Homologs in group_25

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16 homologs were identified in 7 genomes with OrthoFinder.
The following table displays the locus tag of each homolog, the organism to which it belongs, the gene name and product.

Locus tag Identity Source Gene Product
FBDBKF_09475 FBDBKF_09475 68.5 Morganella morganii S1 - Big-1 domain-containing protein
FBDBKF_09485 FBDBKF_09485 100.0 Morganella morganii S1 - Big-1 domain-containing protein
EHELCC_09925 EHELCC_09925 100.0 Morganella morganii S2 - Big-1 domain-containing protein
EHELCC_09935 EHELCC_09935 68.5 Morganella morganii S2 - Big-1 domain-containing protein
NLDBIP_10280 NLDBIP_10280 49.3 Morganella morganii S4 - invasin domain 3-containing protein
NLDBIP_19245 NLDBIP_19245 100.0 Morganella morganii S4 - Big-1 domain-containing protein
NLDBIP_19255 NLDBIP_19255 68.9 Morganella morganii S4 - Big-1 domain-containing protein
LHKJJB_11075 LHKJJB_11075 49.3 Morganella morganii S3 - invasin domain 3-containing protein
LHKJJB_19115 LHKJJB_19115 68.9 Morganella morganii S3 - Big-1 domain-containing protein
HKOGLL_14135 HKOGLL_14135 49.3 Morganella morganii S5 - invasin domain 3-containing protein
HKOGLL_18895 HKOGLL_18895 68.9 Morganella morganii S5 - Big-1 domain-containing protein
HKOGLL_18905 HKOGLL_18905 100.0 Morganella morganii S5 - Big-1 domain-containing protein
F4V73_RS10495 F4V73_RS10495 64.8 Morganella psychrotolerans - invasin domain 3-containing protein
F4V73_RS10505 F4V73_RS10505 49.1 Morganella psychrotolerans - Ig-like domain-containing protein
PMI_RS00110 PMI_RS00110 29.1 Proteus mirabilis HI4320 - Ig-like domain-containing protein
PMI_RS19225 PMI_RS19225 35.0 Proteus mirabilis HI4320 - Ig-like domain-containing protein

Distribution of the homologs in the orthogroup group_25

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Number of homologs in each genome (first column) and amino-acid identity of the closest homolog (second column).

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Phylogeny of the RefSeq best hits of group_25

Swissprot accession Eval Score ID (%) N gaps Alignment length Annot score Gene Description Organism
P19809 1.13e-83 300 34 19 604 1 eae Intimin Escherichia coli O127:H6 (strain E2348/69 / EPEC)
P43261 2.85e-83 299 34 18 605 1 eae Intimin Escherichia coli O157:H7
Q07591 5.82e-82 295 34 20 629 3 eae Intimin Citrobacter freundii
O31000 3.87e-80 290 35 14 521 3 eae Intimin Escherichia coli O111:H-
Q8X8V7 1.2e-79 298 38 6 402 3 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli O157:H7
Q8X8V7 8.69e-45 183 26 64 1555 3 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli O157:H7
Q8X8V7 2.04e-41 172 26 50 1392 3 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli O157:H7
Q8X8V7 7.54e-27 124 27 36 922 3 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli O157:H7
B7NC15 3.09e-78 293 38 7 405 3 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli O17:K52:H18 (strain UMN026 / ExPEC)
B7NC15 6.47e-45 184 26 64 1619 3 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli O17:K52:H18 (strain UMN026 / ExPEC)
B7NC15 6.74e-39 164 26 52 1386 3 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli O17:K52:H18 (strain UMN026 / ExPEC)
B7NC15 7.29e-27 124 25 62 1551 3 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli O17:K52:H18 (strain UMN026 / ExPEC)
B7NC15 3.05e-25 119 26 41 1071 3 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli O17:K52:H18 (strain UMN026 / ExPEC)
B7NC15 4.46e-23 112 26 35 928 3 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli O17:K52:H18 (strain UMN026 / ExPEC)
P76347 3.77e-78 293 38 6 394 1 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli (strain K12)
P76347 2.65e-35 152 25 42 1232 1 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli (strain K12)
P76347 6.39e-31 138 26 46 1079 1 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli (strain K12)
P76347 6.39e-31 138 25 58 1427 1 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli (strain K12)
P76347 1.98e-25 120 26 46 1124 1 yeeJ Inverse autotransporter adhesin YeeJ Escherichia coli (strain K12)
P11922 1.55e-70 261 38 9 369 1 YPTB1668 Invasin Yersinia pseudotuberculosis serotype I (strain IP32953)
P11922 2.14e-28 129 37 6 282 1 YPTB1668 Invasin Yersinia pseudotuberculosis serotype I (strain IP32953)
P11922 3.31e-19 99 32 9 290 1 YPTB1668 Invasin Yersinia pseudotuberculosis serotype I (strain IP32953)
P11922 8.03e-18 94 33 9 280 1 YPTB1668 Invasin Yersinia pseudotuberculosis serotype I (strain IP32953)
P11922 1.11e-17 94 33 8 280 1 YPTB1668 Invasin Yersinia pseudotuberculosis serotype I (strain IP32953)
P11922 6.97e-17 91 31 8 288 1 YPTB1668 Invasin Yersinia pseudotuberculosis serotype I (strain IP32953)
P11922 1.07e-16 90 31 9 292 1 YPTB1668 Invasin Yersinia pseudotuberculosis serotype I (strain IP32953)
P11922 1.22e-16 90 31 10 289 1 YPTB1668 Invasin Yersinia pseudotuberculosis serotype I (strain IP32953)
P11922 3.96e-09 65 30 8 281 1 YPTB1668 Invasin Yersinia pseudotuberculosis serotype I (strain IP32953)
P19196 5.85e-67 248 35 6 373 3 None Invasin Yersinia enterocolitica
P19196 0.000235 50 25 9 255 3 None Invasin Yersinia enterocolitica
P36943 1.84e-53 193 41 5 236 5 eaeH Putative attaching and effacing protein homolog Escherichia coli (strain K12)
P39165 9.36e-45 173 31 10 382 3 ychO Uncharacterized protein YchO Escherichia coli (strain K12)

  • Number of RefSeq hits:

General

Source Morganella morganii S3
Locus tag LHKJJB_19125
Feature type CDS
Gene -
Product Big-1 domain-containing protein
Location 10131 - 16712 (strand: -1)
Length 6582 (nucleotides) / 2193 (amino acids)

Contig

Accession ZDB_388
Length 22068 nucleotides
Topology linear
Plasmid False

Orthology

Orthogroup group_25
Orthogroup size 17
N. genomes 7

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Genomic region

Domains

PF02369 Bacterial Ig-like domain (group 1)
PF09134 Invasin, domain 3
PF11924 Inverse autotransporter, beta-domain

COG entry Annotation(s)

ID Function(s) descr. Function(s) cat. Description
COG3210 Intracellular trafficking, secretion, and vesicular transport (U) U Large exoprotein involved in heme utilization or adhesion

Kegg Ortholog Annotation(s)

KO Description Pathways Modules
K13735 adhesin/invasin Bacterial invasion of epithelial cells
Yersinia infection		 -

Protein Sequence

MPVTSYYSKTKRVTAYLLLFLQLFFPVSTATLSVAYAAEQNDALIMSETFDGLNALMDTSPEPPPNPQGGKTTSGSSFSGEGFTVEMPSGSEYGVMPAGSDSGFISGQNGMPFPMSVSTLPDPANPAPRDNTVRTDDVFSALPTLGLPDTYPEDDAAKNEARWAGNASQAGQILSSEDAVDASLGYVRGIGENLLNQQVNDWLNQVGHARIQFGSNKTGDADVLVPLVDNPNSLLFTQVGLRANEERTTTNLGLGYRQYEDGWMWGVNSFYDYDITGSNSRVGVGGELWADYLKFAANGYFRVTDWHQSKLHEMRDYDERPANGFDIRAEGYLPDYPQLGAFAKYEQYFGDGISLASTTSSGELKSNPSVSTIGLSYTPFPLITFKGQTSRGDSNDSQVGMALSYRFGVPLSQQLDTDNVDLMRNLAGNRYDFVDRNYNIVMQYRKQELLRIALPPTLRAEAAQTVPVTVSVLKAKYGLKSLRWSAPELLANGGEIKQTGLTTADITLPAYIFANRSGEPQGYRVTAVGEDNEGNPSNTAEMWVNVIPSVETITKLTVTPNQSLVANNRDQFTAVALLQNEKGEVLANKAVTFSVSGLKNPEGVTIYDADGNNGQTLTVISGPDGTATVKIISKSAGKASLQAKMRNGNSRAESIIYIADLSTAKIKTLELTNNKAVADGQAKNIAVATVTDQFDNQVENFPLTARADNGATVIDPNQQTDDNGQVTIRFSSETAGDSKLVVEGTGTSKSVTSQFVADMSTAQIQSVTTENDGAVANGQAKNSVLVTVTDNRNNPLAGAPVTISVPGTARYQTQPASGMTDNQGRLRVDITNTKAGTEDYTFSINNSSVTKQLLFKPDGSTATITDSQLKIVADGQKADGTSVNRVQATVLDAYGNRIPGYTVQFITDNNAQPSQSQLTTDSNGETIFDLTNTKSGKTKVTAQVNGKTAFVNVTFTADSATAKIADMTVTADGMPANGEAKNAVEVTVTDASGNIVPFVAVLFTADNSAQPPSQSLMTDENGKILFSMTNTVATQVNVTAKVNTSEMSAVVTFKADTTNPDAGKSSLSANPMVIVADGSTESALTLILKDKFGNNIPSQGVEFKSDLTGSTVSTTTENPDGTYSATLTGTKSGNAKITIVLNGKAFAVAPVIVKLTADSTNPDGGKSAMSAAPATIVANNSQESVLKLILRDANDNLISGQTVTFTTVLNGVTISGTAEDQDGIYTANLKGTVAGTAPVKVFVGGTELAVNAVSVELTADSSKPDSGKSVLEAAPATIVADNTKESVLTLTLRDVNGNLIPGQGVLFKADLSGTVISGTREDTPGIYTATLKGTKSGDAHITVTLNGNAFNVAGTTVTLTADSTNPDNGKSELTATPDTIVADGADKSVLKLILKDANDNLITGQNVVFITDPGNVSVTPAAENTGGTYTAELKGTQAGVVAVKVKVNGTELPATTVNVTLIGDKTHPDITKSELTATPDTIVADGKNGSALKLILRDVNGNLITGQTVLFSTALGNTAITGDAEAQGGTYTATLKGTTAGTATIKVSLNGTELTGLTKDVTLIGDKTNPDITKSELTATPDTIVADGQDGSALKLILRDVNGNLITGQTVLFSTALGNAAITGDAEAQGGTYTATLKGTTAGTATIKVSLNGTELAGITTDVKLIGDKNNPDSTKSELTALPGQIVADGKDGAVLKLILRDVNNNLLPGQTVEFITALGNTAITDNDEPQDGVYTATLKGKTAGTATIKVKVNGTELTGISADVILIGDKNNPDGTKSELTALPDTIVANGTAESGLKLILRDINGNLITGQEVIFTSTLENTTVGGTSENTGGTYTAGLTGTTSGKTTIGVKVNGTVLTITAAEVTLTADKDHPDSGKSELTAVPDTIVANNTDESALKLTLRDVNGNLITGQTVELKTALENTVITMTPGDQDGVYTATLKGTKAGTATVTVTVNGTELAGLTKDVTLIGDKNNPDSSKSELVVTPETITADDTDTSALKLILRDVNNNLITGQTVEFSTALANTTITGKPEAPQGTYNAVLKGKTAGNAEIKVKVNGADFGVASKTVKLIADKNTAKMIITNLNQDKHAVADTVSVNNLEIKVVDANDNPISGVNIKVTEKTQPAMVMIDNAEGVTGADGVFKPGVRSKIQNVSLSVSAKDAGGIDINEDYALIFDLVKFTLKSAIVTN

Flanking regions ( +/- flanking 50bp)

CTGACATTTAATTTTTTATAGTTTTTTAATCTCATTTCGGGGATGTATTCATGCCTGTTACTTCGTATTACTCAAAAACAAAGAGGGTAACGGCATATCTGTTGCTCTTTTTGCAGTTATTTTTTCCGGTGTCGACGGCAACATTATCTGTTGCCTACGCGGCAGAACAAAATGACGCATTAATTATGTCAGAGACATTTGACGGACTTAATGCACTGATGGATACATCCCCGGAACCGCCCCCGAATCCTCAGGGCGGAAAAACTACCTCCGGCAGTTCTTTCAGCGGTGAGGGATTTACCGTTGAAATGCCGTCCGGCAGTGAATACGGCGTGATGCCGGCCGGTTCAGACAGCGGCTTTATCTCCGGACAGAACGGCATGCCGTTCCCGATGAGTGTCAGCACGCTGCCGGACCCGGCAAATCCTGCACCGCGCGATAATACCGTGCGGACAGATGATGTTTTCAGTGCCCTGCCGACCCTCGGTCTGCCGGATACCTATCCGGAAGATGACGCGGCGAAGAACGAAGCCCGCTGGGCGGGTAACGCCTCACAGGCCGGGCAGATCCTCTCCAGTGAAGATGCCGTTGACGCATCTCTCGGCTATGTGCGCGGTATCGGTGAAAACCTGCTTAATCAGCAGGTGAATGACTGGCTGAACCAGGTGGGCCATGCCCGTATTCAGTTCGGCAGTAATAAAACCGGTGATGCGGATGTACTGGTCCCGTTAGTTGATAACCCTAACAGCCTGTTATTCACACAGGTCGGGCTTCGTGCCAACGAAGAACGCACCACCACCAACCTCGGTCTGGGTTACCGTCAGTATGAAGACGGCTGGATGTGGGGTGTGAACAGTTTTTATGACTACGATATCACCGGCAGTAACTCGCGGGTCGGTGTCGGTGGTGAATTATGGGCTGATTACCTGAAATTTGCGGCCAACGGCTACTTCAGGGTAACAGACTGGCACCAGTCAAAACTGCATGAAATGCGCGATTACGACGAACGCCCGGCGAACGGGTTTGATATCCGCGCAGAAGGCTATCTGCCTGATTATCCGCAGTTAGGTGCATTTGCAAAATATGAACAGTACTTCGGCGACGGCATCAGCCTGGCCAGTACCACCTCTTCCGGTGAACTGAAAAGTAACCCGTCGGTTTCCACCATCGGGCTCAGTTACACCCCGTTCCCGCTGATCACGTTCAAAGGTCAGACATCCCGTGGTGATTCCAATGACAGCCAGGTCGGTATGGCGCTTTCCTACCGTTTCGGCGTGCCGTTATCACAACAGCTGGATACCGACAATGTTGACCTGATGCGTAACCTGGCGGGTAACCGTTACGATTTCGTCGACAGAAACTACAACATTGTAATGCAATACCGTAAGCAGGAACTGCTGCGGATTGCCCTGCCGCCGACACTGCGCGCTGAAGCAGCACAGACAGTGCCGGTAACGGTCAGTGTGCTGAAAGCCAAATACGGCCTGAAATCTCTGCGCTGGTCAGCGCCTGAACTGCTGGCAAACGGCGGTGAAATCAAACAGACCGGGCTGACCACGGCGGATATTACTCTGCCGGCTTATATCTTTGCTAACCGCAGCGGTGAACCACAGGGCTACCGCGTGACCGCTGTCGGTGAAGATAACGAAGGTAACCCTTCCAACACCGCAGAAATGTGGGTGAATGTTATTCCGTCTGTGGAAACTATCACCAAACTGACCGTTACGCCGAACCAGTCACTGGTGGCGAATAACCGTGATCAGTTCACAGCGGTGGCGCTGTTACAGAATGAAAAGGGTGAAGTGCTGGCGAACAAAGCGGTCACGTTCAGTGTTTCCGGCCTGAAAAATCCGGAAGGTGTGACCATTTATGATGCGGACGGCAACAACGGCCAGACACTGACTGTGATCTCCGGGCCGGACGGCACGGCGACCGTGAAAATCATCAGTAAGTCCGCCGGTAAAGCATCACTGCAGGCGAAGATGCGTAACGGTAACAGCCGCGCGGAATCGATCATCTATATTGCGGATCTCAGTACCGCAAAAATCAAAACCCTTGAGTTAACCAATAACAAAGCAGTGGCTGACGGCCAGGCGAAAAACATCGCCGTGGCAACAGTGACTGACCAGTTTGATAACCAGGTGGAAAACTTCCCGTTAACGGCCAGAGCGGATAACGGTGCAACAGTTATTGATCCGAACCAGCAGACTGACGATAACGGCCAGGTCACTATCCGGTTCAGCAGTGAAACCGCCGGGGATTCCAAACTGGTGGTTGAGGGAACAGGTACCTCGAAGAGTGTGACCTCACAGTTCGTCGCAGATATGAGTACCGCACAAATTCAGAGTGTGACTACTGAAAATGACGGCGCGGTGGCAAACGGACAGGCGAAAAACAGTGTACTGGTGACAGTGACTGATAACCGGAACAACCCGCTGGCGGGTGCACCGGTCACCATCAGTGTCCCGGGAACTGCCCGTTACCAGACTCAGCCGGCAAGCGGAATGACGGATAACCAGGGTCGTCTGCGTGTCGATATCACCAATACCAAAGCCGGTACTGAGGATTACACTTTCAGTATCAATAACAGCAGTGTTACCAAACAGCTGTTGTTTAAGCCGGATGGATCCACAGCCACCATTACAGACTCGCAGCTGAAAATCGTGGCTGACGGTCAGAAAGCTGACGGCACATCGGTAAACCGGGTGCAGGCGACTGTCCTGGATGCTTATGGTAACCGTATCCCGGGCTATACCGTACAGTTCATTACCGACAACAATGCTCAGCCGTCGCAGTCTCAGCTGACAACGGACAGCAATGGTGAAACCATTTTTGATCTGACGAACACCAAATCCGGTAAAACGAAAGTCACTGCGCAGGTGAACGGTAAAACGGCATTCGTTAATGTGACATTTACTGCTGACAGTGCTACCGCAAAAATTGCGGATATGACGGTTACGGCAGATGGCATGCCGGCAAACGGCGAAGCGAAGAACGCGGTGGAAGTTACTGTAACGGATGCTTCCGGTAATATTGTGCCGTTTGTGGCGGTTCTTTTCACCGCAGATAACAGTGCACAACCACCATCACAGTCACTGATGACTGATGAGAACGGTAAAATTTTATTCAGTATGACCAATACCGTGGCCACGCAGGTTAATGTGACTGCGAAAGTGAACACCAGTGAGATGAGTGCGGTGGTGACGTTTAAGGCAGATACCACTAATCCGGATGCCGGTAAATCATCGCTGTCGGCAAATCCGATGGTCATTGTGGCGGACGGCAGCACTGAGTCAGCACTGACACTCATTCTGAAAGATAAATTCGGCAACAATATCCCTTCTCAGGGGGTGGAATTTAAATCTGACCTGACGGGCAGCACAGTGAGTACAACGACGGAAAATCCGGACGGAACTTACAGTGCAACACTGACAGGAACCAAATCCGGTAACGCCAAAATCACAATTGTGCTGAACGGAAAAGCATTTGCGGTTGCGCCGGTTATCGTAAAACTGACTGCCGACAGCACGAATCCGGATGGCGGCAAATCAGCGATGAGCGCAGCGCCGGCAACGATTGTGGCGAATAACTCACAGGAATCGGTACTGAAACTGATCCTGCGGGATGCTAACGATAACCTGATTTCCGGCCAGACGGTGACATTTACCACTGTACTGAATGGTGTGACTATCTCCGGTACGGCAGAGGATCAGGACGGTATTTATACCGCAAACCTGAAAGGTACTGTTGCCGGTACGGCACCGGTTAAGGTGTTTGTCGGCGGTACTGAACTGGCGGTAAATGCAGTGAGTGTTGAACTGACTGCAGACAGCTCAAAACCGGACAGCGGGAAGTCAGTCCTGGAAGCCGCACCTGCGACTATCGTGGCTGATAATACAAAGGAATCAGTACTCACACTGACCCTGCGTGATGTCAACGGTAACCTGATCCCGGGACAGGGTGTCCTGTTTAAAGCGGATCTGAGCGGTACTGTTATCAGCGGCACGCGTGAAGACACCCCGGGTATCTATACCGCAACACTGAAAGGAACCAAATCCGGAGACGCACATATTACTGTCACTCTGAACGGTAATGCATTCAACGTGGCAGGAACCACAGTCACACTGACCGCAGACAGCACGAATCCGGACAACGGTAAGTCTGAGCTGACAGCAACACCGGACACCATTGTCGCGGACGGCGCTGACAAATCGGTACTGAAACTGATCCTGAAAGATGCCAACGACAACCTGATCACCGGACAGAATGTGGTGTTCATTACCGATCCGGGTAATGTCTCCGTCACTCCGGCAGCCGAGAACACCGGCGGAACATATACAGCTGAGCTCAAAGGAACTCAGGCGGGTGTTGTGGCTGTGAAGGTTAAAGTCAATGGTACTGAACTGCCGGCAACCACGGTGAACGTGACACTCATCGGTGATAAAACGCATCCGGATATCACCAAGTCCGAACTGACCGCCACACCGGATACGATCGTGGCTGACGGTAAAAACGGCTCGGCACTGAAACTCATCCTGCGTGATGTTAACGGCAACCTGATCACCGGGCAGACCGTCCTGTTCAGTACGGCGCTCGGAAACACCGCAATAACAGGTGATGCTGAAGCGCAGGGCGGTACCTATACCGCAACGCTGAAGGGAACAACGGCCGGAACAGCCACCATCAAAGTCAGCTTAAACGGGACTGAACTGACCGGGCTGACCAAAGATGTGACGCTGATTGGTGATAAAACTAACCCTGATATCACAAAATCTGAACTGACCGCCACACCGGATACCATCGTGGCAGATGGTCAGGACGGATCAGCGCTGAAGCTTATTCTGCGTGATGTCAACGGTAACCTGATCACCGGCCAGACCGTCCTGTTCAGCACGGCGCTGGGAAATGCCGCCATAACGGGTGATGCGGAAGCGCAGGGCGGTACCTATACCGCGACGCTGAAAGGCACGACAGCCGGTACGGCAACCATCAAAGTCAGCTTAAACGGGACTGAACTGGCAGGCATTACCACTGATGTGAAACTGATTGGTGATAAAAATAATCCGGACAGCACGAAATCTGAGCTGACCGCATTACCGGGCCAGATTGTGGCTGACGGCAAGGACGGGGCTGTACTGAAGCTTATCCTTCGCGATGTCAATAACAACCTGCTGCCGGGCCAGACTGTGGAGTTCATTACCGCGCTGGGAAATACAGCAATAACGGATAATGACGAACCTCAGGATGGCGTTTATACCGCGACACTGAAAGGGAAAACTGCCGGTACCGCCACGATCAAAGTGAAAGTAAACGGTACTGAACTGACAGGTATCAGCGCTGACGTGATACTGATTGGTGATAAAAATAATCCGGACGGGACTAAATCGGAACTGACGGCATTACCGGATACGATTGTCGCCAACGGTACTGCTGAATCCGGACTGAAACTGATTCTGCGGGATATCAACGGTAACCTGATCACCGGCCAGGAAGTTATTTTCACATCAACGCTGGAAAATACCACGGTCGGCGGTACGTCTGAAAATACCGGCGGGACCTATACCGCAGGTCTGACAGGGACGACATCCGGTAAGACAACAATCGGTGTGAAGGTCAATGGTACCGTACTGACGATCACTGCGGCAGAGGTCACTCTGACAGCAGATAAGGATCATCCGGACAGCGGTAAGTCAGAGCTGACGGCGGTCCCGGATACTATCGTGGCAAATAACACGGATGAATCAGCACTGAAACTGACCCTGCGTGATGTCAACGGTAACCTGATCACCGGGCAGACGGTTGAGCTCAAAACTGCGCTGGAAAATACGGTGATCACCATGACACCGGGGGATCAGGATGGTGTCTATACCGCGACCCTGAAAGGCACAAAAGCCGGAACGGCGACTGTCACTGTGACAGTTAACGGAACGGAACTGGCGGGGCTGACCAAAGATGTCACACTGATCGGAGACAAGAACAATCCGGACAGCAGTAAATCAGAGCTGGTGGTAACACCGGAGACGATTACCGCTGATGATACAGATACATCGGCACTGAAACTGATTCTGCGCGATGTTAACAATAACCTGATCACCGGACAGACAGTTGAATTCAGTACTGCGTTAGCCAATACCACTATCACTGGTAAACCGGAAGCACCGCAGGGTACGTACAATGCTGTGCTGAAAGGAAAAACAGCCGGTAATGCGGAGATCAAAGTGAAAGTGAATGGTGCAGATTTCGGCGTTGCATCAAAAACGGTGAAACTGATCGCGGATAAGAATACGGCAAAAATGATTATCACGAATTTAAATCAGGATAAACATGCGGTTGCCGATACGGTATCGGTCAATAACTTAGAAATAAAAGTTGTTGATGCCAATGATAACCCGATTAGTGGCGTGAATATCAAAGTTACCGAAAAAACACAGCCTGCAATGGTGATGATAGACAATGCGGAAGGTGTTACCGGTGCGGACGGGGTATTTAAACCGGGTGTCAGAAGTAAAATTCAGAATGTCAGTTTATCTGTATCGGCAAAAGATGCGGGCGGAATCGACATCAATGAAGATTATGCACTGATATTTGACCTGGTGAAATTCACTCTGAAGTCAGCCATCGTAACCAATTAATCCGTTACTGAATTGCCGGTATCAATATTATACCGGCAATTCAGCTCTGT