Typing tool
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Typing tool
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Complete norovirus genomes
| KF429791 | GII.4 New Orleans | |
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| GII.P4 Apeldoorn |
ORF1: 1..5038
ORF2: 5019..6638
ORF3: 6638..7444
LOCUS KF429791 7444 bp ss-RNA linear VRL 24-OCT-2013
DEFINITION Norovirus Hu/GII.4/NIHIC1.5/2011/USA, partial genome.
ACCESSION KF429791
VERSION KF429791.1
DBLINK BioProject: PRJNA70471
KEYWORDS .
SOURCE Norovirus Hu/GII.4/NIHIC1.5/2011/USA
ORGANISM Norovirus Hu/GII.4/NIHIC1.5/2011/USA
Viruses; Riboviria; Orthornavirae; Pisuviricota; Pisoniviricetes;
Picornavirales; Caliciviridae; Norovirus; Norovirus norwalkense.
REFERENCE 1 (bases 1 to 7444)
AUTHORS Madupu,R., Halpin,R.A., Ransier,A., Fedorova,N., Tsitrin,T.,
McLellan,M., Stockwell,T., Amedeo,P., Appalla,L., Bishop,B.,
Edworthy,P., Gupta,N., Hoover,J., Katzel,D., Li,K., Schobel,S.,
Shrivastava,S., Thovarai,V., Wang,S., Kim,M., Bok,K.,
Sosnovtsev,S.V., Wentworth,D.E. and Green,K.Y.
TITLE Direct Submission
JOURNAL Submitted (28-JUN-2013) 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 :: 807.4x
Sequencing Technology :: Illumina
##Genome-Assembly-Data-END##
FEATURES Location/Qualifiers
source 1..7444
/organism="Norovirus Hu/GII.4/NIHIC1.5/2011/USA"
/mol_type="genomic RNA"
/strain="Hu/GII.4/NIHIC1.5/2011/USA"
/host="Homo sapiens"
/db_xref="taxon:1383604"
/geo_loc_name="USA: Maryland"
/collection_date="20-Dec-2011"
/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"
gene <1..5038
/gene="POL"
/locus_tag="H649_43652gpPOL"
CDS <1..5038
/gene="POL"
/locus_tag="H649_43652gpPOL"
/note="genome polyprotein"
/codon_start=2
/product="putative nonstructural polyprotein"
/protein_id="AGT17841.1"
/translation="KSSSDGVLSSMAVTFKRALGARPKQPPPREIPQRPPRPPTPELI
KNIPPPPPNGEDDTVVSYSVKDGVSGLPDLSTVRQPEESNTAFSVPPLSQRESREAKE
PLTGTILEMWDGETYHYGLYVERGLVLGVHKPPAAISLARVELTPLSLYWRPVYTPQY
LISPDALKRLHGETFPYTAFDNNCYAFCCWVLDLNDSWLSRRMIQRTTGFFRPYQDWN
RKPLPTMDDSKLKKAANIFLCALSSLFTRPIKDIIGKLRPLNILNILASCDWTFAGIV
ESLILLAELFGVFWTPPDVSAMIAPLLGDYELQGPEDLAVELVPVVMGGIGLVLGFTR
EKIGKMLSSAASTLRACKDLGAYGLEILKLVVKWFFPKKEEANELAIVRSIEDAVLDL
EAIENNHMTTLLKDKNTLAAYMKTLDLEEEKARKLSTKSASPDIVGTINALLARIAAA
RSLVHRAKEELSSRPRPVVLMISGRPGIGKTHLAREVAKRIAASLTGDQRVGLVPRNG
VDHWDAYKGERVVLWDDYGMSNPIHDALRLQELADTCPLTLNCDRIENKGKVFDSDVI
IITTNLANPAPLDYVNFEACSRRIDFLVYAEAPEVEKAKRDFPGQPDMWKDAFRPDFS
HIKLTLAPQGGFDKNGNTPHGKGVMKTLTTGSLVARASGLLHERLDEFELQGPTLTTF
NFDRNKVLAFRQLAAENKYGLMDTMKVGRQLKDVRTMPELKQALKNISIKKCQIVYSG
STYTLESDGKGNVKVDRVQSASMQTNNELAGALHHLKCARIRYYVRCVQEALYSIIQI
AGAAFVTTRIIKRMNIQNLWSKPQVENTEETTSKDGCPKPKDDEEFVISSDDIKTEGK
KGKNKTGRGKKHTAFSSKGLSDEEYDEYKRIREERNGKYSIEEYLQDRDKYYEEVAIA
RATEEDFCEEEEAKIRQRIFRPTRKQRKEERASLGLVTGSEIRKRNPDDFKPKGKLWA
DDDRSVDYNERLSFEAPPSIWSRIVNFGSGWGFWVSPSLFITSTHVIPQGAKEFFGVP
IKQIQVHKSGEFCRLRFPKPIRTDVTGMILEEGAPEGTVVTLLIKRSTGELMPLAARM
GTHATMKIQGRTVGGQMGMLLTGSNAKSMDLGTTPGDCGCPYIYKRGNDYVVIGVHTA
AARGGNTVICATQGSEGEATLEGGDNKGTYCGAPILGPGSAPKLSTKTKFWRSSTTPL
PPGTYEPAYLGGKDPRVKGGPSLQQVMRDQLKPFTEPRGKPPKPSVLEAAKKTIINVL
EQIIDPPEKWSFAQACASLDKTTSSGHPHHMRKNDCWNGESFTGKLADQASKANLMFE
EGKNMTPVYTAALKDELVKTDKIYGKIKKRLLWGSDLATMIRCARAFGGLMDELKAHC
VTLPIRVGMNMNEDGPIIFEKHSRYTYHYDADYSRWDSTQQRAVLAAALEIMVKFSPE
PHLAQVVAEDLLSPSVVDVGDFTISINEGLPSGVPCTSQWNSIAHWLLTLCALSEVTN
LSPDTIQANSLFSFYGDDEIVSTDIKLDPEKLTAKLREYGLKPTRPDKTEGPLAISED
LNGLTFLRRTVTRDPAGWFGKLEQSSILRQMYWTRGSNHEDPSETMIPHSQRPIQLMS
LLGEAALHGPAFYSKISKLVIAELKEGGMDFYVPRQEPMFRWMRFSDLSTWEGDRNLA
PSFVNEDGVE"
mat_peptide <1..928
/gene="POL"
/locus_tag="H649_43652gpPOL"
/product="putative protein p48"
mat_peptide 929..2026
/gene="POL"
/locus_tag="H649_43652gpPOL"
/product="NTPase"
/note="p41"
mat_peptide 2027..2563
/gene="POL"
/locus_tag="H649_43652gpPOL"
/product="protein p22"
mat_peptide 2564..2962
/gene="POL"
/locus_tag="H649_43652gpPOL"
/product="viral genome-linked protein"
/note="VPg"
mat_peptide 2963..3505
/gene="POL"
/locus_tag="H649_43652gpPOL"
/product="3C-like protease"
/note="3CLpro; calicivirin"
mat_peptide 3506..5035
/gene="POL"
/locus_tag="H649_43652gpPOL"
/product="RNA-directed RNA polymerase"
gene 5019..6638
/gene="VP1"
/locus_tag="H649_43652gpVP1"
CDS 5019..6638
/gene="VP1"
/locus_tag="H649_43652gpVP1"
/codon_start=1
/product="capsid protein VP1"
/protein_id="AGT17842.1"
/translation="MKMASSDANPSDGSTANLVPEVNNEVMALEPVVGAAIAAPVAGQ
QNVIDPWIRNNFVQAPGGEFTVSPRNAPGEILWSAPLGPDLNPYLSHLARMYNGYAGG
FEVQVILAGNAFTAGKIIFAAVPPNFPTEGLSPGQVTMFPHIIVDVRQLEPVLIPLPD
VRNNFYHYNQSNDPTIKLVAMLYTPLRANNAGDDVFTVSCRVLTRPSPDFDFIFLVPP
TIESKTKSFSVPILTIEEMTNSRFPIPLEKLFTGPSSTLVVQPQNGRCTTDGVLLGTT
QLSPVNICTFRGDVTQITNTHSYEMNLAAQNWNSYDPTEEIPAPLGTPDFVGKIQGVL
TQTTKENGSTRAHKATVYTGSTGFTPKLGRVQFVTDTDRDLETNQDTKFTPVGVIQDG
DAHQNEPQQWVLPSYLGTNNHNVHLAPAVAPTFPGEQLLFFRSTMPGCSGYPNMNLDC
LLPQEWVQYFYQEAAPAQSDVALLRFVNPDTGRVLFECKLHKSGYVTVAHTGRHDLVI
PPNGYFRFDSWVSPFYTLAPMGNGTGRRRAL"
gene 6638..7444
/gene="VP2"
/locus_tag="H649_43652gpVP2"
CDS 6638..7444
/gene="VP2"
/locus_tag="H649_43652gpVP2"
/note="minor capsid protein"
/codon_start=1
/product="capsid protein VP2"
/protein_id="AGT17843.1"
/translation="MAGAFFAGLASDVLGSGLGSLINAGAGAINQKVEFENNRKLQQD
SFQFSSNLQQASFQHDKEMLQAQIEATKKLQQEMMRVKQAMLLEGGFSETDAARGAIN
APMTKVLDWNGTRYWAPGARTTTYNAGHFSTPQHSGALPGRANLRAAVPARGSSRASS
NSSTATSVYSNQTTSTRLGSTAGSGTSVSSLPSTARTRSWVEDQNRNLSPFMRGAHNI
SFVTPPSSRSSSQGTVSTVPKEVLNSQTGAFNTRRQPLFAHIRRRGESRA"
ORIGIN
1 aaaatcttca agtgacggag tgctttctag catggctgtc acttttaaac gagccctcgg
61 ggcgcggcct aaacagcctc ccccgaggga aataccacaa agacccccac gaccacccac
121 tccagaactg atcaaaaata tcccccctcc cccacccaat ggagaggatg acacagtggt
181 ttcttatagc gtcaaagatg gtgtctctgg tttgcctgat ctttccaccg tcaggcaacc
241 ggaagaatct aatacggcct tcagtgtccc tccactcagt cagagggaga gtagagaagc
301 taaggaacca ctgactggaa caattttgga aatgtgggat ggagaaacct atcattatgg
361 cctgtacgta gagcgaggtc ttgtgctagg tgtgcacaaa ccaccagctg ccatcagtct
421 cgctagggtc gaactaacac cactttcctt gtactggaga cctgtgtata ctccccagta
481 cctcatctct ccagacgctc tcaagagact acacggagag acgttcccct acacagcctt
541 cgacaacaac tgctacgcct tttgttgttg ggtcttggac ctaaacgact cgtggctgag
601 taggagaatg atccagagaa caactggctt cttcagaccc taccaagatt ggaataggaa
661 acctctcccc actatggatg actccaagtt aaagaaggcg gctaacatat tcctgtgtgc
721 attgtcttcg ctattcacca ggcctataaa agatataata gggaagctaa ggcctcttaa
781 catccttaac atcttggcct catgtgattg gacgtttgca ggcatagtgg agtccttgat
841 actcttagca gaactctttg gagttttctg gacaccccca gatgtgtctg cgatgattgc
901 ccccttactc ggtgactacg aactacaggg acctgaggac cttgcagtgg agcttgtccc
961 tgtagtgatg gggggaattg gtttggtgct aggattcacc agagagaaga ttggaaaaat
1021 gttgtcatct gctgcatcca ccctgagagc ttgtaaagat cttggtgcat atgggctaga
1081 gatcctaaag ttggttgtga agtggttctt cccgaagaaa gaggaagcaa atgaactggc
1141 tatagtgaga tccatcgagg atgcagtcct ggatctcgaa gcaattgaaa acaaccatat
1201 gaccaccttg ctcaaagaca aaaacactct ggcagcctac atgaaaaccc ttgaccttga
1261 ggaggagaaa gccaggaaac tctcaaccaa gtctgcttca cctgacatcg tgggcacaat
1321 caacgccctt ctggcgagaa tcgctgctgc acgttctctg gtgcatcgag cgaaggagga
1381 actttctagc agaccaagac ctgtagtgtt gatgatatca ggcagaccag gaatagggaa
1441 aacccacctt gccagagaag tggctaagag aatcgcagcc tccctcacag gagaccagcg
1501 tgtaggcctt gtcccacgca atggcgtcga ccattgggat gcgtacaagg gggagagggt
1561 cgttctatgg gacgactatg gaatgagcaa tcctatccac gatgccctca gattgcaaga
1621 acttgctgac acttgtcccc tcaccctaaa ctgtgacagg attgagaaca aaggaaaggt
1681 ctttgacagc gatgtcatca ttatcaccac taatttggct aacccagcac cactggacta
1741 tgtcaacttc gaagcatgct cgaggcgcat cgacttcctc gtgtatgcag aagcccctga
1801 ggtcgaaaag gcgaagcgtg acttcccagg ccaacccgac atgtggaagg acgccttcag
1861 gcctgatttc tcacacataa aactaacatt ggctccacag ggtggtttcg acaagaacgg
1921 gaacacccca cacgggaagg gcgtcatgaa gactctcacc accggctccc ttgttgcccg
1981 ggcatcaggg ctactccatg agaggctaga tgaatttgaa ctacagggcc caactctcac
2041 cactttcaac tttgatcgca acaaagtgct tgcctttaga caacttgctg ctgaaaacaa
2101 atatgggttg atggacacaa tgaaagttgg gaggcagctc aaggatgtca gaacaatgcc
2161 agagctcaag caagcactca agaatatttc aatcaagaag tgccaaatag tgtacagtgg
2221 tagcacctac acacttgagt ctgatggcaa gggtaatgtg aaggtcgaca gagtccaaag
2281 cgcctccatg cagaccaaca atgagctggc tggcgcccta caccatctaa agtgcgccag
2341 aataagatac tatgtcaggt gtgtccagga ggccctgtat tccatcatcc agattgctgg
2401 ggctgcattt gtcaccacgc gcatcatcaa gcgcatgaac atacaaaacc tatggtctaa
2461 gccacaagtg gaaaacacag aggagactac cagcaaggac gggtgtccaa aacccaaaga
2521 tgatgaggag ttcgtcattt catccgacga catcaagact gaaggcaaga aagggaaaaa
2581 caagactggc cgcggtaaga agcacacagc cttctcaagc aaaggtctca gtgatgaaga
2641 gtacgatgag tacaagagga ttagagaaga aagaaatggt aagtactcca tagaagagta
2701 ccttcaagac agggacaaat actatgagga ggtggccatt gccagggcga ctgaggaaga
2761 cttctgtgaa gaggaggagg ccaagatccg gcaaaggatc ttcaggccaa caaggaaaca
2821 acgcaaggag gaaagagctt ctctcggttt agtcacaggt tctgaaatta ggaaaagaaa
2881 tccagatgat ttcaaaccca aggggaaact gtgggctgac gatgacagaa gtgtggacta
2941 caatgagaga ctcagttttg aagccccacc aagcatctgg tcgaggatag tcaactttgg
3001 ttcaggttgg ggattctggg tctcccccag tttgttcata acatcaaccc atgtcatacc
3061 ccagggagca aaggagttct ttggagtccc catcaaacaa attcaggtgc ataagtcagg
3121 tgaattctgt cgcttgagat tcccaaaacc aatcaggact gatgtgacgg gtatgatctt
3181 agaagaaggt gcacccgagg gcaccgtggt tacactactc atcaaaaggt ccactgggga
3241 actcatgccc ctagcagcta ggatggggac ccatgcaacc atgaaaatcc aaggacgcac
3301 tgttggaggc caaatgggca tgcttctgac aggatccaac gccaaaagca tggatctggg
3361 taccacacca ggtgattgtg gctgtcccta catctacaag agaggaaatg actatgtggt
3421 cattggagtc cacacggctg ccgctcgtgg gggcaacact gtcatatgtg ccacccaggg
3481 gagtgaggga gaggctacac ttgaaggtgg tgacaacaaa gggacatact gtggtgcacc
3541 aatcctaggc ccagggagtg ccccaaaact tagcaccaag accaaattct ggagatcgtc
3601 cacaacacca ctcccacctg gcacctatga accagcctat cttggtggta aggatcccag
3661 agtcaagggt gggccttcac tacagcaggt catgagggat cagctgaagc cattcacaga
3721 gcccaggggc aagccaccaa agccaagtgt gttggaagct gctaagaaaa ccatcatcaa
3781 tgtccttgag caaataattg atccacctga gaaatggtcg ttcgcacaag cttgcgcgtc
3841 ccttgataag accacctcca gtggccaccc gcaccacatg cggaaaaacg actgctggaa
3901 cggggagtcc ttcactggca agctggcaga ccaggcttct aaggccaacc tgatgtttga
3961 agaagggaag aacatgacgc cagtctatac agctgcactt aaggatgaat tagttaaaac
4021 tgacaaaatt tatggcaaga tcaagaaaag gcttctctgg ggctcggatt tggcgaccat
4081 gatccggtgt gctcgagcat ttggaggcct aatggatgaa ctcaaagcgc actgtgtcac
4141 acttcccatc agagttggta tgaatatgaa tgaggatggc cccatcatct ttgagaagca
4201 ttccaggtac acgtaccact atgatgctga ttactctcga tgggattcaa cacaacagag
4261 agccgtgttg gcagcagctc tagaaattat ggttaagttc tccccagaac cacatttggc
4321 ccaggtagtc gcagaagacc ttctttctcc tagcgtggtg gacgtgggtg acttcacaat
4381 atcaattaac gagggtcttc cctctggggt gccctgcacc tcccaatgga actccatcgc
4441 ccactggctt ctcaccctct gtgcgctctc tgaagttaca aacttgtctc ctgacaccat
4501 acaagctaat tccctcttct ctttttatgg tgatgatgaa attgttagca cagacataaa
4561 attggaccca gaaaagttga cagcaaagct cagggaatat gggttaaaac caacccgccc
4621 cgacaaaact gaaggacctc ttgccatctc tgaagacttg aatggcctga ctttcttgcg
4681 gagaactgtg acccgcgacc cagctggttg gtttggaaaa ctggagcaga gttcgatact
4741 caggcaaatg tactggacta ggggttccaa ccatgaagac ccatctgaaa caatgattcc
4801 acactcccaa agacccatac aactgatgtc cctactgggg gaggccgcac tccacggccc
4861 agcattctac agcaaaatca gcaagttggt cattgcagag ctaaaagaag gtggcatgga
4921 tttttacgtg cccagacaag agccaatgtt cagatggatg agattctcag atctgagcac
4981 gtgggagggc gatcgcaatc tggctcccag ttttgtgaat gaagatggcg tcgagtgacg
5041 ccaacccatc tgatgggtcc acagccaacc tcgtcccaga ggtcaacaat gaggttatgg
5101 ctttggagcc cgttgttggt gccgccattg cggcgcctgt agcgggccaa caaaatgtaa
5161 ttgacccctg gattagaaac aattttgtac aagcccctgg tggagagttt acagtatccc
5221 ctagaaacgc tccaggtgaa atactatgga gcgcgccctt aggccctgat ttgaatccct
5281 acctttccca tttggccaga atgtacaatg gttatgcagg tggttttgaa gtgcaggtaa
5341 tcctcgcggg gaacgcgttc accgccggaa aaatcatatt tgcagcagtc ccaccaaatt
5401 tcccaactga aggcttgagc cccggccagg ttactatgtt cccccatata atagtagatg
5461 ttaggcaact ggaacctgtg ttgatcccct tacccgatgt taggaataat ttctatcact
5521 acaatcaatc aaatgacccc accatcaaat tggtagcaat gttgtataca cctcttaggg
5581 ctaataatgc tggggacgat gtcttcacag tttcttgtcg ggtactcacg agaccatccc
5641 ccgattttga tttcatattt ttagtgccac ccacaattga atcaaaaact aaatcattct
5701 ctgtcccaat tttaactatt gaggagatga ccaattcaag attccccatt cctttggaaa
5761 agctgttcac gggccccagc agtacccttg ttgttcaacc acaaaatggc aggtgcacga
5821 ctgatggcgt gctcctaggt accacccaac tgtctcctgt caacatctgc accttcagag
5881 gggacgtcac ccaaattaca aatactcaca gctacgaaat gaatttggct gctcaaaatt
5941 ggaacagtta tgacccaaca gaagaaatcc cagcccccct aggaactcca gatttcgtgg
6001 gaaagatcca aggtgtgctc acccaaacca cgaaggaaaa tggctcaacc cgtgcccaca
6061 aagctacagt gtacactggg agcaccggat ttactccaaa actgggtaga gtccaatttg
6121 tcactgacac agacagagat cttgaaacta accaagacac aaagttcacc ccagtcggtg
6181 tcatccagga tggtgatgcc caccaaaatg aaccccaaca atgggtactc ccaagttact
6241 taggtacaaa taatcacaat gtgcacctgg cccccgctgt agcccccact tttccgggcg
6301 agcaacttct cttcttcaga tccactatgc ccggatgcag cgggtacccc aacatgaatt
6361 tggactgtct gcttccccag gaatgggtgc aatatttcta tcaagaggca gccccagcac
6421 aatctgatgt ggctttgcta agatttgtga atccagacac aggtagggtt ttgtttgagt
6481 gtaagcttca taaatcaggt tatgtcacag tggctcacac cggccgccat gatttggtta
6541 tcccccccaa tggttatttc agatttgatt cctgggtcag ccccttctac acacttgccc
6601 ccatgggaaa tggaacgggg cgtagacgtg cattataatg gctggagctt tctttgctgg
6661 attggcatct gacgtccttg gatccggact tggttctctg atcaatgccg gggctggggc
6721 catcaaccaa aaagttgaat ttgaaaacaa cagaaaattg caacaagatt ccttccaatt
6781 tagtagcaat ctgcaacagg cttcctttca acatgataaa gagatgctcc aagcacaaat
6841 tgaggccacc aaaaagttgc aacaggaaat gatgagagtt aaacaggcaa tgctcctaga
6901 gggtgggttc tctgagacag atgcagcccg tggggcaatc aacgccccca tgacaaaggt
6961 tttggactgg aatgggacaa ggtactgggc tcccggtgct aggactacaa catacaatgc
7021 aggccacttt tccactcccc aacactcggg ggcactgcca ggaagagcta atcttagggc
7081 tgctgtcccc gctcggggct cctctagagc atcttctaat tcttctactg ctacctctgt
7141 gtattcaaat caaactactt caacgagact tggttctaca gctggttctg gtaccagtgt
7201 ctcgagcctc ccgtcaactg caaggactag gagttgggtt gaggatcaaa ataggaattt
7261 gtcacctttc atgagggggg cccacaacat atcgtttgtc accccaccat ctagcagatc
7321 ctctagccaa ggcacagtct caaccgtgcc caaagaagtt ttgaactccc agactggcgc
7381 tttcaatacg cgcaggcagc ctctctttgc tcacattcgt aggcgagggg agtcacgggc
7441 gtaa
//