Typing tool
|
|
|
|
|
|
Typing tool
|
Complete norovirus genomes
| KJ407073 | GII.4 New Orleans | |
|
|---|---|---|---|
| GII.P4 New Orleans |
ORF1: 1..5100
ORF2: 5081..6703
ORF3: 6703..7509
LOCUS KJ407073 7509 bp ss-RNA linear VRL 17-SEP-2015
DEFINITION Norovirus Hu/GII.4/HS292/2012/USA, complete genome.
ACCESSION KJ407073
VERSION KJ407073.1
DBLINK BioProject: PRJNA222778
KEYWORDS .
SOURCE Norovirus Hu/GII.4/HS292/2012/USA
ORGANISM Norovirus Hu/GII.4/HS292/2012/USA
Viruses; Riboviria; Orthornavirae; Pisuviricota; Pisoniviricetes;
Picornavirales; Caliciviridae; Norovirus; Norwalk virus.
REFERENCE 1 (bases 1 to 7509)
AUTHORS Das,S., Halpin,R.A., Ransier,A., Fedorova,N., Tsitrin,T.,
Stockwell,T., Amedeo,P., Bishop,B., Edworthy,P., Gupta,N.,
Hoover,J., Katzel,D., Schobel,S., Shrivastava,S., Scheuer,K.,
Takanashi,S., Wang,Q., Wentworth,D.E. and Saif,L.J.
TITLE Direct Submission
JOURNAL Submitted (03-FEB-2014) J. Craig Venter Institute, 9704 Medical
Center Drive, Rockville, MD 20850, USA
COMMENT This work was supported by the National Institute of Allergy and
Infectious Diseases (NIAID), Genome Sequencing Centers for
Infectious Diseases (GSCID) program.
The genome sequence was generated using overlapping PCR amplicons
spanning the genome. The amplicons were pooled by sample and then
barcoded and sequenced using Next Generation Sequencing platforms.
The consensus sequences of the internal PCR primer hybridization
sites were manually verified using reads from amplicons that
spanned across the sites.
##Genome-Assembly-Data-START##
Current Finishing Status :: Finished
Assembly Method :: clc_ref_assemble_long v. 3.22.55705
Genome Coverage :: 1243.2x
Sequencing Technology :: Ion Torrent
##Genome-Assembly-Data-END##
FEATURES Location/Qualifiers
source 1..7509
/organism="Norovirus Hu/GII.4/HS292/2012/USA"
/mol_type="genomic RNA"
/strain="Hu/GII.4/HS292/2012/USA"
/host="Homo sapiens; sex: M; age: 5Y"
/db_xref="taxon:1458703"
/country="USA: Wooster, OH"
/collection_date="19-May-2012"
/PCR_primers="fwd_name: 1_Forward, fwd_seq:
gtgaatgawgatggcgt, rev_name: 1_Reverse, rev_seq:
ttggttgagagyttyctg"
/PCR_primers="fwd_name: 2_Forward, fwd_seq:
ccgcaaaatcttcaagtg, rev_name: 2_Reverse, rev_seq:
cwacaggtcttggtctgctrga"
/PCR_primers="fwd_name: 3_Forward, fwd_seq:
tcaaccaartctgcttcacctg, rev_name: 3_Reverse, rev_seq:
ratcctttgccggatcttgg"
/PCR_primers="fwd_name: 4_Forward, fwd_seq:
ggcaagaagcacacagcctt, rev_name: 4_Reverse, rev_seq:
crrctctytgttgtgttgaatccc"
/PCR_primers="fwd_name: 5_Forward, fwd_seq:
tggyaagatcaagaagaggc, rev_name: 5_Reverse, rev_seq:
acaacaaargcacygctrgg"
/PCR_primers="fwd_name: 6_Forward, fwd_seq:
gagrccrtccccygattttg, rev_name: 6_Reverse, rev_seq:
atcaatyttgtcttttcaca"
/PCR_primers="fwd_name: 7_Forward, fwd_seq:
gtgaatgawgatggcgt, rev_name: 7_Reverse, rev_seq:
ccagrctrtctttrtctt"
/PCR_primers="fwd_name: 8_Forward, fwd_seq:
ygactcgtggctgagyagga, rev_name: 8_Reverse, rev_seq:
gytgggccctgyagttcawa"
/PCR_primers="fwd_name: 9_Forward, fwd_seq:
tcaaccaartctgcttcacctg, rev_name: 9_Reverse, rev_seq:
aagtcytcctcrgtcgccct"
/PCR_primers="fwd_name: 10_Forward, fwd_seq:
gggaaraacaagrctggycg, rev_name: 10_Reverse, rev_seq:
crrctctytgttgtgttgaatccc"
/PCR_primers="fwd_name: 11_Forward, fwd_seq:
tggyaagatcaagaagaggc, rev_name: 11_Reverse, rev_seq:
atcagtcgtgcayctgccrt"
/PCR_primers="fwd_name: 12_Forward, fwd_seq:
cagtytcttgtcgrgtyctca, rev_name: 12_Reverse, rev_seq:
atcaatyttgtcttttcaca"
/note="genotype: GII.4"
gene 1..5100
/gene="POL"
/locus_tag="T287_42400gpPOL"
CDS 1..5100
/gene="POL"
/locus_tag="T287_42400gpPOL"
/note="genome polyprotein"
/codon_start=1
/product="nonstructural polyprotein"
/protein_id="AHI59156.1"
/translation="MKMASNDASAAAVANSNNDIAKSSSDGVLSSMAVTFKRALGARP
KQPPPREKPQRLPRPPTPELVKNIPPPPPNGEDEIVVSYSVKDGISGLPDLSTVRQPE
ESNTAFSVPPLNQRENRDAKEPLTGTILEMWDGEIYHYGLYVERGLVLGVHKPPAAIS
LAKVELAPLSLYWRPVYTPQYLISPDTLKKLSGETFPYTAFDNNCYAFCCWVLDLNDS
WLSRRMIQRTTGFFRPYQDWNRKPLPTMDDSKIKKVANIFLCALSSLFTRPIKDIIGK
IRPLNILNILASCDWTFAGIVESLILLAELFGVFWTPPDVSAMIAPLLGDYELQGPED
LAVELVPVVMGGIGLVLGFTKEKIGKMLSSAASTLRACKDLGAYGLEILKLVMKWFFP
KKEEANELAIVRSIEDAVLDLEAIENNHMTTLLKDKDSLATYMRTLDLEEEKARKLST
KSASPDIVGTINALLARIAAARSLVHRAKEELSSRPRPVVLMISGRPGIGKTHLAREV
AKRIAASLTGDQRVGLIPRNGVDHWDAYKGERVVLWDDYGMSNPIHDALRLQELADTC
PLTLNCDRIENKGKVFDSDVIIITTNLANPAPLDYVNFEACSRRIDFLVYAEAPEVEK
AKRDFPGQPDMWKNAFSSDFSHIKLALAPQGGFDKNGNTPHGKGVMKTLTTGSLIARA
SGLLHERLDEFELQGPALTTFNFDRNKVLAFRQLAAENKYGLMDTMRVGKQLKDVRTM
PELKQALKNVSIKKCQIVYSGCTYILESDGKGNVKVDRIQSAAVQINNELAGALHHLR
SARIRYYVKCAQEALYSIIQIAGAAFVTTRIAKRMNIQNLWSKPQVENTEETTSKDGC
PKPKDDEEFVISSDDIKTEGKKGKNKTGRGKKHTVFSSKGLSDEEYDEYKRIREERNG
KYSIEEYLQDRDKYYEEVAIARATEEDFCEEEEAKIRQRIFRPTRKQRKEERATLGLV
TGSEIRKRNPDDFKPKGKLWADDDRSVDYNEKLSFEAPPSIWSRIVNFGSGWGFWVSP
SLFITSTHVIPQGAKEFFGVPIKQIQVHKSGEFCRLRFPKPIRTDVTGMILEEGAPEG
TVATLLIKRSTGELMPLAARMGTHATMKIQGRTVGGQMGMLLTGSNAKSMDLGTTPGD
CGCPYIYKRGNDYVVIGVHTAAARGGNTVICATQGSEGEATLEGGDNKGTYCGAPILG
PGSAPTLSTKTKFWRSSTVSLPPGTYEPAYLGGKDPRVKGGPSLQQVMREQLKPFTEP
RGKPPKPSVLEAAKKTIINVLEQTIDPPEKWSFAQACASLDKTTSSGHPHHMRKNDCW
NGESFTGKLADQASKANLMFEEGKNMTPVYTAALKDELVKTDKIYGNIKKRLLWGSDL
ATMIRCARAFGGLMDELKTHCVTLPIRVGMNMNEDGPIIFERHSRYTYHYDADYSRWD
STQQRAVLAAALEIMVKFSPEPHLAQVVAEDLLSPSVVDVGDFTISINEGLPSGVPCT
SQWNSIAHWLLTLCALSEVTNLSPDTIQANSLFSFYGDDEIVSTDIKLDPEKLTAKLR
EYGLKPTRPDKTEGPLVISEDLNGLTFLRRTVTRDPAGWFGKLEQSSILRQMYWTRGP
NHGDPSETMIPHSQRPIQLMSLLGEAALHGPAFYSKISKLVIAELKEGGMDFYVPRQE
PMFRWMRFSDLSTWEGDRNLAPSFVNEDGVE"
mat_peptide 1..990
/gene="POL"
/locus_tag="T287_42400gpPOL"
/product="protein p48"
mat_peptide 991..2088
/gene="POL"
/locus_tag="T287_42400gpPOL"
/product="NTPase"
/note="p41"
mat_peptide 2089..2625
/gene="POL"
/locus_tag="T287_42400gpPOL"
/product="protein p22"
mat_peptide 2626..3024
/gene="POL"
/locus_tag="T287_42400gpPOL"
/product="viral genome-linked protein"
/note="VPg"
mat_peptide 3025..3567
/gene="POL"
/locus_tag="T287_42400gpPOL"
/product="3C-like protease"
/note="3CLpro; calicivirin"
mat_peptide 3568..5097
/gene="POL"
/locus_tag="T287_42400gpPOL"
/product="RNA-directed RNA polymerase"
primer_bind 1..13
gene 5081..6703
/gene="VP1"
/locus_tag="T287_42400gpVP1"
CDS 5081..6703
/gene="VP1"
/locus_tag="T287_42400gpVP1"
/codon_start=1
/product="capsid protein VP1"
/protein_id="AHI59157.1"
/translation="MKMASNDANPSDGSTANLVPEVNNEVMALEPVVGAAIAAPVAGQ
QNVIDPWIRNNFVQAPGGEFTVSPRNAPGEILWSAPLGPDLNPYLSHLARMYNGYAGG
FEVQVILAGNAFTAGKIIFAAVPPNFPTEGLSPSQVTMFPHIIVDVRQLEPVLIPLPD
VRNNFYHYNQSNDPTIKLIAMLYTPLRANNAGDDVFTVSCRVLTRPSPDFDFIFLVPP
TVESRTKPFSVPVLTVEEMTNSRFPIPLEKLFTGPSSAFVVQPQNGRCTTDGVLLGTT
QLSPVNICTFRGDVTHITGSRNYTMNLASQNWNSYDPTEEIPAPLGTPDFVGKIQGVL
TQTTRTDGSTRGHKATVYTGSADFSPKLGRVQFATDTDNDFETNQNTKFTPVGVIQDG
GTTHRNEPQQWVLPSYSGRNTHNVHLAPAVAPTFPGEQLLFFRSTMPGCSGYPNMDLD
CLLPQEWVQYFYQEAAPAQSDVALLRFVNPDTGRVLFECKLHKSGYVTVAHTGQHDLV
IPPNGYFRFDSWVNQFYTLAPMGNGTGRRRAL"
gene 6703..7509
/gene="VP2"
/locus_tag="T287_42400gpVP2"
CDS 6703..7509
/gene="VP2"
/locus_tag="T287_42400gpVP2"
/note="minor capsid protein"
/codon_start=1
/product="capsid protein VP2"
/protein_id="AHI59158.1"
/translation="MAGAFFAGLASDVLGSGLGSLINAGAGAINQKVEFENNRKLQQA
SFQFSSNLQQASFQHDKEMLQAQIEATKKLQQEMMRVKQAMLLEGGFSETDAARGAIN
APMTKTLDWSGTRYWAPDARTTTYNAGRFSTPQPSGALPGRANLRATVPARGSSNTSS
SSSIATSVYSNQTTSTRLGSTAGSGTSVSSLPSTARTRSWVEDQNRNLSPFMRGAHNI
SFVTPPSSRSSSQGTVSTVPKEVLDSWTGAFNTRRQPLFAHIRKRGESRV"
ORIGIN
1 atgaagatgg cgtctaacga cgcttccgct gccgctgttg ctaacagcaa caacgacatc
61 gcaaaatctt caagtgacgg agtgctttct agcatggctg tcacttttaa acgagccctc
121 ggggcgcggc ctaaacagcc tcccccgagg gaaaaaccac aaagactccc acgaccacct
181 actccagaac tggtcaaaaa tattccccct cccccaccca acggagagga tgaaatagtg
241 gtttcttata gtgtcaaaga tggtatttcc ggcttgcctg acctttccac cgtcaggcaa
301 ccggaagaat ctaacacggc cttcagtgtc cctccactca atcagaggga gaatagagat
361 gctaaggagc cacttactgg aacaattctg gagatgtggg acggggaaat ctaccattat
421 ggcctgtatg tggagcgagg tcttgtacta ggtgtacaca aaccaccagc tgccatcagc
481 ctcgctaagg ttgagctagc accactctcc ttgtactgga gacctgtgta cactcctcag
541 tacctcatct ctccagacac tctcaagaaa ttatccggag aaacgtttcc ctacacagcc
601 tttgacaaca actgttatgc cttttgttgc tgggtcctgg acctaaatga ctcgtggctg
661 agcaggagaa tgatccagag aacaactggt ttcttcaggc cctaccaaga ctggaatagg
721 aaaccccttc ccactatgga tgactccaaa ataaagaagg tagctaacat attcctgtgt
781 gctctgtcct cgctgttcac tagacccata aaagatataa tagggaagat aaggcctctt
841 aacatcctca acatcttagc ctcatgtgat tggacttttg caggcatagt ggagtccctg
901 atactcttgg cagaactctt tggagttttc tggacacccc cagatgtgtc tgcgatgatt
961 gcccccttac ttggtgacta cgagctacaa ggacctgagg accttgcagt ggagctcgtc
1021 cccgtggtga tggggggaat tggtttggta ctaggattca ccaaagagaa gattggaaaa
1081 atgttgtcat ctgctgcgtc caccttgaga gcttgtaaag accttggtgc atatgggcta
1141 gagatcctaa agttggttat gaagtggttc ttcccgaaga aggaggaggc aaatgagctg
1201 gctatagtga ggtctatcga ggatgcagtc ctagacctcg aggcaattga aaacaaccat
1261 atgaccacct tgctcaaaga caaagacagt ctggcaacct atatgagaac acttgacctt
1321 gaggaggaga aagccaggaa actctcaacc aagtctgcct cacccgacat cgtgggcaca
1381 atcaacgccc tcctggcgag aatcgctgcc gcacgttctc tggtgcatcg agcgaaggag
1441 gagctttcca gcagaccaag acctgtggtg ttgatgatat caggcaggcc aggaataggg
1501 aagacccacc tcgctaggga agtggctaag agaatcgcag cctcccttac aggagaccag
1561 cgtgtgggcc tcatcccacg caatggcgtc gaccattggg atgcgtacaa gggggagagg
1621 gtcgtcctat gggacgatta tggaatgagc aaccctattc acgatgccct caggctgcaa
1681 gaactcgctg atacttgtcc cctcactcta aactgtgaca ggattgaaaa taaaggaaag
1741 gtctttgaca gcgatgtcat cattatcacc actaatctgg ccaacccagc accactggac
1801 tatgtcaact ttgaagcatg ctcgaggcgc atcgacttcc tcgtgtacgc agaagcccct
1861 gaagttgaaa aggcgaagcg tgacttccca ggccagcctg acatgtggaa gaacgctttc
1921 agttctgatt tctcacacat aaaactagca ctggccccac agggtggttt cgacaagaac
1981 gggaacaccc cacacggaaa gggcgtcatg aagactctca ccactggctc ccttattgcc
2041 cgggcatcag ggctactcca cgagaggtta gatgaatttg aactacaggg cccagctctc
2101 accaccttca atttcgatcg caataaagtg cttgccttta gacagcttgc tgctgaaaat
2161 aaatatggat tgatggacac aatgagggtc gggaaacagc tcaaggatgt cagaaccatg
2221 ccagaactca aacaagcact caagaacgtt tcaatcaaga agtgccaaat agtgtatagt
2281 ggttgtacct acatacttga gtctgatggc aagggcaatg tgaaagttga cagaatccaa
2341 agcgccgccg tgcagatcaa caacgagctg gctggtgccc tgcaccattt gaggagcgcc
2401 agaatcagat actatgtcaa gtgtgcccag gaggccctgt attccatcat tcaaattgcc
2461 ggggctgcat ttgtcaccac gcgcattgcc aagcgcatga acatacaaaa cctatggtcc
2521 aagccacaag tggaaaacac agaggagact accagcaagg acgggtgccc aaaacctaag
2581 gatgatgagg agtttgtcat ttcatccgac gatatcaaaa ctgagggcaa gaaggggaaa
2641 aacaagactg gccgcggcaa gaagcacaca gtattttcaa gcaaaggcct cagtgatgaa
2701 gagtacgatg agtacaagag gattagagaa gaaaggaatg gcaagtactc catagaagag
2761 taccttcagg acagggacaa atactatgag gaggtggcca ttgccagggc gactgaggaa
2821 gacttctgtg aagaggagga ggccaagatc cggcaaagga tctttaggcc aacaaggaaa
2881 caacgcaagg aggaaagagc cactctcggt ctggtcacag gctctgaaat taggaaaaga
2941 aacccagatg acttcaaacc caaagggaaa ctgtgggctg acgatgacag gagtgtggac
3001 tacaatgaga aactcagctt tgaggcccca ccaagcatct ggtcgagaat agtcaacttt
3061 ggttcaggct ggggattctg ggtctccccc agtctgttca taacatcaac ccacgtcata
3121 ccccagggcg caaaggagtt ctttggagtc cccatcaaac aaatacaggt acacaagtca
3181 ggcgagttct gtcgcttgag attcccaaaa ccaatcagga ctgatgtgac gggcatgatt
3241 ttagaagaag gcgcacctga gggcaccgtg gccacactac tcatcaaaag gtccactggg
3301 gaactcatgc ccctagcagc taggatgggg acccatgcga ctatgaagat ccaagggcgc
3361 actgttggag gccagatggg catgcttctg acaggatcca acgccaagag catggacctg
3421 ggtactacac caggtgattg tggctgcccc tatatctaca agagaggtaa tgactatgtg
3481 gtcatcggag tccacacggc tgccgcacgt gggggaaaca ctgtcatatg tgccacccag
3541 gggagtgagg gagaggctac acttgaaggt ggtgacaaca aggggacata ctgtggtgca
3601 ccaatcctag gcccagggag tgccccaaca cttagcacca agaccaaatt ctggagatcg
3661 tccacagtat cactcccacc tggcacctat gaaccagcct atcttggtgg caaggaccct
3721 agagtcaagg gtggcccttc gttgcagcaa gtcatgaggg aacagttgaa gccattcaca
3781 gaaccaaggg gcaagccacc aaaaccaagt gtattagaag ctgccaagaa gaccatcatc
3841 aatgtccttg agcaaacaat tgatccacct gagaaatggt cgttcgcaca agcttgcgcg
3901 tcccttgaca agaccacttc cagtggtcat ccgcaccaca tgcggaaaaa cgactgctgg
3961 aacggggagt ccttcacagg caagctagca gaccaggctt ccaaggccaa cctgatgttt
4021 gaagaaggga agaacatgac cccagtctac acagctgcgc tcaaggatga gttagttaaa
4081 actgacaaaa tttatggtaa catcaagaag aggcttctct ggggctcgga cttggcgacc
4141 atgatccggt gtgctcgagc tttcggaggc ctgatggatg agctcaaaac acactgtgtc
4201 acgcttccca ttagagttgg catgaatatg aatgaggatg gccccatcat cttcgagagg
4261 cattccaggt acacatatca ctatgatgct gattactctc gatgggattc aacacaacag
4321 agggccgtgt tggcagcagc tctagaaatc atggttaaat tctccccaga accacatttg
4381 gctcaggtag tcgcggaaga ccttctttct cctagcgtgg tggacgtggg cgacttcaca
4441 atatcgatca acgagggcct tccctctggg gtgccctgca cctcccaatg gaactccatc
4501 gcccactggc ttctcactct ctgtgcgctc tctgaagtca caaatctgtc ccctgatacc
4561 atacaggcta actccctctt ctctttttat ggtgatgatg aaattgttag cacagatata
4621 aaattggacc cagagaaatt gacagcaaag ctcagagagt atgggttaaa accaacccgc
4681 cctgacaaaa ctgaaggacc ccttgtcatc tctgaagatc tgaatggcct aactttcctg
4741 cggagaacag tgacccgcga cccagctggt tggtttggaa aactagagca gagttcaata
4801 ctcaggcaaa tgtactggac taggggtccc aaccatggag acccgtctga aacaatgatt
4861 ccacactccc aacgacccat acaactgatg tccctattgg gggaggccgc tctccacggc
4921 ccagcctttt acagcaaaat cagcaaattg gtcattgcag agctaaaaga aggtggcatg
4981 gatttttacg tgcccagaca agagccaatg ttcagatgga tgagattctc agatctgagc
5041 acgtgggagg gcgatcgcaa tctggctccc agttttgtga atgaagatgg cgtcgaatga
5101 cgccaaccca tctgatgggt ccacagccaa cctcgtccca gaggtcaaca atgaggttat
5161 ggctttggag cccgtagttg gtgccgccat tgcggcacct gtagcgggcc aacaaaatgt
5221 aattgacccc tggattagaa ataattttgt acaagcccct ggtggagagt tcacagtatc
5281 ccctagaaac gctccaggtg aaatactatg gagcgcgccc ttaggccctg atctgaatcc
5341 ctacctttcc catttggcca gaatgtacaa tggttatgca ggtggttttg aagtgcaggt
5401 aatcctcgcg gggaacgcgt tcaccgccgg gaaaatcata tttgcagcag tcccaccaaa
5461 tttcccaact gaaggtttga gccccagcca ggtcactatg ttcccccaca taatagtaga
5521 tgttaggcaa ttggaacctg tgttgatccc cttacccgat gttaggaaca atttctacca
5581 ttataatcaa tcaaatgacc ccactatcaa attgatagca atgttgtaca caccacttag
5641 ggctaataat gccggggacg atgtcttcac agtttcttgt cgagttctca cgagaccatc
5701 ccccgatttt gacttcatat ttttggtgcc acccacagtt gaatcaagaa ctaaaccatt
5761 ttctgtccca gttttaactg ttgaggagat gaccaattca aggttcccca ttcctttgga
5821 aaagttgttc acgggcccca gtagtgcctt tgttgttcaa ccacaaaatg gcaggtgcac
5881 gactgatggc gtgctcctag gtactaccca actgtcccct gtcaacatct gcaccttcag
5941 aggtgatgtc acccatatta caggcagtcg taactacaca atgaatttgg cctcccaaaa
6001 ttggaacagt tacgatccaa cagaagaaat cccagcccct ctaggaactc cagatttcgt
6061 ggggaagatt caaggtgtgc tcacccaaac cacaaggaca gatggctcga cccgcggcca
6121 caaagctaca gtgtacactg ggagcgccga cttttctcca aaactgggca gagttcaatt
6181 tgccactgac acagacaatg attttgaaac caaccaaaac acaaagttca ccccagtcgg
6241 tgttatacag gatggtggca ccacccatcg aaatgaaccc caacaatggg tgctcccaag
6301 ttactcaggc agaaatactc ataatgtgca tctggccccc gctgtagccc ccactttccc
6361 aggcgagcag ctcctcttct tcagatctac tatgcccgga tgcagcgggt accccaacat
6421 ggatttggac tgtctgctcc cccaggaatg ggtgcagtat ttctaccaag aggcagcccc
6481 agcacaatct gatgtggctc ttttaaggtt tgtgaatcca gacacaggta gggttttgtt
6541 tgagtgtaag ctccataaat caggctatgt tacagtggct cacactggtc aacatgattt
6601 ggttatcccc cccaatggtt attttagatt tgattcctgg gtcaaccagt tctacacact
6661 tgcccccatg ggaaatggga cggggcgtag acgtgcatta taatggctgg agctttcttt
6721 gctggattgg catctgacgt ccttggctct ggacttggtt ccctaatcaa tgctggggct
6781 ggggccatca accaaaaagt tgaatttgaa aataacagga aattgcaaca agcttccttc
6841 caatttagta gcaatctaca acaggcttcc tttcaacatg acaaagagat gctccaagca
6901 caaattgagg ccaccaaaaa gttgcaacaa gaaatgatga gagttaaaca agcaatgctc
6961 ctagagggtg gattctctga gacagatgca gcccgtgggg caatcaacgc ccccatgaca
7021 aaaactttgg actggagcgg gacaaggtac tgggctcccg atgctaggac tacaacatat
7081 aatgcaggcc gcttttccac cccccaaccc tcgggggcac taccaggaag agctaatctt
7141 agggctaccg tccccgcccg gggttcctcc aacacgtctt caagctcttc tattgctact
7201 tctgtgtatt caaatcaaac cacctcaacg agacttggtt ctacagctgg ttctggtacc
7261 agtgtctcga gcctcccgtc aactgcaagg actaggagtt gggttgagga tcaaaatagg
7321 aatttgtcac ctttcatgag gggggcccac aacatctcgt ttgtcacccc accatctagc
7381 agatcctcta gccaaggcac agtctcaacc gtgcccaaag aagttttgga ctcctggact
7441 ggcgctttca acacgcgcag gcagcctctc ttcgctcaca ttcgtaagcg aggggagtca
7501 cgggtgtaa
//