Detailed information of component protein
Summary
| Component ID | T6CP015305 |
| Component protein type | T6SSiv-tape measure |
| T6SS ID (Type) | T6SS01207  (Type iv) |
| Strain | Candidatus Amoebophilus asiaticus 5a2 |
| Replicon | chromosome |
| Sequence | Protein sequence (1570 a.a.); Nucleotide sequence (4710 bp) |
| Reference | - |
Experimental investigation has been performed on this T6SSExternal database links
| Locus tag (Gene) | AASI_RS05540 |
| Coordinate (Strand) | 1396913..1401622 (+) |
| NCBI ID | WP_148204969.1 |
| RefSeq | NC_010830 |
| Uniprot ID | UPI000171470D |
| KEGG ID | - |
| PDB ID | - |
Pfam domain hit(s)
| Domain | Pfam ID | E-value | Aligned region |
|---|---|---|---|
| CIS_TMP | PF19268.1 | 1.2e-30 | 1093..1566 |
| CIS_TMP | PF19268.1 | 4.7e-29 | 5..283 |
Transmembrane helices
- Transmembrane helices are predicted using TMHMM 2.0 software.
| Prediction | Region | Sequence |
|---|---|---|
| Outside | 1-1569 | MNTYSHIIMRQRLTIDIPDKSYQQEVQDKVKRILEQKLNEILEKSFAANVPKDVVITLDQVNINLADTTPDSLEENILQQIYHKLPTVIKEQVDLAIKDPLKRRITPLPHAKLQAVKHYLLYGYFAWWMPAHNEKIIENLYTEIYHKTPTAIKELWVELSDKPPAIQRFIEQFSDTIIQKSILLLSPSQAQHVLNISEDFSKLQPILLKITPPSAQKKLHTATKYTVLTQSIQYLSISKNFNEINFIKICLQQIAKEFNTSYPALITNLSRELSKQALPFNLTSKLASHIIRLYDTEVAINNSNSTPPAKLSMLIRKLDGLLAQKKDINKRQLSNTINEVFAQVKSPAARSTLAGYLTSISHTRQLTQYLSTKDFIKLIEVLQPAIQNAFTIIKQVWQAVMPPEKKSHQLIEQLTVKYLNKKTSNQQEPHAYISYLIGKLHSYVDNNLEKWAPFIKENVATLEKKYTNELTKVLLSNLPAHNAQSPSQVQSILSISSLDEFFIETINKIQEHPAFTSDHALTILLGNLYQDLSFFIQGNKPLSLASEKKLLNNVENIFKHVITDNEQLHCATKQFIPWIKQQANKAEPYNLGNSVQIFQNKLADLLSKQDSSKEYQNDVVAKSEHITVSLIKEFFTHQLLPPGYVHQSALMSNIIRQLVYIPGFQDELYDLLQQQGIRKQLVKNITPAAKSMLLNTVVPMSIDTRQTYEQILFKADILRADTSIDKQALLEDIFLESATQSLETSEEDFIQHSLLILSYNAQLPKQEVYRRIHLSAQKHPPTISLTHKLQQLYPLFETAAPAIADVLDRAFLPIYNLLKSFLDPQILTPVLYAQLLAFMKNIIENRLTTAVTDKELYQQIHKLFPMLPAHQKQHFFESIKKKLQEVAAKQLQTLQATWLHFLHTGELLEEYKSATELFNNLLLGIASKNKNTNNNLATTPLIHNLPDSDIRQTTISLITTLQTPHTRKRLVASLSTQDLEKVVQLVAKEKSKIVLNYIHNIYEIWNYTGFFNISSQESKLAWWEATLPTLVNTNTSAFSEKDWLAESLSEFATLLELPFTTVLSSLTTYAKASSKPFKLVKGNIEELNKILIDIEQEWLKTVKQEAKKAWPTQATFQELHQLFNIGYSSFNKHTSTSLDALDQQVSNLINQQLSSVKKFLYTYPKPAILSQQIAYYFSTPLIKQLIYCLDTKAHPFIQQYIEFSNLHQPDFYETQGIDTFNWCKYSEVATLSYLLEKKDTAFDKQKYLLHILEIYQKHIKQDIQSVLESLVTYHTQYKRTTAYDEVIQQLQNIFVTNSGLTAAIQKPIEKQEEENTATASITSQQNKSRFQDYQKEQPSKEIKLYIKNSGLVFLWPFIEGLLEKQDLLKNQVFFGNLERSNAIHTLQYLVTEQLSTPDWRIILNKLLCGMAYNDIPFAGYYLWDESDFAKRVIEEQEKALAQADNQGTRRKHKKRSNKTPVIELPEEIVLLKNNTEELLTKILTEWKSLKKLEKFEPFKQGFGIQDFKKYILQRDGILQYIDQGDKGGYWHLTITWEEYDAEITKTPWPINKIYLPFMKEELVVFWTPS |
Signal peptides
- Sec/SPI: "standard" secretory signal peptides transported by the Sec translocon and cleaved by Signal Peptidase I (Lep).
- Sec/SPII: lipoprotein signal peptides transported by the Sec translocon and cleaved by Signal Peptidase II (Lsp).
- Tat/SPI: Tat signal peptides transported by the Tat translocon and cleaved by Signal Peptidase I (Lep).
| Prediction | Probability | Cleavage site | Signal peptide sequence |
|---|---|---|---|
| Other | 0.9963 | - | - |
Protein sequence: 1570 a.a.
>T6CP015305 NC_010830:1396913-1401622 [Candidatus Amoebophilus asiaticus 5a2] [T6SSiv-tape measure]
MNTYSHIIMRQRLTIDIPDKSYQQEVQDKVKRILEQKLNEILEKSFAANVPKDVVITLDQVNINLADTTPDSLEENILQQ
IYHKLPTVIKEQVDLAIKDPLKRRITPLPHAKLQAVKHYLLYGYFAWWMPAHNEKIIENLYTEIYHKTPTAIKELWVELS
DKPPAIQRFIEQFSDTIIQKSILLLSPSQAQHVLNISEDFSKLQPILLKITPPSAQKKLHTATKYTVLTQSIQYLSISKN
FNEINFIKICLQQIAKEFNTSYPALITNLSRELSKQALPFNLTSKLASHIIRLYDTEVAINNSNSTPPAKLSMLIRKLDG
LLAQKKDINKRQLSNTINEVFAQVKSPAARSTLAGYLTSISHTRQLTQYLSTKDFIKLIEVLQPAIQNAFTIIKQVWQAV
MPPEKKSHQLIEQLTVKYLNKKTSNQQEPHAYISYLIGKLHSYVDNNLEKWAPFIKENVATLEKKYTNELTKVLLSNLPA
HNAQSPSQVQSILSISSLDEFFIETINKIQEHPAFTSDHALTILLGNLYQDLSFFIQGNKPLSLASEKKLLNNVENIFKH
VITDNEQLHCATKQFIPWIKQQANKAEPYNLGNSVQIFQNKLADLLSKQDSSKEYQNDVVAKSEHITVSLIKEFFTHQLL
PPGYVHQSALMSNIIRQLVYIPGFQDELYDLLQQQGIRKQLVKNITPAAKSMLLNTVVPMSIDTRQTYEQILFKADILRA
DTSIDKQALLEDIFLESATQSLETSEEDFIQHSLLILSYNAQLPKQEVYRRIHLSAQKHPPTISLTHKLQQLYPLFETAA
PAIADVLDRAFLPIYNLLKSFLDPQILTPVLYAQLLAFMKNIIENRLTTAVTDKELYQQIHKLFPMLPAHQKQHFFESIK
KKLQEVAAKQLQTLQATWLHFLHTGELLEEYKSATELFNNLLLGIASKNKNTNNNLATTPLIHNLPDSDIRQTTISLITT
LQTPHTRKRLVASLSTQDLEKVVQLVAKEKSKIVLNYIHNIYEIWNYTGFFNISSQESKLAWWEATLPTLVNTNTSAFSE
KDWLAESLSEFATLLELPFTTVLSSLTTYAKASSKPFKLVKGNIEELNKILIDIEQEWLKTVKQEAKKAWPTQATFQELH
QLFNIGYSSFNKHTSTSLDALDQQVSNLINQQLSSVKKFLYTYPKPAILSQQIAYYFSTPLIKQLIYCLDTKAHPFIQQY
IEFSNLHQPDFYETQGIDTFNWCKYSEVATLSYLLEKKDTAFDKQKYLLHILEIYQKHIKQDIQSVLESLVTYHTQYKRT
TAYDEVIQQLQNIFVTNSGLTAAIQKPIEKQEEENTATASITSQQNKSRFQDYQKEQPSKEIKLYIKNSGLVFLWPFIEG
LLEKQDLLKNQVFFGNLERSNAIHTLQYLVTEQLSTPDWRIILNKLLCGMAYNDIPFAGYYLWDESDFAKRVIEEQEKAL
AQADNQGTRRKHKKRSNKTPVIELPEEIVLLKNNTEELLTKILTEWKSLKKLEKFEPFKQGFGIQDFKKYILQRDGILQY
IDQGDKGGYWHLTITWEEYDAEITKTPWPINKIYLPFMKEELVVFWTPS*
MNTYSHIIMRQRLTIDIPDKSYQQEVQDKVKRILEQKLNEILEKSFAANVPKDVVITLDQVNINLADTTPDSLEENILQQ
IYHKLPTVIKEQVDLAIKDPLKRRITPLPHAKLQAVKHYLLYGYFAWWMPAHNEKIIENLYTEIYHKTPTAIKELWVELS
DKPPAIQRFIEQFSDTIIQKSILLLSPSQAQHVLNISEDFSKLQPILLKITPPSAQKKLHTATKYTVLTQSIQYLSISKN
FNEINFIKICLQQIAKEFNTSYPALITNLSRELSKQALPFNLTSKLASHIIRLYDTEVAINNSNSTPPAKLSMLIRKLDG
LLAQKKDINKRQLSNTINEVFAQVKSPAARSTLAGYLTSISHTRQLTQYLSTKDFIKLIEVLQPAIQNAFTIIKQVWQAV
MPPEKKSHQLIEQLTVKYLNKKTSNQQEPHAYISYLIGKLHSYVDNNLEKWAPFIKENVATLEKKYTNELTKVLLSNLPA
HNAQSPSQVQSILSISSLDEFFIETINKIQEHPAFTSDHALTILLGNLYQDLSFFIQGNKPLSLASEKKLLNNVENIFKH
VITDNEQLHCATKQFIPWIKQQANKAEPYNLGNSVQIFQNKLADLLSKQDSSKEYQNDVVAKSEHITVSLIKEFFTHQLL
PPGYVHQSALMSNIIRQLVYIPGFQDELYDLLQQQGIRKQLVKNITPAAKSMLLNTVVPMSIDTRQTYEQILFKADILRA
DTSIDKQALLEDIFLESATQSLETSEEDFIQHSLLILSYNAQLPKQEVYRRIHLSAQKHPPTISLTHKLQQLYPLFETAA
PAIADVLDRAFLPIYNLLKSFLDPQILTPVLYAQLLAFMKNIIENRLTTAVTDKELYQQIHKLFPMLPAHQKQHFFESIK
KKLQEVAAKQLQTLQATWLHFLHTGELLEEYKSATELFNNLLLGIASKNKNTNNNLATTPLIHNLPDSDIRQTTISLITT
LQTPHTRKRLVASLSTQDLEKVVQLVAKEKSKIVLNYIHNIYEIWNYTGFFNISSQESKLAWWEATLPTLVNTNTSAFSE
KDWLAESLSEFATLLELPFTTVLSSLTTYAKASSKPFKLVKGNIEELNKILIDIEQEWLKTVKQEAKKAWPTQATFQELH
QLFNIGYSSFNKHTSTSLDALDQQVSNLINQQLSSVKKFLYTYPKPAILSQQIAYYFSTPLIKQLIYCLDTKAHPFIQQY
IEFSNLHQPDFYETQGIDTFNWCKYSEVATLSYLLEKKDTAFDKQKYLLHILEIYQKHIKQDIQSVLESLVTYHTQYKRT
TAYDEVIQQLQNIFVTNSGLTAAIQKPIEKQEEENTATASITSQQNKSRFQDYQKEQPSKEIKLYIKNSGLVFLWPFIEG
LLEKQDLLKNQVFFGNLERSNAIHTLQYLVTEQLSTPDWRIILNKLLCGMAYNDIPFAGYYLWDESDFAKRVIEEQEKAL
AQADNQGTRRKHKKRSNKTPVIELPEEIVLLKNNTEELLTKILTEWKSLKKLEKFEPFKQGFGIQDFKKYILQRDGILQY
IDQGDKGGYWHLTITWEEYDAEITKTPWPINKIYLPFMKEELVVFWTPS*
Nucleotide sequence: 4710 bp
>T6CP015305 NC_010830:1396913-1401622 [Candidatus Amoebophilus asiaticus 5a2] [T6SSiv-tape measure]
ATGAATACATATAGTCACATTATCATGCGCCAACGCCTGACAATAGATATTCCTGACAAAAGTTATCAACAAGAAGTACA
AGATAAAGTCAAGAGAATACTTGAGCAAAAACTAAATGAAATACTAGAAAAGTCCTTTGCTGCAAATGTGCCTAAAGATG
TAGTTATAACACTCGATCAAGTAAATATCAATCTAGCAGATACAACCCCTGATTCATTAGAAGAAAATATTTTACAGCAA
ATTTACCATAAACTACCGACCGTAATTAAAGAACAGGTTGACTTAGCTATAAAAGATCCTTTAAAAAGAAGAATTACTCC
TCTTCCACATGCTAAGCTACAAGCTGTTAAGCATTATCTTTTATATGGGTATTTTGCTTGGTGGATGCCCGCCCACAATG
AAAAGATTATTGAAAATCTGTATACAGAAATTTATCATAAAACACCTACTGCTATTAAAGAATTATGGGTAGAACTTAGT
GATAAGCCACCAGCCATTCAAAGGTTTATAGAACAATTTAGTGATACAATTATACAAAAGTCCATTCTACTTCTTAGTCC
TAGCCAGGCACAGCACGTATTAAATATCTCTGAGGATTTTTCAAAACTACAACCTATTTTATTAAAAATAACGCCACCAT
CTGCACAAAAGAAATTACACACAGCTACTAAATATACTGTGCTAACCCAATCAATTCAGTATTTATCTATTAGCAAGAAT
TTTAATGAGATCAATTTTATTAAAATATGCTTGCAGCAAATTGCTAAAGAATTTAATACAAGCTACCCGGCACTAATAAC
AAATCTATCACGCGAACTCTCAAAGCAGGCCTTGCCATTTAATTTAACGAGCAAGCTTGCCAGCCATATCATACGCTTAT
ACGATACAGAAGTTGCCATCAATAATTCCAATTCCACACCACCTGCTAAACTTTCTATGCTTATTAGAAAATTAGATGGG
TTGCTAGCACAAAAAAAGGATATTAATAAGCGTCAGCTTTCCAATACCATCAATGAAGTATTTGCTCAAGTTAAAAGTCC
TGCAGCTAGGTCTACATTAGCAGGCTATCTTACATCTATCTCACATACTAGACAGTTGACACAATACTTGTCTACCAAAG
ATTTTATAAAACTTATTGAAGTTCTACAGCCAGCTATACAAAATGCTTTTACAATTATTAAACAAGTATGGCAGGCTGTA
ATGCCTCCAGAAAAGAAAAGCCATCAACTTATTGAACAGCTTACAGTAAAATATTTAAATAAAAAAACTTCTAACCAACA
AGAACCTCATGCTTATATCAGTTATTTAATAGGCAAGCTACATTCTTATGTAGACAATAATTTAGAGAAGTGGGCTCCAT
TCATTAAAGAAAATGTAGCTACATTAGAAAAAAAGTATACTAATGAGTTGACTAAAGTATTGTTAAGTAATTTACCTGCA
CATAATGCACAATCACCCAGCCAGGTACAATCTATACTTTCCATATCGTCTTTAGACGAATTCTTTATAGAAACAATTAA
TAAAATCCAAGAACACCCAGCGTTTACTTCTGACCATGCTCTAACTATATTACTAGGCAATTTATATCAAGATTTATCCT
TTTTTATACAAGGAAACAAACCACTCTCTTTAGCGTCAGAAAAAAAGCTCTTAAATAATGTAGAAAATATATTTAAGCAT
GTTATTACAGATAACGAGCAGCTTCACTGTGCTACAAAGCAATTCATACCTTGGATAAAACAACAGGCGAATAAAGCAGA
GCCATACAACCTAGGAAATAGCGTACAGATATTCCAAAATAAGCTTGCGGATTTATTATCAAAGCAGGATTCTTCAAAAG
AATATCAGAATGACGTAGTAGCAAAATCTGAACATATTACTGTTTCACTGATAAAAGAATTTTTTACTCACCAACTATTA
CCACCTGGCTATGTTCATCAATCAGCATTAATGTCAAATATTATAAGGCAATTAGTATATATACCTGGCTTTCAAGATGA
GTTATATGATTTACTTCAACAGCAGGGCATACGGAAACAATTAGTAAAAAATATAACACCTGCAGCTAAAAGCATGTTGT
TAAATACCGTAGTACCCATGTCCATAGACACAAGGCAAACATATGAACAGATACTATTTAAGGCCGATATATTGCGAGCA
GATACCTCAATAGATAAGCAAGCACTTTTAGAAGACATCTTCTTAGAATCTGCTACCCAAAGTTTAGAGACTAGCGAAGA
AGATTTTATACAACATTCTTTACTTATTCTTTCATACAATGCCCAATTACCTAAACAAGAAGTATATAGAAGAATACATT
TGTCTGCACAGAAACATCCACCAACTATATCATTGACTCATAAGCTTCAACAACTATATCCTTTATTTGAAACAGCAGCC
CCGGCAATAGCAGATGTATTAGATAGAGCATTTTTACCCATTTATAATTTACTAAAAAGCTTCTTAGACCCTCAAATCTT
AACACCCGTCTTATATGCACAATTGTTAGCTTTTATGAAAAATATCATTGAAAATAGGCTAACAACAGCAGTTACGGATA
AAGAGCTGTATCAGCAAATACATAAGCTTTTTCCTATGTTACCTGCTCATCAAAAGCAACACTTTTTTGAATCAATCAAG
AAAAAGCTCCAAGAAGTAGCTGCTAAGCAACTACAGACTTTACAAGCTACTTGGCTACATTTTTTACATACTGGTGAGTT
ACTAGAAGAATACAAAAGTGCTACTGAGCTCTTTAATAATTTATTACTAGGTATTGCTTCAAAAAATAAAAATACCAATA
ACAATTTAGCTACTACTCCTCTCATACATAATCTACCAGATTCAGATATACGACAAACCACTATCTCACTTATAACAACC
TTACAAACTCCACATACTAGGAAAAGGTTAGTAGCTAGCTTGTCTACACAAGATTTAGAAAAAGTAGTGCAATTAGTAGC
TAAAGAGAAAAGTAAAATTGTTCTTAATTATATCCATAACATATATGAAATATGGAATTATACCGGATTTTTCAATATTT
CTTCTCAAGAAAGTAAGCTAGCTTGGTGGGAAGCTACCTTGCCAACTTTAGTTAATACAAATACAAGCGCTTTTTCAGAA
AAAGATTGGTTAGCAGAGAGCTTATCAGAATTTGCTACATTACTAGAATTGCCTTTCACCACAGTACTCTCTTCCTTAAC
AACATATGCTAAAGCCAGTTCCAAACCTTTTAAGCTAGTAAAAGGGAATATAGAAGAATTAAATAAGATATTGATTGATA
TTGAACAAGAATGGCTTAAAACAGTTAAACAAGAAGCTAAAAAAGCCTGGCCTACACAAGCTACTTTTCAAGAGCTACAC
CAACTCTTCAATATAGGATATAGCAGTTTCAATAAGCATACGTCAACTAGTTTGGACGCTCTGGATCAGCAAGTAAGCAA
TTTAATCAACCAGCAACTTTCGTCAGTAAAGAAGTTTTTATATACTTATCCAAAACCTGCTATTTTAAGCCAACAAATAG
CATACTACTTTTCTACTCCTCTTATTAAGCAGCTCATCTATTGTCTAGATACAAAAGCACATCCGTTTATTCAACAATAT
ATAGAATTTAGCAACTTACACCAGCCAGATTTTTATGAGACTCAAGGCATAGATACATTTAATTGGTGCAAATATAGCGA
GGTGGCAACCCTGTCTTATCTATTAGAAAAAAAAGATACAGCTTTTGATAAACAGAAATACTTGCTACACATTTTAGAAA
TATATCAGAAACATATCAAGCAAGACATACAGTCAGTCCTAGAATCGCTTGTTACTTATCATACACAATACAAGCGTACC
ACAGCATATGATGAAGTAATACAACAGCTGCAAAATATTTTTGTAACTAATAGTGGACTAACTGCAGCAATACAAAAACC
CATTGAAAAACAAGAAGAAGAGAATACTGCTACAGCATCTATAACGTCACAACAAAACAAATCCAGGTTTCAGGATTACC
AAAAAGAGCAACCTAGCAAAGAAATAAAGTTATATATTAAAAACAGTGGGCTTGTTTTTTTATGGCCCTTTATAGAGGGC
CTCCTCGAAAAGCAGGATTTATTAAAAAATCAAGTATTTTTTGGTAACCTTGAACGTAGCAATGCAATACATACATTACA
ATATCTAGTAACAGAACAGCTTAGCACCCCTGACTGGCGTATTATACTTAACAAATTGCTATGTGGCATGGCCTATAATG
ATATTCCCTTTGCAGGCTATTATTTATGGGATGAATCAGATTTTGCTAAAAGGGTAATAGAAGAACAAGAAAAAGCTTTA
GCACAAGCTGATAACCAAGGCACTAGAAGAAAGCACAAAAAAAGATCTAATAAAACACCTGTTATAGAATTGCCAGAAGA
AATTGTCCTGTTAAAGAACAATACTGAGGAGTTATTAACCAAAATCCTAACAGAATGGAAAAGCCTTAAAAAACTTGAAA
AATTTGAGCCTTTTAAACAAGGATTTGGTATACAAGATTTTAAAAAATATATACTGCAAAGAGATGGGATACTACAGTAT
ATAGACCAAGGTGATAAAGGAGGGTATTGGCATTTAACCATTACTTGGGAAGAATATGATGCAGAAATTACAAAAACTCC
ATGGCCTATCAATAAAATTTACTTACCCTTTATGAAAGAAGAGTTAGTGGTATTTTGGACACCTAGTTAA
ATGAATACATATAGTCACATTATCATGCGCCAACGCCTGACAATAGATATTCCTGACAAAAGTTATCAACAAGAAGTACA
AGATAAAGTCAAGAGAATACTTGAGCAAAAACTAAATGAAATACTAGAAAAGTCCTTTGCTGCAAATGTGCCTAAAGATG
TAGTTATAACACTCGATCAAGTAAATATCAATCTAGCAGATACAACCCCTGATTCATTAGAAGAAAATATTTTACAGCAA
ATTTACCATAAACTACCGACCGTAATTAAAGAACAGGTTGACTTAGCTATAAAAGATCCTTTAAAAAGAAGAATTACTCC
TCTTCCACATGCTAAGCTACAAGCTGTTAAGCATTATCTTTTATATGGGTATTTTGCTTGGTGGATGCCCGCCCACAATG
AAAAGATTATTGAAAATCTGTATACAGAAATTTATCATAAAACACCTACTGCTATTAAAGAATTATGGGTAGAACTTAGT
GATAAGCCACCAGCCATTCAAAGGTTTATAGAACAATTTAGTGATACAATTATACAAAAGTCCATTCTACTTCTTAGTCC
TAGCCAGGCACAGCACGTATTAAATATCTCTGAGGATTTTTCAAAACTACAACCTATTTTATTAAAAATAACGCCACCAT
CTGCACAAAAGAAATTACACACAGCTACTAAATATACTGTGCTAACCCAATCAATTCAGTATTTATCTATTAGCAAGAAT
TTTAATGAGATCAATTTTATTAAAATATGCTTGCAGCAAATTGCTAAAGAATTTAATACAAGCTACCCGGCACTAATAAC
AAATCTATCACGCGAACTCTCAAAGCAGGCCTTGCCATTTAATTTAACGAGCAAGCTTGCCAGCCATATCATACGCTTAT
ACGATACAGAAGTTGCCATCAATAATTCCAATTCCACACCACCTGCTAAACTTTCTATGCTTATTAGAAAATTAGATGGG
TTGCTAGCACAAAAAAAGGATATTAATAAGCGTCAGCTTTCCAATACCATCAATGAAGTATTTGCTCAAGTTAAAAGTCC
TGCAGCTAGGTCTACATTAGCAGGCTATCTTACATCTATCTCACATACTAGACAGTTGACACAATACTTGTCTACCAAAG
ATTTTATAAAACTTATTGAAGTTCTACAGCCAGCTATACAAAATGCTTTTACAATTATTAAACAAGTATGGCAGGCTGTA
ATGCCTCCAGAAAAGAAAAGCCATCAACTTATTGAACAGCTTACAGTAAAATATTTAAATAAAAAAACTTCTAACCAACA
AGAACCTCATGCTTATATCAGTTATTTAATAGGCAAGCTACATTCTTATGTAGACAATAATTTAGAGAAGTGGGCTCCAT
TCATTAAAGAAAATGTAGCTACATTAGAAAAAAAGTATACTAATGAGTTGACTAAAGTATTGTTAAGTAATTTACCTGCA
CATAATGCACAATCACCCAGCCAGGTACAATCTATACTTTCCATATCGTCTTTAGACGAATTCTTTATAGAAACAATTAA
TAAAATCCAAGAACACCCAGCGTTTACTTCTGACCATGCTCTAACTATATTACTAGGCAATTTATATCAAGATTTATCCT
TTTTTATACAAGGAAACAAACCACTCTCTTTAGCGTCAGAAAAAAAGCTCTTAAATAATGTAGAAAATATATTTAAGCAT
GTTATTACAGATAACGAGCAGCTTCACTGTGCTACAAAGCAATTCATACCTTGGATAAAACAACAGGCGAATAAAGCAGA
GCCATACAACCTAGGAAATAGCGTACAGATATTCCAAAATAAGCTTGCGGATTTATTATCAAAGCAGGATTCTTCAAAAG
AATATCAGAATGACGTAGTAGCAAAATCTGAACATATTACTGTTTCACTGATAAAAGAATTTTTTACTCACCAACTATTA
CCACCTGGCTATGTTCATCAATCAGCATTAATGTCAAATATTATAAGGCAATTAGTATATATACCTGGCTTTCAAGATGA
GTTATATGATTTACTTCAACAGCAGGGCATACGGAAACAATTAGTAAAAAATATAACACCTGCAGCTAAAAGCATGTTGT
TAAATACCGTAGTACCCATGTCCATAGACACAAGGCAAACATATGAACAGATACTATTTAAGGCCGATATATTGCGAGCA
GATACCTCAATAGATAAGCAAGCACTTTTAGAAGACATCTTCTTAGAATCTGCTACCCAAAGTTTAGAGACTAGCGAAGA
AGATTTTATACAACATTCTTTACTTATTCTTTCATACAATGCCCAATTACCTAAACAAGAAGTATATAGAAGAATACATT
TGTCTGCACAGAAACATCCACCAACTATATCATTGACTCATAAGCTTCAACAACTATATCCTTTATTTGAAACAGCAGCC
CCGGCAATAGCAGATGTATTAGATAGAGCATTTTTACCCATTTATAATTTACTAAAAAGCTTCTTAGACCCTCAAATCTT
AACACCCGTCTTATATGCACAATTGTTAGCTTTTATGAAAAATATCATTGAAAATAGGCTAACAACAGCAGTTACGGATA
AAGAGCTGTATCAGCAAATACATAAGCTTTTTCCTATGTTACCTGCTCATCAAAAGCAACACTTTTTTGAATCAATCAAG
AAAAAGCTCCAAGAAGTAGCTGCTAAGCAACTACAGACTTTACAAGCTACTTGGCTACATTTTTTACATACTGGTGAGTT
ACTAGAAGAATACAAAAGTGCTACTGAGCTCTTTAATAATTTATTACTAGGTATTGCTTCAAAAAATAAAAATACCAATA
ACAATTTAGCTACTACTCCTCTCATACATAATCTACCAGATTCAGATATACGACAAACCACTATCTCACTTATAACAACC
TTACAAACTCCACATACTAGGAAAAGGTTAGTAGCTAGCTTGTCTACACAAGATTTAGAAAAAGTAGTGCAATTAGTAGC
TAAAGAGAAAAGTAAAATTGTTCTTAATTATATCCATAACATATATGAAATATGGAATTATACCGGATTTTTCAATATTT
CTTCTCAAGAAAGTAAGCTAGCTTGGTGGGAAGCTACCTTGCCAACTTTAGTTAATACAAATACAAGCGCTTTTTCAGAA
AAAGATTGGTTAGCAGAGAGCTTATCAGAATTTGCTACATTACTAGAATTGCCTTTCACCACAGTACTCTCTTCCTTAAC
AACATATGCTAAAGCCAGTTCCAAACCTTTTAAGCTAGTAAAAGGGAATATAGAAGAATTAAATAAGATATTGATTGATA
TTGAACAAGAATGGCTTAAAACAGTTAAACAAGAAGCTAAAAAAGCCTGGCCTACACAAGCTACTTTTCAAGAGCTACAC
CAACTCTTCAATATAGGATATAGCAGTTTCAATAAGCATACGTCAACTAGTTTGGACGCTCTGGATCAGCAAGTAAGCAA
TTTAATCAACCAGCAACTTTCGTCAGTAAAGAAGTTTTTATATACTTATCCAAAACCTGCTATTTTAAGCCAACAAATAG
CATACTACTTTTCTACTCCTCTTATTAAGCAGCTCATCTATTGTCTAGATACAAAAGCACATCCGTTTATTCAACAATAT
ATAGAATTTAGCAACTTACACCAGCCAGATTTTTATGAGACTCAAGGCATAGATACATTTAATTGGTGCAAATATAGCGA
GGTGGCAACCCTGTCTTATCTATTAGAAAAAAAAGATACAGCTTTTGATAAACAGAAATACTTGCTACACATTTTAGAAA
TATATCAGAAACATATCAAGCAAGACATACAGTCAGTCCTAGAATCGCTTGTTACTTATCATACACAATACAAGCGTACC
ACAGCATATGATGAAGTAATACAACAGCTGCAAAATATTTTTGTAACTAATAGTGGACTAACTGCAGCAATACAAAAACC
CATTGAAAAACAAGAAGAAGAGAATACTGCTACAGCATCTATAACGTCACAACAAAACAAATCCAGGTTTCAGGATTACC
AAAAAGAGCAACCTAGCAAAGAAATAAAGTTATATATTAAAAACAGTGGGCTTGTTTTTTTATGGCCCTTTATAGAGGGC
CTCCTCGAAAAGCAGGATTTATTAAAAAATCAAGTATTTTTTGGTAACCTTGAACGTAGCAATGCAATACATACATTACA
ATATCTAGTAACAGAACAGCTTAGCACCCCTGACTGGCGTATTATACTTAACAAATTGCTATGTGGCATGGCCTATAATG
ATATTCCCTTTGCAGGCTATTATTTATGGGATGAATCAGATTTTGCTAAAAGGGTAATAGAAGAACAAGAAAAAGCTTTA
GCACAAGCTGATAACCAAGGCACTAGAAGAAAGCACAAAAAAAGATCTAATAAAACACCTGTTATAGAATTGCCAGAAGA
AATTGTCCTGTTAAAGAACAATACTGAGGAGTTATTAACCAAAATCCTAACAGAATGGAAAAGCCTTAAAAAACTTGAAA
AATTTGAGCCTTTTAAACAAGGATTTGGTATACAAGATTTTAAAAAATATATACTGCAAAGAGATGGGATACTACAGTAT
ATAGACCAAGGTGATAAAGGAGGGTATTGGCATTTAACCATTACTTGGGAAGAATATGATGCAGAAATTACAAAAACTCC
ATGGCCTATCAATAAAATTTACTTACCCTTTATGAAAGAAGAGTTAGTGGTATTTTGGACACCTAGTTAA