCAAAAAAUUUUAAGCAAAUGAAAGCUACCAAUUUAAAGUUACGGAAUCUACCAUUUUAAAGUUAAUUGCUUGUCAAGCUAUAACCACAAAAAUAAUGAAUUGAUGAGAAAUACAAUGAAGAGGCAAUGUCCAUCUCAAAAUACUGCUUUUACAAAAGCAGAAUAAAAGCGAAAAGAAAUGAAAAUGUUACACUACAUUAAUCCUGGAAUAAAAGAAGCCGAAAUAAAUGAGAGAUGAGUUGGGAUCAAGUGGAUUGAGGAGGCUGUGCUGUGUGCCAAUGUUUCGUUUGCCUCAGACAGGUAUCUCUUCGUUAUCAGAAGAGUUGCUUCAUUUCAUCUGGGAGCAGAAAACAGCAGGCAGCUGUUAACAGAUAAGUUUAACUUGCAUCUGCAGUAUUGCAUGUUAGGGAUAAGUGCUUAUUUUUAAGAGCUGUGGAGUUCUUAAAUAUCAACCAUGGCACUUUCUCCUGACCCCUUCCCUAGGGGAUUUCAGGAUUGAGAAAUUUUUCCAUCGAGCCUUUUUAAAAUUGUAGGACUUGUUCCUGUGGGCUUCAGUGAUGGGAUAGUACACUUCACUCAGAGGCAUUUGCAUCUUUAAAUAAUUUCUUAAAAGCCUCUAAAGUGAUCAGUGCCUUGAUGCCAACUAAGGAAAUUUGUUUAGCAUUGAAUCUCUGAAGGCUCUAUGAAAGGAAUAGCAUGAUGUGCUGUUAGAAUCAGAUGUUACUGCUAAAAUUUACAUGUUGUGAUGUAAAUUGUGUAGAAAACCAUUAAAUCAUUCAAAAUAAUAAACUAUUUUUAUUAGAGAAUGUAUACUUUUAGAAAGCUGUCUCCUUAUUUAAAUAAAAUAGUGUUUGUCUGUAGUUCAGUGUUGGGGCAAUCUUGGGGGGGAUUCUUCUCUAAUCUUUCAGAAACUUUGUCUGCGAACACUCUUUAAUGGACCAGAUCAGGAUUUGAGCGGAAGAACGAAUGUAACUUUAAGGCAGGAAAGACAAAUUUUAUUCUUCAUAAAGUGAUGAGCAUAUAAUAAUUCCAGGCACAUGGCAAUAGAGGCCCUCUAAAUAAGGAAUAAAUAACCUCUUAGACAGGUGGGAGAUUAUGAUCAGAGUAAAAGGUAAUUACACAUUUUAUUUCCAGAAAGUCAGGGGUCUAUAAAUUGACAGUGAUUAGAGUAAUACUUUUUCACAUUUCCAAAGUUUGCAUGUUAACUUUAAAUGCUUACAAUCUUAGAGUGGUAGGCAAUGUUUUACACUAUUGACCUUAUAUAGGGAAGGGAGGGGGUGCCUGUGGGGUUUUAAAGAAUUUUCCUUUGCAGAGGCAUUUCAUCCUUCAUGAAGCCAUUCAGGAUUUUGAAUUGCAUAUGAGUGCUUGGCUCUUCCUUCUGUUCUAGUGAGUGUAUGAGACCUUGCAGUGAGUUUAUCAGCAUACUCAAAAUUUUUUUCCUGGAAUUUGGAGGGAUGGGAGGAGGGGGUGGGGCUUACUUGUUGUAGCUUUUUUUUUUUUUACAGACUUCACAGAGAAUGCAGUUGUCUUGACUUCAGGUCUGUCUGUUCUGUUGGCAAGUAAAUGCAGUACUGUUCUGAUCCCGCUGCUAUUAGAAUGCAUUGUGAAACGACUGGAGUAUGAUUAAAAGUUGUGUUCCCCAAUGCUUGGAGUAGUGAUUGUUGAAGGAAAAAAUCCAGCUGAGUGAUAAAGGCUGAGUGUUGAGGAAAUUUCUGCAGUUUUAAGCAGUCGUAUUUGUGAUUGAAGCUGAGUACAUUUUGCUGGUGUAUUUUUAGGUAAAAUGCUUUUUGUUCAUUUCUGGUGGUGGGAGGGGACUGAAGCCUUUAGUCUUUUCCAGAUGCAACCUUAAAAUCAGUGACAAGAAACAUUCCAAACAAGCAACAGUCUUCAAGAAAUUAAACUGGCAAGUGGAAAUGUUUAAACAGUUCAGUGAUCUUUAGUGCAUUGUUUAUGUGUGGGUUUCUCUCUCCCCUCCCUUGGUCUUAAUUCUUACAUGCAGGAACACUCAGCAGACACACGUAUGCGAAGGGCCAGAGAAGCCAGACCCAGUAAGAAAAAAUAGCCUAUUUACUUUAAAUAAACCAAACAUUCCAUUUUAAAUGUGGGGAUUGGGAACCACUAGUUCUUUCAGAUGGUAUUCUUCAGACUAUAGAAGGAGCUUCCAGUUGAAUUCACCAGUGGACAAAAUGAGGAAAACAGGUGAACAAGCUUUUUCUGUAUUUACAUACAAAGUCAGAUCAGUUAUGGGACAAUAGUAUUGAAUAGAUUUCAGCUUUAUGCUGGAGUAACUGGCAUGUGAGCAAACUGUGUUGGCGUGGGGGUGGAGGGGUGAGGUGGGCGCUAAGCCUUUUUUUAAGAUUUUUCAGGUACCCCUCACUAAAGGCACCGAAGGCUUAAAGUAGGACAACCAUGGAGCCUUCCUGUGGCAGGAGAGACAACAAAGCGCUAUUAUCCUAAGGUCAAGAGAAGUGUCAGCCUCACCUGAUUUUUAUUAGUAAUGAGGACUUGCCUCAACUCCCUCUUUCUGGAGUGAAGCAUCCGAAGGAAUGCUUGAAGUACCCCUGGGCUUCUCUUAACAUUUAAGCAAGCUGUUUUUAUAGCAGCUCUUAAUAAUAAAGCCCAAAUCUCAAGCGGUGCUUGAAGGGGAGGGAAAGGGGGAAAGCGGGCAACCACUUUUCCCUAGCUUUUCCAGAAGCCUGUUAAAAGCAAGGUCUCCCCACAAGCAACUUCUCUGCCACAUCGCCACCCCGUGCCUUUUGAUCUAGCACAGACCCUUCACCCCUCACCUCGAUGCAGCCAGUAGCUUGGAUCCUUGUGGGCAUGAUCCAUAAUCGGUUUCAAGGUAACGAUGGUGUCGAGGUCUUUGGUGGGUUGAACUAUGUUAGAAAAGGCCAUUAAUUUGCCUGCAAAUUGUUAACAGAAGGGUAUUAAAACCACAGCUAAGUAGCUCUAUUAUAAUACUUAUCCAGUGACUAAAACCAACUUAAACCAGUAAGUGGAGAAAUAACAUGUUCAAGAACUGUAAUGCUGGGUGGGAACAUGUAACUUGUAGACUGGAGAAGAUAGGCAUUUGAGUGGCUGAGAGGGCUUUUGGGUGGGAAUGCAAAAAUUCUCUGCUAAGACUUUUUCAGGUGAACAUAACAGACUUGGCCAAGCUAGCAUCUUAGCGGAAGCUGAUCUCCAAUGCUCUUCAGUAGGGUCAUGAAGGUUUUUCUUUUCCUGAGAAAACAACACGUAUUGUUUUCUCAGGUUUUGCUUUUUGGCCUUUUUCUAGCUUAAAAAAAAAAAAAGCAAAAGAUGCUGGUGGUUGGCACUCCUGGUUUCCAGGACGGGGUUCAAAUCCCUGCGGCGUCUUUGCUUUGACUACUAAUCUGUCUUCAGGACUCUUUCUGUAUUUCUCCUUUUCUCUGCAGGUGCUAGUUCUUGGAGUUUUGGGGAGGUGGGAGGUAACAGCACAAUAUCUUUGAACUAUAUACAUCCUUGAUGUAUAAUUUGUCAGGAGCUUGACUUGAUUGUAUAUUCAUAUUUACACGAGAACCUAAUAUAACUGCCUUGUCUUUUUCAGGUAAUAGCCUGCAGCUGGUGUUUUGAGAAGCCCUACUGCUGAAAACUUAACAAUUUUGUGUAAUAAAAAUGGAGAAGCUCUAAAUUGUUGUGGUUCUUUUGUGAAUAAAAAAAUCUUGAUUGGGGAAAAAA

    Taxonomic tree

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