LOCUS       AL021106               36401 bp    DNA     linear   INV 16-APR-2005
DEFINITION  Drosophila melanogaster cosmid clone 63B12.
ACCESSION   AL021106
VERSION     AL021106.1  GI:4165197
KEYWORDS    .
SOURCE      Drosophila melanogaster (fruit fly)
  ORGANISM  Drosophila melanogaster
            Eukaryota; Metazoa; Ecdysozoa; Arthropoda; Hexapoda; Insecta;
            Pterygota; Neoptera; Endopterygota; Diptera; Brachycera;
            Muscomorpha; Ephydroidea; Drosophilidae; Drosophila; Sophophora.
REFERENCE   1  (bases 1 to 36401)
  AUTHORS   Ferraz,C., Vidal,S., Brun,C., Bucheton,A. and Demaille,J.G.
  TITLE     Sequencing the distal X chromosome of Drosophila melanogaster
  JOURNAL   Unpublished
  REMARK    Institut de Genetique Humaine -UPR 1142- CNRS, 141,rue de la
            Cardonille, 34396 Montpellier Cedex 5, France
REFERENCE   2  (bases 1 to 36401)
  AUTHORS   Benos,P.
  TITLE     Direct Submission
  JOURNAL   Submitted (27-APR-1999) European Drosophila Genome Sequencing
            Consortium
COMMENT     On Jan 21, 1999 this sequence version replaced gi:3256103.
            Sequence submitted by Takis Benos, EMBL Outstation - The EBI,
            Hinxton, Cambridge, CB10 1SD, U.K.
            E-mail: benos@ebi.ac.uk on behalf of the European Drosophila Genome
            Sequencing Consortium. For further information see the European
            Drosophila Genome Sequencing Consortium's web site:
            http://edgp.ebi.ac.uk/.
            
            Coding sequences are predicted from computer analysis, using both
            gene and CDS prediction programs and matches to other sequences.
            These predictions and matches have been evaluated by the annotators
            and may have been refined by hand (in which case a Genefinder
            prediction will have no score. The annotators have also used their
            judgement on what matches to represent in this record. A far more
            complete annotation record is available from FlyBase
            (http://flybase.bio.indiana.edu/) through the FlyBase Annotation
            Object linked by the db_xref qualifier in the Feature Table.
            
            IMPORTANT:  This sequence is NOT necessarily the entire insert of
            clone 63B12.  It may be shorter, since we are minimising the
            overlap between clones to 100 bases, by trimming them.
            
            Clone 63B12 overlaps to the left with clone 131F2
            The true left end of clone 63B12 is at position 21753 of clone
            131F2 Clone 63B12 overlaps to the right with clone 86E4
            The true right end of clone 63B12 is at position 775 of clone 86E4
            
            Sequence in absolute orientation with respect to chromosome
            
            The syntax for the representation of annotation used in this record
            is documented at:
            ftp://ftp.ebi.ac.uk/pub/databases/edgp/sequence_annotation.README
            
            Clone=63B12; Contig ID=1; Length=36401; Status=Finished.
FEATURES             Location/Qualifiers
     source          1..36401
                     /organism="Drosophila melanogaster"
                     /mol_type="genomic DNA"
                     /db_xref="taxon:7227"
                     /clone="cosmid 63B12"
     gene            complement(563..3785)
                     /gene="EG:63B12.6"
     CDS             complement(join(563..878,938..1195,1262..1940,2004..2342,
                     2405..3785))
                     /gene="EG:63B12.6"
                     /note="/prediction=(method:''genefinder'',
                     version:''084'', score:''117.56'');
                     /prediction=(method:''genscan'', version:''1.0'',
                     score:''302.14'');
                     /match=(desc:''LEUCANIA SEPERATA NUCLEAR POLYHEDROSIS
                     VIRUS DNA FOR P13, XE, ENVELOPE PROTEIN, COMPLETE CDS'',
                     species:''LEUCANIA SEPARATA NUCLEAR POLYHEDROSIS VIRUS'',
                     ranges:(query:1264..1326, target:SPTREMBL::P90233:61..41,
                     score:''53.00''), (query:1075..1191,
                     target:SPTREMBL::P90233:100..62, score:''65.00'')),
                     method:''blastx'', version:''1.4.9'');
                     /match=(desc:''GM12676.5prime GM Drosophila melanogaster
                     ovary pOT2 Drosophila melanogaster cDNA clone GM12676
                     5prime, mRNA sequence'', species:''Drosophila melanogaster
                     (fruit fly)'', ranges:(query:3479..3841,
                     target:EMBL::AA804055:518..156, score:''1761.00'')),
                     method:''blastn'', version:''1.4.9'');
                     /match=(desc:''LD23296.5prime LD Drosophila melanogaster
                     embryo pOT2 Drosophila melanogaster cDNA clone LD23296
                     5prime similar to AL021106: Drosophila melanogaster cosmid
                     63B12. CDS:join(32617. .33997,34060. .34398,34462.
                     .35140,35207. .35464,, mRNA sequence'',
                     species:''Drosophila melanogaster (fruit fly)'',
                     ranges:(query:3510..3592, target:EMBL::AA940949:83..1,
                     score:''415.00''), (query:3368..3511,
                     target:EMBL::AA940949:226..83, score:''711.00''),
                     (query:3136..3366, target:EMBL::AA940949:457..227,
                     score:''1074.00''), (query:2800..3134,
                     target:EMBL::AA940949:792..458, score:''1648.00'')),
                     method:''blastn'', version:''1.4.9'');
                     /match=(desc:''GM09077.5prime GM Drosophila melanogaster
                     ovary BlueScript Drosophila melanogaster cDNA clone
                     GM09077 5prime, mRNA sequence'', species:''Drosophila
                     melanogaster (fruit fly)'', ranges:(query:2398..2745,
                     target:EMBL::AA697096:348..1, score:''1713.00''),
                     (query:2201..2344, target:EMBL::AA697096:483..340,
                     score:''711.00'')), method:''blastn'', version:''1.4.9'');
                     /match=(desc:''GM06768.3prime GM Drosophila melanogaster
                     ovary BlueScript Drosophila melanogaster cDNA clone
                     GM06768 3prime, mRNA sequence'', species:''Drosophila
                     melanogaster (fruit fly)'', ranges:(query:1262..1358,
                     target:EMBL::AA803007:188..92, score:''467.00''),
                     (query:934..1199, target:EMBL::AA803007:450..185,
                     score:''1312.00''), (query:859..878,
                     target:EMBL::AA803007:466..447, score:''100.00'')),
                     method:''blastn'', version:''1.4.9'')"
                     /codon_start=1
                     /protein_id="CAA15936.1"
                     /db_xref="GI:2832772"
                     /db_xref="FLYBASE:FBgn0023515"
                     /db_xref="InterPro:IPR006640"
                     /db_xref="UniProtKB/TrEMBL:Q8MZ30"
                     /translation="MRANVGAPAPSCGANTEDTELDNSDYMEALQLSADGCSQDVANV
                     GDVELLSAGISNLKVQPINEEHSAKPEISICISSTTEENVSGDDDAASCITISDSSED
                     EQEPLPPDSMAVSEREIVANPGQEDIPQPMLTTEKVQRIEAFLRDVSIERREMEWNGP
                     LTPPPLSSSQRQSRLADADTESMSPTDEDWQPPTTRPIYNSTQLANNDTQVNTICSAD
                     ATRLDSSKRLADDETEANTLGSEELEPTYSSKRLADNDTEPNTLCSDSSETHNSTIHN
                     NEPVPDESIEIPETSSEGELTPQKASSGSSTSGGDEHGSIQVSSINISAKINIKISIP
                     TMESSSAEDDDEHYSSPRATKSLPSSEEVQHQEHQQQDPQSHQKSMLSVDDASEDEQF
                     LTHAEKLLNQLYGKSWQTPDVIRTLKRSSGSGGKQAPLRPRNIQATAVTTAKKKKPKP
                     DESVLGDFSIFTKPLRTNQTPLNSTRLPPMRAVQTERRPRTQKPLTRPRTNHIDEDRW
                     RKLIDSDSGTDASDDEDADATFSESGSDSDSDKDKENKQKRGDLTYLDLSKDEVEVIS
                     NPDQDSPSPKCHRRLDDILRSCRASVKAKLPATPVQQPNIRRQLFTPNAGFENDNQAK
                     EIVNRALDLDMLDELESDYLPGTPVHRRVQEVKKKLGIGQQGQTTPHESPILKLLTPK
                     TAPPKGTAPPKTSAPPKVSTPPKSTKQIPKPRKQKDLSPVASGGKCGFLKSLEGQVSR
                     DRADNEAFFYRENFARNKDQLAQHLYKMYNAQVFNNELDVPITWSKLLRNTAGRCMNK
                     RKLNQRSSVVELSVKVLTTADRLRCTLIHELCHAAAWVFNGEGGHGRVWKMWAQRAND
                     KFPDLPQIKVCHNYSIEFKYTYKCLSCDKASHAHSRSRKVEDLRCRICRGPITLFLNK
                     KDKQGNTVSTPAGEAKGFAKFVKDNFQRHKRDNMTAAQVMRILSVEYAKQKGQPAEET
                     AASIASRVETLTLDESSN"
     gene            4248..5038
                     /gene="EG:63B12.13"
     CDS             join(4248..4372,4443..4729,4797..5038)
                     /gene="EG:63B12.13"
                     /note="/prediction=(method:''genscan'', version:''1.0'',
                     score:''53.36'');
                     /prediction=(method:''genefinder'', version:''084'');
                     /match=(desc:''GH20211.5prime GH Drosophila melanogaster
                     head pOT2 Drosophila melanogaster cDNA clone GH20211
                     5prime, mRNA sequence'', species:''Drosophila melanogaster
                     (fruit fly)'', ranges:(query:4156..4372,
                     target:EMBL::AI389118:1..217, score:''1085.00''),
                     (query:4440..4905, target:EMBL::AI389118:215..680,
                     score:''2303.00''), (query:4440..4905,
                     target:EMBL::AI389118:215..680, score:''2303.00'')),
                     method:''blastn'', version:''1.4.9'')"
                     /codon_start=1
                     /protein_id="CAB41707.1"
                     /db_xref="GI:4725973"
                     /db_xref="FLYBASE:FBgn0026873"
                     /db_xref="GOA:Q9XZT1"
                     /db_xref="InterPro:IPR019095"
                     /db_xref="UniProtKB/Swiss-Prot:Q9XZT1"
                     /translation="MAIVSSARESLSHAMNNRFLPNLEYLLQGSILDSAVEHLMHRLK
                     GLCDNVDTSPEPFHDLEVCMSLRQPNANQPLLLRVRRALGRDAPFQMRYLGNPEVDLR
                     RPTLVRSCMDCACTNGILEFLTEMGFRLEFEYIAKGYMFRKGRMKITVSKLIKIVPGK
                     QQDMANEPISQSYIVELSVVAPTGQENVGEEMRVFAEQLKPLVQLEKIDYKRLGGMP"
     gene            complement(5242..6921)
                     /gene="EG:63B12.5"
     CDS             complement(5242..6921)
                     /gene="EG:63B12.5"
                     /note="/prediction=(method:''genefinder'',
                     version:''084'', score:''100.96'');
                     /prediction=(method:''genscan'', version:''1.0'',
                     score:''237.38'');
                     /match=(desc:''PEROXISOMAL TARGETING SIGNAL 1 RECEPTOR
                     (PEROXISMORE RECEPTOR 1) (PEROXISOMAL C-TERMINAL TARGETING
                     SIGNAL IMPORT RECEPTOR) (PTS1-BP) (PEROXIN-5) (PTS1
                     RECEPTOR)'', species:''HOMO SAPIENS (HUMAN)'',
                     ranges:(query:6820..6921, target:SWISS-PROT::P50542:34..1,
                     score:''109.00''), (query:6691..6750,
                     target:SWISS-PROT::P50542:94..75, score:''55.00''),
                     (query:6226..6264, target:SWISS-PROT::P50542:277..265,
                     score:''54.00''), (query:5839..6210,
                     target:SWISS-PROT::P50542:408..285, score:''318.00''),
                     (query:5410..5817, target:SWISS-PROT::P50542:556..421,
                     score:''385.00''), (query:5251..5361,
                     target:SWISS-PROT::P50542:598..562, score:''84.00'')),
                     method:''blastx'', version:''1.4.9'');
                     /match=(desc:''GH08708.5prime GH Drosophila melanogaster
                     head pOT2 Drosophila melanogaster cDNA clone GH08708
                     5prime, mRNA sequence'', species:''Drosophila melanogaster
                     (fruit fly)'', ranges:(query:6617..6951,
                     target:EMBL::AI109490:607..273, score:''1666.00'')),
                     method:''blastn'', version:''1.4.9'');
                     /match=(desc:''GM06974.5prime GM Drosophila melanogaster
                     ovary BlueScript Drosophila melanogaster cDNA clone
                     GM06974 5prime, mRNA sequence'', species:''Drosophila
                     melanogaster (fruit fly)'', ranges:(query:6873..6981,
                     target:EMBL::AA803093:114..6, score:''401.00''),
                     (query:6479..6885, target:EMBL::AA803093:509..103,
                     score:''1909.00''), (query:6366..6482,
                     target:EMBL::AA803093:623..507, score:''585.00'')),
                     method:''blastn'', version:''1.4.9'');
                     /motif=(desc:''TPR Domain'', dbase:''PFAM'',
                     acc:''PF00515'', method:''hmmer'', version:''2.1.1'',
                     score:''71.8'')"
                     /codon_start=1
                     /protein_id="CAA15937.1"
                     /db_xref="GI:2832771"
                     /db_xref="FLYBASE:FBgn0023516"
                     /db_xref="GOA:Q7KW08"
                     /db_xref="InterPro:IPR001440"
                     /db_xref="InterPro:IPR011990"
                     /db_xref="InterPro:IPR013026"
                     /db_xref="InterPro:IPR019734"
                     /db_xref="UniProtKB/TrEMBL:Q7KW08"
                     /translation="MSFRPLVEGDCGGVNPLMQLGGQFTRDVAHKDEGYVQRHFERAA
                     RPEDQLINEFLGQVTAPPQSFQMDTLLQEMRDINIHGNPQQQMHSQQAEQWGQDFARG
                     LAPALPNKMIHMQAQQQDLQHAQEFFDEPLISSQNFRSLPPLRQPLMPIAAGQQQDPF
                     FDSAMETIITDHLPQAPQGESLDDWISDYQRSTEQKEQTAANFNEKFWERLQDEWQKL
                     ADENEHPWLSEYNDNMDAYKEYEFAEGNPMSDVENPFEKGKEYLSKGDIPSAVLCFEV
                     AAKKQPERAEVWQLLGTSQTENEMDPQAIAALKRAYDLQPDNQQVLMALAACYTNEGL
                     QNNAVRMLCNWLTVHPKYQHLVAAHPELQAEGTSLASSLIGPSKLRDLQQIYLEAVRQ
                     HPSEVDAEVQDALGVLYNLSGEFDKAVDCYQSALQVDPQNAKTWNRLGASLANGSRSV
                     EAVEAYQQALQLQPGFIRVRYNVGVCCMNLKAYKEAVEHLLTALTMQAHTNAARELPN
                     AAMAATFRGQNQMSESIWSTLKMVISLMGRSDLQSYVSDRNLAALNEAFKD"
     gene            7157..10585
                     /gene="EG:63B12.9"
     CDS             join(7157..7476,7532..8112,8178..10585)
                     /gene="EG:63B12.9"
                     /note="/prediction=(method:''genscan'', version:''1.0'',
                     score:''273.78'');
                     /match=(desc:''LD13889.5prime LD Drosophila melanogaster
                     embryo BlueScript Drosophila melanogaster cDNA clone
                     LD13889 5prime, mRNA sequence'', species:''Drosophila
                     melanogaster (fruit fly)'', ranges:(query:7149..7378,
                     target:EMBL::AA439344:1..230, score:''1123.00''),
                     (query:7372..7476, target:EMBL::AA439344:223..327,
                     score:''525.00''), (query:7529..7627,
                     target:EMBL::AA439344:325..423, score:''468.00''),
                     (query:7629..7779, target:EMBL::AA439344:424..574,
                     score:''683.00''), (query:7768..7837,
                     target:EMBL::AA439344:562..631, score:''350.00'')),
                     method:''blastn'', version:''1.4.9'');
                     /match=(desc:''GH14172.5prime GH Drosophila melanogaster
                     head pOT2 Drosophila melanogaster cDNA clone GH14172
                     5prime, mRNA sequence'', species:''Drosophila melanogaster
                     (fruit fly)'', ranges:(query:7626..8121,
                     target:EMBL::AI238171:1..496, score:''2462.00''),
                     (query:8177..8290, target:EMBL::AI238171:487..600,
                     score:''570.00'')), method:''blastn'', version:''1.4.9'')"
                     /codon_start=1
                     /protein_id="CAA15938.1"
                     /db_xref="GI:4038537"
                     /db_xref="FLYBASE:FBgn0023513"
                     /db_xref="GOA:O46089"
                     /db_xref="UniProtKB/TrEMBL:O46089"
                     /translation="MDYDLFQSDDEEILATFIQATQKQETLSAQIDVDDSEEDLVDGL
                     HLPEFNCSGRDTLKSQLCEGGFLGNGYAQLDPPRSRLDYLCFDFAPAQLAVGAVRNYL
                     YGEACKNVQKLLTVVMGQQHLQATAASMNSGWYRVRQQVTHFYHLMLLLRGNELLPSH
                     FLDGFRQLLNDQLDADTWKVLYFAEHNKGNDCQAPAYHLYHGVLEWRFLDLHILYASG
                     NDQAFLGQLERTLDDLIVCAGHHYRSKHRSELIHSSPFMCRCNKELWLLLKRLIPKWL
                     GERELDFWTLFHKAMQRHKSLHFQGESNAISLAYHELYSWLRLGLARLDEYNSEGWYQ
                     PDHSPLTAAPESFQTASLLKQFLASQPDEQQRRVYLIQLSPLQLQLGKPDTDVLCQLW
                     EYFHRSLNCNFSVGTELDQLPLTCSNGSAYVDRYNKLLSKSHIEDLNLSSFTMYAWML
                     GKTLKLLPSQGRSNQRQKLLGRIFSKFSAAKLLALNEPGIHHVIELFLCLLLCHEDLS
                     ELAPKLREMLLCLALEKLPPVRRILVAKGHMALLLLHAQHRLSMDDYVSKLLNQLATI
                     RNDAEVGAIYVGSLQAIFNLADDFNRGEQQLLGPWLAHYVEKCGQASQDRVWQTLHNL
                     ILRLSERRAVAGNASGIKEALQQHIMPLVRTQYVSSHSSWLPKLAANFIALENNGDKL
                     LLGFLQGPEPINMAASAQLLLQVLEDGGRPASSTILQVWVKSLVLLNAQHESVLALMP
                     HVTQLEEFRLLAIDPTSLEGGREPLCAFFGALGRRAQQEEAAAHVRMQLSHKLHAYVN
                     HFELWLPPDRSRSELGSRFYSFLAIVIYNCSTLAYVRSKPSCFFHLAMVRFLLTTQLQ
                     AGVPPEGRLPQVVHKIFPVLLQGIGRLPYRTDAYVAKTLEQLVQHWTPHFSFSSNAKL
                     VARPYATLLQADVDGELAQFVLQLLVTQFLVVQRRRAGQHAGLVITIMQQLIESTGKE
                     QEEQLLTVLRGVHIPLLEHVMFVDEVDLSRNQVFGLYKVLISHDAYKRSQAVRDMCSN
                     HLRSLAEKHLAHCTYFYFQMLINLAELAPDLVAPILSFIREQAEQVELKRGAGEDVGI
                     RKCLQRLQKVLSRV"
     gene            complement(10829..11764)
                     /gene="EG:63B12.4"
     CDS             complement(join(10829..11140,11207..11764))
                     /gene="EG:63B12.4"
                     /note="/prediction=(method:''genscan'', version:''1.0'',
                     score:''113.71'');
                     /prediction=(method:''genefinder'', version:''084'');
                     /match=(desc:''LD30851.5prime LD Drosophila melanogaster
                     embryo pOT2 Drosophila melanogaster cDNA clone LD30851
                     5prime similar to AL021106: Drosophila melanogaster cosmid
                     63B12. CDS:join(24638. .25195,25262. .25573), mRNA
                     sequence'', species:''Drosophila melanogaster (fruit
                     fly)'', ranges:(query:11207..11738,
                     target:EMBL::AA950742:532..1, score:''2642.00''),
                     (query:10961..11140, target:EMBL::AA950742:712..533,
                     score:''864.00'')), method:''blastn'', version:''1.4.9'')"
                     /codon_start=1
                     /protein_id="CAA15939.1"
                     /db_xref="GI:2832770"
                     /db_xref="FLYBASE:FBgn0023517"
                     /db_xref="GOA:O46084"
                     /db_xref="InterPro:IPR013078"
                     /db_xref="UniProtKB/Swiss-Prot:O46084"
                     /translation="MRKLTSFVCGTGAGLAAYYLQRLRDPQTVVQNSWTHSDKPVDPW
                     ALWDTNWDCREPRALVRPLRNSQPEEENRYNAELEKAKAKKARHIILVRHGEYLDVGD
                     SDDTHHLTERGRKQAEFTGKRLCELGIKWDKVVASTMVRAQETSDIILKQIDFEKEKV
                     VNCAFLREGAPIPPQPPVGHWKPEASQFLRDGSRIEAGFRRYFHRAYPDQEKESYTLI
                     VGHGNVIRYFVCRALQFPAEGWLRININHASITWLTISPSGNVSIKYLGDSGFMPAEL
                     LTNRIPRDVKNVV"
     gene            12372..13887
                     /gene="EG:63B12.8"
     CDS             join(12372..12515,12595..13887)
                     /gene="EG:63B12.8"
                     /note="/prediction=(method:''genscan'', version:''1.0'',
                     score:''193.75'');
                     /prediction=(method:''genefinder'', version:''084'');
                     /match=(desc:''H<BETA>58 PROTEIN'', species:''MUS MUSCULUS
                     (MOUSE)'', ranges:(query:12420..12518,
                     target:SWISS-PROT::P40336:20..52, score:''118.00''),
                     (query:12592..13335, target:SWISS-PROT::P40336:51..298,
                     score:''965.00'')), method:''blastx'', version:''1.4.9'');
                     /match=(desc:''PEPA'', species:''DICTYOSTELIUM DISCOIDEUM
                     (SLIME MOLD)'', ranges:(query:12435..12518,
                     target:SPTREMBL::Q23920:25..52, score:''71.00''),
                     (query:12580..12855, target:SPTREMBL::Q23920:47..138,
                     score:''276.00''), (query:12862..13332,
                     target:SPTREMBL::Q23920:142..298, score:''601.00'')),
                     method:''blastx'', version:''1.4.9'');
                     /match=(desc:''LD10891.5prime LD Drosophila melanogaster
                     embryo BlueScript Drosophila melanogaster cDNA clone
                     LD10891 5prime, mRNA sequence'', species:''Drosophila
                     melanogaster (fruit fly)'', ranges:(query:12105..12518,
                     target:EMBL::AA391957:1..414, score:''2070.00''),
                     (query:12591..12632, target:EMBL::AA391957:408..449,
                     score:''201.00'')), method:''blastn'', version:''1.4.9'');
                     /match=(desc:''LD30486.5prime LD Drosophila melanogaster
                     embryo pOT2 Drosophila melanogaster cDNA clone LD30486
                     5prime similar to AL021106: Drosophila melanogaster cosmid
                     63B12. CDS:complement(join(22515. .23807,23887. .24030)),
                     mRNA sequence'', species:''Drosophila melanogaster (fruit
                     fly)'', ranges:(query:12257..12518,
                     target:EMBL::AA950622:95..356, score:''1301.00''),
                     (query:12591..12911, target:EMBL::AA950622:350..670,
                     score:''1587.00'')), method:''blastn'',
                     version:''1.4.9'');
                     /match=(desc:''GH14230.5prime GH Drosophila melanogaster
                     head pOT2 Drosophila melanogaster cDNA clone GH14230
                     5prime, mRNA sequence'', species:''Drosophila melanogaster
                     (fruit fly)'', ranges:(query:12591..13167,
                     target:EMBL::AI238219:5..581, score:''2867.00'')),
                     method:''blastn'', version:''1.4.9'');
                     /match=(desc:''GM02143.5prime GM Drosophila melanogaster
                     ovary BlueScript Drosophila melanogaster cDNA clone
                     GM02143 5prime, mRNA sequence'', species:''Drosophila
                     melanogaster (fruit fly)'', ranges:(query:13320..13361,
                     target:EMBL::AA695102:13..54, score:''210.00''),
                     (query:13363..14030, target:EMBL::AA695102:55..722,
                     score:''3322.00'')), method:''blastn'',
                     version:''1.4.9'');
                     /match=(desc:''GH05947.3prime GH Drosophila melanogaster
                     head pOT2 Drosophila melanogaster cDNA clone GH05947
                     3prime, mRNA sequence'', species:''Drosophila melanogaster
                     (fruit fly)'', ranges:(query:14277..14715,
                     target:EMBL::AI108023:439..1, score:''2177.00'')),
                     method:''blastn'', version:''1.4.9'');
                     EST embl|AI108023|AI108023 comes from the 3' UTR"
                     /codon_start=1
                     /protein_id="CAA15940.1"
                     /db_xref="GI:2832773"
                     /db_xref="FLYBASE:FBgn0014411"
                     /db_xref="GOA:Q9W552"
                     /db_xref="InterPro:IPR005377"
                     /db_xref="UniProtKB/Swiss-Prot:Q9W552"
                     /translation="MNFLGFGQSADIEIVFDGAEHKTAEVKGEDGKVEKMLLFYDGET
                     VSGKVNVTLKKPGSKLEHQGIKIEFIGQIELYYDRGNHHEFKCLAKALAGPGDLIQNN
                     SYPFDFPKVEKQFEVYAGSNVRLRYFLRATIVRRISDITKEVDIAVHTLCSYPEMNNP
                     IKMEVGIEDCLHIEFEYNKSKYHLRDTIIGKIYFLLVRIKIKHMEIAIIKKESTGTGP
                     TMFNENETIAKYEIMDGAPVKGESIPIRVFLAGYNLTPTMRDINKKFSVKYFLNLVLM
                     DTEDRRYFKQQEITLWRKADKPRYHGAQQHQQQQHQHVPLHAPPHLVSGPAAPTVAHS
                     LISSSTDSGEVGGAPTAPGTAGSESKMGLFTRESPNQEFSQQQMDSPPLTPTPSTASV
                     AVAVPTAASSVSEPAPERGIGDGAAAATTSASPVAMLSSSPPPLLPVSPLSRSETEAS
                     EQVQPEDEDLDAITPNTKKTGATPLATD"
     gene            complement(14996..15373)
                     /gene="EG:63B12.11"
     CDS             complement(join(14996..15145,15203..15373))
                     /gene="EG:63B12.11"
                     /note="/prediction=(method:''genefinder'',
                     version:''084'', score:''25.78'');
                     /prediction=(method:''genscan'', version:''1.0'',
                     score:''48.73'');
                     /match=(desc:''GH01621.5prime GH Drosophila melanogaster
                     head pOT2 Drosophila melanogaster cDNA clone GH01621
                     5prime, mRNA sequence'', species:''Drosophila melanogaster
                     (fruit fly)'', ranges:(query:15202..15457,
                     target:EMBL::AI062424:256..1, score:''1235.00''),
                     (query:15033..15146, target:EMBL::AI062424:368..255,
                     score:''561.00''), (query:14913..15033,
                     target:EMBL::AI062424:487..367, score:''587.00'')),
                     method:''blastn'', version:''1.4.9'')"
                     /codon_start=1
                     /protein_id="CAA15941.1"
                     /db_xref="GI:3947670"
                     /db_xref="FLYBASE:FBgn0026089"
                     /db_xref="InterPro:IPR016576"
                     /db_xref="UniProtKB/TrEMBL:O97419"
                     /translation="MHLTLINLFKKTVPGHIFRGKRRLVKPVSQRAMDTLTREYERQE
                     QVMLLLRHPYLTMEQSFGHAKELQKREKLVARWTDEQTLRKMKPHVTIEERLNQLKIK
                     EAWD"
     gene            15661..17238
                     /gene="EG:63B12.7"
     CDS             15661..17238
                     /gene="EG:63B12.7"
                     /note="/prediction=(method:''genscan'', version:''1.0'',
                     score:''200.58'');
                     /prediction=(method:''genefinder'', version:''084'');
                     /match=(desc:''LD02447.5prime LD Drosophila melanogaster
                     embryo BlueScript Drosophila melanogaster cDNA clone
                     LD02447 5prime, mRNA sequence'', species:''Drosophila
                     melanogaster (fruit fly)'', ranges:(query:15593..16282,
                     target:EMBL::AA202295:1..690, score:''3441.00'')),
                     method:''blastn'', version:''1.4.9'');
                     /motif=(desc:''Trp-Asp (WD) repeats signature'',
                     dbase:''PROSITE'', acc:''PS00678'', method:''ppsearch'');
                     /motif=(desc:''WD domain, G-beta repeat'', dbase:''PFAM'',
                     acc:''PF00400'', method:''hmmer'', version:''2.1.1'',
                     score:''50.0'')"
                     /codon_start=1
                     /protein_id="CAA15942.2"
                     /db_xref="GI:4725974"
                     /db_xref="FLYBASE:FBgn0023514"
                     /db_xref="HSSP:1G4I"
                     /db_xref="InterPro:IPR001680"
                     /db_xref="InterPro:IPR011046"
                     /db_xref="InterPro:IPR015943"
                     /db_xref="InterPro:IPR017986"
                     /db_xref="InterPro:IPR019775"
                     /db_xref="InterPro:IPR019781"
                     /db_xref="InterPro:IPR019782"
                     /db_xref="UniProtKB/TrEMBL:O46087"
                     /translation="MEDAVEALFISTSSEDNTTCSVQDLRTGTDLMRYKGGGCAQHHS
                     LNMIHLNYVMAANSAKPLLHVWPINKQEQMAGLRFVVPGKVNALALTPDGNFLVAGIQ
                     ENIYLWHMSSGRMLNTLSKHYQAITCLRFTDNGEHFISGGKDGAVLVWDLTFSAAPLD
                     TGGGKDSTEPLYSFNDHGLAVTDLYSGIGGIRSYLYTVSLDRCCKVYDLCGGVLLLSV
                     VFPVALHSVIVSKMETRVYVGSSDGKVFVFNMENAPRMKVSPDFVYPLLCQLIPLLTQ
                     EYYLEGEEIQAFVGHTYGKAITCLALNISATTLVSGGEDNQVCVWDVGSRQLIKSLSQ
                     KGSVTNLHIRLLSPAIFLPEHKQPQMFADSLKRMISPWDENDCIELFDPDYSGGRKTP
                     ELDYTQSHPGTDEEIILKLIASMSSGKNEDDEGIEAETKATDVEDSEVEEEEPASEPM
                     ETASKEAESEKSYAEYQPDSAQTSDERVQELQAENARLKAQSMRLFQIAFKYITSDTN
                     GQAEITEKTKRKKARKT"
     gene            complement(17373..17724)
                     /gene="EG:63B12.12"
     CDS             complement(join(17373..17584,17646..17724))
                     /gene="EG:63B12.12"
                     /note="/prediction=(method:''genefinder'',
                     version:''084'', score:''19.65'');
                     /prediction=(method:''genscan'', version:''1.0'',
                     score:''32.86'');
                     /match=(desc:''LP05103.5prime LP Drosophila melanogaster
                     larval-early pupal pOT2 Drosophila melanogaster cDNA clone
                     LP05103 5prime, mRNA sequence'', species:''Drosophila
                     melanogaster (fruit fly)'', ranges:(query:17646..17765,
                     target:EMBL::AI261035:120..1, score:''600.00''),
                     (query:17251..17586, target:EMBL::AI261035:454..119,
                     score:''1680.00'')), method:''blastn'',
                     version:''1.4.9'')"
                     /codon_start=1
                     /protein_id="CAA15943.1"
                     /db_xref="GI:4165198"
                     /db_xref="FLYBASE:FBgn0026088"
                     /db_xref="GOA:O97420"
                     /db_xref="InterPro:IPR005374"
                     /db_xref="InterPro:IPR022788"
                     /db_xref="UniProtKB/Swiss-Prot:O97420"
                     /translation="MSPKNNHDPSSSGDSGNTNVQEADLQEMEDVNNSLDALSCALDA
                     VEQRTDDIMSQLRELLNSNREIRRLIAEENDNAPESGDDNMDGQAGSEAAPK"
     gene            complement(20387..28005)
                     /gene="EG:63B12.3"
     CDS             complement(join(20387..20479,20550..20732,20787..20916,
                     20973..21568,21648..22172,22238..26594,26621..28005))
                     /gene="EG:63B12.3"
                     /note="/prediction=(method:''genscan'', version:''1.0'');
                     /prediction=(method:''genefinder'', version:''084'');
                     /match=(desc:''ZINC FINGER PROTEIN HRX (ALL-1)'',
                     species:''HOMO SAPIENS (HUMAN)'',
                     ranges:(query:22223..22333,
                     target:SWISS-PROT::Q03164:1903..1867, score:''75.00''),
                     (query:21936..22169, target:SWISS-PROT::Q03164:1977..1900,
                     score:''185.00''), (query:21236..21409,
                     target:SWISS-PROT::Q03164:3747..3690, score:''67.00''),
                     (query:20787..20918, target:SWISS-PROT::Q03164:3878..3835,
                     score:''106.00''), (query:20547..20726,
                     target:SWISS-PROT::Q03164:3940..3881, score:''205.00''),
                     (query:20390..20479, target:SWISS-PROT::Q03164:3969..3940,
                     score:''121.00'')), method:''blastx'', version:''1.4.9'');
                     /match=(desc:''TRITHORAX PROTEIN'', species:''DROSOPHILA
                     MELANOGASTER (FRUIT FLY)'', ranges:(query:22223..22327,
                     target:SWISS-PROT::P20659:1767..1733, score:''81.00''),
                     (query:21936..22172, target:SWISS-PROT::P20659:1841..1763,
                     score:''186.00''), (query:21236..21337,
                     target:SWISS-PROT::P20659:3503..3470, score:''60.00''),
                     (query:20787..20918, target:SWISS-PROT::P20659:3670..3627,
                     score:''117.00''), (query:20547..20726,
                     target:SWISS-PROT::P20659:3732..3673, score:''175.00''),
                     (query:20426..20479, target:SWISS-PROT::P20659:3749..3732,
                     score:''54.00''), (query:20390..20467,
                     target:SWISS-PROT::P20659:3759..3734, score:''79.00'')),
                     method:''blastx'', version:''1.4.9'');
                     /motif=(desc:''Cytochrome c family heme-binding site
                     signature'', dbase:''PROSITE'', acc:''PS00190'',
                     method:''ppsearch'');
                     /match=(desc:''GM10003.5prime GM Drosophila melanogaster
                     ovary BlueScript Drosophila melanogaster cDNA clone
                     GM10003 5prime, mRNA sequence'', species:''Drosophila
                     melanogaster (fruit fly)'', ranges:(query:21883..22007,
                     target:EMBL::AA735869:125..1, score:''625.00''),
                     (query:21648..21881, target:EMBL::AA735869:358..125,
                     score:''1116.00''), (query:21429..21569,
                     target:EMBL::AA735869:498..358, score:''678.00''),
                     (query:21417..21436, target:EMBL::AA735869:511..492,
                     score:''100.00'')), method:''blastn'', version:''1.4.9'');
                     /match=(desc:''GH25802.5prime GH Drosophila melanogaster
                     head pOT2 Drosophila melanogaster cDNA clone GH25802
                     5prime, mRNA sequence'', species:''Drosophila melanogaster
                     (fruit fly)'', ranges:(query:20971..21569,
                     target:EMBL::AI405692:613..15, score:''2986.00''),
                     (query:20839..20933, target:EMBL::AI405692:689..595,
                     score:''412.00'')), method:''blastn'', version:''1.4.9'');
                     /motif=(desc:''SET domain'', dbase:''PFAM'',
                     acc:''PF00856'', method:''hmmer'', version:''2.1.1'',
                     score:''199.2'')"
                     /codon_start=1
                     /protein_id="CAA15944.1"
                     /db_xref="GI:3256105"
                     /db_xref="FLYBASE:FBgn0023518"
                     /db_xref="GOA:Q8IRW8"
                     /db_xref="HSSP:1PEG"
                     /db_xref="InterPro:IPR001214"
                     /db_xref="InterPro:IPR001965"
                     /db_xref="InterPro:IPR003616"
                     /db_xref="InterPro:IPR003888"
                     /db_xref="InterPro:IPR003889"
                     /db_xref="InterPro:IPR015722"
                     /db_xref="InterPro:IPR018516"
                     /db_xref="InterPro:IPR018518"
                     /db_xref="UniProtKB/Swiss-Prot:Q8IRW8"
                     /translation="MNIPKVTTSLGAAEKAKPERVASVAAAAFNAVSLQKRSGDDTAT
                     PAEDPTRKKAKTELLLGTGTAAPSLPAKASSTAPQQLLYQRSGQQAKAQVKAASEPQD
                     VETADGVWDARDQQIIVCNFGSGTEMGAIKAEDADKQSEYRISTPRNSQSNPLLHRNT
                     AFTSFTKKEGASSSASSSSSTASVISIEPSGSGQDHAENSGKSEDLDYVLMPASGADS
                     ATSVGNSTGTGTPAGTPIGATTSTIILNANNGTAGVSGAGTTTILTQKSGHTNYNIFN
                     TTATGSQTPTTTLLNRVNLHPKMKTQLMVNAKKLSEVTQTTAKVSIGNKTISVPLLKP
                     LMSASGAATAGGATIVESKQLLQPGGQVTTVMSAAQQSGGQQVHPHVHSHAHHNFTKL
                     IKRGPKNSGTIVSFSGLQIKPANTKIVATKVVSKKMLQLQQHQQQIQQQQQLQQLQVT
                     SGGGLAPPQAAYQTYAMVQDSATVGPAAHSEDDAPAPRKITAYSENLQKILNKSKSQE
                     STGGPEEFTNINSVVIKPLDKNTLNCPPSFNIFKQQQHSQAAQSQSISAVGSGAGTPV
                     TFTMASGNASDLATTSTVSVSAGTICINSPMMGTRPIISIQNKNISLVLSKTTMAQQK
                     PKMITTTTLSSQAALQMHHALIQDSSADKAGSSANSGSATSGASMQLKLTTANTPTKL
                     SVSLAPDVVKLEEVGSESKAKLLVKQEAVVKDSTGTPTSEERAEEIGTPEKRLNANAT
                     MTAINQVQNQSANQIQMATSTSTASNPSTPNPTVNATPMNNQRSAAEDNALLKQLLQN
                     NSSSHSLNQISITSAHVGSASASAPLSARKVINVRAPSMGKVRSLEDQLARPVIPPVP
                     TATQAAGSSSSSGSVATSTTTTTVASGGSSQQVATASATALPVSAVAITTPGVGGEAK
                     LEQKSDQPAAIMQNQSQNQAPPPPPPPQQQQQQQLHQPQQLQPSPHQVKQTVQIVSKE
                     TSFISGPVAAKTLVTEATSKPAELLPPPPYEMATAPISNVTISISTKQAAPKELQMKP
                     KAVAMSLPMEQGDESLPEQAEPPLHSEQGATAAGVAPHSGGPLVSAQWTNNHLEGGVA
                     TTKIPFKPGEPQKRKLPMHPQLDEKQIQQQAEIPISTSLPTTPTGQGTPDKVQLISAI
                     ATYVKKSGVPNEAQPIQNQSQGQVQMQAQMQATMQGHLSGQMSGQISGHAAGQIPAQM
                     HLQVQHQLHMAVHPQQQQQQLHQNQPQNATIPLPVTGQGAVPIPVPTMESKAGDQRKR
                     RKREVQKPRRTNLNAGQAGGALKDLTGPLPAGAMVQLAGMPPGTQYIQGAASGTGHVI
                     TSTGQGVTLGGVGASTGASSSPMLKKRVRKFSKVEEDHDAFTEKLLTHIRQMQPLQVL
                     EPHLNRNFHFLIGSNETSGGGSPASMSSAASAGSSSAGGGKLKGGSRGWPLSRHLEGL
                     EDCDGTVLGRYGRVNLPGIPSLYDSERFGGSRGLVGGSARTRSPSPAESPGAEKMLPM
                     SSIQNDFYDQEFSTHMERNPRERLVRHIGAVKDCNLETVDLVESEGVAAWATLPRLTR
                     YPGLILLNGNSRCHGRMSPVALPEDPLTMRFPVSPLLRSCGEELRKTQQMELGMGPLG
                     NNNNNNYQQKNQNVILALPASASENIAGVLRDLANLLHLAPALTCKIIEDKIGNKLED
                     QFMNQDDEKHVDFKRPLSQVSHGHLRKILNGRRKLCRSCGNVVHATGLRVPRHSVPAL
                     EEQLPRLAQLMDMLPRKSVPPPFVYFCDRACFARFKWNGKDGQAEAASLLLQPAGGSA
                     VKSSNGDSPGSFCASSTAPAEMVVKQEPEDEDEKTPSVPGNPTNIPAQRKCIVKCFSA
                     DCFTTDSAPSGLELDGTAGAGTGAGPVNNTVWETETSGLQLEDTRQCVFCNQRGDGQA
                     DGPSRLLNFDVDKWVHLNCALWSNGVYETVSGALMNFQTALQAGLSQACSACHQPGAT
                     IKCFKSRCNSLYHLPCAIREECVFYKNKSVHCSVHGHAHAGITMGAGAGATTGAGLGG
                     SVADNELSSLVVHRRVFVDRDENRQVATVMHYSELSNLLRVGNMTFLNVGQLLPHQLE
                     AFHTPHYIYPIGYKVSRYYWCVRRPNRRCRYICSIAEAGCKPEFRIQVQDAGDKEPER
                     EFRGSSPSAVWQQILQPITRLRKVHKWLQLFPQHISGEDLFGLTEPAIVRILESLPGI
                     ETLTDYRFKYGRNPLLEFPLAINPSGAARTEPKQRQLLVWRKPHTQRTAGSCSTQRMA
                     NSAAIAGEVACPYSKQFVHSKSSQYKKMKQEWRNNVYLARSKIQGLGLYAARDIEKHT
                     MIIEYIGEVIRTEVSEIREKQYESKNRGIYMFRLDEDRVVDATLSGGLARYINHSCNP
                     NCVTEIVEVDRDVRIIIFAKRKIYRGEELSYDYKFDIEDESHKIPCACGAPNCRKWMN
                     "
     gene            28577..29459
                     /gene="EG:63B12.2"
     CDS             join(28577..28625,28675..28773,28843..29459)
                     /gene="EG:63B12.2"
                     /note="/prediction=(method:''genefinder'',
                     version:''084'');
                     /prediction=(method:''genscan'', version:''1.0'');
                     /match=(desc:''50S RIBOSOMAL PROTEIN L16'',
                     species:''ESCHERICHIA COLI'', ranges:(query:29094..29225,
                     target:SWISS-PROT::P02414:64..107, score:''87.00'')),
                     method:''blastx'', version:''1.4.9'');
                     /match=(desc:''GH05976.5prime GH Drosophila melanogaster
                     head pOT2 Drosophila melanogaster cDNA clone GH05976
                     5prime, mRNA sequence'', species:''Drosophila melanogaster
                     (fruit fly)'', ranges:(query:28507..28625,
                     target:EMBL::AI108047:1..119, score:''595.00''),
                     (query:28690..28785, target:EMBL::AI108047:102..197,
                     score:''354.00''), (query:28843..29264,
                     target:EMBL::AI108047:186..607, score:''2101.00'')),
                     method:''blastn'', version:''1.4.9'');
                     /motif=(desc:''Ribosomal protein L16'', dbase:''PFAM'',
                     acc:''PF00252'', method:''hmmer'', version:''2.1.1'',
                     score:''31.0'')"
                     /codon_start=1
                     /protein_id="CAA15945.1"
                     /db_xref="GI:3256104"
                     /db_xref="FLYBASE:FBgn0023519"
                     /db_xref="GOA:O46082"
                     /db_xref="InterPro:IPR000114"
                     /db_xref="InterPro:IPR016180"
                     /db_xref="UniProtKB/TrEMBL:O46082"
                     /translation="MLSLKLVSQLFKQSLAFCNKPLKLFFAAGNMAIVNTAGLKYFAP
                     PIKYQNVEQPERPKLRVIERQPQLPPNIRPPKMQKRLRYMRGPEMVHNTLLHKQYAIV
                     ATGGGRLRWGHYEMMRLTIGRKMNVNTMFATWRVPAPWQPITKKGQGQRMGGGKGAID
                     HYVTPIKAGRVIVEIAGKCEFVEVKQFLQQVANQLPFQATVVSQEMLDEQRVAEEEQT
                     RQNENPFTMKYVIQNNLSGCHRWLSPVDHKWFGKHL"
     gene            complement(30060..34983)
                     /gene="EG:86E4.6"
                     /gene_synonym="FBgn0000117;arm"
     CDS             complement(join(30060..30349,31633..31729,32738..33010,
                     33071..33271,33344..34983))
                     /gene="EG:86E4.6"
                     /gene_synonym="FBgn0000117;arm"
                     /codon_start=1
                     /protein_id="CAA15946.1"
                     /db_xref="GI:2832766"
                     /db_xref="FLYBASE:FBgn0000117"
                     /db_xref="GOA:P18824"
                     /db_xref="InterPro:IPR000225"
                     /db_xref="InterPro:IPR011989"
                     /db_xref="InterPro:IPR013284"
                     /db_xref="InterPro:IPR016024"
                     /db_xref="UniProtKB/Swiss-Prot:P18824"
                     /translation="MSYMPAQNRTMSHNNQYNPPDLPPMVSAKEQTLMWQQNSYLGDS
                     GIHSGAVTQVPSLSGKEDEEMEGDPLMFDLDTGFPQNFTQDQVDDMNQQLSQTRSQRV
                     RAAMFPETLEEGIEIPSTQFDPQQPTAVQRLSEPSQMLKHAVVNLINYQDDAELATRA
                     IPELIKLLNDEDQVVVSQAAMMVHQLSKKEASRHAIMNSPQMVAALVRAISNSNDLES
                     TKAAVGTLHNLSHHRQGLLAIFKSGGIPALVKLLSSPVESVLFYAITTLHNLLLHQDG
                     SKMAVRLAGGLQKMVTLLQRNNVKFLAIVTDCLQILAYGNQESKLIILASGGPNELVR
                     IMRSYDYEKLLWTTSRVLKVLSVCSSNKPAIVDAGGMQALAMHLGNMSPRLVQNCLWT
                     LRNLSDAATKVEGLEALLQSLVQVLGSTDVNVVTCAAGILSNLTCNNQRNKATVCQVG
                     GVDALVRTIINAGDREEITEPAVCALRHLTSRHVDSELAQNAVRLNYGLSVIVKLLHP
                     PSRWPLIKAVIGLIRNLALCPANHAPLREHGAIHHLVRLLMRAFQDTERQRSSIATTG
                     SQQPSAYADGVRMEEIVEGTVGALHILARESHNRALIRQQSVIPIFVRLLFNEIENIQ
                     RVAAGVLCELAADKEGAEIIEQEGATGPLTDLLHSRNEGVATYAAAVLFRMSEDKPQD
                     YKKRLSIELTNSLLREDNNIWANADLGMGPDLQDMLGPEEAYEGLYGQGPPSVHSSHG
                     GRAFHQQGYDTLPIDSMQGLEISSPVGGGGAGGAPGNGGAVGGASGGGGNIGAIPPSG
                     APTSPYSMDMDVGEIDAGALNFDLDAMPTPPNDNNNLAAWYDTDC"
ORIGIN      
        1 ggctttgtgt gagttcgggt agtgtgacca gcgccactgc ggaaacacag tgttaatacg
       61 ccttgggcca aggtaggagg taggcccgtg gataccctgc catttttttt tttttttttt
      121 gctactccat ctagaaaatt gttgtgtcta gccttagcaa gtacacggca ctactcactt
      181 ttcaccagtg tagaatttaa catttcaaga ttgtgcaaag caattattta ataggttgta
      241 ttaggcatat attaacatac ataaacagac atactctttc actgtaagta atgagtccaa
      301 gcatcgcctt taccaacacc gccggccgac accgcgtatg caaaatcgag ctttacagca
      361 ctagctttta aatgtccgtt taattttaat ggaaaccatg tttctggtta agaaaatata
      421 taatacatta aacaaaatat actacttcta ctacttcgca cgaactgaga tctcagttaa
      481 gtttttcaaa ttgtctatga tataccaaaa atggtttagg gcttggagca cataatttaa
      541 caaaactcaa aagagaaccc agctagttgg acgactcgtc cagtgtcagc gtttccactc
      601 ggctggcgat cgacgccgct gtctcctccg ccggctgacc cttctgcttg gcgtactcca
      661 cgctcaggat gcgcatcacc tgtgcggcag tcatgttgtc gcgcttgtgt ctctggaagt
      721 tgtccttaac gaacttagca aatcccttcg cctcgcccgc cggcgtggat acggtgtttc
      781 cttgcttgtc ctttttgttc aggaagaggg tgatgggtcc ccggcagatc ctgcagcgca
      841 aatcttccac cttgcgggat cgggaatggg catgtgacct gtgatgcgta aaaactgcat
      901 gacaataata ttctttttat cacttgggag aacttacgct ttgtcgcagc tcaggcactt
      961 gtaggtatac ttgaattcaa tgctatagtt gtggcagacc ttgatctgcg ggagatcggg
     1021 gaacttgtcg ttggctcttt gtgcccacat cttccacacc cgtccgtgtc caccctcgcc
     1081 attgaatacc caggccgcag catggcagag ttcgtgtatc aaggtgcaac gcaggcggtc
     1141 cgcggtagtc agcactttga cgctcagttc caccacgctg ctacgctggt taagtctgca
     1201 aacaatatat atttatcgaa ttcaaggagg atatctggtt gtctctataa gaatcaccca
     1261 cttgcgcttg ttcatgcacc ggccggcagt gttgcgcagc aatttggacc aggtgatggg
     1321 cacatccagc tcgttgttga acacctgggc gttatacatc ttgtaaagat gctgggccag
     1381 ctgatcctta tttcttgcga agttttcccg atagaagaag gcctcgttgt ccgccctatc
     1441 gcggctcact tgtccctcca gggatttcag aaagccgcac ttgccgccgc tcgcaacggg
     1501 tgagagatcc ttctgcttcc taggttttgg aatctgctta gtggattttg ggggggtaga
     1561 aacttttggc ggtgcagatg ttttgggcgg agcagtgcct ttaggcggag ccgtttttgg
     1621 cgtaagcaac ttgagaattg ggctctcgtg gggcgttgtc tgaccttgct gcccaatgcc
     1681 aagcttcttc tttacctcct gcactctcct gtggactgga gtcccgggta ggtagtcgct
     1741 ctccagttca tccagcatgt ccaggtccaa cgccctgttt actatctcct tagcttggtt
     1801 atcgttctcg aatcctgcgt taggggtaaa aagttggcga cgaatgtttg gctgctgcac
     1861 aggagtggca ggaagtttag ccttaacgct ggcgcgacat gatcgcagta tgtcgtccag
     1921 gcgacggtga cattttggcg ctagaataat gagttactaa aacatttaag tcagccattt
     1981 aaaatactaa tatcaactct tacacggcga gtcctggtcg ggattgctga tcacctccac
     2041 ctcgtctttg ctcaagtcga gataggtaag gtcgcctctc ttttgcttgt tctccttgtc
     2101 cttatcactg tcgctatcac taccgctttc gctaaaagtg gcatctgcat cctcgtcgtc
     2161 ggaggcgtct gtcccgctgt cggaatctat gagcttgcgc cagcgatcct cgtctatatg
     2221 attggtgcgt gggcgtgtca acggcttttg agtccgcgga cgtctctccg tttggacagc
     2281 gcgcatcgga ggcagacgag tcgagtttaa aggagtctga tttgtgcgca gaggtttggt
     2341 aactggggat taaagcgcgt gtgactcaac ggttggagga taaaaagcat ggataaattc
     2401 ttacatatgc tgaagtcccc gagaacactt tcatctggct tgggcttctt ttttttagcg
     2461 gtggttaccg ctgttgcttg aatattcctg ggcctcagag gagcctgttt accgccacta
     2521 ccactggagc gctttagagt gcggatcaca tctggtgtct gccaagactt gccgtacaat
     2581 tgattgagca gcttttctgc gtgggtgaga aactgctcat cctcggatgc atcatccaca
     2641 gacagcatgg atttttggtg gctctgaggg tcctgctgct ggtgctcttg gtgctgcacc
     2701 tcctccgagc tgggcaggga cttagtggcc ctgggcgaag agtaatgctc atcgtcgtct
     2761 tccgccgaac ttgactccat agtgggaatg ctgattttaa tgttgatctt cgctgaaata
     2821 ttaatactgc tgacctggat agaaccgtgt tcgtcccctc ccgatgtgga ggaaccagag
     2881 ctggcctttt gcggcgtgag ctcgccctcg ctgctggttt ccggtatttc aatggattca
     2941 tcaggaacgg gctcattgtt gtgaatcgtc gagttatggg tctcagaact atcagaacac
     3001 agggtgttgg gctcggtgtc attgtctgct aaacgcttgc tgctgtatgt gggctcaagc
     3061 tcctccgatc cgagagtatt cgcctccgtt tcgtcgtctg ccaaccgctt gctgctatcc
     3121 aatcgagtgg catctgctga gcagatggta ttcacctgcg tatcgttgtt cgccagttgt
     3181 gtgctgttgt aaatcggcct ggtagtgggt ggctgccagt cctcgtcggt gggcgacatg
     3241 gattcggtgt ccgcatcggc tagacgggat tgccgctggc tggaagagag ggggggcggt
     3301 gtcaatgggc cattccactc catctcgcgt cgctctatgg acacatcgcg cagaaaagcc
     3361 tcgatgcgct gcactttttc ggttgtgagc atgggctgtg gtatgtcttc ctggccggga
     3421 ttagccacaa tttcccgttc actcacagcc atgctatcgg gaggcaaggg ttcttgctca
     3481 tcctcgctag aatcggatat ggtgatacag gaggcggcgt cgtcgtcgcc ggatacgttc
     3541 tcttccgtag tggaggaaat gcaaatggag atctccggct tggccgagtg ctcctcattt
     3601 atgggctgca ctttcaaatt gctgatgcca gcggacagga gctctacatc gcccacattt
     3661 gccacatcct ggctgcagcc gtcggcgctc agctgcaagg cttccatgta gtcggaattg
     3721 tcgagttctg tgtcctccgt atttgccccg caggacggag cgggtgctcc cacattggcg
     3781 cgcatgggag ctgctggcag tttccttgtt ttctggtcgt tcctcttttc tggatgatct
     3841 tcggcgcatg ggacacctgg agtcgttttt tgtgggagga tagcgtcaaa ttggcgaact
     3901 tttgattgaa gggaactttt actttgctcg ggtcgaccgc attgaagagc ctatacttat
     3961 gatccgccat tttgggggcg tcgttggggc atttacggta aatcaatctc tatgaatatg
     4021 ctttaagcaa aattcgtatt tgctattatt ctgtgcgcgt cgatttacgt tcatcgttat
     4081 cgatagacta tttgattttc cggcatctag ctagtgctgt tcgaaaatgt ctaaaacggc
     4141 atcactagta aaacgaattc ttccaaggaa atgaaactaa aaacaaaacc aaactactgc
     4201 tcagttaatt taataccata gtacacccaa acttacaaaa ttagccaatg gcgattgtgt
     4261 cgtcggcccg tgagtcgctc tcccatgcga tgaacaaccg cttcttgccc aacctggagt
     4321 acttgctgca gggatctatc ctggattccg ccgtggaaca cttgatgcac aggtgggaga
     4381 cccagtgtca gatttgaatc gtttgcaccc gactaacagt ctaaccgcct acccactatc
     4441 agactaaagg gactctgcga caatgtggac acctcgccgg agccgtttca cgatctggaa
     4501 gtgtgtatga gccttcgcca gcccaatgcc aaccagccgc tgcttcttcg cgtgcgccga
     4561 gcccttggtc gcgatgcacc ctttcagatg cgctacctag gaaaccccga ggtggatctg
     4621 cgccggccta cattggtacg cagctgcatg gactgcgcct gcaccaatgg cattttggaa
     4681 ttcctcacgg aaatgggctt ccgcctggag ttcgagtaca tagcaaaggg ttggaatcat
     4741 gaaatatatt acgcttgggt tgccaaaatg gatagtgaca aatggactta tttcaggcta
     4801 tatgttccgc aaggggcgca tgaagattac cgtctccaag ctcattaaga ttgtgcccgg
     4861 caagcagcag gacatggcca acgagccaat ctcacaaagc tacatagtgg aactctctgt
     4921 ggtggcgcca acggggcagg agaatgtcgg cgaggaaatg cgcgtgtttg ccgagcaact
     4981 aaagccactc gtgcagctcg agaagatcga ctacaagcga ctgggcggca tgccgtagtt
     5041 tacaataaaa gtgcacatcg catttatcca acagttattt aatttcttaa atgtaagaaa
     5101 atatacaaat ttacagaaaa gaaccgagag ggaatgatta cactgccaga gtaaaaaata
     5161 tctcaaattc aaccttacac acccacatga cacgacaaca acggactttc ccaaagcagt
     5221 gataaagaag ctgcggggcg gttaatcctt aaaggcctca ttaagagccg ccagattgcg
     5281 atcgctcaca taactctgga gatcgctgcg gcccatcagc gaaatgacca tcttcagcgt
     5341 actccaaata gactcggaca tctggttctg tcctctaaag gtagccgcca tcgccgcatt
     5401 gggcagctct cgggcggcgt tagtgtgagc ctgcatggta agcgctgtga gtaagtgctc
     5461 cacagcttcc ttgtaggcct taaggttcat gcaacatacg cccacgttgt aacgcacacg
     5521 gatgaagccc ggttggagct gcagcgcctg ctgataagcc tccaccgcct ccacggagcg
     5581 cgagccgttg gccaaactgg cccccaatcg gttccatgtc ttcgcatttt ggggatccac
     5641 ctgcagagcg gactggtagc agtccaccgc cttgtcgaac tccccagata gattgtagag
     5701 cacgccgagg gcatcctgga cttcggcatc cacctccgaa gggtgctgtc gaacggcttc
     5761 caagtagatc tgctgcagat cgcgcagctt actcggacca atcagcgacg aagccaacga
     5821 agtgccctcg gcctgcagct ccggatgggc tgcgaccagg tgctgatact tgggatgcac
     5881 tgtcagccag ttgcacagca tgcgcacggc gttgttctgc aggccctcgt tggtgtagca
     5941 cgcggccagg gccatcagga cctgttggtt gtccggttgc aagtcgtaag cccgcttaag
     6001 tgccgcaatg gcctggggat ccatttcgtt ctctgtctgc gaagtgccca gcaactgcca
     6061 gacctcagcg cgctccggtt gctttttggc cgccacctcg aaacatagaa ctgcgctggg
     6121 tatatcccct ttggacaggt actccttacc cttttcaaac gggttctcca catcagacat
     6181 ggggttgccc tcggcgaact cgtactcctt ataagcgtcc atattgtcgt tgtactccga
     6241 cagccacgga tgctcgttct cgtcggccag cttctgccac tcgtcttgca gccgctccca
     6301 gaacttttcg ttgaagttgg cggcggtttg ctctttttgt tcggtgctgc gctggtagtc
     6361 gctgatccag tcgtccagcg attccccctg tggcgcctgt ggcagatgat ctgtgattat
     6421 agtttccatg gcggagtcaa agaaggggtc ctgttgctgt cctgccgcaa tgggcatcaa
     6481 aggctgacgc aatggcggca gggaccgaaa gttctggcta ctgatcaggg gctcgtcgaa
     6541 gaactcctgg gcatgctgca ggtcctgctg ctgtgcctgc atgtggatca tcttgttggg
     6601 cagggcgggt gccagtccgc gggcaaagtc ctgtccccac tgctccgcct gctgagagtg
     6661 catctgctgc tgcggatttc cgtgaatatt tatgtcccgc atctcctgga gcagagtgtc
     6721 catctgaaat gactgcggtg gggcagtgac ctgtcccagg aactcgttga tcaactggtc
     6781 ctcgggacga gcagcgcgct cgaagtgtcg ctgcacatag ccctcatcct tgtgggcaac
     6841 atcgcgggtg aactgtccgc ccagttgcat gagaggatta actccaccgc agtcgccctc
     6901 gaccaatggg cggaaagaca tggtgttcga agtggagatg ctacgtaact ggggcaacca
     6961 acgataagaa aaggggccaa atcaggtcca aaacaaaagt ccaaatgtca caaagattac
     7021 ctgtttatcg gccgttatcg aagctatcgg ctttgtgaca gtgttgcaca gcgctctaat
     7081 aataataaaa tatatcgccg cgcaaaatct tatccgccag agaattggtt tcgaacgcca
     7141 aatccccgac tgcaccatgg actacgacct ttttcagtcg gatgacgagg agatcctggc
     7201 taccttcata caggcgacac agaagcagga aaccctgagc gcgcaaatag acgtggacga
     7261 tagcgaagag gacctagtcg acggtctaca cttgcccgag ttcaactgca gtggccgaga
     7321 cactctgaag agccaactgt gcgagggagg ctttctgggg aatggctacg cccaattgga
     7381 tccgccccgc tctcgcctgg attatctctg ttttgacttt gctccggctc aattagcggt
     7441 tggcgcggta agaaactacc tgtacggcga ggcctggtga gtttagagct cccctggcag
     7501 ctgccaacaa gtacaactct tccattctca gtaagaatgt gcagaagctg ttaaccgtcg
     7561 tgatgggcca gcaacacctg caggccacgg ccgcctctat gaactctggt tggtatagag
     7621 tgcgccagca agtcacacac ttctaccatc tgatgctgct cctacgaggc aatgagctgc
     7681 tgccttcaca ttttcttgat gggtttcgac aattgctcaa cgatcagctg gatgcggata
     7741 cctggaaggt tttgtatttt gcggagcaca acaagggaaa cgactgccag gcgccggcgt
     7801 atcacctgta tcacggcgta ctggagtggc gttttctgga cctgcatata ctgtacgcct
     7861 ctgggaatga tcaagcgttc ctagggcagc tggagcgcac actcgacgat ctgatcgttt
     7921 gtgctggaca tcactaccgc agcaaacatc gctcggagct catccattcc tcgccgttca
     7981 tgtgtcgctg caacaaggag ctgtggctgc tgctgaaacg tcttattccc aaatggctgg
     8041 gagaacggga gctagacttt tggactctat tccacaaggc catgcagagg cacaagtcac
     8101 tccacttcca gggtgagtgc acaaagaagc tagaccgtgc ggcttcccct catcttatag
     8161 tcgtttttct tctcgaggtg agagcaatgc aatttctctg gcataccacg aactctattc
     8221 ctggttgagg ctaggactgg cccgcttgga cgaatacaac agtgagggtt ggtaccagcc
     8281 ggatcactcg ccgctcactg cggcaccaga aagcttccaa actgccagtc tgcttaagca
     8341 atttctggcg agccagccgg acgaacagca gcggcgggtc tacctaattc aactctctcc
     8401 ccttcaactg cagctgggca agccggatac tgatgtcctg tgccagctgt gggagtactt
     8461 tcaccgatcc ctcaactgca attttagtgt gggaactgag ctagatcagc tgccgcttac
     8521 ctgttccaat gggtcggcct acgtcgatcg ctacaacaaa ctgctgtcta agtcgcatat
     8581 agaagatttg aatctgagca gtttcaccat gtacgcgtgg atgctgggca aaaccttgaa
     8641 gcttttacca tcgcagggca gaagcaacca acgtcagaaa ctactcggcc gcatattcag
     8701 caagtttagt gccgcgaaac ttttggctct gaatgagcct ggtattcacc atgtgatcga
     8761 gctgtttctg tgcctgctgc tctgccacga agatctcagc gagttggcgc ccaagctgcg
     8821 cgaaatgttg ctctgcctgg ccctggaaaa actgcctccg gtgcgaagga ttctcgtggc
     8881 caagggacac atggccctgc tgcttctgca tgcccagcat cgcctatcta tggatgacta
     8941 tgtgagcaag ctgctcaacc agttggccac cattcgcaat gatgcagagg tgggcgccat
     9001 ttatgtgggc agccttcaag ccatctttaa tctggcggat gacttcaacc gcggcgagca
     9061 gcagcttctc gggccatggc tggcacatta cgtcgaaaag tgtgggcagg catcgcagga
     9121 tcgcgtatgg cagacgcttc acaatttaat cctccgtctc agcgagcgga gagctgtggc
     9181 tggcaatgcg agtggcatca aggaggcact tcaacagcac ataatgccac tggtgaggac
     9241 ccaatacgtt agtagccata gctcatggct tccaaagcta gcggctaact tcatcgccct
     9301 ggagaataat ggggacaaac tgctactggg cttcctgcag ggaccagaac ccatcaatat
     9361 ggctgcttct gctcagttgt tgctccaggt gttggaagac ggagggcgac ctgccagctc
     9421 caccattctt caggtctggg tgaagtctct ggtcctccta aacgcacaac acgaatctgt
     9481 attggcttta atgccccatg tcacacagct agaggagttc cgacttctgg ccattgatcc
     9541 cacctctttg gagggcgggc gcgagcctct ctgcgccttc tttggagctc tgggaaggcg
     9601 tgcccagcaa gaggaggctg ctgcccacgt ccgtatgcag ttgagccaca aactgcatgc
     9661 ctatgtaaat catttcgagc tatggctacc cccggatcga agccgatcgg aactcggttc
     9721 ccggttctac agcttcctag ccattgtcat ctataattgt tccactctag cgtacgtgcg
     9781 atccaagccg agctgcttct tccacctggc catggtgcgg ttcctgctca ccacgcagtt
     9841 gcaggcagga gtgccgcccg aaggtcgcct tccacaagtg gttcacaaga ttttcccagt
     9901 gttgctgcaa ggcattggtc gactgcctta ccgcacggac gcatacgtgg ccaagacttt
     9961 ggagcaacta gttcagcact ggacgccgca ctttagcttc tcatccaacg ccaagctggt
    10021 ggcccgtcca tatgccaccc tcctccaggc ggatgtagat ggagagctgg cgcagtttgt
    10081 gcttcagctc ctcgttaccc agtttttggt ggtccagcgg cggagggcag gacagcatgc
    10141 gggcttggtg atcactataa tgcagcaact gatagagagc actggcaaag agcaggaaga
    10201 acagctgcta accgttttgc gcggcgtgca catcccgctg ctggaacacg taatgttcgt
    10261 ggacgaagtg gacctcagtc gcaaccaagt gtttggactt tataaagtgc ttatatcgca
    10321 cgatgcctac aagcgatcac aggcggtcag ggatatgtgc tccaatcact tgcgatccct
    10381 cgccgaaaag cacctggccc actgcactta cttttacttc cagatgctga tcaacctggc
    10441 agagctggcg ccggatctag tggctcccat cctatccttt ataagggagc aggcagagca
    10501 ggtggagcta aaacgcggcg ctggagaaga tgtgggcata cgcaagtgct tgcagcgact
    10561 ccaaaaggtc ttgagcaggg tttaggctcc tcatggcttc ttttgtacat ataaggattc
    10621 tcaataaaat gttaggcatt ctataaaatc tttattattt cagtcggaag attcaatgat
    10681 tcctccttaa gagatatacg ttacggtgcg gcaaaatgta catggtggtt tacacagtct
    10741 cgcgatctgt gctcaaggtc tcagttaaag tgttggaaat aaatacatta tgattgcttc
    10801 tcctttgggc agttctataa acagacggct aaaccacgtt tttgacgtcg cgcggtatgc
    10861 gattggtaag cagctcggcg ggcataaagc cggagtcgcc caggtacttg atggacacgt
    10921 tgccggatgg actgatggtc agccaggtga tggaagcgtg attaatgtta atccgtagcc
    10981 aaccctcggc ggggaactgc agggctcggc agacaaagta gcggatcacg ttgccgtgtc
    11041 ccacgatcag ggtatagctc tccttctctt ggtcgggata ggcgcggtgg aagtatcggc
    11101 gaaagccggc ctctatgcgc gatccgtcgc gaaggaactg ctgcagtgaa atgaaagccg
    11161 aatatcatgt ggaatacgca ctgggttgac ccttgacttg acttacagat gcctccggct
    11221 tccagtggcc gactggcggc tggggcggaa taggcgctcc ttcacgcagg aaggcacagt
    11281 tcaccacttt ctctttttcg aaatcgatct gcttgagaat aatatcggaa gtctcctgtg
    11341 cccgcaccat tgtggaggct actaccttgt cccacttgat gcccagctcg cagagccgtt
    11401 tcccagtaaa ctccgcctgc ttgcggccgc gctccgtgag atgatgcgtg tcatccgagt
    11461 cacccacgtc cagatactcg ccatgccgca ctaggataat gtggcgcgcc ttcttggcct
    11521 tcgccttctc aagctccgcg ttgtagcggt tctcctcctc cggctggctg tttcgcagtg
    11581 gacgcacgag ggcccgtggc tcccggcaat cccagttggt gtcccaaagg gcccacggat
    11641 ccaccggctt atcactgtgc gtccacgagt tctgcacgac cgtctgcggg tcccgcagcc
    11701 gctgtaggta gtaagccgcc agtccggctc ctgtgccgca cacgaagcta gtcaactttc
    11761 gcatcgttag ggcttttagg tattttcttt aattttagtt ttgttccgct gaataagtgc
    11821 ggtatttaaa tactgcgatt tggtatttga catactatgt tagcgggtat ataaataccg
    11881 cgcaagacca tttagaattc aactatcgaa aagttaccaa gatgaatcaa aaatacgaaa
    11941 tatatttaca caattattgt ataccaagaa aattaaggat ccacaatcaa ttgtttcgtt
    12001 aattattccg tatgtgtttc ttaaagaaat accatgcaaa tactgaatac tgaaaagtac
    12061 cagcgctggc actccttaat aacaatcagg ttgacgcgat atggcaacgc cgtagtgtga
    12121 aaaattgcaa tttttttcat ttcacacaca cagacgcgac agatacgcca gcatcggaac
    12181 gaaggacgta aaaaggccgc agaaaaacgc ctatcaaagc tgaggtttat tgaaggggtt
    12241 atcagaaaga tatctctagg aaaagccgcc aacaggagtc acagcgtcga cattccatcg
    12301 gagcagcaag aagcagaggc gggggcaata agaaacggaa gaagaagaag ccgattcgac
    12361 gtttatcaat tatgaatttc ctgggattcg gccagtcagc ggacattgag atagtctttg
    12421 atggagctga gcacaagacg gcagaggtta aaggggagga cggcaaagtg gagaagatgc
    12481 tgctattcta cgacggggag acggtatccg gcaaggtgcg tcgtggtcag catcgggggg
    12541 agttccccca agcataacca gagataaacc catatccacc cccttttcat ccaggtgaac
    12601 gtgaccctca agaagccggg cagcaagctg gagcaccagg gcattaagat cgaattcatt
    12661 ggccagatcg aactgtacta cgaccggggt aaccaccacg aattcaagtg tctagcgaag
    12721 gccctggccg gcccgggcga tctcatccag aacaacagct atccattcga tttccccaaa
    12781 gtggagaagc aattcgaggt gtacgccggc tcgaacgtgc ggttgcggta cttcctgcgc
    12841 gcaaccatcg tcaggcggat cagcgacata acgaaggagg tcgacatcgc cgtgcacaca
    12901 ctgtgcagct acccggagat gaacaacccc atcaagatgg aggtaggcat cgaagactgc
    12961 ctgcacatcg aattcgagta taacaaaagc aagtaccacc tgcgggacac gattatcggc
    13021 aagatctact tcctgttggt gcgcattaag atcaagcaca tggagattgc gatcatcaag
    13081 aaggagagca cgggcacggg ccccaccatg tttaacgaaa acgaaacgat tgccaagtac
    13141 gagatcatgg acggagcgcc cgtcaaaggc gagagcatac ccatccgggt ctttcttgct
    13201 ggctacaatc tcacgccgac catgcgggac attaacaaga agttctcagt caagtatttc
    13261 ctcaaccttg tgctgatgga caccgaggac cggcgctact tcaaacaaca ggagatcacg
    13321 ctgtggcgca aggcagacaa accgcgttac catggcgctc agcagcacca gcaacagcag
    13381 caccaacacg ttcccctgca cgctccgccg cacctggtca gcggtcctgc tgcgcccaca
    13441 gtggctcact cgctgatcag ctcgagcacg gacagcggag aggtgggagg agcaccgaca
    13501 gcgccgggca ctgcaggatc tgagtccaag atgggtctgt ttaccaggga gagccccaac
    13561 caggagttca gccaacagca aatggattct ccgccgctga cgcccacgcc gtcgaccgca
    13621 tccgttgcag ttgcagtccc cacagcggcg tcatctgttt cagaaccagc tcccgagcgg
    13681 ggcataggcg atggagccgc agcggccacc acaagtgcct cacccgtagc tatgctctcc
    13741 agttcgccac cgccattgct gccagtatcg ccgctctccc gatcggaaac tgaagcgtcg
    13801 gagcaagtac aaccggagga tgaggacctc gatgcaatta cgcccaatac gaaaaagacc
    13861 ggtgcaacgc cgttggccac cgattgagtg ggaagctgga gaggatttcc atcttcaggg
    13921 ggataagtag taacagccag agctagggca acaacagaag gcggaactat tacgcatata
    13981 ttcgtattcg tatacagcag caggaaggca gttcagcagc agcaacaaat atgcatatat
    14041 ctattttttt aaagttaatt taaaattgtt acaaatgttt tattgaggtt atgcgcatca
    14101 ttaaccaaaa gcaggcaaat cgcaaatgat agtaacgaaa aaacaaaacg aaacttagga
    14161 caaatgagaa gaggcaacct cgtagctaca accaatctct tggcgtttcc attggtatta
    14221 ttgctataac aagtcgagaa gctgtcgaga ggcgcgcgac tcggacacga aagcaaaccc
    14281 taatcccctg cgccccaaaa ctagttaaac tccctagtat tccgatgacc attccctatc
    14341 cttgtggcgt ttggaaaata tgatttttca atttgaaaaa tgttgaaatt gctttctaaa
    14401 agtgagaccc ctgaattgaa atttaagtgt gcattaaact aaaccaactc caatacaaat
    14461 gaagatgaag cagcaaacag cagacaaaac atccattaaa taataaagtt ttagtctata
    14521 gcgtactaac gaattgatgc tgggagcgtt ctgataatgg cgatttgtcc gagcgatcgg
    14581 aagtggaaac gacgaaacgt gttacatgcc ttgcatatgt acataacagt tcatatacat
    14641 aacatacaag aattattgat atatacactt agacacgcaa tttaacaaat aaaagcgata
    14701 tgagcgccaa acacgaagac aacgttaagt gaatcaagtg gaaactttgc caagtgcact
    14761 gcctttcaaa tcgattggtg tgagtgccta gtccaccatt tctgtccact gggataatgc
    14821 ctttgaggtg acacaccaat agcaagctgg tagtcagtcc tcgcggagta acttgtatgt
    14881 taatataact aatcgggtga tgaaacgact actcttatcc agcaggtatt atataatttc
    14941 cataacatct agatttattt aacaaataac gccggtttag cagctgcgac gacggctagt
    15001 cccaggcctc cttgatcttc agctggttca gccgctcctc gatggtaacg tgtggcttca
    15061 tcttgcgcag tgtctgctcg tccgtccatc tggcaacgag cttctcgcgc ttctgcagct
    15121 ccttggcatg accgaatgac tgctcctgca ggcgggaagt gtggcattag gtgaggcaat
    15181 ccgtacagag agcaggactt accatggtga gatacgggtg tcggaggagt aacattacct
    15241 gctcctggcg ctcgtactcg cgggtcaggg tgtccattgc tcgctgactg accggtttca
    15301 ccaggcgccg cttgccccgg aatatgtggc cgggcacagt cttcttgaac aaattgatca
    15361 gcgtcaggtg cattttgttg ctcaagtgcc aagtaaaaac tacttcaatc cgcaaacttt
    15421 ttattttata ataaattatt attatttcta ctttgtcccg aatttggatg tgaccaagtt
    15481 tcgcgaaggg aaaaaccaca tcgattattt tagtaactgg tcgatacgcc aagacaaatc
    15541 atggtttcgc ttatcgatag gaaactaccg cttatttccg gttgaacttt agaagtcgta
    15601 atgcaataac aatattggta cgtattgtaa caacgtcgcg catttcaacc cgatcacaac
    15661 atggaagacg ccgtggaggc ccttttcatc agcacgagca gcgaggacaa cacgacatgc
    15721 agcgtgcagg atttgcggac aggcacagac ctgatgcgct acaagggcgg tggatgcgcc
    15781 cagcaccaca gcctgaacat gatccacctg aactacgtga tggcggcgaa ctccgccaag
    15841 ccactgctcc acgtgtggcc catcaacaag caagagcaga tggccggact gcggttcgtg
    15901 gtgcccggca aggtcaacgc cttggccctg acgcctgatg ggaacttctt ggtggccggc
    15961 atccaggaga acatctatct atggcacatg agctccggcc gtatgcttaa caccctgtcc
    16021 aagcactacc aggcgatcac ttgcctgcgc ttcacggaca acggtgagca cttcatcagc
    16081 ggcggcaaag acggagctgt gcttgtctgg gatctcacct tctccgccgc cccactggac
    16141 acgggcgggg gcaaggatag cacggagccg ttgtacagct ttaacgatca cggtctggcg
    16201 gtcactgatc tatactccgg catcggaggc atccgttcct atctgtacac cgtatcgttg
    16261 gatcgctgct gcaaggtata tgacctgtgc gggggcgtcc tgctgctgag tgtggtgttc
    16321 ccagtggccc tgcatagcgt gattgtcagc aagatggaaa ctagggtgta tgttggctcc
    16381 agtgacggca aggtgtttgt ctttaatatg gaaaacgcgc cgcgcatgaa ggtgagtcca
    16441 gatttcgttt atccactgct ttgccaacta attcctttac ttacccagga atattaccta
    16501 gagggggagg aaatccaggc ctttgtgggc cacacatacg gcaaggccat cacctgcctg
    16561 gctctgaata taagcgctac aactctggtc tccgggggcg aggacaatca ggtctgcgtc
    16621 tgggacgtgg gcagcaggca acttattaag agcctgtccc aaaaaggctc ggtaaccaat
    16681 ctgcatatcc gcctgctcag cccagccatc tttctgccgg aacacaagca gccgcagatg
    16741 ttcgccgaca gtctaaagcg aatgattagt ccgtgggatg agaatgactg tatcgagctc
    16801 ttcgatccgg actactccgg gggacgcaag acaccggagc tggactacac ccaaagtcat
    16861 ccgggtacgg atgaggagat aatactcaaa cttatagcgt ccatgagttc gggaaagaac
    16921 gaggacgacg aaggaattga ggcggaaacc aaagctacag atgtcgagga ttccgaggtc
    16981 gaagaagaag aacctgcatc cgagccaatg gaaaccgcct ccaaggaagc tgagtccgaa
    17041 aaatcgtatg cagaatatca gccagactca gcacagacaa gcgacgaaag agtgcaagag
    17101 ctgcaggccg agaatgcgcg cctcaaagcg cagtcaatgc gcttgttcca gatagctttc
    17161 aagtatatta ctagcgatac caatggccag gctgaaatca cagagaagac aaagcgcaag
    17221 aaagcgcgga agacatagtg aaccttaagc ttgctttcaa ttacgtttac ttaggactta
    17281 ggacaaaaat acatgataat agaaaaaaaa cagcactgat tgtgcctaaa aacgatttgg
    17341 atgaacaaaa caataacttc tcgtagaggg atctacttgg gtgccgcttc gctgcccgcc
    17401 tgcccgtcca tgttgtcatc tcccgattcg ggagcgttgt cattttcctc ggcaatcagg
    17461 cgacggatct ctcggttgga gttcagcagc tcccgtagtt gggacataat gtcgtctgtg
    17521 cgctgctcca cggcgtccag ggcacagctg agagcgtcca gactgttgtt cacgtcctcc
    17581 atctctgtag gggtcattcc attagagcca atcccgagca gaaacggggc gctgtcaaaa
    17641 ctcaccttgg aggtccgcct cctggacatt ggtgttgcca gagtcgccgg acgacgaggg
    17701 atcatgattg tttttgggtg acattttccc tggaattttc cccggagttt ttccgtttgt
    17761 tttttccagt tggatttatt gtcacgggat agctataaac gatagaggtg gttagaagag
    17821 aacgataggt ctcagttcaa atacgatata aaaaaaaaac ttaatagggg aattcagtac
    17881 atacgtacgt ttttgtaatt acgaaaacac tttttagctc aaaacactag gcgaacataa
    17941 tccactgcaa aagtccaaag ctaagtttcc acttagtttt tagggatgtg cccgtgcctc
    18001 gttttatttt tacgtaccaa tggaatagca tgggaaattt tggcttattc gcatatgtcg
    18061 tgcctaattc gtgacacgaa caatgaaaca aatggtttac gtatctctag gcgttgactg
    18121 gacttaatcg aacggttctt tcccatagtg cttaatgttg attggccaga gttgacccct
    18181 tctgacaatg aacggctgtt taatttctca gagcgatcag cggtcgtact ccaacgtttt
    18241 ctgttcgcct ggtgtctaca gtcgataatc ttgcccattt tgaccgaaat aattttgaag
    18301 catcgaattg cgacagtaga tttcttgttg caatcatgag gcgagcataa taaacagaaa
    18361 gtgtactagc ctctgtttct acgttgtttt tagagatgtg catgtatatc gttttatttt
    18421 cacaacgcaa gcaaattact agggattttg gtatttgctc gagcatgacg tgccgattgc
    18481 gtgtcacgaa cagggaaaca agaggggttc acatctcttc tgatactctt gcttaagctt
    18541 tggtctaact gttcacaagg ctgcattcct attggttcaa ttgcgactgg aaacatgcaa
    18601 tatgcgacca ttttggaaaa agaaactgtt tcttgatttt gtcgacatgt atcagctggc
    18661 tggctactgg ctactggttt ctgaactcca gatattcagt cgagaatcgc atgcgaatgc
    18721 ccgtaatatt tgctggcatc aatatttaat ctgttgccta gcgtgacagt cggccacact
    18781 gcacctcaca taacataacc gaaaaatgaa caaatgtttt aggtgccagc cccggatatc
    18841 gcttttccag ttcagcgtga gtccatgagt gtgttgcctt ataggattcg gattttcaat
    18901 ttcttgttta cacagctacc gcggtgctat gccgcagtgc agccgggatg tccaccgcca
    18961 caagaaaaac ccgtcgtcgg tttgccacac aagcccgatc ccaagacggt gaagtgcgac
    19021 tatataggac cgccagacgc gcaatcaaac ctacgtccgt acgtacggca ctacggcgat
    19081 gaggagacgc ggctggcaag aagcctgcgt cttaagcgga tcgaggtgga ggcatggaac
    19141 acggacttct ggacaaaaca caataagcgc ttctacgagg tacaaccacg accactgtgc
    19201 catctctttc tagtccgcta atgtcgtctc tttcgaattg gttcgtttac aggaaaagga
    19261 agacttcatc cgcctgcaca aggaaagcgg aaccagcgaa gtgtccgcgg accagatgag
    19321 ccacttctac aaagcgttcc tcgacaagaa ctggcgcatc cacatcatgt acaacatctc
    19381 ctggtacctg aagaacttcg acatactcac cctggctgcc gcagtccagc tccagaggct
    19441 tctggcgctg gccaagcgaa gatcttaggt gcaatatctg tcgtccccat ttcgtaattt
    19501 ccagtttgcc gtttgcaata agttggaata aaagatcacg tgcgtaaaat ggtggcataa
    19561 aatttactta gctactattt aaggggatga aaaatacacg ttgttcggag ttagttaatg
    19621 tacttaaaag taatcgcaaa ctatttaaat aaaataaaat agaagtaggt gttcatatcc
    19681 ttatcagtgt atatattcaa agaaggttgc gcacgataca cgcagcgaaa gaaggatcgc
    19741 tccccatgta aagtggccga atattgaaag ataaccgcta caattatgat aataataata
    19801 atggtaaaca gaggggaagg cacacacgca taaagtcaag ttttgggttg gccatcgggg
    19861 cggtcagttt cctcgcgata attgcaatgg tggtagtgat gaatgtggag atggtgctaa
    19921 aacaaataaa attaggtgct ccagcgactg tgtgaggaga gggggtccga aatacattac
    19981 aggggtggtc gtgtcctagc agtaacattt atattctttc tatgtagaaa cgatagcaat
    20041 tattcaattt aaactatgaa gacactctcc acttttgcac ttaagagcga tataaaggat
    20101 acgaattggc tacagtgggc acatatacaa aacttacaag gtcatatgct ctccacgagc
    20161 atatctgcat atagcatata aactatatat atataaatat atatatatat atatctatat
    20221 atataaatgt acacgaacta taatgcttag cgaatctagc tacttgatca gatacaagtc
    20281 ctgttcctgt tcctgtctct actcctgttc atgttcactg ggagcgacgt gctcgccgcc
    20341 gcttcttgcg cttcctttgg tcctccgcta gaggctcctc ccgactctag ttcatccact
    20401 tgcgacagtt gggcgctcca caggcgcacg gtatcttgtg cgactcgtcc tcaatgtcga
    20461 acttgtagtc gtacgagagc taaagcacag aatttaagag atattgtgag ttaaggtaca
    20521 ggcgaaacac ttctatttgc gggacccacc tcctcgccgc gatagatctt ccgcttggcg
    20581 aatattatga tccgcacgtc gcgatcgacc tccactatct cggtaacaca gttgggattg
    20641 cacgaatggt tgatgtagcg cgccaacccg ccgcttagag tggcgtccac cacgcggtct
    20701 tcatccagcc ggaacatgta gatgccacgg ttctggggaa tcagagatta gtcaaagtta
    20761 caagaaaaca tggtcgcgaa acccaccttg gactcgtact gcttctcgcg tatctcggag
    20821 acctcggtgc ggataacctc gccaatgtac tcgattatca tggtgtgctt ttcaatgtcc
    20881 cgagctgcat acaagccaag accctggatc ttagatctag aaaatgagag cttaagtaat
    20941 cagtggttat tgactaggac ctaatgtctc acctcgccaa gtagacgttg ttgcgccact
    21001 cctgcttcat ctttttgtac tgggagctct tcgaatgcac gaactgcttg ctgtacgggc
    21061 aggccacttc tccggcaatc gcagccgagt tggccatccg ctgcgtgctg cagctgccgg
    21121 ccgtgcgttg cgtatgcggc ttcctccaga cgagcagctg tcgttgcttg ggttccgtac
    21181 gcgccgctcc agacggattg atggctagcg ggaactcaag aagcgggttg cgaccgtact
    21241 tgaagcggta gtcagtgagc gtctcaatgc ccgggaggct ttccaggatt cgcacaatgg
    21301 ccggttccgt taggccaaat aggtcctcac cactgatgtg ctggggaaag agctgcaacc
    21361 acttgtgcac cttacgcagt cgcgtgattg gctgcagaat ctgctgccag accgccgagg
    21421 gcgaactgcc ccgaaactcg cgctccggct ccttgtcgcc ggcgtcctgc acctggatgc
    21481 gaaactcggg cttgcatccg gcctctgcga tactgcaaat gtatcgacac ctacgattgg
    21541 gtcgtcgcac gcaccagtag tagcgactct atgggggagg aagaggaacg ggatttaaga
    21601 ttgctgttca taaacatggc ggccgaccgg ctggtacttg tacttaccac cttgtagcca
    21661 atggggtaga tgtagtgggg tgtgtggaag gcctccagct gatgcggcag taactgaccc
    21721 acgttcagga acgtcatgtt gcccacacgg agcaggttgc ttagctctga atagtgcatg
    21781 acggtggcca cctgacggtt ttcatcccga tcgacaaaaa ctctccggtg gacaaccagg
    21841 gagctcagtt cattatctgc cacagagcct cctaatccgg cgccagtcgt ggcgcctgct
    21901 cctgcaccca tcgtgatgcc ggcatgagca tgaccatgaa cgctgcagtg cacggacttg
    21961 ttcttgtaaa agacgcactc ctcgcgaatg gcgcatggca ggtggtacag gctgttgcag
    22021 cgcgacttga aacacttgat ggtggcgcct ggttggtgac aagcgctaca cgcctggctc
    22081 agtcccgctt gcagagctgt ctggaagttc atcagcgccc cagacaccgt ctcgtacacg
    22141 ccgttggacc acagggcgca gttaaggtga acctgtatgt gaaagtgtac attaagctgt
    22201 gatgcaatca atcattaggg ttacactttc tacttaccca tttatccaca tcgaagttaa
    22261 gcagtcgcga gggtccatct gcctggccgt caccacgctg attgcagaag acacactgcc
    22321 gcgtgtcctc caactgcagc ccactggtct ctgtttccca cacagtatta ttgaccggtc
    22381 cagccccagt tccggcacca gcagttccgt cgagctccag tccggatggc gccgagtccg
    22441 tggtgaagca atcagcacta aaacacttca caatgcattt gcgctgtgcg gggatatttg
    22501 tggggttgcc cggtacgctc ggcgttttct catcctcgtc ctccggttct tgtttgacca
    22561 ccatttccgc tggggcagtt gagctggcgc agaagctgcc aggcgagtct ccgttggatg
    22621 attttacagc agaaccgccg gctggctgaa gcagcagact agccgcctcc gcctggccat
    22681 cctttccatt ccacttgaat ctcgcaaagc aggcgcgatc gcagaagtac acaaaaggag
    22741 ggggaaccga ttttcttggc agcatgtcca tcagttgagc caaccggggg agttgctctt
    22801 ctagggcagg aacactgtgc cgaggaactc gcagcccagt ggcgtgaacc acatttccgc
    22861 agctgcggca gagcttacga cgcccgttga ggatcttcct cagatgaccg tgactcactt
    22921 gactcagtgg tcgcttgaag tcgacgtgct tttcatcgtc ctgattcata aactggtcct
    22981 ccaacttgtt gccaatcttg tcctcgatga tcttgcaggt aagggcgggc gccaagtgca
    23041 gtagattggc cagatcccgc agcacgccgg ctatgttctc cgatgccgag gcgggcagtg
    23101 cgagtatcac attctggttc ttctgctggt aattgttatt attattattg cccagcggtc
    23161 ccattcccag ctccatctgc tgtgtcttgc gcagctcttc gccgcaggat cgaagcagtg
    23221 gagacacggg aaagcgcatg gtcagcggat cctccggcag tgcgaccggc gacatccgtc
    23281 catggcaacg gctgtttcca ttgagcagta ttagacccgg atagcgggta agtcgtggaa
    23341 gagtcgccca cgcagctacg ccctcgctct ccaccaggtc tacggtctcc aaattgcaat
    23401 ccttgacggc tccaatgtgc cgcaccaggc gttccctagg attgcgctcc atatgcgtgg
    23461 agaactcctg gtcataaaaa tcattttgga tgctagacat tggtagcatc ttttctgctc
    23521 ccggagactc tgctggcgag ggtgaacggg ttcgtgcaga tccaccaact agacctctac
    23581 ttccgccaaa gcgttcgcta tcgtacaacg agggtatccc tggcagattc actcgaccat
    23641 agcggccgag aacggtgcca tcacagtcct ccagaccttc caaatgcctg ctcagtggcc
    23701 agcctcgaga tccgcccttc agctttcctc ctccagccga tgatgatccg gcagaagccg
    23761 cagaactcat tgaggcgggc gaaccacctc cagaagtctc gttgctcccg ataagaaagt
    23821 gaaagttgcg attgagatgc ggctccagaa cttgaagcgg ctgcatttgg cggatgtgcg
    23881 tcagcaactt ctcggtaaat gcatcgtgat cctcttctac cttggagaac ttgcgaaccc
    23941 gcttcttgag catgggcgag gaactggctc cagtactggc gcccactcct cccaaagtaa
    24001 ctccttgtcc ggtactggtg atcacatgac cagtccctga tgccgcgcct tgtatgtact
    24061 gggtccccgg cggcattcct gccagttgga ccattgcacc tgccggtagt ggacctgtta
    24121 gatccttaag agctccaccc gcttgtccgg cgttcagatt tgtgcgcctc ggcttctgga
    24181 cctcacgttt gcggcgcttc ctttggtcgc ctgccttgct ctccatggtg ggcacgggga
    24241 tgggcactgc accctgtcca gtaactggaa ggggaatcgt cgcattctgt ggttggttct
    24301 ggtgcagttg ctgctgctgc tgctgtggat gaactgccat atggagctga tgctgtactt
    24361 gcaaatgcat ttgagcgggt atctgtccag cggcatgtcc ggagatttgt ccggacatct
    24421 gcccagacag gtgtccttgc atagtcgcct gcatttgcgc ctgcatctgc acctggccct
    24481 ggctctggtt ctggatgggt tgtgcctcgt tcgggacacc ggatttcttt acataagtgg
    24541 caatcgctga gatcagctgt actttgtcgg gagtaccttg tccagtcgga gttgttggta
    24601 gggaggtgct tatgggaatc tctgcctgtt gctggatctg cttttcgtcc agttgtgggt
    24661 gcatggggag cttgcgtttt tgaggctctc caggcttgaa cggtatcttt gtggtggcta
    24721 cacctccttc taaatggtta ttggtccatt gcgcagacac aaggggacct ccggagtgag
    24781 gtgcaactcc cgctgcagta gctccctgtt ccgaatgaag cggcggctcc gcttgctctg
    24841 gcagcgattc gtcgccctgc tccatgggta gtgacatagc taccgccttg ggcttcatct
    24901 gcagttcctt cggagccgct tgtttggtgg atatggatat ggtgacgttc gatataggag
    24961 cagtggccat ttcgtaaggc ggaggaggta gtagttcagc cggcttcgaa gtggcttccg
    25021 tcactagtgt tttagcagca acgggtcctg agatgaacga cgtctccttc gacacaatct
    25081 gcacagtctg cttgacttgg tggggtgacg gttgcagctg ctgcggctgg tgtagttgct
    25141 gctgctgctg ctgctgtggt ggcggtggtg gtggaggcgc ctggttttgg ctctgattct
    25201 gcataattgc tgctggctga tcggatttct gctccagctt tgcctcccct cccactcctg
    25261 gtgtggtaat tgcgaccgca ctaacaggta gagccgtcgc tgaggcggtg gctacctgtt
    25321 ggctgcttcc tccgctagct actgttgtgg tggtggtgga cgtggccaca gatccactgc
    25381 tactactact acctgccgcc tgcgtggcag tgggcaccgg aggaatcacc ggacgtgcca
    25441 gttgatcctc caaacttctg accttcccca tgctgggcgc ccgtacgttg ataaccttgc
    25501 gggcggaaag aggtgccgaa gctgaggcgg aaccaacgtg agccgaagtg atgcttatct
    25561 ggttgaggct atgactgctg ctgttgtttt ggagcagttg ctttagaagt gcattatcct
    25621 ccgctgccga gcgttggttg ttcataggtg tggcgttcac tgtaggattg ggtgtgctgg
    25681 gattcgaggc agttgaggta gatgtggcca tttgaatttg attggcggac tgattttgaa
    25741 cctggttaat agccgtcatt gtggcattgg cgttcaaacg cttctccggc gtgccgatct
    25801 cctcagcccg ctcctcactg gtcggagtac cagtgctatc cttcacaacc gcctcctgtt
    25861 tgaccagtag ctttgcttta gattcgctgc caacttcttc cagcttgact acgtccggag
    25921 ccagactaac gctgagtttg gtgggcgtat tggcggtcgt tagtttcagc tgcattgaag
    25981 ctcccgaggt agctgatccg gagtttgcag aagatcccgc cttgtctgca ctagaatcct
    26041 gaatcaaagc atgatgcatc tgcagcgccg cctgactgga caacgtggtt gtagttatca
    26101 tcttcggttt ttgctgggcc atggtcgtct tggacagcac cagggatatg ttcttgttct
    26161 gaatggagat tattggccgc gtgcccatca tcggactgtt tatgcagatg gtccccgccg
    26221 aaacggaaac ggtggaggtg gtggccagat ctgaggcatt ccccgaagcc atggtaaacg
    26281 tcacgggtgt gcctgctcca ctgcctaccg cggagattga ttggctttga gcagcctgtg
    26341 agtgctgctg ctgcttaaag atgttaaagc tgggtggaca attgagtgta ttcttgtcga
    26401 gcggcttaat caccacgctg ttgatgttgg tgaactcctc cgggcctcca gtcgattcct
    26461 gggacttgct cttgttgaga attttttgaa ggttctccga gtaggctgta atctttcgag
    26521 gcgctggcgc atcgtcttcc gaatgggccg caggtcccac agttgcggaa tcctgaacca
    26581 ttgcgtacgt ttggctgggg ttggtggtgg tgatagtcac tatgctgcct gtggcggagc
    26641 caggcctcca ccactggtca cctgcagctg ctgaagctgc tgctgctgtt ggatctgttg
    26701 ttggtgctgc tgaagttgca gcatcttttt gctcaccacc ttggtggcca caattttggt
    26761 gttcgccggc ttgatctgta gccccgaaaa cgagacaatg gtgccgctat tttttggccc
    26821 gcgtttgata agtttggtaa agttgtgatg tgcatgagaa tggacgtgcg ggtggacctg
    26881 ctgaccaccg ctttgctgcg cagcactcat tacggtagtc acctgaccgc ccggctgcag
    26941 cagttgcttg ctctctacaa tcgtggctcc tccggctgtg gccgctccac tagcgctcat
    27001 cagcggcttg agcagcggca ccgatatagt cttgttgcca atcgacactt tcgccgtggt
    27061 ctgcgttact tccgacagct tcttggcgtt aaccatcagc tgggttttca tcttggggtg
    27121 aagattcacc cggtttaaca atgttgtagt gggcgtttgg ctaccagtgg ccgtggtatt
    27181 gaagatgttg tagttcgtgt gaccggattt ctgtgtgagg attgtagtgg tgccggctcc
    27241 actgactcct gccgttccgt tgttagcgtt taaaataatg gtggaggtag tagctccaat
    27301 aggcgttcct gctggtgttc ccgttccggt ggagttaccc acagatgtag cgctatccgc
    27361 gccgctggct ggcatcagta cgtagtcgag gtcctcagat ttgccggagt tttcagcatg
    27421 atcctgcccc gagccactgg gctcgatgga aatgacggac gcggttgacg atgatgacga
    27481 ggccgacgat gaggcaccct cctttttggt aaagctggta aaggctgtgt ttcggtgtag
    27541 caaagggtta gattgactgt tccttggagt gctgattctg tactcactct gcttgtcagc
    27601 gtcctccgcc ttgatggcac ccatctcagt gccggagccg aagttgcaca ctatgatctg
    27661 ctgatcgcgg gcgtcccaga cgccgtccgc cgtctcgaca tcctgcggct ccgacgcagc
    27721 ttttacctgc gccttagcct gctgtccact ccgctggtag aggagctgct gcggcgcggt
    27781 gctcgacgct ttggcgggca aactgggcgc tgccgttcca gttccgagaa gcagctccgt
    27841 cttggccttc ttgcgcgtgg gatcctccgc cggagtggcg gtgtcgtcgc cgctgcgctt
    27901 ctgcaggctg accgcattga aggcagcggc ggccacggat gctactcttt cgggtttcgc
    27961 cttttcggcg gcaccaagcg atgttgtcac cttcggtata ttcataacaa acacacaagt
    28021 ggaaacgcgg aacgccggat gcgatgcgct gcgtttcgtg ggacgggaag ggcggcggtc
    28081 tagctagcta gggctcgcgc ggcctgcttt tttttttacc gagcgaaaac atgcacgatt
    28141 agtcaaaaaa attttatttt cgtgtatgca gagcagtgtt accagatggt aaaacgacca
    28201 ttaccctgaa acgttcttac ccatccctgg ttttccactc agaaacccac cacttttccc
    28261 atcccatttc aacatatcgc catggcggtt gcaatcgaat aacgtttgta cagcaatcat
    28321 ttttcgttaa cttcagaagt ttttaataca taacataatt attgtgttcc acgtgcaata
    28381 tggcacattt tcaactgcaa gaataaacca tagtctggac agggccgtca gctcactcga
    28441 ccaatcggtg gtctatcgat atatgttttt agcaccacat ttattagctc gatctggcaa
    28501 cggtggccgt tgatgcaaca catctttgca caatacaatt ttataaataa gtaatatatt
    28561 ttgacataaa ctcaccatgc tctcattaaa gttagtctcc cagctcttta agcaaagcct
    28621 tgcgtgtaag ttgcagtggc gcttcctgcc tagccacatc caatccgata acagtttgca
    28681 acaaaccact taaacttttc tttgcagcgg gcaacatggc aattgtcaac acagccggtc
    28741 ttaagtattt cgctccgcct attaaatacc agagtaagta gttgcattta aatgtgcaca
    28801 atgaatttag agcaataaat gaatgaatgt gggaaccccc agatgtggag cagccggaga
    28861 gacccaagct gagggtcatt gagcgccagc cccagctgcc gccaaacatc cgtccgccaa
    28921 agatgcagaa gcgcctgcga tacatgcgcg gtccggagat ggtgcacaac acgctgctcc
    28981 ataagcagta cgcaatcgtg gccactggcg gagggcgcct gcgctggggc cactacgaaa
    29041 tgatgcgttt gaccatcgga cgcaagatga acgtcaacac tatgttcgcc acatggcgcg
    29101 ttcccgcacc ctggcagccg atcactaaga agggccaggg ccaacggatg ggcggcggaa
    29161 agggagccat cgaccactac gtgaccccca tcaaggccgg tcgcgtcatt gtcgagatag
    29221 ccggcaagtg cgagttcgtt gaggtcaagc agttcctgca gcaggtggcc aaccagctgc
    29281 ccttccaggc caccgtcgtt tcccaggaga tgctcgacga acagcgcgtc gccgaggagg
    29341 aacagacccg ccagaatgag aaccccttta ccatgaagta cgtgatccag aacaacctca
    29401 gcggctgcca ccgttggctc tcgcccgtgg accacaagtg gttcggcaag cacctgtaga
    29461 tgtatagctt caattaataa agccatcctt cgttaatctg ttacgaaact gtttcaagta
    29521 cttttgaaaa ctggaaatat cttaaagtag gttcgaactt cgaacttagg gctcgttgtt
    29581 ccaagccgtg actctgcggc acccaattgt ggagcaaata agaaaaacgc catatgaagg
    29641 gaaatgtacg agttctattg caaacatttg tttaattttc catttcgttt acgtgggtaa
    29701 tatgtaatgc atcatataat atgtttttct tgccgtttcg ttcgcattat aataaatgta
    29761 taatattatg catgtatgcg tgtgtgtatg ctttgtcgcg gggtatggtg tgtgagcaaa
    29821 tagccttctc ccacggactt cagttctgga agcagaactt tgacctgccg cagctcctcg
    29881 tatttgtcaa gtaaaatcca caccttcgtt gatctagtca agtttcggtg atcgcgattc
    29941 cgggatccgg gatggaatca aagccggtgg aagagggcta ttgtgcaggg atgggaattc
    30001 gtgtgtttta tgttatgggg tcgaatggat actcgaccct tacccttagc tcggcttgtc
    30061 taacaatcgg tatcgtacca ggcagccagg ttgttgttgt cattgggtgg cgtcggcatg
    30121 gcgtccaagt caaagttcaa tgcaccggca tcaatctcgc caacgtccat gtccatggaa
    30181 tagggcgaag ttggtgcgcc gctaggcgga atggcgccga tgttaccacc gccgccgcta
    30241 gctccgccta cagctccacc attgccggga gcaccgccag caccgccgcc gcccactggg
    30301 ctgctgatct ccagaccctg catcgaatct attggtagag tatcatatcc tgtgaacaaa
    30361 cgagatgggc aaagaatgat agggaatatt gtgattagtg gagaggattt acaatctccg
    30421 ccagccgtca actggcagat ggtgcgacac cttgaagtcc tgcaaaagtg gattcactgc
    30481 tgctcgcttt aatcgggaac tcatctaaaa tgcatctttc caacacactt attggattta
    30541 tgccgattca aacgaaatgc agactccact cgtacacgac gaccttttaa cattaaccta
    30601 gagtatcaaa caacaaaaat ctgtcgttga atactgctta aaaagaacta aatacgtcta
    30661 aaatacgaca cgacatggac gcgttattgt cgattggaat tcgtcctctg aaacttgcat
    30721 gcacacacgg cttacaaact agatacgagt atatacacca taaaatatat ggattgtggg
    30781 tggctaaaac tatgcgatta tcgcaggcta cgtgacatgc agtatgaacc gaaataaagt
    30841 ttattactgc tccttcatgg agggagacct taaagataaa agccgtctaa tgaaaggaaa
    30901 caaaatagat ttatacaaaa caataaattt gcgaaattat caaagaaacg tatgtgtttc
    30961 tttactattc acgatcctta ttttttaagg ttgcactctg tggttatttg tggtagatcg
    31021 gtgttcgtgt gtgtgtgtag tgcaaaaatc ttcaagctac gtgtaaagtc cggagagata
    31081 gatattcttt tccaaatgtg agagagcagg ggaagtaatc ccgcaaaaga ctgaagttta
    31141 tccctattat cccttattga cataattggc gcccaatgtc gggcatcgga tgcacaagat
    31201 ttggatttat cgacaaatgt ttgtataccg caaatggaaa caggcggagt tatgttcact
    31261 tccttcgcat gcagccgtgg aactcaaggg tttaacgata ttagggggta acgagcaagg
    31321 agacagagat attgagatca agcgagggag ctgggtggaa gagggtttcg ctcacactga
    31381 agaaactaaa gtgagcttaa cgtcttagct tcgattaaca agtgcatatt tgaatgatga
    31441 acagacatga taacgattaa atggatgcgg gggtttgggg ctggtcccga ggatttttcg
    31501 aattgtctga acctgttaac gtttccgttg gtttactttt tagtggggtt atgcaggatt
    31561 cttcttcttg gggtgtggct cgaggggtac gatgggtacg agggtctctt cttacgcata
    31621 tgacatacat accttgctga tggaatgcgc gacctccgtg cgaactgtgc acgctgggcg
    31681 gaccttgtcc gtacaggccc tcatatgctt cttctggtcc aagcatatcc tgtgatcgat
    31741 cgaattcgtg tttgtttatc ggtttatcgg tcggtttgcg tgatatgtgc gtgatcgtac
    31801 gtgtgtggtt gtgtggtgga tgtatttttt acagtttcgt tttcatttat tttttgttgg
    31861 gatggatcag aagtgaaaag ttgttaggaa agaagaagac acgcgcaaac gccagtttgc
    31921 aagtgaatgt gagcgagagg aatagagagt ggggtgaggt tgttgtggta tcggggcggc
    31981 gagagcgaga cagagagtga gagtcgcatt gttggattgt tgttgttggt gagattttgg
    32041 tgcagtgatt atccgtcatt tcggttgttg ttgcgtttca tttaccgttg cagttgtgtt
    32101 tatagtgatt tgttgttttg ttttgggttg ttttggtttt acacacacaa agtaaacata
    32161 aaggaaaaaa agaaaagaac aaaagtaaaa caaacgtgaa ttaattacaa aatcaaaatt
    32221 aaacataaac aaagagcgcg atgacgcagc aattatacaa attgaaattc atgtaagtat
    32281 gtttttggtc gggttgtttt cggaggaatc gtggaggagg tgaggttggg ttgtgtggtt
    32341 tggggagggt atcaatcaaa tatgatcaga actaatcgga atccgtattt gtaatcggcg
    32401 ttcatctaca actacctact tatcgactaa catatacggt ctatcgattg gtggtttaca
    32461 agaaaagcaa aaaaccgaac gaaatgaacc caaatgaaat ggaaattcaa aaataggtta
    32521 tcgaaatcgt aagcaagcga tatataggtc gatacttaat ctggatacca ttatataatg
    32581 cttgactaaa gtaggttctc tacaaattta caattttatg tacagatttc gcttaacgcg
    32641 ctgcattttt aaatcagatt caatggaaca caagaagggc gtttaaaaag ccggaatccc
    32701 ggggacgtcg aatttgctta gcctacttag cacgcacctg tagatcggga cccatgccca
    32761 ggtcggcatt ggcccatatg ttgttgtcct cgcgcagcag cgagttggtc agctctatgg
    32821 atagccgctt cttgtaatcc tgcggcttgt cctcactcat gcgaaagaga acagcggcgg
    32881 cgtatgtggc cacgccttca ttgcgcgagt gcaggagatc ggtcagcggc ccagtggcgc
    32941 cctcctgctc gataatctcg gcgccctcct tgtcagcggc gagctcacaa agaacgccag
    33001 cagccacgcg ctaaagtaag aaaatattca tagtatactt gagtcacaac aagataaact
    33061 tcgatctcac ctgtatgttc tcgatttcgt tgaacagcaa tcgtacaaag atcggtatta
    33121 ccgactgctg gcgaatgagt gcccggttgt gagactcgcg ggccaggata tgtagcgccc
    33181 ccaccgtgcc ctcgacaatc tcctccatgc gaacgccgtc agcgtatgcg gacggctgct
    33241 gtgaaccagt ggtggctatc gaggaacgtt gctgcaaggt tgcaagtata attgacgtca
    33301 taattattct ctccaactta tgcttccact ataactaact caccctctct gtgtcttgga
    33361 aggcgcgcat aagcagtcgc accagatggt ggatggcccc gtgctcccgc aacggggcgt
    33421 gattggccgg acagagggcc aaattgcgta tgagtccaat gacggccttg atcaagggcc
    33481 agcgtgatgg tggatgcaat agctttacaa tcaccgatag tccgtagttt aagcgtacgg
    33541 cattctgggc caactcagag tccacatgac gcgaggtcaa gtgacgcagg gcacatacag
    33601 ccggctcggt aatctcttcg cgatctccag cattgataat agtacggacg agggcgtcca
    33661 caccgcccac ctgacaaacg gtggccttgt tgcgctgatt gttgcacgtc agatttgaaa
    33721 ggataccggc ggcacaggtg accacgttga catcggtcga gcccagaacc tggacgagag
    33781 attggagcaa agcttcaagg ccctccacct tagtggctgc atccgaaaga ttgcggagcg
    33841 tccacaaaca gttttgcaca aggcgcggtg acatgttacc caagtgcata gccagcgcct
    33901 gcattccacc ggcatccacg atggccggct tgttgctgga gcaaacggag agcactttca
    33961 gtacccgcga agtggtccac agaagcttct cgtagtcgta ggagcgcata atgcgcacga
    34021 gttcgttggg ccctccggag gcaagaatta ttaacttgct ctcctggtta ccataggcca
    34081 gaatttgcaa gcaatctgtg acgatagcca gaaacttaac gttgtttcgt tgcagcagag
    34141 taaccatctt ctgaagcccg ccggccaggc gcacagccat cttagagcca tcctggtgga
    34201 gcagcaaatt gtgcagagtg gtaattgcat agaacagcac actctccact ggcgaggaga
    34261 gcaacttgac gagtgccggg atgccgccac tcttgaagat ggccagcaga ccctggcgat
    34321 ggtgtgataa gttgtgcagt gttcctaccg ctgccttggt gctctccaga tcgttgctgt
    34381 tagagatggc acgcaccaaa gcggctacca tctgagggct gttcataatg gcatgtcgcg
    34441 aggcctcctt cttagacagc tggtggacca tcatggcggc ctgggaaact accacctgat
    34501 cctcatcgtt cagcagcttg atcaactcgg gtatggccct ggttgccagc tcagcgtcgt
    34561 cctggtagtt gatcagattg accaccgcgt gctttagcat ttgtgacggt tccgaaagac
    34621 gttgcactgc cgtcggctgt tggggatcaa actgggtgga gggaatctca atgccctcct
    34681 ccagggtttc cggaaacatg gcagcacgta cacgttggga gcgtgtctgg ctcagttgct
    34741 ggttcatatc gtccacttgg tcttgtgtga aattctgcgg gaaaccggtg tccaggtcga
    34801 acataagtgg atctccctcc atctcctcgt cctccttgcc agacagcgat ggaacctggg
    34861 tcacggcacc cgagtggatg ccggagtcgc ccaagtacga attctgctgc cacatgaggg
    34921 tctgctcctt ggcggatacc atcggcggca gatcaggtgg attgtattga ttattatgcg
    34981 acactgcaaa agattgattg caaaacgttt tagagtgaat tgacaaaaat atacactcca
    35041 acttttctaa ctcgaatcac cgatgtgttt cgatcatttc cattgcaact taatcgtgtt
    35101 ataagacccc aaagaagcag aaatgaagtg taagaataat ttttgtatgc tcttctttaa
    35161 cttgttaaca tctgtctaca cattcatggt aacttttctt ttttaaaacc ttttgaagtg
    35221 gaaaaacgac agagtagaac ggaatactga gtgcagccca ccatctacat ataatgcaac
    35281 gaattcgggt gcggggatgc acacgcttta accctctgca acccatttgc atgcgctttc
    35341 gttaaaagat ggccaaatgg gaaacgacag cgactgacag caaagtgagc agcatcccaa
    35401 cagccggcgc aaaaaatgca aaaggaaaac tttgaagcgt gacaaattga acgctgcagg
    35461 atattcccag aaagttcagg gcgctgggcg gaatgggttt ggtgcagggg gtcagatgct
    35521 cacacatgag agggtactgg caaaaggatt tgtgggcgtt ttgtttgcca cttcagtctt
    35581 aattatgccg ttccaggccc agctttttgc ctttgttgtt ttacttatgc gcggacacag
    35641 cacggccacg ccccttctgt atgcattcgt aattacaaac ttcactgctc ttcgccatcc
    35701 actctgcaat actacagtca aatctcaata gatcgaacac ggtgctgaat ataaatgact
    35761 ccataaaaag cagcattgaa acatgctggt aacctatgga ccaggtctcc aaatgtggtc
    35821 tctgagttca acaaaatggt ttagcccaca gctgatgaat tttgttcgct ataagcacat
    35881 gcgactgtaa tactgtaatc gcttttcgtt tcatttccca aatcgattaa gcgttttttc
    35941 ttcgccatat ccgtcgagtg ggccacgcac ttgaatggag tactgtgttg ggatggaggg
    36001 cgcgggcgga gcctttaatt gcatgttgcc gcttactaat taaattctgc acagcagcag
    36061 cgccagaaaa aagcaaaggc agaagccaag aaaaatgtgc agccaactcg actgcgagtt
    36121 cgggagacgg ggtacgagaa caaggtcccc ggagaagacc aaggagcgat ggcaaaaggg
    36181 tggcgtgggt tggagtgcca cgtgcaagta cacgagtcct tgaatgtgtg tgtgcgtaag
    36241 tggatagcat ggggagggaa tggagtttca aaggatagtg agcagcggcc tactcaaggg
    36301 ggtttcgggg ttgtacagca attagttgaa aactaaacta aatacttaat agtggtcgaa
    36361 ttaaaaggcc acttcctaaa tggctatgaa ctgttcacta c
//

