ID   FQ311475; SV 1; circular; genomic DNA; STD; PRO; 50407 BP.
XX
AC   FQ311475;
XX
PR   Project:PRJEA50353;
XX
DT   27-SEP-2010 (Rel. 106, Created)
DT   20-JAN-2011 (Rel. 107, Last updated, Version 2)
XX
DE   Arthrobacter arilaitensis RE117, plasmid pRE117-1, complete sequence.
XX
KW   .
XX
OS   Arthrobacter arilaitensis
OC   Bacteria; Actinobacteria; Actinobacteridae; Actinomycetales;
OC   Micrococcineae; Micrococcaceae; Arthrobacter.
OG   Plasmid pRE117-1
XX
RN   [1]
RP   1-50407
RA   Genoscope - CEA;
RT   ;
RL   Submitted (05-JUL-2010) to the INSDC.
RL   Genoscope - Centre National de Sequencage : BP 191 91006 EVRY cedex -
RL   FRANCE (E-mail : seqref@genoscope.cns.fr - Web : www.genoscope.cns.fr).
XX
RN   [2]
RX   DOI; 10.1371/journal.pone.0015489.
RX   PUBMED; 21124797.
RA   Monnet C., Loux V., Gibrat J.F., Spinnler E., Barbe V., Vacherie B.,
RA   Gavory F., Gourbeyre E., Siguier P., Chandler M., Elleuch R., Irlinger F.,
RA   Vallaeys T.;
RT   "The arthrobacter arilaitensis Re117 genome sequence reveals its genetic
RT   adaptation to the surface of cheese";
RL   PLoS One 5(11):e15489-e15489(2010).
XX
DR   GR; FQ311475_GR.
DR   StrainInfo; 382655; 1.
XX
FH   Key             Location/Qualifiers
FH
FT   source          1..50407
FT                   /organism="Arthrobacter arilaitensis"
FT                   /plasmid="pRE117-1"
FT                   /strain="RE117"
FT                   /mol_type="genomic DNA"
FT                   /db_xref="taxon:256701"
FT   CDS             128..508
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00010"
FT                   /product="single-stranded DNA-binding protein"
FT                   /function="3 Information pathways"
FT                   /note="identified by match to PF00436. The Escherichia coli
FT                   single-strand binding protein binds tightly to
FT                   single-stranded DNA (ss-DNA) and plays an important role in
FT                   DNA replication, recombination and repair. Closely related
FT                   variants of SSB are encoded in the genome of a variety of
FT                   large self-transmissible plasmids"
FT                   /db_xref="GOA:E1VRE8"
FT                   /db_xref="InterPro:IPR000424"
FT                   /db_xref="InterPro:IPR012340"
FT                   /db_xref="InterPro:IPR016027"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRE8"
FT                   /protein_id="CBQ74038.1"
FT                   /translation="MKEKTMSHITRTGNLAATPELRQGERGAYTYARVIVTDRLRQEDG
FT                   SYADGPAIAYEVAVSGDQATNLVAAAQESGNIRVMFSGRYRVTEYKGQQGTRIKHEVNA
FT                   DEVAVSLRGQTVTAARNSRSSD"
FT   CDS             898..1395
FT                   /pseudo
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00020"
FT                   /product="truncated plasmid partitioning protein"
FT                   /note="C-terminal section of a putative plasmid partition
FT                   protein"
FT                   /db_xref="PSEUDO:CBQ74039.1"
FT   CDS             1392..1793
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00030"
FT                   /product="hypothetical secreted protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /note="similar to protein SP:Q9X550 (Corynebacterium
FT                   glutamicum plasmid R-plasmid pAG1). Signal peptide
FT                   predicted by SignalP 3.0 HMM (probability: 1.000) with
FT                   cleavage site probability 0.700 between position 26 and 27"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRF0"
FT                   /protein_id="CBQ74040.1"
FT                   /translation="MTRPTPRKSSLAGSSPVTPPQPAAQADPVPAASVPAAPATATRAV
FT                   APKPTDGKKKYPHKVSFYQDPEDTARVRGAILYTMTTEGNRNLSQFVNRAVMAEVERLE
FT                   AKYNNGEPFPSVGAREMPQGGAAAAGSED"
FT   CDS             1797..2246
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00040"
FT                   /product="hypothetical lipoprotein precursor"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /note="similar to protein SP:Q9X549 (Corynebacterium
FT                   glutamicum plasmid R-plasmid pAG1). Match to PS51257:
FT                   prokaryotic membrane lipoprotein lipid attachment site
FT                   profile"
FT                   /db_xref="InterPro:IPR003795"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRF1"
FT                   /protein_id="CBQ74041.1"
FT                   /translation="MRAHAAAAVALAGLLAGCASTPPEPATALVALGSGLEFQVEHART
FT                   ADEQRTGLAGRSELSEDQGILFSFASQSERQVWMAGMKFPLDVAWIADHRVIAVQTLEP
FT                   CTEVEQDRCPRWTSPNYVDALLEVRAGALAGIDAGTVVTIREENP"
FT   CDS             2243..2995
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00050"
FT                   /product="hypothetical protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /note="similar to protein SP:Q9X548 (Corynebacterium
FT                   glutamicum plasmid R-plasmid pAG1)"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRF2"
FT                   /protein_id="CBQ74042.1"
FT                   /translation="MSATDPALTPAQPDTRPDYIAQAIAALTAAARTTRTIGAGTDNEH
FT                   TEPADFGEIACHVITSVAANLGGVDTLLAGRPGSWEADYVRQIVHSTTPEDELLTWRTE
FT                   PVRMHLDIEGVFYDFGLEQLWDEESGQAIKHEQDDSLTEEQVARADAIAASIDRLWKQD
FT                   QAAYREAYLASIRHELTRRGLTVEVEAIDEPADTLTWEPFADELHELARKNTPLPMTGE
FT                   APDWTEGTPADALRRAGLTYTARAQDAI"
FT   CDS             3031..3249
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00060"
FT                   /product="putative DNA-binding protein"
FT                   /function="3.5.2 Transcription regulation"
FT                   /note="match to PF00376: MerR family regulatory protein"
FT                   /db_xref="GOA:E1VRF3"
FT                   /db_xref="InterPro:IPR009061"
FT                   /db_xref="InterPro:IPR011991"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRF3"
FT                   /protein_id="CBQ74043.1"
FT                   /translation="MNDPEAVDDLITDLPEWATTEEIADLMRVKPQTVLKWNKEYGLKA
FT                   VSIGARVRRYRKKDVRDFLLTSDDNDE"
FT   CDS             complement(3252..4565)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00070"
FT                   /product="UmuC-like protein"
FT                   /function="3.3 DNA recombination, and repair"
FT                   /EC_number="2.7.7.7"
FT                   /note="identified by match to protein family PF00817. In
FT                   Escherichia coli, the gene products of the umuDC operon
FT                   play important roles in the ability to tolerate damage to
FT                   its DNA"
FT                   /db_xref="GOA:E1VRF4"
FT                   /db_xref="InterPro:IPR001126"
FT                   /db_xref="InterPro:IPR017961"
FT                   /db_xref="InterPro:IPR017963"
FT                   /db_xref="InterPro:IPR024728"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRF4"
FT                   /protein_id="CBQ74044.1"
FT                   /translation="MPPSPLDSPAPPQRGEYIAHVDVNSFYVSCERVFDPKLEVRPVIV
FT                   LSNNDGCAVARSAEAKALGIEMGAPWFKLAADADRLGLVAKSSNYELYGEMSARVMKLL
FT                   GRFSAWVEVYSIDEAFLGVSGTVDELQALGEQIKSEVFRLTGLPVCVGIATSKTMAKMA
FT                   NKTAKHIKELGGVCVWDRAPAQTTESLLARLPVVEVWGIGPRLTKRLRGLGIWTAKDLR
FT                   NANEVRIRDKFSIVQMRTVLELRGIPCIPMEEERAIKDQLIFSRSFSDPITDRVGMEQV
FT                   MGIYAQQASARLHKHQKQAKILSAWAMTSYYNQHQDHQPAITVKLPGPTADPVVLTRAA
FT                   KQLLPQILIGVKYARAGVVVMDLQPCAMQETFDPFISAHEAKQIGPLIQQIRSEHGVKS
FT                   IGLGRAGLQQGPAWEMRREMMSPRYTTHWRELLTVKAA"
FT   CDS             complement(4547..4978)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00080"
FT                   /product="UmuD-like protein"
FT                   /function="3.3 DNA recombination, and repair"
FT                   /EC_number="2.7.7.7"
FT                   /note="in Escherichia coli, the gene products of the umuDC
FT                   operon play important roles in the ability to tolerate
FT                   damage to its DNA"
FT                   /db_xref="GOA:E1VRF5"
FT                   /db_xref="InterPro:IPR006197"
FT                   /db_xref="InterPro:IPR011056"
FT                   /db_xref="InterPro:IPR015927"
FT                   /db_xref="InterPro:IPR019759"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRF5"
FT                   /protein_id="CBQ74045.1"
FT                   /translation="MKVDRIQVCELVDPPQRVLAMALDRVPAGYPSPAQDYSDTKIDLS
FT                   EMLIRDQVSTFIVRVSGESMQGAGISDGDELIVDRSVQPRDGHVVIAVIDGEMTVKRLS
FT                   TGPAGVVLKAENPDYPDLRVAELSDFRIWGVATTCLHHL"
FT   CDS             complement(7258..10341)
FT                   /transl_table=11
FT                   /gene="hsdR"
FT                   /locus_tag="AARI_pI00090"
FT                   /product="type I restriction-modification system
FT                   restriction subunit"
FT                   /function="3.2 DNA restriction and modification (and
FT                   repair)"
FT                   /EC_number="3.1.21.3"
FT                   /EC_number="2.1.1.72"
FT                   /note="type I restriction endonucleases are components of
FT                   prokaryotic DNA restriction-modification mechanisms that
FT                   protects the organism against invading foreign DNA. They
FT                   have three different subunits: subunits - M (modification),
FT                   S (specificity) and R (restriction) - that form
FT                   multifunctional enzymes with restriction (EC:3.1.21.3),
FT                   methylase (EC:2.1.1.72) and ATPase activities. The S
FT                   subunit is required for both restriction and modification
FT                   and is responsible for recognition of the DNA sequence
FT                   specific for the system. The M subunit is necessary for
FT                   modification, and the R subunit is required for
FT                   restriction. They recognize asymmetric DNA sequences split
FT                   into two domains of specific sequence, one 3-4 bp long and
FT                   another 4-5 bp long, separated by a nonspecific spacer 6-8
FT                   bp in length. Cleavage occurs a considerable distance from
FT                   the recognition sites, rarely less than 400 bp away and up
FT                   to 7000 bp away. Adenosyl residues are methylated, one on
FT                   each strand of the recognition sequence"
FT                   /db_xref="GOA:E1VRG1"
FT                   /db_xref="InterPro:IPR006935"
FT                   /db_xref="InterPro:IPR007409"
FT                   /db_xref="InterPro:IPR014001"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRG1"
FT                   /protein_id="CBQ74046.1"
FT                   /translation="MALHNEIEFENEICEHLAAHGWLYSPTDEGYDRERALFPDDVFGW
FT                   LEDTAPDELAKILKPELNPTMLAKAKLRVLDRLASVMGADPFNGGGTLNAIKKPIGVTP
FT                   ATLRMFQPKPADGLNPTTVQRYGHNRLRVMRQVHYSTTSNKSLDLVFFLNGLPVATVEL
FT                   KTDLTQDAQAALKQYKHDRNPKGEPLLSYGRGALVHFVVSNQEVHMTTKLEGPSTRFLP
FT                   FNAGKDNGAGNAPREGTSPTAYFWEDLLDREAWLTVLGKFIHYRFEEDTHPISGKKSFK
FT                   ASTRFPRYHQWRAVNALTAAALAEGPGHNYLIQHSAGSGKTDSIAWTAYRLASLHRQDG
FT                   SKVFDGVIVISDRTVLDGQLQKAIEQLETVAGVFAPITRGSEGTKSKQLAEALLHGRQI
FT                   IGVTLQTFPHALEEIRKNKGLAGRTYAIIADEAHSSQSGDAAKSLKKALTSIGLEESED
FT                   ISAEDVLAAEMAARAGATMNLSFFAFTATPKGKTIELFGRPDANGKPEVFDLYSMKQAI
FT                   EEGFILDVLQNYTTYQMAARIAHNDQTAAEVEVDRDQGAKALMQWVKLHPHNIAQKVAI
FT                   IVEHFRENVAHHLAGRAKAMVVTSSRKEAVRYKLAIDTYLEDKGYQTELAALVAFSGEV
FT                   TDPESGQNPFTEHTMNPGLKGRSLTKAFGTDEYQIMLVANKFQTGFDQPLLVGMYVDKK
FT                   LSGIAAVQTLSRLNRVIPGKDTTFVLDFVNDPNIILAAFQTYYEDASIQEESNPDIIHD
FT                   MIMKLDSMGIYNDRDVDLVAEKWVAQRNHNGLVSHLQPAIDVFHHRHKNATLNGNTLEL
FT                   EQLEEFRKTAGSFNKSYDFFSQIIDYGNTRIEKLAIYLKLLAKALQTTATGNGVDLSDV
FT                   VLTHYALKKQESHDLKLTAGQGQGLKGITAAGSGVVREKTVGTFGALIEQINKLFEGTG
FT                   ISDEDQINVFESVMRHAQAHEQLQREAVANGPLDFSSSPTLVETVEELIYTAGEGHQQA
FT                   TNVLLELGGPEKIVEVLLAAGLQNRLRDQAQLDAMAND"
FT   CDS             complement(10328..11677)
FT                   /transl_table=11
FT                   /gene="hsdS"
FT                   /locus_tag="AARI_pI00100"
FT                   /product="type I restriction-modification system
FT                   specificity subunit"
FT                   /function="3.2 DNA restriction and modification (and
FT                   repair)"
FT                   /EC_number="3.1.21.3"
FT                   /EC_number="2.1.1.72"
FT                   /note="type I restriction endonucleases are components of
FT                   prokaryotic DNA restriction-modification mechanisms that
FT                   protects the organism against invading foreign DNA. They
FT                   have three different subunits: subunits - M (modification),
FT                   S (specificity) and R (restriction) - that form
FT                   multifunctional enzymes with restriction (EC:3.1.21.3),
FT                   methylase (EC:2.1.1.72) and ATPase activities. The S
FT                   subunit is required for both restriction and modification
FT                   and is responsible for recognition of the DNA sequence
FT                   specific for the system. The M subunit is necessary for
FT                   modification, and the R subunit is required for
FT                   restriction. They recognize asymmetric DNA sequences split
FT                   into two domains of specific sequence, one 3-4 bp long and
FT                   another 4-5 bp long, separated by a nonspecific spacer 6-8
FT                   bp in length. Cleavage occurs a considerable distance from
FT                   the recognition sites, rarely less than 400 bp away and up
FT                   to 7000 bp away. Adenosyl residues are methylated, one on
FT                   each strand of the recognition sequence"
FT                   /db_xref="GOA:E1VRG2"
FT                   /db_xref="InterPro:IPR000055"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRG2"
FT                   /protein_id="CBQ74047.1"
FT                   /translation="MSQKPYPKYKDSGVEWLGEIPIDWSTFPLWNLFKRTKRLGNGKEE
FT                   LLSVYRDYGVVPKSSRNDNFNKASEDLSKYQIVEIGDLVINKMKAWQGSVAVSEHNGIV
FT                   SPAYFVFRALGKADSRFIHFLMRSTPYFQHYASISAGVRPNQWDLDPVRHRKMPVLFPS
FT                   LSEQRYIAAYLDRETAEIDAFIADQEELIALLSERRTATITQAVTKGLDPKSRMKDSNV
FT                   SNLGLIPAPWAVTGLKHFTLKITDGAHISPETDGGIYDFVSTRDVSDSGINFEGSLKTS
FT                   PETYEYMVRTGCRPQNGDVLFSKDGTVGRTVVVQGNHDFVVASSLIIIRPDLSKLDPNF
FT                   LNYLCRSAFVQEQVRSFVKGAGLPRLSIANLLRVTGVFPPLNEQQEIVDYLDRETTEID
FT                   AAIADAREAIALSKERRAAVISAAVTGKIDVRGLVAPATSNVEAESVGIA"
FT   CDS             complement(11674..13635)
FT                   /transl_table=11
FT                   /gene="hsdM"
FT                   /locus_tag="AARI_pI00110"
FT                   /product="type I restriction-modification system
FT                   modification subunit"
FT                   /function="3.2 DNA restriction and modification (and
FT                   repair)"
FT                   /EC_number="3.1.21.3"
FT                   /EC_number="2.1.1.72"
FT                   /note="type I restriction endonucleases are components of
FT                   prokaryotic DNA restriction-modification mechanisms that
FT                   protects the organism against invading foreign DNA. They
FT                   have three different subunits: subunits - M (modification),
FT                   S (specificity) and R (restriction) - that form
FT                   multifunctional enzymes with restriction (EC:3.1.21.3),
FT                   methylase (EC:2.1.1.72) and ATPase activities. The S
FT                   subunit is required for both restriction and modification
FT                   and is responsible for recognition of the DNA sequence
FT                   specific for the system. The M subunit is necessary for
FT                   modification, and the R subunit is required for
FT                   restriction. They recognize asymmetric DNA sequences split
FT                   into two domains of specific sequence, one 3-4 bp long and
FT                   another 4-5 bp long, separated by a nonspecific spacer 6-8
FT                   bp in length. Cleavage occurs a considerable distance from
FT                   the recognition sites, rarely less than 400 bp away and up
FT                   to 7000 bp away. Adenosyl residues are methylated, one on
FT                   each strand of the recognition sequence"
FT                   /db_xref="GOA:E1VRG3"
FT                   /db_xref="InterPro:IPR002296"
FT                   /db_xref="InterPro:IPR003356"
FT                   /db_xref="InterPro:IPR022749"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRG3"
FT                   /protein_id="CBQ74048.1"
FT                   /translation="MSKHATFIWGIADLLRGNFKAHQYGDFILPFTVLRRLDSVLADTK
FT                   SKVLEVVAEADAKGLSVRPVLLKTKAGHQHSFYNTSQYDLGTLIGDAENLRENLLSYIN
FT                   AFSENVRDIFVKYKIEDRIEELEENNLLLLVIQRFAEVDLHPKHVSNDKMGHIFEELIR
FT                   KFAEASNETAGEHFTPREVIELMVDLLFENDDEALRDEDIVRSVYDPTAGTGGMLSVAE
FT                   DHLTAMNPRARLTLAGQELNPQSYAICKADMVIKGQSVDAIVNDDTLRHDGHAGTTFNY
FT                   CLSNPPFGVDWKKQEKAVREEHAEKGFAGRFGPGLPRVSDGSMLFLLHLISKMREPAHG
FT                   SAGGRAAIVLNGSPLFTGGAGSGESNIRKWILERDYLEAIIALPTDMFYNTGISTYIWV
FT                   LSKEKSPERRNKVQLVDGSKLFRKMRKGLGSKRNELGPEDIQAIVRLYGDFTETDQSKI
FT                   FNTTDFFYRTITVERPLKLNFATTTERIDTALAAKPLGKLTADAVADLRTALDSMDATV
FT                   LWKNRDNFTTGLKRTLKATGVELSTPQLKALIAGLSKRDDTADVCTGPKSKIEPDAELR
FT                   DTENVPWNEDIHAYIEREIKPFVPDAWLDEEKTKEGCEIPFTRHFYQYIPPRPLEEIDA
FT                   DLDAVLGRIRARLEQVKA"
FT   repeat_region   14692..14699
FT                   /rpt_type=DIRECT
FT   mobile_element  14700..16148
FT                   /mobile_element_type="insertion sequence:ISAar19"
FT                   /rpt_family="ISL3"
FT   repeat_region   14700..14723
FT                   /rpt_type=INVERTED
FT   CDS             14835..16142
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00460"
FT                   /product="transposase of ISAar19, ISL3 family"
FT                   /function="4.5 Transposon and IS"
FT                   /db_xref="GOA:E1VRG4"
FT                   /db_xref="InterPro:IPR002560"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRG4"
FT                   /protein_id="CBQ74049.1"
FT                   /translation="MLNPTFTAPDLTTFTNLDGLGLTAIGQHLSAAKAEILCHVTNPIP
FT                   WCQTCGAAGIPRDTVTRRLAHEPLGWRPTVLVIKHRRYRCANCQRVWREELSQAVAPRQ
FT                   KISRTGLRWALVGLVCHHLSVSRIAEGLGVTWNTANEAVLAEGQRLLIDDPTRFDGVKV
FT                   LGVDEHVWRHTRTGDKYVTVIVDLTAVRDGTGTARLIDMVPGRSKAVFKTWLADQEEQW
FT                   KQGIEVVAMDGFTGFKTAAVEELPHAVEVLDPFHVVKLGSEALDQTRQRIQREQHGRRG
FT                   RKDDPLYKCRRTLTTGLSLATEKQKTKLEDLFKEPEYEPVQLVWSVYQKMVDAYRQPKP
FT                   EVGRWALEQLINEVGTKVPKGLPELKKLGGTLRRRKTDILAYFDHIGSSNGPTEALNGR
FT                   LEHLRGIALGFKNLAHYIARSLLETGGFRRRLHPQS"
FT   repeat_region   16125..16148
FT                   /rpt_type=INVERTED
FT   repeat_region   16149..16156
FT                   /rpt_type=DIRECT
FT   repeat_region   16489..16491
FT                   /rpt_type=DIRECT
FT   repeat_region   16492..16520
FT                   /rpt_type=INVERTED
FT   mobile_element  16492..17795
FT                   /mobile_element_type="insertion sequence:ISAar4"
FT                   /rpt_family="IS3 group IS3"
FT   CDS             16567..16863
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00470"
FT                   /product="transposase of ISAar4, IS3 family, IS3 group,
FT                   orfA"
FT                   /function="4.5 Transposon and IS"
FT                   /db_xref="GOA:E1VRG5"
FT                   /db_xref="InterPro:IPR002514"
FT                   /db_xref="InterPro:IPR009057"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRG5"
FT                   /protein_id="CBQ74050.1"
FT                   /translation="MSSTRRKFSQEFKDELCREVIDTARPIKSVATEYGVGTETLRNWL
FT                   KKYKEAHGGPETEPELNVSERARLKELERENQELKAEAAFLKKAAAYFAREPR"
FT   CDS             16863..17753
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00480"
FT                   /product="transposase of ISAar4, IS3 family, IS3 group,
FT                   orfB"
FT                   /function="4.5 Transposon and IS"
FT                   /db_xref="GOA:E1VRG6"
FT                   /db_xref="InterPro:IPR001584"
FT                   /db_xref="InterPro:IPR012337"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRG6"
FT                   /protein_id="CBQ74051.1"
FT                   /translation="MAKYEFIDSYAADSSTPAIVKMCRWLEVSRSGFYHWRSRPVSATA
FT                   ARRQALADRVSHFFEESEGTYGYRRIHADLAAENSECSPELVRQIMRQEGLVPCQPRPF
FT                   RTTTEADAEAAASMPDLVKRDFTANRPGLKFVGDITYIHTWQGFIYLATVIDCYSKKVV
FT                   GWAIEDHMRAELVEKALRNAADTSRIEPNAISHSDRGSVYTSASYRALVARLGMRSSMG
FT                   KTGICWDNSQAETFFSALKNERVYRTTYATKERARKDVIRYIEGFYNSRRRHSALGYRR
FT                   PNEVHYSYQQSATAA"
FT   repeat_region   17767..17795
FT                   /rpt_type=INVERTED
FT   repeat_region   17796..17798
FT                   /rpt_type=DIRECT
FT   CDS             17873..18706
FT                   /pseudo
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00490"
FT                   /product="transposase of ISAar38, IS5 family, IS427 group
FT                   (pseudogene)"
FT                   /function="4.5 Transposon and IS"
FT                   /db_xref="PSEUDO:CBQ74052.1"
FT   CDS             complement(20225..20818)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00120"
FT                   /product="putative resolvase"
FT                   /function="3.3 DNA recombination, and repair"
FT                   /note="match to PF00239. Possibly involved in site-specific
FT                   recombination of DNA"
FT                   /db_xref="GOA:E1VRG8"
FT                   /db_xref="InterPro:IPR006118"
FT                   /db_xref="InterPro:IPR006119"
FT                   /db_xref="InterPro:IPR006120"
FT                   /db_xref="InterPro:IPR009057"
FT                   /db_xref="InterPro:IPR012287"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRG8"
FT                   /protein_id="CBQ74053.1"
FT                   /translation="MPKLIGYARVSTKAQDADRQIQDLLATGVRRDDLYIDHGLSGALA
FT                   KRPGLGKALESLHPNDTLVITTLDRLGRSTQKMLELAEELRERNIGLRVLNLGGGDVDT
FT                   KTPMGAMVFTVMAALAQMELEIKRERINDSVTKRRTTGGDLGGRRPTFTESQIRTAVKL
FT                   LQAGEPATQVAKDMGMSRATLYRRINKMDKLHTN"
FT   repeat_region   complement(20988..20995)
FT                   /rpt_type=DIRECT
FT   repeat_region   complement(20996..21019)
FT                   /rpt_type=INVERTED
FT   mobile_element  complement(20996..22444)
FT                   /mobile_element_type="insertion sequence:ISAar19"
FT                   /rpt_family="ISL3"
FT   CDS             complement(21002..22309)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00500"
FT                   /product="transposase of ISAar19, ISL3 family"
FT                   /function="4.5 Transposon and IS"
FT                   /db_xref="GOA:E1VRG4"
FT                   /db_xref="InterPro:IPR002560"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRG4"
FT                   /protein_id="CBQ74054.1"
FT                   /translation="MLNPTFTAPDLTTFTNLDGLGLTAIGQHLSAAKAEILCHVTNPIP
FT                   WCQTCGAAGIPRDTVTRRLAHEPLGWRPTVLVIKHRRYRCANCQRVWREELSQAVAPRQ
FT                   KISRTGLRWALVGLVCHHLSVSRIAEGLGVTWNTANEAVLAEGQRLLIDDPTRFDGVKV
FT                   LGVDEHVWRHTRTGDKYVTVIVDLTAVRDGTGTARLIDMVPGRSKAVFKTWLADQEEQW
FT                   KQGIEVVAMDGFTGFKTAAVEELPHAVEVLDPFHVVKLGSEALDQTRQRIQREQHGRRG
FT                   RKDDPLYKCRRTLTTGLSLATEKQKTKLEDLFKEPEYEPVQLVWSVYQKMVDAYRQPKP
FT                   EVGRWALEQLINEVGTKVPKGLPELKKLGGTLRRRKTDILAYFDHIGSSNGPTEALNGR
FT                   LEHLRGIALGFKNLAHYIARSLLETGGFRRRLHPQS"
FT   repeat_region   complement(22421..22444)
FT                   /rpt_type=INVERTED
FT   repeat_region   complement(22445..22452)
FT                   /rpt_type=DIRECT
FT   CDS             complement(22488..22901)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00130"
FT                   /product="hypothetical protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRI3"
FT                   /protein_id="CBQ74055.1"
FT                   /translation="MTTWPRDNYTGPGGGQYTGPGGGQYTGPGGGQYTGPGGGLYTGPG
FT                   GGMSTGPGGGLYTGPGGGMSTGPGGGLYTGPGGGLYTGPGGGLYTGPGGGLYTGSCDEP
FT                   YRSNWPPAQQLFAHLRNVGLGHIVDLLTNAGWK"
FT   CDS             complement(23011..23637)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00140"
FT                   /product="hypothetical protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRF6"
FT                   /protein_id="CBQ74056.1"
FT                   /translation="MPVNDYLNELISEIDGCESLRLHAVNHIVDSSTRSLIYESIILRA
FT                   ARAHENFIESLFISYLTGEKTIEGNSIVTFVSPKDRQHARRLISSSIGSRFLDWSEASE
FT                   VRNRCDIYFEEDSPLYTALSLISSELSWIKKIRNQAAHDSVESRLAYKNVLQTILSVEP
FT                   DPLPPAGDFLQMTPNRGHIKNREILAFFLDTLKSFAQIASGKNVS"
FT   CDS             complement(23639..24709)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00150"
FT                   /product="hypothetical protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /db_xref="InterPro:IPR004919"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRF7"
FT                   /protein_id="CBQ74057.1"
FT                   /translation="MKKFDTRTYSVSDFAEWHSSGLLSLSPAFQRRAVWTTKAKSYLID
FT                   TILRGKPMPKVLITQSLVDGRNLRTVVDGQQRLRSILEFMSDNFTVSRTHNPQFAGIKY
FT                   SELEDFERDEFLQYEIGVDVLFNTELNELLDIFARLNTYSVKLNSTELLNANYLGSFKT
FT                   SAHEMGHKYAEFWKEAGIFSDAQLARMGEVELAADLLGALIRGISSKKQIPSFYREYDD
FT                   AEFEVDQAVEIFDETMTVISKIFNAEDLRGSNFARIHLFYSAFLAVSHLTEGVPRLPAL
FT                   HAKTVTNSGKNFSPSRARVALDDMSAQFDVYTSKDWQGITPLEWQEFIQGSRRATTDQL
FT                   VREQRTTFIVEYIIGH"
FT   CDS             24962..25207
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00160"
FT                   /product="hypothetical protein"
FT                   /function="5.1 Protein of unknown function similar to other
FT                   proteins from the same organism"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRF8"
FT                   /protein_id="CBQ74058.1"
FT                   /translation="MDEKFDIEERWPELFAQLDATQRNAVRQSLAAAWHEGWVPNREDV
FT                   ENLTDEARGAIDEAEYLRRVDAAAERHRSGAHVVTN"
FT   CDS             25204..26022
FT                   /transl_table=11
FT                   /gene="fic"
FT                   /locus_tag="AARI_pI00170"
FT                   /product="Fic family protein"
FT                   /function="1.7 Cell division"
FT                   /note="identified by match to PF02661: Fic protein family.
FT                   cAMP may be a regulation factor in cell division of some
FT                   bacteria. The Fic (filamentation induced by cAMP) protein
FT                   is involved in the synthesis of PAB or folate. It would
FT                   appear that the Fic protein and cAMP are involved in a
FT                   regulatory mechanism of cell division via folate metabolism
FT                   and in these organisms cell division could be controlled by
FT                   coordination of cAMP, Fic and Fts proteins"
FT                   /db_xref="InterPro:IPR003812"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRF9"
FT                   /protein_id="CBQ74059.1"
FT                   /translation="MTDFDTWESYFYPPPDHATMRNLLGERDPAVLAQKEYGRTAWRQR
FT                   QLNADPSLVAHTYDAEHLRTIHRHLFQDVYEWAGEYRTQNMSKGNAMRGFADVYSGEID
FT                   RYLADAQRLVQQTDWGRLDREQFGAAAANVFAHVNQAHPFREGNGRSSKVFMEHVAQQS
FT                   RFTLDYARVSPQVWNQASEFSAPDLGRYEVVPDSLVPVFGHIAVERTPTATPGVDPAAL
FT                   ARSPLSASYPKAPGSSKDSDRSAPTGQQSPPRGAGRPGRGYGTNGPGVGR"
FT   CDS             26019..26693
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00180"
FT                   /product="putative resolvase"
FT                   /function="3.3 DNA recombination, and repair"
FT                   /note="match to PF00239 and PF02796. Possibly involved in
FT                   site-specific recombination of DNA"
FT                   /db_xref="GOA:E1VRG0"
FT                   /db_xref="InterPro:IPR006118"
FT                   /db_xref="InterPro:IPR006119"
FT                   /db_xref="InterPro:IPR009057"
FT                   /db_xref="InterPro:IPR012287"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRG0"
FT                   /protein_id="CBQ74060.1"
FT                   /translation="MSHVIGYARVSTREQNPEAQEAELRAAGAARVYVDHGESSRFEDR
FT                   PQWIACLDHLMDGDTLIIRALDRIAGSELMAIEIIRDLGRRGVRIKSLTEPFLDVDTST
FT                   PMGEAIVGIMAVLAQLRISTIRENTRRGLAHARAQGRVGGRPSVMTVERTEAAVKMRAE
FT                   GQSIAHIAKVLGVGSSSVSRALARIEDERAAFTSIVDGVLSDHVPDGAPLDGSDHSSPS
FT                   SR"
FT   CDS             complement(26990..27409)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00190"
FT                   /product="hypothetical protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRH0"
FT                   /protein_id="CBQ74061.1"
FT                   /translation="MHLSYDGSMAKEPSIEEAVERARRAQEDRISAIRLVGEARQSLAD
FT                   VREKTARELAEIQAQIAKRVGDAERDDVKAFNAAISAGWSVEELRKIGYAEPDKKVRAR
FT                   RRSTRKTGPKSAAQTDSVSNEKDAPQGVEESSSSS"
FT   CDS             27639..28040
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00200"
FT                   /product="mobilisation protein"
FT                   /function="3.1 DNA replication"
FT                   /note="identified by match to protein family PF05713:
FT                   bacterial mobilisation protein (MobC). This family consists
FT                   of several bacterial MobC-like, mobilisation proteins. MobC
FT                   proteins belong to the group of relaxases. Together with
FT                   MobA and MobB they bind to a single cis-active site of a
FT                   mobilising plasmid, the origin of transfer (oriT) region"
FT                   /db_xref="InterPro:IPR008687"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRH1"
FT                   /protein_id="CBQ74062.1"
FT                   /translation="MGDEQTPTGRLFARRRRANVEGGRQHHHKVKVTPEEEGMLLRLAE
FT                   AQHVTIPRLLVESALASEASETPTERKQAMAELFALHRLLVAISNNVNQIARHTNATGE
FT                   VQPATVSTLAKVREVAERIDAAIDGLSLS"
FT   CDS             28037..29746
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00210"
FT                   /product="mobilisation protein"
FT                   /function="3.1 DNA replication"
FT                   /note="identified by match to protein family PF03432:
FT                   Relaxase/Mobilisation nuclease domain.
FT                   Relaxases/mobilisation proteins are required for the
FT                   horizontal transfer of genetic information contained on
FT                   plasmids that occurs during bacterial conjugation"
FT                   /db_xref="InterPro:IPR005094"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRH2"
FT                   /protein_id="CBQ74063.1"
FT                   /translation="MMPNIVRGDRMAGLMTYLAGPGRSNEHTEPHLVAGDPAMMAWHDD
FT                   AELSRDAALAIARHLDRPRKAFEVEVNGGHVWHCSLSLRADEGALSDEKWNEIANDFVK
FT                   AMGFDDNEGTKAPCRWVAVHHGVSKNGNDHIHLAVNLVREDGTKASVHNDFRRAQAAAR
FT                   ALEVEHGLEPLESAQAQRATRGYDPAEREAQACSRARAKYERTRAKQGKKSPSWENLSG
FT                   ADRKAHIAAELRTDQPRFLMSLKVRAASTASNSEAEFVRRMRRDGLLVRARFADGRTDV
FT                   VTGYSVAERPEAGERPIWYGGGHLGRDLTLPRLRDGWPDTPTGATEAAAEWNAAKRGRR
FT                   VVAPGREAHEPNPELWDQRNAELRELVDRLRAVPVDDRDTWATVARQTSGALAAWSNAT
FT                   ERTPGDLAAAAEALSRSAQTYERTVSPQKAGTVALSGAAMLLASAARGGQGTVAQAAMV
FT                   RQLLRLTQAVHDACVAGQQARQAKLLAEDTRARLVRVRDAMPQVPTATKGSATATLERP
FT                   RTLDPEAQAMLDRLHAGQGKPATAAASPIPNKIEPVKTHQTTKPGTDRGPER"
FT   CDS             29762..30622
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00220"
FT                   /product="hypothetical protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRH3"
FT                   /protein_id="CBQ74064.1"
FT                   /translation="MAEESDGIEEAFEGQLRVLVTAAGQIAERMARAREDALRRAQAAS
FT                   EQEARELQSRFAAEQRAARVEMSNVHRAEWWDRATPEQIGHTYQVARAWSKEEPEAVRA
FT                   EQRMRDELRTRYSVDVESAGADPEAVRQAVQRELAKSEHDRAAAAAEQSRSEQERAEAQ
FT                   RLMTMADQDERRAEESRAAAVHEPDPEERVRAAAEAEQHEAEAARAREDGRTVYDSAER
FT                   RAGTAQSLEAQGIDREVVATRLRADVSQGKPATEAVKGAGKSKAPKARKTRGHGTQVQR
FT                   AGLDR"
FT   CDS             complement(31305..31667)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00230"
FT                   /product="hypothetical membrane protein"
FT                   /function="5.1 Protein of unknown function similar to other
FT                   proteins from the same organism"
FT                   /note="3 transmembrane helices predicted by TMHMM2.0"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRH4"
FT                   /protein_id="CBQ74065.1"
FT                   /translation="MNEAIQVTGYALWWSLLTTSLMALWCLGRNTFKHVMPSENVLAGS
FT                   AKALVASLPAAVMALAIISTPSILVSAMYPHAQTNAWLWLWTVPAGLGGLFIGFLVLGL
FT                   LVKFVRRLEPMPSPAT"
FT   CDS             complement(31702..32454)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00240"
FT                   /product="hypothetical protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRH5"
FT                   /protein_id="CBQ74066.1"
FT                   /translation="MMSDWGEDEYTENEGQPSAAADPPRSPGRVFGLDIGGLAGEYVDA
FT                   AVKASVRKQINNVATSAVDEALTEEMLESLRERAVQAAVAAVTEQVEANDAAEEGQDDE
FT                   GEAEPEETLYFGSVDEFVREYLRNVYRRAINGRSRVWAARWWEYDEAVIRLEALWRSWE
FT                   HLRMDPSTGMSVWWRDHADHHMAVLLDPDGPFSSAADADENKSKKGQPLPYAAPPEGLF
FT                   PDQRQVHETKDGVAREEEPEPPVEEWPG"
FT   CDS             complement(32451..34247)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00250"
FT                   /product="TraG-family bacterial conjugation protein"
FT                   /function="3.1 DNA replication"
FT                   /note="identified by match to protein family PF02534. The
FT                   TraG family are bacterial conjugation proteins. These
FT                   proteins aid the transfer of DNA from the plasmid into the
FT                   host bacterial chromosome although the exact mechanism of
FT                   action is unknown"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRH6"
FT                   /protein_id="CBQ74067.1"
FT                   /translation="MSIQNNRRRDPGGMGSEAILVWIGIIVVVVGVGSIYAAMFLGHKI
FT                   AGTGEALPADPFSLVFGLFGGKLNWPGAPGWWVLAGMGLVVIVLAVLFGLMLRRMRKGR
FT                   SRVDRAASYMGRGKDIESLTSKAAQASAKRLGVENSCGVPIGRTVGGGAPLHGSWEDMH
FT                   IDIWGPRTGKTTSRAVPAILDAPGGVLVTSNKRDVVDATRDVRAKTGPVWVFDPQSIAL
FT                   EEPNWWWNPLSYVTDEVRAAKLAGHFASGSRDPGAKTDAYFDPAGQDLLAGLLLAAALD
FT                   HRAITDVYTWLTRPTDDTAVEVLREHGFALTADQVAGVIDAPEKQRGGVYGTAQQMASC
FT                   LTNRQVSTWVTPRGAADTRPHFDPAGFVRDGGTLYSLSKEGRGTAGPLVTALTVAVVEA
FT                   AEELAARSAGGRLKTPLVGVLDEAANVCRWRDLPNLYSHYGSRGIILMTILQSWSQGVE
FT                   VWGESGMKKLWSASNIRVYGGGGTTHDGSFLEDLARMIGDYDRLTSSTSYGRGQRTVSQ
FT                   QLHRERILDVDDLAAMPKGRAVVLSSGNRPTLIRTQPWMAGPHADAVRASILAHDPEAE
FT                   KTILEAEKELSVVESALSTEGA"
FT   CDS             complement(34244..35872)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00260"
FT                   /product="conserved hypothetical protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /db_xref="GOA:E1VRH7"
FT                   /db_xref="InterPro:IPR003593"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRH7"
FT                   /protein_id="CBQ74068.1"
FT                   /translation="MSQKVAKQRNREARRGLSFFPNPWKNLSKTNKKRALKVMAEPVEV
FT                   KPQRPPMRGWIGRGRGQSVYVQQADEWRGTTVQVCGMWPFAIGTGTPMVGVPLGRHIHT
FT                   GATLCCDPISWFQRAKLISNPSAFVLGKPGLGKSTLVRRMATGLAGYGVMPLVLGDLKP
FT                   DYVDLIEAMGGQIITLGRGRGYLNVLDPGEATEAAERLRASGHEKEAAQVMADAHGRRH
FT                   TMVSALLTILRSAPPTDREETIIDRSLKWLDAHHEGVPVLGDLLRVIQDGPEEVRAVAL
FT                   DRGDDNRYKAITESLEASLIGLVGGGRLGETFSRQTTNPMRRDAPVVYDVSAIDDSEMD
FT                   LQAATLLACWSAGFGTVNVANALADAGLEPRRHYFVILDELWRALRAGRGMVDRVDALT
FT                   RLNRQRGVGMAMISHTMSDLLALASEEDRMKARGFVERSGMVICGGLPSAEMPQLTAAV
FT                   PFSEAEQGLLIGWQDPPAWDPAAGQEADPPGRGKFLVKVGGRPGIPVNVQLTDVEKSIN
FT                   DTNKLWHERSRVGRRALHVVEEAEA"
FT   CDS             complement(35869..37380)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00270"
FT                   /product="conserved hypothetical membrane protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /note="2 transmembrane helices predicted by TMHMM2.0"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRH8"
FT                   /protein_id="CBQ74069.1"
FT                   /translation="MAAVDMQNRGPRTYGNWRRPTSPGILGLGSVGTVLLLGGLIMVVA
FT                   VVMIAGLLEAVILGGILGLVMLAVLTKDSHGKNILSRGGARVAWWSSRSRGSNIYRSGP
FT                   LGRALWGTFQLPGLAAPTRLTEHTDSYGRKFALLYTPATSSFSVVIGTEPDGAALVDQE
FT                   QIDVWVADWGHWLANLGDEPGIEAASVTIEAAPDSGTRLRREIDMNMDDEAPAFAKAML
FT                   GEVRVTYPSGSSTVKAFASITFNASHRSGSKKRQAEEMARELAARLPGLTAGLQATGAG
FT                   AAHPLSAQELCETIRIAYDPAAAVLIDEAHAAGETPELTWPDVGPSAAQASWGGYRHDS
FT                   AYSCTWAMTSAPRGNVQSGVLARLLAPHRDIARKRVTLLYRPIDAAKAAAMVEADLRAA
FT                   EFRVTSTNKPAARDSLAVRAAAATASEEASGAGLVQFGMLVTATVTDLEKEADARAAID
FT                   NLSATARLRIRPVYGSQDSAFAAALPLGLVLPKHIKVPAELREKL"
FT   CDS             complement(37367..39088)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00280"
FT                   /product="hypothetical membrane protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /note="6 transmembrane helices predicted by TMHMM2.0"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRH9"
FT                   /protein_id="CBQ74070.1"
FT                   /translation="MAKDCGLFDAGCKLENWVESTVGDAIENMANAILEAFGKAIGSLG
FT                   TVWVHIGTPNLTGTGGGSSIEAGSSAPNSANISMVMGYVTWISLAVAIISLFILGALIA
FT                   TRMRAGEGVAAVGKIGLILVAVVFISGASAMVSGLMPSGPNNAGGAVLFIQSGLWWYMG
FT                   AAAIVSVIIGGARMVWEQRAEPGRETVKSLLTLVVVAGAGVTIVGLLVAAADSFAVWII
FT                   DGSLDCSVTEGSACFGENMLTLLALTTNPSTGGLGAILIIILGLIAILAAAFQIVLMVA
FT                   RGGMLVILAGILPLAASFTNTEMGKSWFKKCIGWLVAFILYKPAAAIIYAAAFQLVGTD
FT                   VFSDDGTGLLAVLTGLMLMIIALFAMPALMRFVTPMVGAMAGGAAGGMLAAGALAALPS
FT                   GAAAIGRLASNNGGGSSNSSAPNGNSGSNGEQGSQGPSGGRGGGDSATQAAQTSGPQQS
FT                   GSGSGSGAAASSGGGSGAAPSSGGATQGQGAAAASAGAGAGGGAAAGGGAAAGAGGGAA
FT                   AGGGAAAAGAAAGPVGLAAGAALEAGKKAGQAAAGAAQSVGEQSTGEEGGGPDGSR"
FT   CDS             complement(39095..39841)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00290"
FT                   /product="hypothetical membrane protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /note="1 transmembrane helice predicted by TMHMM2.0"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRI0"
FT                   /protein_id="CBQ74071.1"
FT                   /translation="MTTEDNEQSPFTKPGFIIAAVVVFLIVVLGVVIGFVNANRNDPEP
FT                   APSSSSPTSTSAAPTTEPSAVAGGASVCGLGGEVLSGSLTTAPEAKWEYMGTTAYPTSA
FT                   KFGPAEKSEKNYRYCFQHSPEGAVFAAANALVQGSSPEVSGPWIEYFLSAKTPNRSDLL
FT                   TEVSSGASSETRMSISGFKILEYDGKNARIDLAAKAVGSGNSVYASAVYDLVWEDGDWK
FT                   LLPQNPSNPLRIAQIPDVSGYVAWGE"
FT   CDS             complement(39856..40161)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00300"
FT                   /product="hypothetical membrane protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /note="2 transmembrane helices predicted by TMHMM2.0"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRI1"
FT                   /protein_id="CBQ74072.1"
FT                   /translation="MSMLLTAASTMGDVVAAMPLQLPNPDPIQPPGTGGFNQVMGWGKW
FT                   VALAVCILGLFAAGALMAINSRRGEGGEHVGKIGMALGGVIVISAAAALVGFLAGA"
FT   CDS             complement(40158..40301)
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00310"
FT                   /product="hypothetical protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRI2"
FT                   /protein_id="CBQ74073.1"
FT                   /translation="MPWIESWRLDEPVALPDAPRGVRRLVDELSALIQSGADGITNRKE
FT                   QQ"
FT   CDS             40412..40870
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00320"
FT                   /product="hypothetical protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRD4"
FT                   /protein_id="CBQ74074.1"
FT                   /translation="MEPSPMPTALRRPGQLSGRAYWIGPRERHGQDCFLAFVAIHGRRQ
FT                   ASLEPASKGWIRQRHRAHPTTIDLRHFGDPELAVDPRGQAQGRRSAGSQARSQVAPPPR
FT                   GFSRPRALVMLTERATGCWHLSQRHAPHHNGVHRFLHLYSIEFRQPEQ"
FT   CDS             40937..41206
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00330"
FT                   /product="putative excisionase"
FT                   /function="3.3 DNA recombination, and repair"
FT                   /note="match to protein family TIGR01764"
FT                   /db_xref="GOA:E1VRD5"
FT                   /db_xref="InterPro:IPR010093"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRD5"
FT                   /protein_id="CBQ74075.1"
FT                   /translation="MRTQCRGYTMTDGLDALFEGRRATLTAPEVAEILGMTKQGVYHWL
FT                   RDGVIPGYKVGTTWFILRDDLKETLRKGANTPRVKDTPAPLEEE"
FT   CDS             41208..41750
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00340"
FT                   /product="hypothetical lipoprotein precursor"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /note="similar to protein SP:Q9X549 (Corynebacterium
FT                   glutamicum plasmid R-plasmid pAG1). Match to PS51257:
FT                   prokaryotic membrane lipoprotein lipid attachment site
FT                   profile"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRD6"
FT                   /protein_id="CBQ74076.1"
FT                   /translation="MQRTALAALALTAALTLSACVGGQQANEPASSNPPSATPTMPDLD
FT                   QFTPAPTGQLDEDTQETASPVAVPTWDEASRTSVIKAAETAMKAFARPSLDQKTWWADV
FT                   QPLLTQQASADYSYVQPASIPANKVTGAGKLVDDSSAYVGVVEVPTNAGTYTLILNRSA
FT                   ANAPWKVSRFTPPEEAN"
FT   CDS             41753..42820
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00350"
FT                   /product="putative secreted M23 family peptidase"
FT                   /function="3.10 Protein degradation"
FT                   /EC_number="3.4.24.-"
FT                   /note="identified by match to protein family PF01551.
FT                   Members of this family are zinc metallopeptidases with a
FT                   range of specificities. Peptidase family M23 are also
FT                   endopeptidases. Signal peptide predicted by SignalP 3.0 HMM
FT                   (probability: 1.000) with cleavage site probability 0. 661
FT                   between position 37 and 38"
FT                   /db_xref="GOA:E1VRD7"
FT                   /db_xref="InterPro:IPR011055"
FT                   /db_xref="InterPro:IPR016047"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRD7"
FT                   /protein_id="CBQ74077.1"
FT                   /translation="MSERKSGGLIALIAIPALVLGLVFSIILLGGSDDAAAACNPGGSG
FT                   NSLSIDPDTVPDDEISGYGHEQLVNAAHIIQAGKDLDLGVRDQTIGVMTAMGESTLRVL
FT                   DYGDGPGPDSRGLFQQRDNGAWGSYEDRMDPYISATSFFKVLAKIEDRESLAPTIVAHR
FT                   VQINADPYHYEKYWPAAVAVVEGLSGVDTGLNAENGGGEECSSGETETGEVNQNGWAKP
FT                   GDGPINASFGPRPVIQTPSGPTYPFHFGTDFQAGGCDGPIWAAQEGTVSQIVQDSGGGW
FT                   RIEVDHGGGVTTWYVHMYANGILVDVGDKVKAGQQIARTGSSGFSTGCHLHFEVQVNGE
FT                   KVDPISFLAEVGITY"
FT   CDS             42835..44235
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00360"
FT                   /product="conserved hypothetical protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /db_xref="InterPro:IPR002586"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRD8"
FT                   /protein_id="CBQ74078.1"
FT                   /translation="MSTETTATWPRVEAVIKDDGTGEVSIGGTVHQIRTGSLPDARTAV
FT                   ISLVAQTADKLGRRVRASMSDPDGDWPLIIHADGTVEPDETAEAKPRQRPEASTEPEPG
FT                   EKPAEEVSSPEPKTEAESEASSSPVDQDTAHQAPGWVRSAEQQAETAATVTSYPSRRER
FT                   RQSFLTQEQAEEPATKGWRGSFTRMGIRMSPNEAERAERADVQAVSQHWPGPRTIAIVN
FT                   GKGGAGKTPSTALLAAVFARYGGAGVLTWDNNQTRGTLGWRTEQGPHEATLLELLPQVE
FT                   RLLSTGAQSADLAHYVHHQTRDRFDVLRSKPMELASAQRVDAEDVGSIHQVASKYYRLI
FT                   FIDSGNDESDPMWRRMIDHTDQLVVATTTRDDHAEAGALLLEALAERDERSARLAEQAV
FT                   VIVNQADPKAHASDLTRVATGYRDLAREAITIPHDPAMVDGVLRYGSLRPATQRAWLAA
FT                   GAAVARGL"
FT   CDS             44232..44678
FT                   /pseudo
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00370"
FT                   /product="truncated protein"
FT                   /note="possible N-terminal section of a plasmidic protein"
FT                   /db_xref="PSEUDO:CBQ74079.1"
FT   CDS             44733..44966
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00380"
FT                   /product="ribbon-helix-helix domain-containing protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /note="match to SSF47598: Ribbon-helix-helix superfamily"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRE0"
FT                   /protein_id="CBQ74080.1"
FT                   /translation="MNARGRERGSLKEAKKIGLWFEANADARLTDMAAAAGTSRSALAQ
FT                   WLIETAEKDTEGRPAGWAAAHPREGELPLDRK"
FT   CDS             45210..47144
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00390"
FT                   /product="hypothetical protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRE1"
FT                   /protein_id="CBQ74081.1"
FT                   /translation="MRLATVDAYGQVLNEYTSHRRVNAHEPDRPWAVYLADPDRRFKLL
FT                   CFDLDAKTPGAANAAARDAEVISGLLNDAGLAALVCQSGPAGGRHVWTALAEGIDAETV
FT                   ATMARLARHICPTLDLSPLANAVTGCVRPPGSPHRNGGHSTVLSGSLNILTHPTGTAAA
FT                   VRTLVERLAALVDDAEPARTIDPRKPLPLDDHARLYLAGPRRELPAVSAAALREDAASG
FT                   DASAVLWRVLIGAAAARWKHADVASLVPTSPGLEHIRTYRDRNERKPRGQIDAARVLRR
FT                   QWDKAVKYVASSDRQIGDDPTFDARADAIAAHIRHTQTRADAATGRWSRGGGPADRRVL
FT                   DVLCVLALQALDAVVEADTRRIALMAGIGRETARTALLRLSADDWINQERTAEGPHGAA
FT                   WKIGPQDTIHSSLDTGRSQADPRPAGAGAAERTTLIASLTARTTDAAHDLFTLGPGLGH
FT                   LAGNTYAHTTSDPQRTHDLARALGATPGQMLRVLTRLTAAGVLVNNGYGWHRPTPDRRE
FT                   AAAVRLGINGRLNDRANRYAIERELWAWWQAEESWMNAPRRTAPNRRPGKGQLSLLPDD
FT                   GTHAYGPYPRRADGRADYEAARRELVEERNGVAARRQPEQATAPSGDASTATDIERMFF
FT                   DILGAERIA"
FT   CDS             47652..48539
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00400"
FT                   /product="hypothetical protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /db_xref="InterPro:IPR010359"
FT                   /db_xref="InterPro:IPR013610"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRE2"
FT                   /protein_id="CBQ74082.1"
FT                   /translation="MVRKVKNSKSHEQRRAEAEALQASIAQQVEELRESEAWTRFLDFA
FT                   QSFHRYSINNLLLILSQQPEATHVAGYRTWQKLGRQVRKGEKGIRIFGGRDVVTTQEDE
FT                   RTGEEKEQRTRRFFPVSVFDMSQTDPIDPEAQDPSTIAHKLTGEDPSGIVDAVTDYLTG
FT                   QGWTVTREPIPGTANGYTTTDGSRRVVVDSGLSPAQAAKTALHEAAHVILHADEDPAEY
FT                   VEHRGIKETEAESVAYVVAGILGLDTSAYSIGYVAGWSKGDAETIKETAAHVLRTAHTL
FT                   AEAITESEEETEAA"
FT   CDS             48636..48773
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00410"
FT                   /product="hypothetical protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRE3"
FT                   /protein_id="CBQ74083.1"
FT                   /translation="MSDNSEWQARADEENRINRAAEKAWMELFPEGVEDGPTRGWPDYD
FT                   "
FT   CDS             48855..49262
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00420"
FT                   /product="hypothetical protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRE4"
FT                   /protein_id="CBQ74084.1"
FT                   /translation="MNKALFTYPEEAVFGATEEHRRTANDLRRAIGPGVLGSLGATGLA
FT                   TVPGSHQCGGLMFTARVLPLTKSGARGTQPRKMAVMVSLTPADEIDVEVREIARNTEHA
FT                   RIEGIYVDQLARASLAIDYDGPTALNPRFWN"
FT   CDS             49324..49536
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00430"
FT                   /product="hypothetical protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRE5"
FT                   /protein_id="CBQ74085.1"
FT                   /translation="METVEHNELTESDLRELAADTIAGISEECRAALVRETLDNHQGRS
FT                   AGQIIDLMQDIAAARHYPTAENSLR"
FT   CDS             49624..49881
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00440"
FT                   /product="glutaredoxin-like protein"
FT                   /function="5.2 Protein of unknown function similar to
FT                   proteins from other organisms"
FT                   /note="identified by match to protein family PF00462"
FT                   /db_xref="GOA:E1VRE6"
FT                   /db_xref="InterPro:IPR002109"
FT                   /db_xref="InterPro:IPR012336"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRE6"
FT                   /protein_id="CBQ74086.1"
FT                   /translation="MVTVYTTGPGCIRCKMTKDVMTKRGVEFVEVDIRQNAAAREYVTE
FT                   ELGYSEAPVCVVEDGTGEDHWSGFRPDNISRLAALANGGE"
FT   CDS             49935..50195
FT                   /transl_table=11
FT                   /locus_tag="AARI_pI00450"
FT                   /product="hypothetical protein"
FT                   /function="6 Protein of unknown function, without
FT                   similarity to other proteins"
FT                   /db_xref="UniProtKB/TrEMBL:E1VRE7"
FT                   /protein_id="CBQ74087.1"
FT                   /translation="MKGAESSSSRSSHPTTRGERLEPKAWHVQPRNLPSEEEAERYGRV
FT                   DFDDDEGRTVLTAYVERTPIGYAVRIENAAEPVTVTIAAAE"
XX
SQ   Sequence 50407 BP; 10736 A; 14979 C; 14648 G; 10044 T; 0 other;
     ccccaatcca tccagcggca tcgagtgggt cctgtacccc tcgcagatgg acgggcgccc        60
     gatggaagtc gaacgctact agcccttgcc gatcgaataa ccctgatagt actattagag       120
     ttacacaatg aaggagaaaa ccatgagcca catcacccga accggcaacc tggccgccac       180
     ccccgaactg cgccaagggg agcgcggcgc atacacctac gcccgcgtca tcgtcaccga       240
     caggctgcgc caggaggacg gcagctacgc cgacggccca gccatcgcct acgaggtcgc       300
     cgtaagcggt gaccaggcaa cgaaccttgt cgccgccgcg caggagtccg gtaatatccg       360
     cgtgatgttc tcggggcgct atcgcgtcac cgaatacaag ggccaacagg gaacccggat       420
     caagcacgaa gtgaacgctg acgaggtggc cgtgagcttg cgcggccaga cagtcaccgc       480
     cgcccgcaac agccgcagca gcgactagaa caggctgacg cctgacctgt caggggtgcg       540
     cggctggcaa gcttcgcacc cctgacagta ctattagcac tattggaggt aatacagtga       600
     ccgctcaaat tttcgccctc tgcaatcaga agggcggcgt cggtaaatcg acgaccacct       660
     tccacctggc acgttccgga gtgctccgag gcctacgggt gctcgtggtc gacaacgacc       720
     cccagggcaa cctcaccgcc gtagctgccg cagaaccagt aagcgaggac caggccgggc       780
     tagccgacgc gctcagctcc cgcgcatccg agaccgtgcg cgacgtcatc gtgcccggca       840
     tttggcccgg cctcgacgtc gtacccacct ctggcgtcac gcttggcacg gtgcgcgatg       900
     aaactggtga ttgccggggc aggccgcgag ggccgcctca gggaagccct ggccaccgtg       960
     gcggaggact acgacctaat cctgatcgac tgcgccccga gcctggacca gctcaccatc      1020
     aacgggctga ccgcagccca cggggtccta gttgtcacgc actcgaaaca atggagcctc      1080
     agcggcctgt cccagctcct tgacaccatc gagagcgtgc gcggctacta caacccgtcg      1140
     ttgacggtgg cgggcgtgct cgtcaaccag cacgaggaac gaaccgtcag cggtcaaacg      1200
     tggctcgatg agctgcacac ggcagcagaa gcccgcggcc tgcgcgtgtt gaccccgcca      1260
     attcccaagc gcgtcgttat cgcagacgcc accgaggccg cgcgcggcct cgacgaatgg      1320
     gggagcgccg aagcgaccac gctggccacc ctctacagcg aacatctggc cactatcgaa      1380
     ggagtcaagc catgacccgc cccaccccgc gcaaatcatc ccttgccggt tcaagtcccg      1440
     tcaccccacc tcaaccagct gcacaggcgg acccagtgcc cgcggccagc gtgccggccg      1500
     ccccagctac cgcaacgcgg gcagtggcgc cgaagccgac cgacggcaaa aagaagtacc      1560
     cgcataaggt ttcgttttac caagaccccg aggacaccgc ccgggtgcgc ggtgccatcc      1620
     tttacacgat gaccaccgag ggaaaccgca acctgtccca gttcgtcaac cgcgccgtga      1680
     tggccgaggt tgagcgcctg gaagccaaat acaacaacgg cgagcccttc ccatcggtgg      1740
     gagcccgcga gatgccccag ggcggcgcgg cggccgcagg gtccgaggac taggccatgc      1800
     gggcgcacgc ggccgccgca gtggccttgg ctggcctgct agccggatgc gcttcgacgc      1860
     ctccggaacc cgcgaccgcc ctcgtcgcac tcggctcggg cctggaattc caggtagagc      1920
     atgcccgcac tgccgacgag cagcgcacgg gcctcgctgg ccggtccgag ctgtcggagg      1980
     atcaaggcat tctgttttca ttcgccagcc aatcagaacg ccaagtatgg atggccggaa      2040
     tgaaattccc gctcgacgtc gcctggatcg cggatcaccg cgtgatcgct gtacagaccc      2100
     ttgaaccctg taccgaggtc gaacaagatc gctgtccgcg ctggacgtct cccaactacg      2160
     tcgacgcgct gttagaagtc cgggcgggtg ccctcgcagg catcgacgcc ggaaccgtcg      2220
     tgaccatccg agaggaaaac ccatgagcgc caccgacccc gcactgaccc cagcgcagcc      2280
     cgacaccagg cccgactaca tcgcccaagc cattgccgca ctcacagccg cagcgcgcac      2340
     gacacgcacc atcggtgcgg gaaccgataa cgagcacacc gaaccggccg actttggaga      2400
     gatcgcctgt cacgtcatca cgagcgtggc ggccaacctc ggaggcgttg acacgctgct      2460
     ggccggtcgc cccggctcct gggaagccga ctacgtccgg cagatcgtcc acagcaccac      2520
     ccccgaggac gagctgttga cctggcggac cgagccggtg cgcatgcacc tcgatattga      2580
     gggcgtgttc tacgacttcg gtctggaaca actgtgggac gaagaatcag gacaggccat      2640
     caagcacgaa caggacgaca gtctcaccga ggaacaggtg gcccgcgctg acgccatcgc      2700
     cgcgagtatc gaccggctct ggaagcagga tcaggccgcg taccgtgagg cctatctggc      2760
     ctcgatccgc catgagctga ccaggcgcgg gctcaccgtc gaggtggaag ccatcgacga      2820
     gcccgccgac actctcacct gggagccgtt cgccgacgag ctgcacgagc tcgcccgaaa      2880
     aaacacgccc ttgccgatga ccggagaagc cccggactgg accgagggca ccccggccga      2940
     cgcgctgcgc cgggccggtc tgacctacac cgcccgcgcg caggacgcca tctaagcgcg      3000
     ctgcaacaga aagctgcgag gaaggaaata atgaacgatc ccgaagctgt cgatgatctg      3060
     atcaccgatc ttccagaatg ggcgacgacc gaagaaatcg ccgatctaat gcgtgttaag      3120
     ccgcaaaccg ttctgaaatg gaacaaggaa tatgggctta aggccgtttc gatcggtgct      3180
     agggtgcggc gctaccggaa gaaggatgtc agggactttt tgctcaccag tgacgacaac      3240
     gacgaatagc ctcaggctgc tttcacggtc agtagctcac gccagtgcgt ggtgtagcgc      3300
     ggactcatca tctcccgccg catctcccaa gccggcccct gctgtaggcc ggcccgaccc      3360
     aaaccgatgg acttcacacc gtgctcggaa cggatctgct ggatcagcgg gccaatctgt      3420
     ttggcctcat gcgctgaaat gaacgggtca aaagtttcct gcatggcaca gggttgaaga      3480
     tccatgacca ccacccccgc ccgcgcgtat ttcaccccga tcagaatctg ggggagtagt      3540
     tgtttcgctg cgcgggtgag cactactggg tcagccgtag gccctggaag tttcactgtg      3600
     atcgctggct ggtgatcctg gtgctggttg tagtagctgg tcatcgccca cgcggagagg      3660
     atcttggcct gtttctggtg cttgtgcaat ctggcggagg cctgctgcgc ataaatcccc      3720
     atgacctgct ccatgcccac tcggtcggtg atcggatcag aaaatgagcg ggagaagatt      3780
     agttggtctt tgatcgcccg ttcttcttcc atcgggatgc agggaatgcc gcgcagctct      3840
     agcacggtgc gcatctgcac gatggagaac ttatccctga tccgtacctc gttcgcattg      3900
     cggaggtctt tagccgtcca gatccccaag ccgcgcagcc gtttggtcag cctggggccg      3960
     atgccccaca cctcaactac cggtagacgc gccagcaggc tctcggtggt ctgtgctggg      4020
     gcacgatccc acacgcacac cccgcccagt tctttgatgt gtttggcggt cttgttcgcc      4080
     attttcgcca tcgtcttgga tgtggcgatc cccacgcaga cgggcaaacc ggtcagccgg      4140
     aacacctccg acttgatctg ctcacccagg gcttgcagct catccacggt gccggacact      4200
     cccaggaacg cctcgtcaat ggaatagacc tccacccaag ccgagaaacg gcctaaaagc      4260
     ttcatgacgc gggcagacat ttccccgtac agctcgtaat tagaggactt cgcgaccagc      4320
     ccgaggcggt cagcgtcggc cgcgagtttg aaccacggtg cacccatctc aatgcccagg      4380
     gctttggctt cggcgctgcg cgcgaccgcg cacccgtcgt tattggacag cacgatcacc      4440
     gggcgaactt cgagcttcgg gtcaaagacc ctttcgcagg agacataaaa gctgttcaca      4500
     tccacgtgag cgatgtattc gccccgctgc ggcggagcgg gggagtctag aggtgatgga      4560
     ggcatgtggt ggctacaccc caaatcctaa agtctgacaa ttccgccacg cgcaggtcgg      4620
     gataatccgg gttctctgct ttcagcacca ccccggcagg gccagtggag agacgcttga      4680
     cggtcatttc cccgtcgatc actgcaatca ccacgtgccc atcgcgtggc tgcacactgc      4740
     ggtcaacgat cagttcatcc ccatcgctga tccccgcgcc ctgcatcgac tcaccagaca      4800
     cccgcacaat gaacgtcgag acttgatcgc ggatcagcat ctcggataga tcaatcttcg      4860
     tatcggagta gtcctgggct ggggaaggat agcccgccgg gaccctatcc agagccattg      4920
     cgagcactcg ttgcggcggg tccaccagct cacatacctg tatacgatca accttcattg      4980
     taacacctat ccttagaaca tatattctaa catttgagcg tagtgtgaac ctccgacact      5040
     tgaacttgat agtcaaaaag tagtgtgacc gtgataatga gaccaatgga aactttaaaa      5100
     gcgacggcgg tttttacccc caacagctca tccccaaagc tgtcgttagt gcagcgaacc      5160
     gaaatcgaac atgaaattga tgactatctg gaggagggcg gcaaatttgt ctgcttgcaa      5220
     ggtgtcacca agctcggtaa gacgacgatc gccgacacag cagcgaaaaa gatagatctg      5280
     acttttaagt tcgattcaca gaatctgcaa gggggcgcta aagacttgtg gcgggccctc      5340
     gcttcgaaac tgcgccaacc tgtagaagaa gctcattcac acggtacctc tgatactgca      5400
     aagtggtctt tccgtggcct tttgggattt ttcaacgctg aggccgcggg cgaccatgcg      5460
     aagaccagtg gaaaaactgt taccttcgaa aacgatcttg ctgaaatcgt cacatcagct      5520
     atcgaaggtt tgaccgctga aggtaaaacg atattggtcg tcttagacga cttccacttc      5580
     atcgagaacc aatcggccaa ggtagaaatt cttcaggccc taaaacctat agccaatcac      5640
     aaagtatccg ttcttcttgt gacgcttccg gaacgggact ttagcaaaat ttttaataaa      5700
     gcaaacctca tgggccgaag cgccacggta caagttccac tgtggactac tgatgagcta      5760
     gagggaattg ctgtgaaggg tttcaaggaa ttgaatgtcc aagccgatcc tgaaaccata      5820
     aaaatgctcg ctaagaagag ctatggtagt cctcaaatta tgcaaacctt aagtcttagg      5880
     ttgtgccgca acgcgaacaa cgttcgcttt aagcaagaac atcttacgcc gctgcttccg      5940
     ccgagtgagc ccaagaagtt ctatagtgca gctatcgacg atagttccaa aaaatggctt      6000
     gcaaagcttg cgtcaggcaa gggtacgaga ggcactgaga ggaatgtcta tacggatcca      6060
     gcgtcaaaac gaaagtatga cggttacaca atctgtttac aggcgcttaa aaacataggt      6120
     ccgaagccag tcacaacttt tgaagagctg aaattcgaag tcgctagggt tctaggtatc      6180
     gaacccaaag atgtttcgcg aatgcagctc catggtcctt tgaacaacat gacaggcatt      6240
     gctcatgagg aaatgaaggc aacgttagcc acggtagtcc ctgaaggact gccactctcc      6300
     atttcgattc cccaaccatt tttcgagtgg gggcagactg aaatggaaca acccattaag      6360
     attcttgatc cggtcctact ttttgcaatc gactggcact gggaagaaat tatgtcgagt      6420
     atcgaacgga gacaattact tgccaatgtt gaaaatgcct gagttagtct agctgctttt      6480
     gaactccgtc aaaaatgatc gttttcggtg ccccgcaggg acgctgcgag cgatagatcg      6540
     ttgaacctcc tgcacggttc tattcaaagg tttcaaagtg tggcgttgtt tagtgccatg      6600
     acaggttggg acgtctcgcg gcacccggtc ttcggcaatt tcggcattag gagtgggatg      6660
     gtcaatgatg gtggtgagga agtgcgggcg aaatcccacg ggctcattgg tcgatcttgc      6720
     ttcgggttgc aggctcatgt gctgaagtcc ttccctcatt cgcgattgtt gaggctctat      6780
     gctcgacgat aggacgccga tcgacccttg cctagattaa gcggagcatg agtctaagga      6840
     ccgttgaaca ggtgatgttg tgcctcgtgc tctacggcgg cccttcaccg gctggtagcg      6900
     acggttccta gggtgcgtta aacacggaag catcccgcga aaattgcggg atgcttccgt      6960
     gcgaaaaggc tagttttcac ttataaacaa ggccagctta actctcgaca cagcagatca      7020
     gtccgtagtt cctttttgtt cagggaatat tcagtctctg gtttacccaa catgccgggc      7080
     gggcagtgta tgacctgtgg taattcctat cgctgtgtat cgcttcgtca cgggatctga      7140
     actcatccga ccccgggccg tcccataatg cacgatcgat ggtgtcgacc atcaatgtct      7200
     tccgtcgtga aggctgcgct gagacagacg caacctccaa aagggatgcc ggaggattta      7260
     gtcgttagcc atcgcgtcga gttgggcttg gtcccgtaat cggttctgca gccctgctgc      7320
     gaggaggacc tcgacgatct tctcaggtcc acctagctcc aaaaggacgt tcgtagcttg      7380
     ctgatgacct tcacctgcgg tgtagatgag ttcttcgacg gtctccacca gcgtggggga      7440
     ggagctgaag tccagaggac cgttagccac ggcttctcgt tgcagctgtt catgggcttg      7500
     ggcatgtcgc atgactgatt cgaacacgtt gatctggtct tcgtcgctga tcccggtgcc      7560
     ttcgaagagc ttgttgatct gctcgatcag cgcgccgaac gtgcccacgg tcttctcccg      7620
     caccacccct gacccagcgg ccgtgatccc tttgagtccc tggccctgcc cggcggtgag      7680
     cttcaggtca tggctttctt gcttcttcaa ggcgtagtgg gtgagcacca catcggatag      7740
     gtctactccg ttgcctgtcg ctgtggtttg taatgccttg gccagcagtt tcaggtagat      7800
     cgcgagtttc tcgatgcggg tgttcccgta gtcgatgatc tgcgagaaga aatcgtagga      7860
     cttgttgaag gatcctgcgg ttttgcggaa ctcttctagc tgttccagtt ccagggtgtt      7920
     gccattcaat gtggcgttct tgtggcggtg atggaatacg tcgatggctg gctgcaggtg      7980
     cgataccagg ccgttgtggt tgcgttgtgc cacccacttc tcagcgacca gatccacgtc      8040
     ccggtcgttg tagatcccca ttgagtccag cttcatgatc atgtcgtgaa tgatgtctgg      8100
     gttggattcc tcctggatgg aggcatcctc atagtaggtc tggaacgctg cgagaatgat      8160
     gtttgggtcg ttgacgaaat ccaggacgaa ggtcgtgtcc ttgccgggga tcacccggtt      8220
     cagccgtgac agggtctgta ctgcggcgat gcccgagagc ttcttatcca catacatgcc      8280
     caccagcaga ggctggtcga acccggtttg gaacttattg gccactagca tgatctggta      8340
     ttcgtcggtg ccgaaagcct tggtcaggct ccggcccttg aggccaggat tcatggtgtg      8400
     ttcggtgaat ggattttgcc cggattcagg gtcggtgact tcgccggaga acgcgactaa      8460
     ggcggccaac tctgtttggt agcccttgtc ttccaggtat gtgtcgatgg ctagcttgta      8520
     gcggaccgct tccttgcggg aggaagttac gaccatggct ttggcgcggc cggccaaatg      8580
     atgggcgacg ttctcacgga agtgctccac gatgatcgcg accttctggg cgatgttatg      8640
     cgggtggagt ttcacccatt gcatcagggc cttggcgcct tggtcgcggt ccacctccac      8700
     ctcggcggca gtctggtcgt tgtgggcgat cctggctgcc atttggtagg tggtgtagtt      8760
     ctgcaagacg tcgaggatga acccttcctc gatggcttgc ttcatcgagt acaggtcgaa      8820
     gacctccggc ttgccattcg cgtcgggccg gccgaaaagc tcaatggttt ttcccttggg      8880
     ggtggcggta aacgcgaaga acgacaggtt catggtcgct ccagcgcggg ccgccatttc      8940
     ggcggcgagc acatcctcgg cgctgatgtc ctcgctttct tccagcccga tactggtcag      9000
     ggccttcttc aatgacttgg cggcatcccc ggactgcgag gaatgggctt catcggcaat      9060
     gatcgcataa gtgcgtccgg ccaggccttt gttcttgcgg atctcttcca gggcgtgggg      9120
     gaaggtctgc aaggtgacgc cgatgatttg ccggccatgg agcagcgctt cggccagctg      9180
     cttggacttg gtaccttcgg agccacgggt gatgggggcg aacacgccag cgacggtctc      9240
     tagctgttcg atggcttttt gcagctgccc gtccaggacg gtgcgatcgg aaatgacgat      9300
     gaccccgtca aagaccttgg acccgtcctg ccggtgcaac gaggccaacc ggtaggcggt      9360
     ccacgcgatg gagtcggtct tccccgaccc ggccgagtgc tggatcagat agttgtggcc      9420
     cggtccctcc gctagggctg cggcagtcag cgcgttgacg gcacgccact ggtggtagcg      9480
     cgggaaccgg gtggaagcct tgaaggattt cttcccgctg atcgggtggg tgtcttcctc      9540
     gaagcggtag tggatgaact tgcccagcac agtcagccac gcctcgcggt ccagcaggtc      9600
     ttcccagaag tatgctgtgg ggctggtgcc ttcccgggga gcgttgccgg ccccgttgtc      9660
     tttgccggcg ttgaagggca ggaaccgggt cgaggggcct tccagtttcg tggtcatgtg      9720
     cacttcctgg ttggacacca cgaagtgcac caacgctccg cgcccgtagg agaggagtgg      9780
     ttcgcccttg gggttccggt cgtgcttgta ctgtttcagg gcagcctgtg cgtcctgggt      9840
     caggtctgtt ttcagctcga ccgtggccac cggcaggccg ttgaggaaga acaccaggtc      9900
     cagggatttg ttgctggtgg tggagtagtg gacttggcgc attacacgca gccggttgtg      9960
     cccgtagcgt tggacggtgg tggggttcag cccgtcggct ggcttgggtt ggaacatccg     10020
     caacgtcgcc ggggtcaccc caatgggttt cttgatggcg ttcagggtgc caccgccatt     10080
     gaacggatcg gcacccatca ccgaggccag acggtccagc accctcaact tggccttggc     10140
     cagcatcgtc gggttcagct caggtttgag gatcttcgct agctcgtccg gtgcggtgtc     10200
     ttccagccaa ccgaacacgt cgtcggggaa gagcgcgcgt tcgcggtcat agccctcatc     10260
     ggtgggggag tacaaccatc catgagcggc gaggtgttcg cagatctcgt tttcgaactc     10320
     gatttcgtta tgcaatgcca acagactctg cctccacgtt actggttgcc ggggctacga     10380
     ggccgcggac atcgatcttc ccggtcaccg cggcactgat gactgcggca cggcgttcct     10440
     tcgacagtgc gatcgcttca cgagcgtcag caatcgctgc gtctatctcc gtggtttccc     10500
     ggtcaaggta atccacgatt tcttgttgct catttaacgg aggaaaaaca ccggtaaccc     10560
     ttagcaagtt ggcaatggat agcctcggta ggcccgcacc tttgacaaat gaacgcacct     10620
     gttcttggac aaaggctgat ctgcagaggt aattgagaaa gttcgggtct agctttgaaa     10680
     ggtcaggtcg gatgatgatt aatgaggaag cgaccacgaa atcgtgattt ccctggacga     10740
     ccacggtgcg tcccaccgta ccgtctttac tgaagaggac atcgccgttt tgaggccggc     10800
     acccggtcct aaccatgtat tcgtaagttt ctggcgaagt ttttagagat ccttcgaaat     10860
     tgatacccga atctgaaaca tcccgagtcg agacaaaatc gtagatccct ccatctgttt     10920
     cgggggaaat atgggcaccg tcggtgatct ttagggtgaa gtgcttgagc ccggtcacag     10980
     cccaaggtgc tggtatcaac ccaaggttcg agacattgct gtctttcatt cgtgatttcg     11040
     ggtcgagacc cttggtgact gcttgggtga tggttgctgt acggcgctcg gacagcaggg     11100
     cgatgagttc ttcctgatcc gcaataaacg catcgatctc agcagtctca cgatctagat     11160
     acgcagcgat gtatcgctgt tcgcttaagg aagggaataa gacaggcatt tttcgatggc     11220
     gtactggatc tagatcccat tggttgggac gcactcccgc ggagattgat gcataatgct     11280
     gaaaataagg ggttgaacgc atgaggaagt gtataaacct tgagtcagcc tttcccaacg     11340
     cgcggaaaac gaagtaggca ggactgacaa ttccgttgtg ttcggagact gctacggaac     11400
     cttgccaagc cttcatctta ttgatgacga ggtcgccgat ttcgacaatc tgatatttag     11460
     atagatcctc ggacgcttta ttgaaattgt cgttccgact agatttaggt acgacaccat     11520
     aatcgcggta gacggataag agttcttctt tgccattacc aagtcgcttg gttcgcttaa     11580
     atagattcca aagaggaaaa gtcgaccaat cgattggtat ttctcccaac cattcaacgc     11640
     cgctgtcctt gtacttaggg tatggctttt gactcatgcc ttaacctgct caagacgtgc     11700
     acggatgcgg ccgaggaccg cgtcgagatc cgcatcaatc tcttccaacg ggcgtggggg     11760
     aatgtattgg tagaagtggc gggtgaaagg aatctcacag ccttccttcg tcttctcctc     11820
     gtcgagccaa gcatcgggca caaagggctt gatctcacgt tctatatagg cgtggatgtc     11880
     ctcgttccaa gggacatttt cggtgtcgcg gagctcagca tccggttcga tcttgctttt     11940
     gggcccagtg cagacgtcgg cagtgtcgtc tcgtttggaa agaccggcga tgagggcctt     12000
     gagctgcgga gtgctcaact cgacaccagt tgccttgagc gtccttttaa gtcccgtggt     12060
     gaagttgtcg cggtttttcc acagcacggt agcatccatg gaatccaacg cagtgcgtag     12120
     atcggctact gcatcggcgg tgagctttcc taaaggcttg gctgccaggg cggtgtcgat     12180
     gcgttctgtg gtggtggcga agttcagctt cagcgggcgt tcaacggtga tggttcggta     12240
     gaagaaatca gtggtgttga agatcttcga ttgatcggtc tctgtgaagt cgccgtagag     12300
     tcttacaatt gcttgaatgt cttctgggcc tagttcgttg cgtttggaac ccagtccctt     12360
     gcgcatcttc cggaacagtt tagatccatc aaccagttgt accttattgc ggcgttctgg     12420
     ggacttctcc ttggagagca cccaaatgta ggtgctgatg ccggtgttgt agaacatgtc     12480
     ggttggcagg gcgataatcg cttccaagta gtcgcgttcc aggatccatt tgcggatgtt     12540
     tgattcgccg gatcctgcac caccggtgaa cagcggagaa ccgttgagga cgatagcggc     12600
     acggcctccg gcggatccgt gggctggttc gcgcattttg gaaatcaggt gcagcaggaa     12660
     gagcatggat ccgtccgaga cacgcggcaa gcctggtccg aagcggccgg cgaacccctt     12720
     ttctgcgtgt tcttcacgca ctgccttttc ctgctttttc cagtccacac caaacggcgg     12780
     gttagatagg cagtagttga aggtagttcc tgcgtgtccg tcatggcgca gcgtatcgtc     12840
     gttgacgatg gcgtcgactg actggccctt gatgaccata tcggccttgc agatcgcgta     12900
     ggactgcgga ttcagttcct ggccggccag ggtgagacga gccctggggt tcatagcagt     12960
     gaggtggtct tcagcgaccg agagcatgcc gccggtgccg gcggtcggat cgtagacgga     13020
     gcggacgatg tcctcatcgc gcagtgcctc atcgtcgttc tcgaagagca ggtcgaccat     13080
     gagttcgatg acttcgcggg gcgtgaagtg ctcaccggca gtttcgttgg aggcctcagc     13140
     aaacttgcgg atgagttctt cgaagatgtg acccatcttg tcattggaga cgtgtttcgg     13200
     gtgcagatca acttcggcga aacgctggat caccagcagc agcaggttgt tctcttcgag     13260
     ttcttcgatg cggtcttcga tcttgtattt cacgaagatg tcgcgcacgt tctcggagaa     13320
     cgcgttgatg taggaaagga ggttttccct gagattttct gcgtccccga tgagggtgcc     13380
     cagatcgtat tgactggtgt tatagaagga gtgctggtgg ccagccttgg tcttgagcaa     13440
     taccgggcgc accgataggc ccttggcatc tgcctcggca acgacttcaa gcaccttgga     13500
     cttggtgtct gccaggacag agtccaagcg gcgcagtacg gtgaagggga ggatgaaatc     13560
     cccgtactgg tgggctttga agttgcctct aaggaggtca gcgatgcccc aaatgaatgt     13620
     cgcgtgcttg ctcatgtctt acctgattca tcatggatgt tgtgcaccag acccatcgaa     13680
     gggatctggc aagtcttact ctctattcaa ccctgaaatg gaggttaggt ttgaccgata     13740
     gggaagttct gagagaaata gaaaattgac agaagatccg aatgcacggt ggccctcaag     13800
     cgtaggcggt attcgtccaa aagttatggc atgcttccga actatttatc agcaaatcac     13860
     cctgtgaagg tcttctagcc cgaggtacct gtagacgttc ctaaaaacga tcgtttttgg     13920
     gaaaggaaat cgtgccatcc gagcagggag catgaatggc gcgatttcac tgtttctgac     13980
     ttcccgaaac tgggtaccga tacttctgtc tccctaaaca ttgtgttagc gattgtgggg     14040
     caccaccgag ccactaatta cgctgtgtac tgctaagtac tcctgtttag ggaatatacg     14100
     cgcagaaatt ttctggagta ttttcccagc ctgcgtcggt tatacacagc tccgtgttct     14160
     tctcttcctg catgtcagga ccatgggcta tgcctcaaag acatcttcta ctggcggtga     14220
     gacccgcctc atagcacaac ccgctgctat tgatttacac ttaccccgga taatcccatg     14280
     ccacttcaca ccggacgtgg gccttgtgac tcaataaggc cgttttgtgt ctgacgaata     14340
     cctgactttg tggggttgct gagtaaattg ctccggtctt gacctatacc tatttcccgg     14400
     aagtagtgtc aaatgaccgc agaactagtg gacaacccag gagttcatgg tgaacaccca     14460
     ccgcaaagac attcatctat ccctctcata tgaccagtac gatgatctga cgagtgcttt     14520
     agagacccat cgcgacggat tgcaacagtt cgtcaaggag tcagcttcag gtttcggttt     14580
     agagaccaca tattggtctc accgcgttgc agaggtccaa ggtctgctcg aagctgtgca     14640
     tcgtctcgcg gcaggcgaaa gccctgacgt ggtaaagcgc gacctgcagc gcctttcccg     14700
     gctcttcagg aataagagtg taaccacctg aaaccaacac cccgattccc gggcatgtcg     14760
     ccgagcacga aaaagtcgag gtcttccaga agaatggaag ttactacact agccattttc     14820
     gaaagacctc gacgttgctc aatcctacct tcaccgcacc agacctcacc actttcacca     14880
     atcttgacgg cttgggactg accgcaatcg ggcaacacct gagcgcagcg aaagccgaaa     14940
     tcctctgcca cgtcaccaac ccgatccctt ggtgccaaac ctgcggagca gcaggcattc     15000
     cacgcgatac cgtcactcgc cgcctcgccc acgaaccatt gggctggcgt cccactgtcc     15060
     tagtcatcaa acaccgccgc taccgttgcg ccaattgcca acgagtctgg cgtgaagagc     15120
     tgtcccaagc agtagcgcca cgccagaaaa tcagcaggac cgggctacgc tgggcgctgg     15180
     ttggactggt ctgccaccac ttgtcagtct cccgaattgc cgaaggcctc ggcgtcacct     15240
     ggaataccgc caatgaggct gtgctggctg aaggtcaacg cttactgatt gatgatccaa     15300
     cccgcttcga cggggtcaaa gtgctgggag tcgatgaaca tgtttggcgg catacccgaa     15360
     ccggcgacaa atacgtcacc gtgattgtgg acctcaccgc ggtgcgtgac ggcaccggta     15420
     ccgcacgact gatcgacatg gtccctggaa gatccaaagc tgtattcaaa acctggctgg     15480
     ctgatcaaga agaacaatgg aaacagggca ttgaagtcgt cgcaatggac ggtttcaccg     15540
     gcttcaaaac agctgccgtc gaggagctac cccacgcggt ggaggtgttg gatccattcc     15600
     atgtagtcaa actaggttcc gaggcgctgg accagacccg gcaacggatt caacgtgagc     15660
     aacatgggcg tcgaggacgc aaggatgacc cgctttacaa gtgcaggcga acgctgacca     15720
     cgggactatc cttggctacg gaaaagcaga agaccaagct tgaagacctg ttcaaggagc     15780
     cggagtatga gccggttcaa ttggtctgga gcgtgtatca gaagatggtg gatgcctacc     15840
     ggcaaccgaa gcccgaggtc ggacggtggg ccttggagca actgatcaac gaagttggca     15900
     cgaaggtacc gaaagggttg ccggagctga aaaagctcgg cggcaccctg cgcaggagga     15960
     agacggacat tctcgcgtac tttgatcata ttggtagttc gaatggtcct accgaggctt     16020
     tgaatggcag gttggagcat ctgcgaggta tcgcgttggg gttcaagaat ctggcgcact     16080
     atatcgcccg gtcgttgttg gagaccggtg ggtttagacg gcgtttacac cctcaatcct     16140
     gaagagcccc tttcccacga ctcacaggaa catccaccct cgtagcacgc accacagttt     16200
     cgccaaagct ctgacgcaaa cactgaacct gatcagcatt caaagctgaa cgatgccgat     16260
     caaaccggtg acaggccggc gcacaaaata accggcctgt ggagagccac tgctgtagca     16320
     gtgcggcatg accgattact ggccttgagc cgcgatgccc tgcatcgtgt tcccctcacc     16380
     tggcatctga tggtgtgctg cagaaagagt tagaggctta gagatcgcgc caataggtgt     16440
     gcaacatccg cagtaagtat taatgacagc gtaattaacc acgtcaggca ctgggctgct     16500
     atggatattt cggacagtgg caccccatga aatgatgggg ttcaccgaaa tgaggaagca     16560
     ccacaaatgt catcaacacg acgcaagttc agccaggaat tcaaagacga actctgccgc     16620
     gaagtcatcg acacagccag acccatcaag tctgtcgcca ctgaatacgg cgtcggcacc     16680
     gaaacgctac gcaactggct gaagaagtac aaagaagccc acggcggccc tgagaccgag     16740
     ccggaactca acgtttccga acgtgcccga ctcaaggaac tcgaacgcga aaaccaagag     16800
     ctgaaggccg aagcagcgtt cctaaaaaaa gcggccgcat acttcgcaag ggagccacgg     16860
     tagtggcgaa gtatgaattc atcgactcct acgcagcaga ctcgtcaact ccggcgattg     16920
     tgaagatgtg ccgatggctg gaggtctccc ggtccgggtt ctaccactgg cgctcccgcc     16980
     cagtctcggc caccgcggct cgcagacagg ctttggcgga ccgtgtgagc catttcttcg     17040
     aggaatcaga aggaacctac gggtaccgca ggatccacgc ggacctcgcc gctgagaaca     17100
     gcgagtgctc accggagctg gtccgccaga tcatgcgcca agagggcctg gtgccgtgtc     17160
     agccacgacc gtttaggacc actaccgaag cggatgccga agctgctgca agcatgcctg     17220
     atctggtgaa acgtgacttc accgcgaatc gcccgggcct caagttcgtc ggtgatatta     17280
     cgtatattca cacgtggcag gggttcatct atctggcgac ggtcatcgac tgctattcga     17340
     agaaagtcgt tggctgggcg atcgaggatc acatgcgtgc cgagctggtg gagaaggccc     17400
     tgcgcaacgc tgcggatacg agcaggatcg agccgaacgc gatcagccac agcgaccgcg     17460
     gaagtgttta tacctcggct tcataccggg ctttggttgc ccggttgggg atgcgttcgt     17520
     ccatgggtaa gaccgggatt tgctgggaca atagccaggc agaaactttt ttctcggcgt     17580
     tgaagaacga gcgggtctac cgcacgacct acgctacgaa ggaacgggcc cgcaaggacg     17640
     ttatccgcta tattgagggg ttctataaca gtcgtaggcg tcattcggcg cttggttatc     17700
     ggcgtccgaa tgaagtccat tatagttatc agcagtcggc tacggcagcg tagagaaacc     17760
     attaatccgc tgtccgaaaa ctcctaagca gcccacacgt cattaagcag tgaagcaggc     17820
     acggacagtg ttaaacaagg tttgtctaga accgtttaca caagaaggtc acgtgcctgc     17880
     cctaccatct tccatcatcg agcctctctg gcgccaattc gaagcgttga tcccagatcg     17940
     gaacgtaacc catccactgg gctgccacaa gccacggatc agcgaccgga tcatcttcga     18000
     caagttcatc caagtcctcg tcctgggcgc tgcctatgag aaaatcagcg acacgacctg     18060
     ctcggccacc accatccgac ggcgccgcga cgaatggatc accgcaggga tcttccgcga     18120
     actggagcag atctgcctgg aatcctacga ccggatcatt ggactggacc tagagaatct     18180
     cgtcatcgac ggatgtctgg tcaaagcgcc gtgcggcggt gaagccgccg gaaaatcccc     18240
     ggtagaccgc ggcaagcaag gcaccaaacg ctcgctgatg accgacggga aaggcatccc     18300
     ggtcggctgc atcaccgcag gcgcgaaccg gcacgattcc ccgttgctac gccccacgct     18360
     cgaacgcctt tcccgtttcg gctaccagct gccagagcag attaccgtgc atctggatgc     18420
     tggatatgac agccgtaaaa cacgggagct gcttaccgag ctgggttgtg attgggagat     18480
     cagtaccaag ggcgaaccct tgcaggccgg ggtccgctgg gtggtggaac gaaccaattc     18540
     gtggcacaac cgggggttca agaaattggc gatctgcacc gagcgcaagg tccgggtcat     18600
     tgacgcgttg atcagcctcg cgaacagtgt catcgtgatc cgcaggctga tcggggaagc     18660
     gtgggcgacc catcggtggg atacgaggcc taatcgaaag ccttaagaat cgtttgtccc     18720
     ctattggcgc gatctcttag acgctgctcg tagttcttcg tggctgccac tgggtggaac     18780
     actggaatgg gcagtgcaac tgcgcaggaa tcccaatact tcactcggaa agttaccgcg     18840
     ccttggtctt ctgtgcgagc gaaaagctcg tggatttttg ttgtagcttt ttccggatca     18900
     acgggctgca atgcggggtt cggcgtggaa acatagaaga atttaagttc attagagcca     18960
     gtatcgagca cggccaccaa gacagaccga ccgtgcatgg acactagacc catgacgtcg     19020
     ttaaccggtt cggtaggcgc cgccatgaca attggcattc cctgagccca gccgtgcgcg     19080
     gcgaggtgtg cgcgtccttc acgtgatccg agcagttcgc tgacgcgttc ggcagtttgc     19140
     gttcttacga gacgtcctgg cattggtact acctccactg tgttcttgag tcttccgagt     19200
     gatccccatc agcttggaac aagacacaac gcagactggc tgcctgtcgc tgcggttctt     19260
     agtgtgttgt ttccacccta ggatgatcgg cgcaacaacg ctaccgattc aggtaaacgt     19320
     taataaaagt tcacgtcaac tcatcaattg gcagtttttt aaggaaccgc attgcctgtg     19380
     gaaagaaaat gtggattggc ggaagggtgc tgaaaatgac tagtcagaca ggcaagggct     19440
     gggggccgcg cgttgctcag agcgcatatg aagcgtcgaa actggggatc ggtgaggatt     19500
     ctcagaaatt taagaggttt gactagggaa ttggcgcaag gctcagcgat tatcagatga     19560
     cagctgggca tccgccgcgt ggttgtcgtt gctgacgtag agggggatct ggtgaagcgc     19620
     ggcgctatga gcccagaaat ggacgcgaaa gggcataagc ctattctcgc tgtgcctaat     19680
     gcagagttcc gcgagcgtag ttcccgatgg cagaggaaca actctggtga agagggggct     19740
     ggggatggtg acatgccaca gttgcaaggc gtcagtttga gcgttggtga gcgccagaag     19800
     cacagcccgc ccatggacgg aaacaaaccc catgacgtct tccaccagct catctcggtg     19860
     ggcaaagact actggcatgc cttccaccca tccatacgcg gtgaggtgcc tttgagttat     19920
     agggcaatgc agcagctcgt tgagacgttg ggtggcgggg gtatgtagtt cgggcgtgtt     19980
     catatcttcc tccattgggg gcagcttgcc ctaagctgac cgaccacgag ctttactgaa     20040
     ttttattcag gtacgttccc cgggtttcgc ttgcggcgct cggtaatctt tgtggagtga     20100
     tcttctgaga atactcctaa cttgggaaag agggtatcca atcggcggaa gactttgggc     20160
     gtctcatggc cggcaaactt aaggggatgg cccagattcg atgacgtcga tccctatgaa     20220
     tgaactaatt ggtgtgaagc ttgtccattt tattgatccg tcggtagagg gttgcgcggg     20280
     acatgcccat gtctttggct acttgcgttg ctggttcgcc ggcctgaagg agtttcaccg     20340
     cggtacggat ctgggactcg gtaaaggtcg ggcgacggcc tccgagatcg ccgccggtgg     20400
     tgcggcgttt ggtgacggag tcgttgatgc gttcccgttt gatttccagc tccatctgcg     20460
     cgagtgctgc catgacggtg aagaccatgg cgcccattgg ggttttggtg tcgacgtcac     20520
     cgccgcccaa gttcagcacc cgtaaaccaa tatttcgctc acgaagttct tcggctaatt     20580
     cgagcatttt ttgggtggag cgcccaagtc ggtccaaggt ggtgatcacg agcgtgtcgt     20640
     tcgggtgcag cgattcgagc gccttaccga gtccgggccg cttcgccagt gcgccggata     20700
     ggccgtggtc gatatagagg tcatcgcgtc ggaccccagt cgcaagaaga tcctggattt     20760
     gccggtcggc gtcttgggct ttggttgata cgcgggcgta gccgatcagt ttgggcattg     20820
     gtccttcgaa agtgtctcgc aactaatggt gtagacacga ttttacgcca tcggttgcga     20880
     cacatagtta cgagaattct agaccattga gtttccgtgg atttttcacc gggggagtga     20940
     ggttcgacga gacgtcttgc aacctatagg ttgcaagacg tctcttagat aaatgggctc     21000
     ttcaggattg agggtgtaaa cgccgtctaa acccaccggt ctccaacaac gaccgggcga     21060
     tatagtgcgc cagattcttg aaccccaacg cgatacctcg cagatgctcc aacctgccat     21120
     tcaaagcctc ggtaggacca ttcgaactac caatatgatc aaagtacgcg agaatgtccg     21180
     tcttcctcct gcgcagggtg ccgccgagct ttttcagctc cggcaaccct ttcggtacct     21240
     tcgtgccaac ttcgttgatc agttgctcca aggcccaccg tccgacctcg ggcttcggtt     21300
     gccggtaggc atccaccatc ttctgataca cgctccagac caattgaacc ggctcatact     21360
     ccggctcctt gaacaggtct tcaagcttgg tcttctgctt ttccgtagcc aaggatagtc     21420
     ccgtggtcag cgttcgcctg cacttgtaaa gcgggtcatc cttgcgtcct cgacgcccat     21480
     gttgctcacg ttgaatccgt tgccgggtct ggtccagcgc ctcggaacct agtttgacta     21540
     catggaatgg atccaacacc tccaccgcgt ggggtagctc ctcgacggca gctgttttga     21600
     agccggtgaa accgtccatt gcgacgactt caatgccctg tttccattgt tcttcttgat     21660
     cagccagcca ggttttgaat acagctttgg atcttccagg gaccatgtcg atcagtcgtg     21720
     cggtaccggt gccgtcacgc accgcggtga ggtccacaat cacggtgacg tatttgtcgc     21780
     cggttcgggt atgccgccaa acatgttcat cgactcccag cactttgacc ccgtcgaagc     21840
     gggttggatc atcaatcagt aagcgttgac cttcagccag cacagcctca ttggcggtat     21900
     tccaggtgac gccgaggcct tcggcaattc gggagactga caagtggtgg cagaccagtc     21960
     caaccagcgc ccagcgtagc ccggtcctgc tgattttctg gcgtggcgct actgcttggg     22020
     acagctcttc acgccagact cgttggcaat tggcgcaacg gtagcggcgg tgtttgatga     22080
     ctaggacagt gggacgccag cccaatggtt cgtgggcgag gcggcgggtg acggtatcgc     22140
     gtggaatgcc tgctgctccg caggtttggc accaagggat cgggttggtg acgtggcaga     22200
     ggatttcggc tttcgctgcg ctcaggtgtt gcccgattgc ggtcagtccc aagccgtcaa     22260
     gattggtgaa agtggtgagg tctggtgcgg tgaaggtagg attgagcaac gtcgaggtct     22320
     ttcgaaaatg gctagtgtag taacttccat tcttctggaa gacctcgact ttttcgtgct     22380
     cggcgacatg cccgggaatc ggggtgttgg tttcaggtgg ttacactctt attcctgaag     22440
     agccgataaa tgattcagtt cgtaaaacca aaattacagt gtcagagcta tttccagcct     22500
     gcgttggtga ggaggtcgac gatatgtcct agccccacat ttcttaggtg tgcaaatagc     22560
     tgctgagcag gtggccaatt gctccgatag ggttcatcgc aagatccggt gtagagtcct     22620
     ccgccgggtc cggtgtagag tcctccgccg ggtccggtgt agagtcctcc gccgggtccg     22680
     gtgtagagtc ctccgccggg tccggtggac atgcctccgc caggaccagt gtagagtcct     22740
     ccgccgggtc cggtggacat gcctccgcca ggaccagtgt agagtcctcc gccgggacct     22800
     gtgtattgtc ctccaccagg acctgtgtat tgccctccgc ccggacctgt gtattgtcct     22860
     ccgccgggac ctgtgtagtt atcgcgtggc caagtagtca tacacaaaat ctaccgcagc     22920
     ttacagaaat tccgcatcaa gtaactaaca tatttgatgt ggataaatat ttaaatcggc     22980
     aatttctaaa aatatgtgca ttaaaatcca ttaactaaca ttttttccgg aagctatttg     23040
     tgcaaaagat ttaagtgtat cgaggaagaa agctaaaatt tctctgtttt ttatatgccc     23100
     cctattgggt gtcatttgaa ggaaatctcc agcaggaggt agggggtcag gctctactga     23160
     aagaatggtt tggagaacat ttttgtatgc cagtcgactt tccacgctat catgcgcggc     23220
     ttggttcctt atttttttaa tccatgatag ttcagaagag attagagata atgcggtata     23280
     gagcggacta tcttcttcga aatatatatc gcatctattt cgcacttcag atgcttcgga     23340
     ccagtctaag aaacggcttc ctatcgatga ggaaatgagt cttctcgcat gctgtcggtc     23400
     tttcggtgaa acgaaagtga ctatggagtt tccttcgata gttttttcac ctgttaggta     23460
     agagatgaac aaactctcaa tgaaattctc atgtgcgcga gcggctctaa gaataatgct     23520
     ttcgtatatc agggatcgag tgctggaatc aacgatatga tttaccgcat gtaaacgcag     23580
     tgactcgcat ccatcaattt cggagattaa ttcatttaaa taatcattca ctggcatttt     23640
     agtgaccgat aatatattcg acaatgaagg tcgtgcgttg ctctcttact agctgatctg     23700
     tcgtagcacg tcttgatcct tggatgaatt cctgccattc gagcggagtg atgccctgcc     23760
     agtctttgga agtgtaaaca tcgaattgtg ctgacatatc gtctaaagcc actctagctc     23820
     gggagggtga gaaatttttt ccactattcg tgactgtctt agcgtgaagt gctggcaggc     23880
     gtggaacgcc ctcagtgagg tgggacacgg ccaggaatgc agaatagaag aggtgtatac     23940
     gcgcaaagtt actacctcgg agatcctcag cgttgaaaat cttagaaatg acggtcatgg     24000
     tttcatcgaa tatctctacc gcttgatcta cttcgaattc tgcatcgtca tattcgcggt     24060
     agaaggatgg aatctgcttt tttgaagaaa ttcctctaat aagtgcgcca agaagatctg     24120
     ccgcgagttc tacctcaccc attcttgcta attgcgcatc actaaatatt cctgcttctt     24180
     tccagaactc ggcatatttg tggcccatct catgagcact tgttttaaat gaaccaaggt     24240
     aattagcatt tagaagttca gtgctattca gctttacgga gtaagtgttg agcctcgcga     24300
     agatatctag taactcgttg agttctgtat taaaaagaac atccacgccg atttcatatt     24360
     gcaaaaactc atctctttca aagtcctcta attcggagta ttttataccc gcaaattgtg     24420
     gattgtgtgt tcttgaaact gtgaagttgt cactcatgaa ctctaaaatg gacctaaggc     24480
     gttgctgacc atccaccacc gtcctaaggt ttctaccgtc tacaagactc tgagtaatta     24540
     gcaccttggg cattggcttg ccgcgaagta tggtgtcgat gagatacgac tttgctttcg     24600
     tggtccagac ggcacgcctt tgaaaggcag gagaaagaga aagcaatccc gagctatgcc     24660
     attctgcaaa atcagaaacg ctgtatgttc tagtatcaaa ttttttcatt agacaactcc     24720
     caagggccta aattattacc caggtttcaa ttttggctag caactatagg gtttatgttc     24780
     tcatgttagc tatgcgggaa ggctaatggt atgttcccgc gcatcgctgg atctgatcta     24840
     acatcttttg aaagtcgaga taggagctga ggataaatcc attcaaccga aactatccat     24900
     agaccgtttt cggttgattt ggtaaaatta agtaggacga gtttcttgga aggagccggt     24960
     gatggacgag aagtttgata ttgaggaacg gtggccggaa ctgtttgcgc agcttgatgc     25020
     cacccagcgc aatgccgttc ggcagtcact agccgcggcc tggcatgagg gatgggtccc     25080
     gaaccgcgag gacgtcgaga acctgaccga cgaggcccgc ggcgcgatcg acgaggccga     25140
     gtatctgcgc cgtgttgacg cggcggctga gcggcatcgg tccggtgctc atgtggtgac     25200
     caattgaccg attttgatac ttgggagtcg tatttctatc ctccgccgga tcatgcgacg     25260
     atgcggaatc tgctgggtga gcgtgacccg gcggtgttgg cccagaaaga gtatggtcgc     25320
     actgcttggc ggcagcgaca gcttaacgct gatccgtccc tggttgccca cacgtacgat     25380
     gctgagcacc tgcgtacgat ccatcggcac ttgttccagg acgtttatga gtgggcgggg     25440
     gagtatcgca cccagaatat gagcaagggc aatgcgatgc gtggttttgc tgatgtgtat     25500
     tcgggcgaga tcgaccgcta cctggccgat gctcagcgtc tggtgcagca gaccgattgg     25560
     ggccggttgg accgcgagca gttcggtgct gcggcggcca atgttttcgc tcatgtgaac     25620
     caggcccatc cattccggga aggcaatggg cgttcctcga aggtgttcat ggagcatgtg     25680
     gctcagcaat cccgctttac tttggactat gcgcgggtga gcccgcaggt gtggaatcag     25740
     gcgtcggagt tcagtgctcc ggatcttggc cggtatgagg tggtaccgga ttcgctggtg     25800
     ccggtgttcg ggcatatcgc ggtcgagcgg actccgacgg caacgccagg ggtcgacccg     25860
     gcggcgctgg cccggtcacc actgagcgcc agttatccca aggcgcctgg ttcctccaag     25920
     gattctgacc ggagcgctcc tacggggcag cagtccccgc cacgtggcgc tggtaggcct     25980
     gggcgcgggt atggcaccaa tggaccagga gtaggacgat gagccacgtt attggatatg     26040
     cgcgggtgag caccagggaa cagaatcccg aggcccagga agcggagctg cgagcggccg     26100
     gggcagcccg cgtttatgtt gatcacggtg agtccagtcg gttcgaggac cggccgcagt     26160
     ggatcgcttg cctggaccat ctgatggatg gcgataccct catcattcgc gcgctggatc     26220
     gcatcgcggg cagtgagctg atggcgattg aaatcatccg ggacttgggc cgccgcggcg     26280
     tacgcatcaa gagtctcacc gagcccttcc tggacgttga tacgtccaca cctatgggtg     26340
     aggccattgt gggcatcatg gccgtgctgg cccagcttcg tatctcgacg attcgagaaa     26400
     atacccgccg cggtttggcc cacgcgcgag cccagggccg tgtcggcgga cgcccgtcgg     26460
     tgatgacagt ggagcggacc gaagccgcgg tgaaaatgcg cgccgagggg cagagcatcg     26520
     cgcacatcgc caaggtgctc ggtgtcgggt cgtcgtccgt gtcccgggca ctggcccgca     26580
     tcgaagatga gcgcgcagcg ttcacctcga tagttgatgg agtcctgtcc gatcacgtgc     26640
     ccgacggggc accgcttgac ggttcagacc attcttcccc ctcctcccga taaatgccgc     26700
     cctgcacacc acagaccccc gtccagggtg cggcgtagcc gcatcacgca gtgacgcgaa     26760
     gcgcccttga cgggggtctg tggtgtgtaa tcatttgggc atcgggggga ggggaaccac     26820
     taccaccgag gccgtgcaag ggccgcgata ttctcactgc aacatttcga cgtaaaggtg     26880
     acttgcggcc ggtgtgcggg cggtcagtca gggtcccgct gtccacctgt gggcgggaca     26940
     agaccgaagg aaatatcttg tgccgtccac aggtggtcag ggggctagat tacgaactag     27000
     acgatgattc ttcgacgccc tgtggggcgt ctttttcatt ggaaactgaa tcggtctgcg     27060
     cggcagactt cggcccagtt ttacgtgtgg aacggcgacg ggcgcgaacc ttcttgtccg     27120
     gctcggcgta gccgattttc cgcaactcct cgactgacca tccggcggat attgcagcgt     27180
     tgaacgcctt gacgtcgtcg cgctcagcat caccaactcg tttcgcaatt tgggcttgaa     27240
     tctcggcaag ttctcgggcc gtcttctcgc gcacatctgc gagactttga cgcgcttctc     27300
     caaccaagcg gatagcgcta attcgatctt cctgggcacg ccgcgcgcgc tccactgctt     27360
     cttcaatact cggttcctta gccatgcttc catcgtacga aagatgcacg ggcgcgtcga     27420
     tgtttcgtcg gcataaaaga gaattcgcgg cggagccgca accgctcgcg tctgccaacg     27480
     cgagaaaaag agaaacggtg ttcccgacgg agcaagctat agacttaggt cccctaagtc     27540
     gatttgtcct cgacttcgtg tcgaggatgg ggcacactgg aagtgtggtc cccgcacaag     27600
     gcggggtcgc tgcgctgggc cgaaagaagg tgatcccgtt gggtgacgaa cagactccca     27660
     caggtcgctt gttcgcgcgc cgacgtcgtg ccaacgtcga aggaggacgg cagcaccatc     27720
     acaaggtgaa ggtaacgccc gaagaagaag gcatgctgct tcggctggcc gaggcgcagc     27780
     acgtgaccat ccctcgcctc ctcgttgagt ctgctctggc atcggaggcc tccgagactc     27840
     ccacggaacg aaagcaagcg atggctgaac tgttcgcatt gcatcgtctg ttggtagcca     27900
     tctccaacaa cgtgaaccag atcgcacgac atacgaatgc caccggcgag gtgcagcctg     27960
     ccaccgtctc aacgttggct aaggtccgtg aagttgccga acgcattgac gccgcaattg     28020
     atgggctgag cctgtcatga tgccgaacat tgtgcgcggt gatcgcatgg ccggtttgat     28080
     gacctacctg gctggtccgg ggcgttccaa tgaacacacc gaaccgcacc ttgtagccgg     28140
     tgatccggcc atgatggcct ggcacgatga tgccgagttg agccgtgatg ctgctctggc     28200
     aattgcacga cacctcgacc gtccgcgcaa ggcctttgag gtggaagtca acggcggtca     28260
     cgtctggcac tgttccctgt cgctgcgcgc cgatgaaggt gcgctctccg atgaaaagtg     28320
     gaacgagatt gccaacgact tcgtgaaggc catgggcttc gacgacaacg aaggaaccaa     28380
     ggcaccttgc cgctgggttg ccgttcatca cggagtgtca aagaacggca acgaccacat     28440
     acacctggcc gtgaatctgg ttcgcgagga tggcaccaag gcctctgtcc ataatgactt     28500
     ccgccgcgcg caggccgccg ctcgtgctct tgaagtagag catggtttgg aaccgttgga     28560
     atctgcccag gcgcaacgcg cgacccgcgg ttatgaccct gccgaacggg aagcccaggc     28620
     atgttcccgc gcccgggcaa agtacgaacg cacccgtgcc aagcagggca agaaatctcc     28680
     atcgtgggag aacctttccg gggccgaccg taaggcgcac atcgctgccg agctgcgcac     28740
     tgaccagcct cgtttcctaa tgtctttgaa ggtgcgggcc gcctcgactg caagtaacag     28800
     tgaagcggaa ttcgtgcgcc gcatgcgccg tgacggtctg ctggttcgcg ctcggtttgc     28860
     cgacggacga accgacgtcg tgactggcta ttcggtggcc gaacgtcccg aggccggaga     28920
     acggccgatc tggtacggcg ggggacacct tggccgtgat ctgacgctgc cacggttacg     28980
     tgatggctgg cccgatactc ccaccggagc aaccgaggcc gcggccgaat ggaacgctgc     29040
     gaagcgcggc cgccgcgtcg tcgcgccggg ccgcgaagca cacgaaccca atccggaatt     29100
     gtgggatcag cgcaacgctg aactacgcga gctggtggac cggctgcgcg ctgttccagt     29160
     cgatgaccgc gacacctggg cgaccgtggc acgccaaacc tccggggcct tggccgcatg     29220
     gtctaacgcg accgagcgca cgcccggaga cctcgctgcc gctgccgaag cgttgtctcg     29280
     ttccgcgcaa acgtatgaac gtaccgtaag cccccaaaag gccggcaccg ttgccctgtc     29340
     cggtgcagcc atgctcttgg ccagcgccgc ccgtggcgga cagggcactg tcgcccaggc     29400
     ggcgatggtg cgccagctct tgcgtctgac ccaggcagtg catgacgcct gtgtggcagg     29460
     gcagcaagca cggcaagcga agctgctggc cgaggacact cgcgcgcggc tggtccgcgt     29520
     tcgtgatgcc atgcctcagg tgcctaccgc aaccaagggc agcgccacgg caacccttga     29580
     acgcccgcgc acgctcgatc ccgaggcaca ggccatgctt gaccggctgc acgccgggca     29640
     gggtaagccc gctaccgcgg cggcttcacc catccccaac aagatcgagc cagtcaagac     29700
     ccatcagacc accaagccgg gtacggaccg cggcccggaa cgataggata gggggccgat     29760
     catggccgag gaatcagatg gaattgagga agccttcgaa ggccaattga gagtcctggt     29820
     caccgctgcc gggcaaattg ccgaacggat ggcccgagcg cgcgaggatg cattgcgtcg     29880
     agcgcaagcg gccagcgagc aggaagcgcg cgagctgcaa tcccggttcg ccgcagagca     29940
     gcgtgccgcc cgtgtggaga tgagcaatgt tcatcgcgcg gagtggtggg accgggccac     30000
     cccggaacag atcggccaca cgtatcaggt ggcccgcgcc tggtccaagg aagaacccga     30060
     agcggttcga gctgaacagc ggatgcgcga tgaactgcgc acccgctact cggtcgacgt     30120
     cgagagtgcg ggagcggacc ccgaagccgt tcgccaggct gtccaacgcg agctggccaa     30180
     atccgagcat gacagggcgg ccgcggccgc cgaacagtca cgctccgagc aggaacgagc     30240
     tgaagcgcaa cggctgatga cgatggcaga ccaggacgag cgccgggccg aggaatcccg     30300
     ggctgctgcc gtacatgagc cggaccccga ggaacgcgtg cgtgccgccg ccgaagctga     30360
     acagcacgag gcagaggccg cccgtgcccg agaggacggg cgcaccgttt acgacagtgc     30420
     cgagcgccgt gcaggcaccg cccagagcct cgaagcccaa ggtattgacc gcgaggtggt     30480
     ggccacacgc ctgcgggcag acgtcagcca gggaaaaccc gccaccgagg ccgtcaaggg     30540
     cgccgggaag tccaaagcac ccaaggcccg taagacccgc ggccatggca cccaagtcca     30600
     acgagcgggc ctggatcggt gagaacagaa acgatttgga cagtgaagtt gcccattcat     30660
     tgaattgcag ctaggtaaaa tattttgaaa ggccttcagc gttggaaaat tacgttaaag     30720
     aacgtctaaa gtcacagatc ctatcgctgc cgatattcat tgtaattgca ttcatggttg     30780
     atctgatttg gcacatgact gaagctacgc cgcttgggtt tactaccctg tgggccggta     30840
     ttcttgttcc ttgtactgcc gtcttgatct ttgccaccgt accgaccttg attaagaaaa     30900
     ctcgatccgt ggtacgtgat ctgatcggtg tctttctcgg cgcgacactg tttggcgtaa     30960
     ttgccagtct ccccgtctgg agttcgacag caggactaag tgatgttgct cggggagact     31020
     acgcatcagg tgtgatgctg tcaccgttta tgggattgat cgtcgtagcg atctttgcta     31080
     tttcctcggg attttttgaa tacctattgc atcgacgtat tcggacccgc agcacgaaaa     31140
     ggtagatcat tcggtaaggg tgagtcgaac caggtagcca ctgaactacg gctttattga     31200
     cgccattgga aatgattacg ttgttgacgt aacgacccgg ttctaagtaa caggcacaag     31260
     acagggaccg cacctaccag gtgcggtccc tctcatgttg ccggttacgt tgcaggtgaa     31320
     ggcatcggtt ccaaccggcg tacgaacttc accaacaagc ccaagaccag gaagccgatg     31380
     aacagccctc ccaggccagc gggcacggtc caaagccata gccaggcatt cgtctgtgcg     31440
     tgtgggtaca tcgcagaaac gagaatggac ggggtgctga tgatggccaa agccatgacg     31500
     gcagcgggca agctggccac cagggccttg gcggagccag caagaacgtt ctcagaaggc     31560
     atgacgtgct tgaaggtatt gcggcccaag caccaaagcg ccatgaggct ggtggtcaac     31620
     aatgaccacc aaagagcgta tccagtgact tgtattgctt cgttcatggt gtttcctcac     31680
     tttcagatga ttcgttgaaa actagcccgg ccattcttcg acgggtggtt ccggttcctc     31740
     ctcccgcgct acgccatctt ttgtttcgtg gacttggcgt tggtcaggga ataagccctc     31800
     cggcggcgct gcataaggca acggctgccc ttttttggac ttgttttcgt cggcgtccgc     31860
     tgccgaggaa aacggcccat ccgggtccag taaaaccgcc atatggtggt ccgcgtggtc     31920
     acgccaccac acgctcatcc cggtgctggg gtccatgcgc agatgttccc aggaacgcca     31980
     cagcgcttcc agacggatca ctgcctcgtc atattcccac caccgggcag cccagacccg     32040
     cgaccggccg ttgatcgccc gacgatagac attgcgcagg tactcacgga caaactcatc     32100
     aacggaaccg aagtaaaggg tttcctctgg ttcagcctcg ccctcgtcgt cctggccttc     32160
     ttcagccgcg tcgttggcct cgacctgttc ggtcacggcg gccacggccg cctggacagc     32220
     tcgctccctg agggattcca acatctcctc agtcaaggct tcatcaaccg cggacgtggc     32280
     cacgttattg atctgcttac gaaccgaggc cttgaccgct gcatcgacat attcaccggc     32340
     aagcccgcca atgtcgagcc caaacacccg cccaggcgag cggggaggat cggcggcagc     32400
     ggaaggctgc ccctcgtttt cggtgtattc gtcctctccc cagtcgctca tcatgcaccc     32460
     tccgtgctca acgcggattc aaccaccgag agttccttct cagcttcgag aatcgttttc     32520
     tcagcctcgg gatcatgggc caggatcgac gcccgcacgg cgtcagcgtg cgggccagcc     32580
     atccacggct gcgtgcggat caacgtgggc cggttacccg aggacagcac cacagcgcgc     32640
     cccttgggca tggcagccag gtcgtcgacg tccagaatgc gctcacggtg aagctgctgc     32700
     gagacggtgc gctgcccgcg cccatacgag gtggaggaag tcagacggtc atagtcaccg     32760
     atcatgcggg caagatcctc gaggaaactg ccgtcatggg tggtgccacc gcccccgtag     32820
     acgcggatat tcgatgcgct ccacagcttc ttcatcccgg attcacccca cacctcgacg     32880
     ccctgggacc agctctgcag aatcgtcatg aggatgattc cccgggaacc atagtggctg     32940
     tagaggttcg gcagatcgcg ccaccggcag acgttggcgg cctcgtcaag tactcccacc     33000
     agaggagtct ttagccggcc cccggcagac cgggcggcca gctcctcagc ggcttccacc     33060
     acggcgactg tgagcgcggt gaccaacggt cccgcggtgc cccggccttc cttggacaag     33120
     gaatagagcg tgcccccatc acgaacgaac cccgccgggt caaaatgcgg ccgagtatcg     33180
     gccgccccgc gaggggtcac ccaggtggag acctggcgat tggtcaggca cgaggccatc     33240
     tgctgcgccg tgccatacac gccgccgcgc tgcttttcgg gagcgtcaat cacaccggcc     33300
     acctgatcgg cggtcaacgc gaaaccatgc tcgcgaagaa cctccaccgc cgtgtcatcg     33360
     gtgggacgag tcagccacgt gtacacgtcg gtaatggccc ggtgatccaa tgcggcagcc     33420
     agcaacagac cggccaaaag gtcctggcct gccgggtcaa aataggcatc ggtcttagcg     33480
     ccggggtcac gagagccaga ggcgaagtgc ccggccagct tggccgcgcg cacttcgtca     33540
     gtgacatacg agagcggatt ccaccaccag ttcggttctt ccaaggcaat cgactgggga     33600
     tcaaagaccc acaccgggcc agtcttggcc cgcacgtccc tcgtggcgtc cacgacgtcg     33660
     cgtttattgg aggtcaccag gacgccgcct ggcgcatcga ggatcgccgg aaccgcgcga     33720
     cttgtcgtct tacctgtacg cggaccccaa atgtcgatgt gcatatcctc ccaggagcca     33780
     tgcagcggtg ctccaccgcc gacggtccgg ccaatcggca caccgcagga gttctcgacg     33840
     cccagccgct tggccgaagc ctgcgcagcc ttggacgtca acgattcaat gtccttgccc     33900
     cgacccatgt aggacgcggc acggtccacg cggctacggc ccttgcgcat gcggcgaagc     33960
     atcaagccga agagcaccgc caggacgatg acaacaaggc ccatcccggc cagtacccac     34020
     catcctggcg cacctggcca gttcagcttg ccaccgaaca gaccgaacac cagggagaac     34080
     ggatcggcgg gcaaagcctc gccggtccct gcaatcttgt ggcccaggaa catcgcggcg     34140
     tagatcgagc cgacaccgac caccacgacg atgatcccga tccagaccag gatcgcctca     34200
     gagcccatgc ctccgggatc ccggcggcgg ttgttttgga tgctcatgct tctgcctcct     34260
     cgacgacatg cagtgcacgg cggccgacgc gcgaccgttc gtgccagagc ttgttggtgt     34320
     cattgataga tttttcaacg tcagtcagct gcacattgac gggaatgcct gggcggccgc     34380
     caaccttcac caggaatttg ccgcgccccg gagggtcagc ttcttgcccg gcagcagggt     34440
     cccatgcagg cgggtcctgc cagccgatca acaaaccttg ttccgcttcg gagaacggca     34500
     ccgcggcggt gagctggggc atctcggccg agggcaatcc gccgcagatg accatgccgg     34560
     aacgctcaac gaaaccgcgg gccttcatcc ggtcctcctc gctggccagg gccagcaggt     34620
     cgctcatggt gtgcgaaatc attgccatgc cgacaccgcg ttgacggttc agacgtgtca     34680
     atgcgtcgac acgatcgacc atgccgcgtc cggcgcgcag ggcacgccac agctcgtcga     34740
     ggatgacgaa gtagtgccgc cgtggttcca gcccggcatc agccaaagcg ttggccacgt     34800
     tgaccgtgcc gaacccggca gaccagcagg ccagcaacgt ggcggcctgt aggtccattt     34860
     cggaatcgtc gatggcggac acgtcgtaga ccaccggggc atcgcggcgc atcggattcg     34920
     ttgtctggcg ggagaacgtc tcgccaagac gcccgccccc caccaggccg atgagtgagg     34980
     cttccaggct ctcggtgatc gccttgtaac ggttgtcatc gccacggtcc agggccacag     35040
     cccgcacttc ctccgggccg tcctggatca cccggagcag gtcacccagt accggcacac     35100
     cctcgtgatg agcgtcgagc cacttcaagg accggtcgat gatcgtttcc tcgcggtccg     35160
     ttggtggagc tgaacgcaaa atcgtcagga gcgccgagac catcgtgtgt cggcgtccgt     35220
     gtgcatcggc catcacctgg gcagcttcct tctcgtgccc ggaagcgcgc agccgctcgg     35280
     cggcttcggt ggcttcgccg ggatcaagca cgttcaagta cccgcgccca cggcccaggg     35340
     tgatgatctg gccgcccatg gcctcgatga ggtcaacata atcgggcttc aaatctccca     35400
     gaaccagggg cattacgccg taaccagcca gccccgtggc catccgtcga accagcgtcg     35460
     acttgcccag gcccggcttg cccaatacga aagcactcgg attgctgatg agcttggctc     35520
     gctggaacca ggaaatagga tcgcagcaca aggtggctcc ggtgtgaatg tggcggccga     35580
     gcgggacacc aaccatcggt gttccggtgc cgatggcaaa cggccacatg ccgcacacct     35640
     gaactgtggt gccgcgccac tcgtcggctt gctgcacata aactgactga ccgcggccgc     35700
     ggccaatcca cccacgcatg ggaggtcgct ggggcttgac ctctaccggc tcggccatga     35760
     ctttcagtgc gcgcttctta ttggttttgg agaggttctt ccacgggttc gggaagaacg     35820
     acagaccgcg ccgggcctca cggttacgtt gtttggctac tttctggctc acagcttctc     35880
     cctcaattca gccgggacct tgatgtgctt tggcagcacc aggcccaggg gcagggcggc     35940
     ggcaaatgcc gaatcctgcg atccatacac cgggcgaata cgcagacgag ccgtggcgga     36000
     aaggttgtcg atggcagctc gtgcatcggc ttccttttcc agatcggtca ccgtggccgt     36060
     caccagcatt ccgaactgga ccaaacctgc accagaggct tcctcactgg ccgttgccgc     36120
     cgccgcgcga accgcgagac tatcgcgggc cgctggcttg ttggtcgacg tcacccggaa     36180
     ctcagcggcg cgcaggtctg cctccaccat ggcggctgcc ttcgcggcgt cgatcggacg     36240
     gtacagcaac gtgacccgct tacgagcaat gtcgcggtgc ggagcgagca ggcgagctag     36300
     cacgccgctt tggacattgc cgcgtggcgc cgaggtcatt gcccaggtgc aggagtaggc     36360
     cgaatcgtgg cggtatccgc cccaggatgc ctgagctgcc gaagggccaa catctggcca     36420
     ggtcagttcc ggcgtctcac ctgccgcgtg ggcttcgtcg atcagtacgg cggcggctgg     36480
     atcgtaggca atgcggatcg tctcgcatag ttcctgtgct gagagagggt gtgccgcacc     36540
     ggctcccgtc gcctgcaatc cagcagtcag gccaggcaaa cgagctgcca gctcgcgggc     36600
     catttcttcc gcctggcgct tcttgctacc cgagcggtgg gatgcattga acgtgatgga     36660
     ggcgaaagcc ttcaccgttg acgaaccaga aggataggtc acccgcactt cgcccagcat     36720
     ggccttggca aaggccgggg cttcgtcgtc catgttcata tcaatttcac gacgcaagcg     36780
     cgttcctgaa tcgggggcgg cttcgatagt taccgaggcc gcctcgatgc ccggttcatc     36840
     tcccaggttt gcgagccagt gaccccaatc ggccacccac acgtcgatct gttcctggtc     36900
     aaccagggcc gcgccgtctg gctcggtgcc aatgaccaca gagaacgagg acgttgccgg     36960
     agtatagagc agtgcgaact tacgcccata ggaatcagtg tgctcggtca accgagtggg     37020
     ggcagccaat ccagggagct ggaaagtacc ccacaaggcc cggcccaacg gacccgagcg     37080
     gtagatgttc gaaccgcggg aacgggagga ccaccaagcg acgcgagcac cgccgcggct     37140
     aagaatgttc ttgccgtgtg agtccttcgt caggactgcc aacatcacca acccgaggat     37200
     gccaccgagg atcactgcct ctaaaaggcc ggcgatcatg acgacggcaa caaccatgat     37260
     cagtccgccc agcagcagca ctgtgccaac agaccccaat ccgaggatgc ctggcgacgt     37320
     cggacgccgc cagtttccgt aggtccgtgg acctctgttc tgcatatcaa cggctgccat     37380
     ctggcccgcc tccttcttca cctgtggatt gttcgccgac actttgcgcc gctcctgcgg     37440
     cggcttggcc tgccttcttg cctgcttcta atgccgctcc cgcggcgaga ccaaccggac     37500
     cagccgcagc accagcggca gcagctccac caccagcggc ggctcctccg cctgcaccgg     37560
     cagcagctcc accaccggca gcggctcctc cgcctgcacc ggcaccagca gacgccgccg     37620
     cagcaccctg gccttgtgtt gcacccccgg acgacggtgc agctccggaa cctccgccag     37680
     atgaggccgc agccccagaa ccgctaccgg aaccactttg ctgaggcccg gaggtctggg     37740
     ccgcctgtgt agcggaatcc ccaccaccac ggccgcccga aggcccctgc gacccctgtt     37800
     ctccgtttga acctgagttg ccattaggag ccgacgaatt cgacgacccg ccaccattgt     37860
     tcgatgccag gcgaccaatg gccgccgcgc cgctaggcaa ggccgccaat gccccggctg     37920
     ccagcatgcc tccggcagca cctccggcca tggccccaac catgggagtc acgaagcgca     37980
     ttagggcagg catcgcgaac aaggcaataa tcatcagcat caggcccgta agcacagcca     38040
     acaagccagt tccgtcatcg gaaaaaacgt cggttccgac gagctggaaa gcggccgcat     38100
     aaatgatcgc tgccgcaggc ttatagagga tgaaggcaac gagccagccg atgcatttct     38160
     tgaaccaact tttgcccatt tcggtgttgg tgaatgaagc agccaagggg agaatgcctg     38220
     cgagaatgac cagcattcct ccgcgtgcca ccatgagcac aatctggaac gcggccgcga     38280
     gaatcgcgat caaccccaga atgataataa ggattgcgcc aagcccgcct gttgagggat     38340
     ttgtggtcaa ggcaagcagc gtcagcatgt tctctccgaa acaagctgat ccctcggtca     38400
     cactgcaatc cagcgagccg tcgatgatcc agactgcaaa cgaatcggca gccgcgacca     38460
     gcaacccgac aatggtcacg cctgcacctg caactaccac gagggtcagc agactcttga     38520
     ctgtttcgcg cccaggctcg gctcgctgtt cccagaccat ccgcgcgccg ccaatgatga     38580
     cggaaacaat tgccgctgca cccatgtacc accacagccc agattggatg aatagcactg     38640
     cgccaccagc attattaggt cctgacggca taaggcccga caccatggca cttgcacctg     38700
     aaatgaatac gacggctacc aggatgaggc caatcttgcc aactgctgca acaccttcac     38760
     ccgcacgcat tcgcgtagcg atgagagcgc cgaggatgaa caaagagatg attgcgacgg     38820
     caaggctgat ccaggttaca tagcccataa ccatgctgat gttcgccgaa tttggggccg     38880
     agctgcccgc ctcaattgac gatccgccgc cagttcccgt gagattcggc gttccgatgt     38940
     ggacccacac cgttcctagc gaaccgatgg ctttaccaaa ggcctccaag atcgcgttag     39000
     ccatattttc aatcgcatcg ccaactgtcg attcaaccca gttctctagc ttgcagccag     39060
     catcaaaaag accacagtcc ttagccatgt ctattcactc tccccaggct acgtatcctg     39120
     aaacatcagg aatctgcgca attcgcagag gattggacgg attctgtggc agtaatttcc     39180
     aatctccgtc ttcccacacc aggtcataaa cggcggacgc atagacagag ttgccgctgc     39240
     ccacagcctt ggcagctaga tcaattcggg catttttgcc gtcgtattcg aggatcttaa     39300
     aacctgagat actcatccga gtttcagatg aggctcccga gctcacttcg gtgagaagat     39360
     cgctacgatt aggggtcttg gccgagagga agtactcaat ccaaggaccc gatacttcgg     39420
     gcgaagaacc ctgtacaagg gcatttgcgg cagcgaatac tgcaccttcc ggtgaatgct     39480
     ggaaacagta gcggtagttt ttctcgcttt tttcagcagg cccaaatttc gctgaagttg     39540
     ggtaagccgt tgttcccata tattcccatt ttgcttctgg ggcggtggtt agggaaccgc     39600
     ttagaacttc gccaccaagg ccgcaaacac tcgcgccgcc cgcgaccgcc gaaggttcgg     39660
     tggtcggggc ggcgctggtg ctagttggcg atgacgacga gggcgcaggc tcaggatcgt     39720
     ttcggttcgc attgacgaac ccgataacca ccccgagcac cacgatcagg aacaccacca     39780
     cagccgcgat gatgaatcct ggcttggtga aggggctctg ttcgttgtcc tcagtagtca     39840
     ttttgatttc tccgatcagg ctccggccag gaagccaacg agggcggccg ccgccgaaat     39900
     gacgatcaca ccacctagtg ccatgccgat cttgccgacg tgttcgccgc cttcgccgcg     39960
     tcgggagttg attgccatca acgctccggc ggcgaacagg cccaggatgc agactgcgag     40020
     ggcaacccat ttgccccagc ccataacctg gttgaaaccg ccggttcccg ggggctggat     40080
     cgggtcgggg ttagggagtt ggagaggcat cgcagcgaca acgtcgccca tcgtcgatgc     40140
     agcagtcaga agcatgctca ttgctgttcc tttcgattgg tgatgccgtc ggcaccggat     40200
     tggataagag cgcttagctc gtcgacgagt cgacggacac cacgcggggc gtcaggtaga     40260
     gccactggct cgtccaaacg ccacgattcg atccacggca cagtccatgt gcgtggaact     40320
     cccccgccga ctacctgcgc aaaatcgcgc agggggcgag ggagccgacc aggtgcgtcc     40380
     gcgacgatca ccaggccaag aatttcgata tgtggaacca tccccgatgc ccactgcgtt     40440
     gcggcggcct gggcagctct caggccgcgc atattggatc gggccacgag aacgacacgg     40500
     acaggattgt tttctggcgt tcgtggccat ccatggtcgg cggcaggcca gtctggaacc     40560
     agcgtcgaaa ggctggattc gccagcgcca ccgtgcacac ccaaccacca tagatctgcg     40620
     tcattttggc gatcctgaac tggcagttga tccacgcggt caggcgcagg gacgccgctc     40680
     tgcgggctca caggcccggt cgcaggtggc acctccacct cgggggtttt cacgtccacg     40740
     ggctctggtg atgttgaccg agagagccac gggttgttgg catctgtcac aacgacacgc     40800
     tccgcatcat aatggtgtac ataggttcct acatctttat tctatcgagt ttaggcaacc     40860
     agagcaatag agatatacag agtatttttt agtattaagg atagtgacac agtatgtttt     40920
     cgtataatat tggttcatgc ggacgcaatg tcgggggtac accatgactg acggcctcga     40980
     tgcactattc gaaggtcgtc gagcgacctt gaccgcgccc gaagtcgcgg aaatcctggg     41040
     catgacgaag caaggtgtct atcactggct gcgcgacggg gtaattcccg gctataaggt     41100
     ggggaccaca tggtttatcc ttcgtgatga tttaaaggag actctacgca aaggagctaa     41160
     cactccgcga gtcaaagaca cccctgcgcc gttggaggag gaatgatatg caacgaacag     41220
     ccctagcagc gcttgccctg acggccgctc tcacgctgag cgcttgcgtc ggtggtcagc     41280
     aggccaacga gcctgcatcg agtaatccgc caagtgctac tcccacaatg cctgatctgg     41340
     accaattcac cccggcaccc acggggcagc tcgatgagga cacccaggaa accgcctcac     41400
     ccgttgccgt tccaacctgg gatgaagcct cacgaacaag cgtcatcaag gcagcggaaa     41460
     cggcaatgaa ggccttcgcc cgtccgagcc tggaccagaa aacctggtgg gctgacgtcc     41520
     agccgcttct cacgcaacag gccagcgctg actactccta cgtgcaaccg gcttccatcc     41580
     cggcgaacaa agtcaccggg gccggaaagc tggtggatga ttccagcgcc tacgtcggag     41640
     tcgtggaagt cccgacaaat gcaggaactt acaccctcat cctgaaccgc agcgctgcca     41700
     atgctccgtg gaaggtcagc cgtttcaccc cgccggagga ggccaactaa tcatgtccga     41760
     gcgcaaatca ggagggctta tcgctcttat cgccataccc gcactcgtgc tgggcctggt     41820
     gttcagcatt atcctcctgg gcggctcaga cgacgcggca gcagcatgca atcccggcgg     41880
     gtccggcaac agtctcagca tcgacccgga taccgttccc gacgatgaaa tctcagggta     41940
     cggacatgaa cagttggtca atgccgccca catcatccag gccggcaagg acctggattt     42000
     gggagtcaga gaccaaacca tcggcgtgat gacagccatg ggcgaatcga ccttgcgtgt     42060
     ccttgattat ggggatgggc cgggaccaga ttcacgcgga ctgttccagc agcgtgataa     42120
     cggggcgtgg gggtcctacg aagaccgaat ggacccctac atttccgcca ccagtttctt     42180
     caaagtcctg gccaagatcg aggaccgcga atccctggcg cccaccattg tcgcccaccg     42240
     ggtgcagatc aacgccgacc cctaccacta tgaaaaatat tggccagcag ccgtcgccgt     42300
     cgttgaagga ctgtcgggtg tcgataccgg gctcaatgcc gaaaatggtg gaggcgaaga     42360
     atgctctagc ggcgaaacag agactggcga agtcaaccaa aacgggtggg ccaagccggg     42420
     tgacggacca atcaacgcgt catttggtcc ccgtccagtc attcagaccc ctagcggacc     42480
     gacctatcca ttccacttcg gcacggattt ccaggccggt ggctgtgatg gacccatctg     42540
     ggctgcccaa gaaggcaccg tcagccagat cgtccaagac tctggcggtg gctggcgtat     42600
     cgaagtcgat cacggcggag gcgtcaccac ctggtacgtc cacatgtacg cgaacggaat     42660
     tcttgtcgac gtgggggaca aggtaaaagc cggacaacag attgcccgca ctggaagctc     42720
     gggattcagc accggatgcc acctgcactt cgaggtgcaa gtgaacggcg aaaaggtaga     42780
     ccccatctca ttcctggcag aagtcgggat cacttactaa ccgaaggagt catcatgagc     42840
     acggaaacaa cggccacatg gccacgtgtt gaagcagtca tcaaggacga cggcaccgga     42900
     gaagtcagca tcggcggaac cgtccaccaa atccgcacgg gtagcctgcc cgacgcgcgc     42960
     accgccgtga tcagcctggt ggcacagaca gcggacaaac tcggccgccg cgtccgcgca     43020
     agcatgagtg accctgatgg agactggcca ctcatcatcc acgcagatgg aacggtagag     43080
     cctgatgaga cagcggaggc caagccgcgc cagcggccag aggcttctac cgaaccagaa     43140
     cccggggaaa aaccggccga ggaggtatcg agccccgagc caaaaaccga ggcggaatca     43200
     gaagccagct cgtcaccagt tgaccaagac accgcgcacc aggccccagg atgggtccgc     43260
     tccgccgaac aacaggcaga gaccgccgca acggtcacca gctaccccag caggcgtgaa     43320
     cgccgccaat ccttcctcac ccaagaacag gccgaggaac cggcaaccaa gggatggcgc     43380
     ggaagcttca cacgcatggg aatccgcatg agtcccaacg aagcagaacg cgccgaacgg     43440
     gcagatgtac aggccgtgag ccagcactgg ccagggccac gcaccattgc catcgtcaac     43500
     ggcaagggcg gggccggcaa aaccccttcc acggcacttc tcgcagcagt attcgcacgc     43560
     tacggcggag ccggggtgct tacctgggac aacaaccaga cccgtggaac actcggctgg     43620
     cgcaccgagc aaggaccgca tgaagcgacc ctgctcgaac tactgcccca ggtcgaacgc     43680
     ctgctaagca ctggcgcgca gtctgccgac ctcgcccact acgtgcacca ccaaactcgc     43740
     gatcggttcg acgtcctgcg ttccaagccg atggagctgg cgtctgcaca gcgcgtcgac     43800
     gccgaagatg ttggctccat ccaccaagtg gccagcaagt actaccgcct gatcttcatt     43860
     gacagcggca acgatgagtc ggacccgatg tggcgtcgaa tgatcgacca caccgaccag     43920
     ctcgtggtgg ccaccaccac ccgcgacgac cacgcggaag ccggagcgct gcttctagag     43980
     gcactggccg aacgagacga acgctcggcc cgcctggcag aacaagccgt cgtcatcgtt     44040
     aaccaggccg atcccaaggc acacgcctcc gatttgaccc gcgtggctac cggataccgc     44100
     gaccttgccc gcgaagccat caccatccct catgacccag cgatggtcga cggggtactt     44160
     cgatatgggt ccctccgacc agcgacacag cgcgcctggc tggcagccgg tgcggcggtc     44220
     gcacgcggac tgtgatccgc tcccaggctc tcccccaact cgaacgggta gcggactggc     44280
     cgcggctcac cgcgacagtc cgccccgacg ggaccggaag cctgaccatc aacggcaccg     44340
     agcatgcctg ccaggctctc tcagtcgatg agctgcgcac cggcatgatt gcccactgcg     44400
     cggcaatcgc cgcacgcctg ggccgtcccg tacgtctcgc tgtcaccgag gacacctcag     44460
     catgggtact gggtatccgg ccccagggaa tcgtgcagct cgtcgacgaa cagggcatga     44520
     tcccggcggc cgatgcgctc ggcgtccacg agggccgctg ccgcaagtgc cgccgcctac     44580
     agagcgtcac cgccgcaaac tgcgagcagt gtggagtcag cgaaccccac cggatcacgg     44640
     tcgatccacc ggatactgat ttttacgccg cgaaatgaaa aaattcgcgt gtcgttacgc     44700
     ataatggttc cgtcaccgct agggtagttg ttatgaacgc acgtggccgc gaacgcggtt     44760
     cgctcaaaga agcgaaaaag ataggtctct ggtttgaggc caatgctgac gcgcgtctta     44820
     ctgacatggc ggccgctgct ggcacctcca ggtcagccct tgcgcagtgg cttattgaaa     44880
     ctgccgaaaa ggacaccgag ggccgccccg caggctgggc agccgcgcat cctcgtgagg     44940
     gggaattgcc tctagaccgc aaataaaaaa gaatccccgc ccttggccgg gcggggattc     45000
     agaagcttag cgccggatct gttgaagttt ggaagaccga tcagatctgg cgatatgaag     45060
     aaccggctgg ctaagccggg accttcgttg tacctatcgg acctaaccga aaggctgatc     45120
     ccatcatagc gtctatatct acagagttcc atgccgccac gacgaacgcg ccatgggaac     45180
     ttaccgctgc catcagccca cgcccgagcg tgcgcctggc aacggtagac gcctatggtc     45240
     aagtcctcaa cgaatacacc agccatcgcc gcgtcaacgc ccacgaacca gaccggccct     45300
     gggcggtcta tctggccgac cccgatcgac gtttcaagct cctctgcttc gacctcgacg     45360
     ccaagacgcc cggcgctgcc aatgcagcag cccgcgatgc cgaggtcatc tccggcttgc     45420
     tcaatgacgc cgggttggcc gcccttgtct gccaatccgg tcctgccggt ggccgccacg     45480
     tgtggaccgc cctggcggaa ggcatcgacg ccgagaccgt ggccacgatg gcccgtctgg     45540
     cccgccacat ctgccccacc ctcgacctct cccccctggc caacgccgtc accggctgcg     45600
     tacgcccacc aggttccccc caccgcaatg gcgggcattc caccgtgctt agcggctcac     45660
     tgaacattct cacgcacccc acaggcaccg cggccgccgt gcgaaccctc gtcgagcgcc     45720
     tggcggccct cgtcgacgac gccgaacctg cgcgcaccat cgacccgcgc aaaccgcttc     45780
     ccctcgatga ccacgcccgc ctgtacctgg ctggccctcg ccgcgagctg cctgccgtca     45840
     gcgccgccgc actccgtgag gacgccgcct ccggcgacgc ctcagcggtc ctctggcgcg     45900
     tcctgatcgg cgcggccgcc gcacggtgga agcatgccga cgtggcatcc ctcgtgccca     45960
     ccagccccgg cctggaacac atacgcacct accgagaccg caacgagcgt aaaccccgcg     46020
     gccagatcga cgctgcgcgc gtactgcgcc gacagtggga caaggccgtc aaatacgtgg     46080
     ccagcagcga tcgccagatc ggtgacgacc ccaccttcga cgcgcgcgcc gatgccatcg     46140
     ccgcccacat acgacacacc caaacccgcg ccgatgccgc gaccggccga tggagccgcg     46200
     gcggaggccc cgcagaccgc cgtgtgctcg acgtgctgtg cgtccttgcc ctacaggccc     46260
     tggatgccgt tgtagaagcc gatacccgcc gcatagcact catggctggc atcggccggg     46320
     aaacagcccg cacggccctc ctgcgcctct cagccgatga ctggatcaac caggaacgaa     46380
     cggccgaggg accacatgga gctgcctgga aaatcggacc gcaggacact atccacagct     46440
     ccctggatac aggtcggtca caagcggacc cgcgccccgc aggggccggg gccgcagaaa     46500
     gaactaccct catcgcctcg ctcaccgccc gcacgacgga cgccgcgcat gacctgttca     46560
     cgctgggacc tggtctcggt cacctggcag gcaacaccta cgcccacact acttctgatc     46620
     cccagcgaac acatgacctg gctcgtgccc tgggtgctac acctggccag atgctccgag     46680
     tcctgacccg tctcaccgcc gctggtgtcc tggtcaataa cggctatggc tggcacaggc     46740
     ccacacccga ccgccgcgag gccgccgcag tacgtcttgg catcaatggg cgcctgaatg     46800
     accgggccaa ccgctacgct atcgaacgcg aattgtgggc ctggtggcaa gccgaggaat     46860
     cctggatgaa tgcgccccga cgcactgcgc cgaaccgccg cccaggcaag gggcagcttt     46920
     cgcttctgcc tgacgacggg acccacgcat atggtccgta tccacgtaga gccgacggcc     46980
     gcgccgacta cgaagcagcc cgacgcgaac tggtcgagga gcgcaacgga gttgccgccc     47040
     gtcggcagcc cgaacaagcc actgcaccga gcggagacgc cagcaccgca acggatattg     47100
     aacgcatgtt cttcgacatc ctgggagccg aacgcatcgc ctagaaccgt cgtgcgccca     47160
     cacgtggatg gctgccaagg caccctccca cctggggacg acgacaccag gattcccccg     47220
     ccgcccagtg tgcacagccc agctaacgcc agggctggcc tgcacacagt ggggacggaa     47280
     cggaagctgc accaaaggtc ggccaggaca cctcccccag cgaaggctga cgccctcgca     47340
     ctcccccggc cctacgggcc gacaccgacg gacgctgcgc ggccgaacac ctttgccaca     47400
     ctctcgtacc tcgttcctga cgctccatca ttgccggccg tcgctacgcg caagggctgc     47460
     gccgcggctc ctccgaaact tttttggccg cgtcgcaagc tccttattcg gccaaaaaac     47520
     tttctccccc accgccctac gggttgcact tcactccttg cgccggcact gctccgctta     47580
     tcaggaacga ggccaccaag cgaacgcctc accaccccat cctgttagta ctattaccgg     47640
     aggtttttat catggtccgc aaggtcaaga acagcaagag ccacgagcag cgccgcgccg     47700
     aggccgaagc cctccaagcc tcgattgccc agcaggtcga ggagctgcgc gagtccgaag     47760
     cctggacccg tttcctggac ttcgcgcagt ccttccaccg ctacagcatc aacaacttgt     47820
     tgttgatcct ctcccagcag ccagaagcaa cccacgttgc cggataccgc acctggcaga     47880
     agttgggccg ccaggtccgc aagggagaga agggcatccg cattttcggc ggccgcgacg     47940
     tcgtaaccac tcaagaagat gagcgcacag gcgaggagaa ggaacagcgc acccgccgat     48000
     tcttccccgt ctcggtattc gacatgagcc agaccgaccc catcgacccc gaggcgcagg     48060
     acccgagcac catcgcccac aagctcaccg gggaggaccc cagcggcatc gtcgacgccg     48120
     taaccgacta cctcaccggc cagggctgga ccgtcacgcg cgaacccatc cccggaacag     48180
     ccaacggcta caccaccacc gacgggagcc gccgcgtcgt cgtggactcg ggcctctccc     48240
     ctgcgcaagc tgccaaaacc gcattacacg aggccgcgca cgtcatcctg cacgccgacg     48300
     aagaccccgc cgaatacgtc gagcaccgag gcatcaagga gaccgaggcc gagagcgtgg     48360
     cctacgtcgt tgccggaatt ctcggactcg acaccagcgc ctacagcatc ggctacgtgg     48420
     ccggatggag caagggcgac gccgagacca tcaaggaaac cgccgcccac gtactgcgca     48480
     ccgcgcacac cctggccgag gcaatcaccg agagcgaaga agaaaccgaa gccgcctaaa     48540
     aattcctccc gaatagtact atcgcccttg cctcgtggta acggtgatag tactattaga     48600
     ggtataagga atgcaaagag agaaaggaaa gcgtcatgtc tgataactca gagtggcagg     48660
     caagggccga cgaggaaaac cgcatcaatc gcgcggcgga gaaggcctgg atggaactat     48720
     ttcccgaagg ggtcgaggat gggcctaccc gagggtggcc cgactatgac tagcaaatag     48780
     tactattgcc gttacgtaaa gttagcggca atagtactat cagtggtaaa ttcaagccgt     48840
     aagaaaggac atccatgaac aaggcacttt tcacctatcc cgaagaagcg gtattcggtg     48900
     ccaccgaaga gcaccgccgc accgccaacg acctacggcg ggccatcggc ccgggcgtat     48960
     tgggttcgct cggggctaca ggccttgcca ccgtgccagg tagccaccag tgcggcggcc     49020
     tgatgttcac cgcccgagtt ctcccgctca ccaagagcgg cgcgcggggt acgcagccgc     49080
     gcaagatggc cgtcatggtc agcctcaccc ctgccgatga aatcgatgtt gaggttcggg     49140
     aaatcgcgcg aaacaccgag catgcccgca tcgagggaat ttacgtcgac cagctcgcca     49200
     gggcatcact ggccatcgac tatgacggcc ccacggcgct aaacccgcgc ttctggaact     49260
     aatctaatag tactatcacc gttgcttttt agtagcggtg atagtactat tagaggtatg     49320
     tagatggaaa ctgtagagca caacgaactc accgaaagtg atctgcggga actggctgcc     49380
     gacaccatcg cgggcatcag cgaggagtgc cgcgccgccc tggttcgcga aaccctggat     49440
     aaccaccagg ggcgaagtgc cgggcagatc atcgacctca tgcaggacat agcagcggcg     49500
     cggcattatc cgaccgcgga aaacagccta cgatagtact attaccgttg ctttttagcc     49560
     gcaacgatag tactattaga gttagaagaa atcgctagga ctattaccca ggaggcgagt     49620
     cacatggtca ccgtgtacac caccgggcca ggctgcattc gatgcaagat gaccaaggac     49680
     gtcatgacca agagaggcgt cgaattcgtc gaggtggaca ttcggcagaa cgccgcagct     49740
     cgcgagtacg tcaccgagga gctggggtac tccgaggccc cggtgtgtgt cgtggaggac     49800
     ggcacgggcg aggaccactg gtccggcttc cgccccgata acatcagccg actggccgcc     49860
     ctggccaacg gtggagaatg acccggagag cttgacctct ggtaactctg atagtactat     49920
     tagagttata aagaatgaaa ggagcggagt catcaagcag cagatcatca caccctacga     49980
     cacgggggga gcggctggag ccgaaggcct ggcatgtgca gccccggaac ctcccaagcg     50040
     aggaggaggc cgagcgctat gggcgcgtgg acttcgatga cgacgagggg cgtacggttc     50100
     tcacggccta cgtcgagcgg acaccgatcg gctacgccgt gcgcatcgag aatgccgcgg     50160
     aacccgttac cgtgacgatc gcggcagcag agtaaccacc aagcggccct gatagtacta     50220
     ttaccgttag ggctgctccg aaaggagacg caatgcagac catcaccgtt caccgcctgg     50280
     cggagctgcg cgccggggac cgcatcttga gccatggggg ccgcgcgtac cgcacgccgc     50340
     tgcgcgtgac cagccccctg ggacccattg aattcggctc gcccgtccgg ggcgtgcggg     50400
     tcgaaaa                                                               50407
//