LOCUS       c00020_gnlPro..        15802 bp    DNA     linear   UNK 01-JAN-1980
DEFINITION  gnl|Prokka|MIOMFPNL_20.
ACCESSION   c00020_gnlPro..
VERSION     c00020_gnlPro..
KEYWORDS    .
SOURCE      
  ORGANISM  
            .
COMMENT     ##gutSMASH-Data-START##
            Version      :: 1.0.0-1555cd7(changed)
            Run date     :: 2024-10-04 04:46:19
            Original ID  :: gnl|Prokka|MIOMFPNL_20
            NOTE: This is a single cluster extracted from a larger record!
            Orig. start  :: 0
            Orig. end    :: 15802
            ##gutSMASH-Data-END##
FEATURES             Location/Qualifiers
     protocluster    1..15802
                     /aStool="rule-based-clusters"
                     /contig_edge="True"
                     /core_location="[1869:5802]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /neighbourhood="10000"
                     /product="GR_fatty_acids"
                     /protocluster_number="1"
                     /tool="gutsmash"
     proto_core      1870..5802
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /neighbourhood="10000"
                     /product="GR_fatty_acids"
                     /protocluster_number="1"
     cand_cluster    1..15802
                     /candidate_cluster_number="1"
                     /contig_edge="True"
                     /detection_rules="((PFL_acetate1 or PFL_acetate2) and
                     Radical_SAM)"
                     /detection_rules="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /kind="chemical_hybrid"
                     /product="Pyruvate2acetate-formate"
                     /product="GR_fatty_acids"
                     /protoclusters="2"
                     /protoclusters="1"
                     /tool="gutsmash"
     region          1..15802
                     /candidate_cluster_numbers="1"
                     /contig_edge="True"
                     /product="Pyruvate2acetate-formate"
                     /product="GR_fatty_acids"
                     /region_number="1"
                     /rules="((PFL_acetate1 or PFL_acetate2) and Radical_SAM)"
                     /rules="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /tool="gutsmash"
     protocluster    1..14098
                     /aStool="rule-based-clusters"
                     /contig_edge="True"
                     /core_location="[1127:4098]"
                     /cutoff="2000"
                     /detection_rule="((PFL_acetate1 or PFL_acetate2) and
                     Radical_SAM)"
                     /neighbourhood="10000"
                     /product="Pyruvate2acetate-formate"
                     /protocluster_number="2"
                     /tool="gutsmash"
     proto_core      1128..4098
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="2000"
                     /detection_rule="((PFL_acetate1 or PFL_acetate2) and
                     Radical_SAM)"
                     /neighbourhood="10000"
                     /product="Pyruvate2acetate-formate"
                     /protocluster_number="2"
     CDS             2..472
                     /locus_tag="ctg20_1"
                     /transl_table=11
                     /translation="RKNPAKKSEPAKYYAQAQASGELDFEELCEAITSRSTCTETDVRA
                     AISGILYEVKRALKAGRIARLGDLGSLQIGLNSEGAASVKEFSGSMIKGAHLIFRPGKT
                     LAELMKILSYQQVQTRAVAQAGAGDGGGEDPDKNPDSGGDGSGDEEAPDPTV"
     CDS             532..699
                     /locus_tag="ctg20_2"
                     /transl_table=11
                     /translation="MKEIVSRILDVIMYLIPFFGKRKRDRVVREVRYHTTCKEVCKVKT
                     TEREKEHEKD"
     CDS             686..1135
                     /locus_tag="ctg20_3"
                     /transl_table=11
                     /translation="MRKISLIVIHCSATRVDCDFTAKDVDTAHRYRGFSCWGYHYYIRK
                     SGEIEPMRDEDTVGAHARGYNAISLGVCYEGGLDENGKAADTRTPRQKEALHRLVHELL
                     QRYPEAKVVGHRDLSPDTNYNGIVDPWERIKECPCFEVIGEFSIN"
     CDS             complement(1128..1856)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Pyruvate2acetate-formate: Radical_SAM"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1015:4Fe-4S single cluster domain (Score: 71.7;
                     E-value: 2.5e-22)"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg20_4"
                     /sec_met_domain="Radical_SAM (E-value: 2.5e-29, bitscore:
                     92.4, seeds: 518, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MMINVHSYESMGTFDGPGLRLVVFLQGCNFRCLYCANPDTIAGKG
                     GTPTPPEEIVRMAMSQRPFFGKRGGITFSGGEPTFQAKTLVPLVRELKEKGIHVCLDSN
                     GGLWNEDVEELFRLTDLVLLDIKEFNPNRHQTLTGRSNEQTIRTAAWLEEQEKPFWLRY
                     VLVPGYSDFEEDIRALGEALGKYKMIQRVEILPYHTLGVHKYEAMGQEYKMKGVKENTP
                     EQLEKAAEVFKEYFTTVVVN"
     CDS             complement(1870..4098)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Pyruvate2acetate-formate: PFL_acetate1"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: Gly_radical"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: PFL_acetate1"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg20_5"
                     /sec_met_domain="Gly_radical (E-value: 6.9e-47, bitscore:
                     148.1, seeds: 99, tool: rule-based-clusters)"
                     /sec_met_domain="PFL_acetate1 (E-value: 0.0, bitscore:
                     1173.8, seeds: 10, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MELNKIFKDGLWSSEINVRDFVSHNITPYYGDASFLEGPTERTKA
                     VWNRCLEALAEERENNGVRSLDNVTVSTITSHKAGYIDKENELIVGLQTDELLKRAIKP
                     FGGINVVSKACHENGVEVDDRVKDIFTHYRKTHNDGVFDVYTEEIRSFRSLGFLTGLPD
                     NYARGRIIGDYRRMALYGIDRLIEAKKEDLHNLTGPMTEARIRLREEVAEQIKALKDMK
                     VMGEYYGLDLSRPAYTAQEAVQWVYMAYLAAVKEQDGAAMSLGNVSSFLDIYLEYELSK
                     GTITESFAQELIDQFVIKLRMVRHLRMQSYNDIFAGDPTWVTESLGGRLNDGRTKVTKT
                     SFRFLQTLYNLGPSPEPNLTVLWSPELPEGFKEFCAKVSIDTSSIQYENDDLMREVRQS
                     DDYGIACCVSYQEIGKQIQFFGARCNLAKALLLAINGGRCENTGTVMVKNIPVLTSDTL
                     KFEEVMDNYKKVLTEIARVYNEAMNIIHYMHDKYYYEKAQMALVDTNPRINLAYGVAGL
                     SIALDSLSAIKYAKVTARRNDIGLTEGFDIEGEFPCFGNDNDKVDHLGVDLVYFFSEEL
                     KKLPVYKNARPTLSLLTITSNVMYGKKTGATPDGRAKGVAFAPGANPMHGRDKNGAIAS
                     LSSVAKLRYRDSQDGISNTFSIVPKSLGATDEDRIENLVTMMDGYFTKGAHHLNVNVLN
                     RDMLYDAMEHPENYPQLTIRVSGYAVNFVKLSREHQLEVISRSFHERM"
     CDS             4795..5802
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: ACP_syn_III_C"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: Thiolase_N"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ACP_syn_III"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg20_6"
                     /sec_met_domain="Thiolase_N (E-value: 5e-12, bitscore:
                     35.2, seeds: 30, tool: rule-based-clusters)"
                     /sec_met_domain="ACP_syn_III (E-value: 1.9e-33, bitscore:
                     103.9, seeds: 136, tool: rule-based-clusters)"
                     /sec_met_domain="ACP_syn_III_C (E-value: 1.9e-35, bitscore:
                     110.6, seeds: 152, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MDKINAVITGVGGYVPDYVLTNDEISKMVDTTDEWIMGRIGIKER
                     HILNEEGLGTSYMARKAAKQLMQRTKSRPDDIDLVIVATTTSDYRFPSTASILCERLGL
                     KNAFAFDMQAVCSGFLYAMETGANFIRSGKYKKIIIVGADKMSSVIDYTDRATCPIFGD
                     GAAAFMLEPTTEEVGIMDSVLRTDGKGLPFLHIKAGGSVCPPSYYSLDHHLHYIYQEGR
                     TVFKYAVANMSDSCEAIIARNHLTKEDIDWVIPHQANQRIITAVAQRLEVPSEKVMVNI
                     ERYGNTSAGTLPLCIWDFEKKLKKGDNLIFTAFGAGFAWGAVYVKWGYDPKEDA"
     CDS             complement(5853..6329)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fe-2S_thioredx"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg20_7"
                     /sec_met_domain="Fe-2S_thioredx (E-value: 9.5e-55,
                     bitscore: 174.0, seeds: 130, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSDIKLACDVVEQVKTICDKHGNNTGELINILHEAQHLHGYLPEE
                     MQRIIASKLRIPVSKVYGVVTFYTFFTMTPKGKHPISVCMGTACYVRGSEKLLEEFKRV
                     LGIEVGETTPDGKYSLDCLRCVGACGLAPVVMIGEKVYGRLQPVDVKKIIEELE"
     CDS             complement(6348..8114)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_4"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer2_4"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) NADH-G_4Fe-4S_3"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg20_8"
                     /sec_met_domain="Fer4 (E-value: 8.8e-10, bitscore: 27.8,
                     seeds: 528, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_4 (E-value: 1.9e-05, bitscore: 14.8,
                     seeds: 79, tool: rule-based-clusters)"
                     /sec_met_domain="Fer2_4 (E-value: 1.3e-23, bitscore: 72.5,
                     seeds: 126, tool: rule-based-clusters)"
                     /sec_met_domain="NADH-G_4Fe-4S_3 (E-value: 2.2e-19,
                     bitscore: 58.4, seeds: 418, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MEEKQITLQIDGHFITVPEGSTILEAACKIGINIPTLCHIDLKGT
                     CIKNNPASCRICVVEVAGRRNLAPACATRCTEGMVVKTSTLRVMNARKVVAELILSDHP
                     NDCLTCPKCGNCELQTLALRFNIREMPFNGGELSPRKREVTSSIVRNMDKCIFCRRCES
                     VCNDVQTVGALGAIRRGFNTTIAPAFDRMMKDSECTYCGQCVAVCPVGALTERDYTNRL
                     LDDLADPDKIVIVQTAPAVRAALGEEFGLPPGTLVTGKMVYALRELGFDYVFDTDFAAD
                     LTIMEEGSEILNRLTRYLDGDKSVRLPILTSCCPAWVNFFEHHFPDMLDIPSTARSPQQ
                     MFGSIAKSYWAEKMGIPREKLVVVSIMPCLAKKYECDRDEFKVNGVPDVDYSISTRELA
                     RLIKRANIGFTLVLDSPFDNPMGESTGAGVIFGTTGGVMEAALRSVYEIYTGQPLKNVN
                     FEQVRGLSGVRRATINLNGFELKVGIAHGLGNARHLLEDIRNGHNEYHVIEIMACPGGC
                     IGGGGQPLHHGNSDVLYARANALYREDANKPLRKSHDNPYIQKLYEEYLGKPLGEKSEM
                     LLHTHYFNKSID"
     CDS             complement(8126..10033)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_7"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) SLBB"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Complex1_51K"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fe-2S_thioredx"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) NADH_4Fe-4S"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg20_9"
                     /sec_met_domain="Fer4_7 (E-value: 4e-11, bitscore: 33.1,
                     seeds: 208, tool: rule-based-clusters)"
                     /sec_met_domain="SLBB (E-value: 3.7e-11, bitscore: 32.4,
                     seeds: 67, tool: rule-based-clusters)"
                     /sec_met_domain="Complex1_51K (E-value: 2e-51, bitscore:
                     163.4, seeds: 88, tool: rule-based-clusters)"
                     /sec_met_domain="Fe-2S_thioredx (E-value: 1.8e-12,
                     bitscore: 36.9, seeds: 130, tool: rule-based-clusters)"
                     /sec_met_domain="NADH_4Fe-4S (E-value: 4.3e-35, bitscore:
                     109.2, seeds: 645, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MKILSIHDLQIIRKRAEHHLSLREESNEKVSEKCCGLASGTAHLQ
                     ILICGGTGCKASSSQGITENLQKAIERNGITDKVDVITVGCFGFCEKGPIVKIIPDNTF
                     YTQVTPEDAEEIINEHIIGGRRIERLLYIDPKTEQTVSDSKHMDFYRKQLRIALRNCGF
                     IDSENIEEYIAREGYFALADCLLNKQPADVIDVIKRSGLRGRGGGGFPTGLKWEFASKQ
                     VSDVKYVVCNADEGDPGAFMDRSIMEGDPHSIVEAMCICGYSIGSSKGLVYIRAEYPLA
                     INRLKKAIEQARAYGLLGDHILGTDFSFDIEIRYGAGAFVCGEETALIHSMEGKRGEPT
                     LKPPFPAESGYLGKPTNVNNVETLANIPIILTKGAEWFASIGTERSKGTKVFALAGKIN
                     NVGLIEVPMGTTLREVIYEIGGGIKGGKKFKAVQTGGPSGGCLTEKHLDTPIDFDNLLA
                     AGSMMGSGGMIVMDEDDCMVSVARFYLDFTVEESCGKCTPCRIGNKRLLELLNKITEGR
                     GTEKDLDTLATLGRVIKDTALCGLGQTSPNPVLSTLDNFRDEYLEHVRDKTCRAKQCKS
                     LLTYTINPELCIGCHLCAKNCPADAISGLVRKPHVINPEKCIKCGMCMARCKFKAILVC
                     "
     CDS             10615..13371
                     /locus_tag="ctg20_10"
                     /transl_table=11
                     /translation="MRRILLGLCVLFFLNAHGQEIPLPEKMPQDHPRVLTTPEGKKETW
                     KLIKKEAWAQDVFNKLKERTEVYTRRTESQPDWLLSRLAMYWKSHATEVYVKGEVFDHA
                     GGAKAPAPTVRYTGTRGTAATHGRPKLEDVVPYDDSAEGNVTFCNNALEGRPQESVHPS
                     KTGRNIESLNCEILGIARDAAFLYWMTGEEKYARLAAGVFDTYMTGIYYRNVPVDLNHG
                     HQQTLVGLTSFEVIHEDALHIVVPLYDFLYHYLQSNYPDKMMIYAGALKKWADNIITNG
                     VPHNNWDLLQARYIMNVGLVLEDNEEYADGKGREYYIDYVMNRSSIRQWSLTKLADYGF
                     DSETGIWAECPGYSSVVINDYANFTHQFDHNLQYDLVKAMPVLAKAVAATPQYLFPNRM
                     ICGFGDTHPSYLSTNFFIRMIQNAQANGKKEQERYFTALLKCLNPEEGSEKSGKKNVRA
                     SVNSFFEDKPLVLDPKVKAGKIEDYVSPLFYAPNVSWLVQRNGMHPHNSLMISLNASEG
                     NHMHANGISMELYGKGYVLGPDAGIGLFLYSGLDYAEYYSQFPSHNTVCVDGISSYPVM
                     KSNHSFDLLSCFPASAEPGKGFTSVTYSQVAFREPESRADQTRLMGIVTTGPETGYYVD
                     VFRSRKERGGDKMHDYFYHNLGQTMTLTAADGTDLNLQPTEELAFAGAHLYAYSYLYDK
                     KVATTGQDVKVTFTIDMKDKGGDDISMNLWMKGEPEREVFTALSPMTEGLSRTPHMPYN
                     IKEQPTLTFVARQHGEAWNRPFVAVYEPSTQKEPSAIQSVSYFDAEEPGLKDFAGICVE
                     SKNGRTDHIFSLTDSSQTATYQGMKVKADYAVISNEYAGNRTLFIGNGTQLIASSISIQ
                     TSEAANVLLEKKQGKWYILSSAPCKIVIDGKAVQSGITTELTLLAVQ"
ORIGIN
        1 gcgcaagaat cctgcaaaaa agagcgaacc ggcaaagtat tatgcacagg cgcaggcgtc
       61 gggagagttg gactttgaag agttgtgcga agcgatcacc agtcgttcta cttgtacgga
      121 aacggatgta cgtgcggcta tttcgggtat tctttacgaa gtgaagcgtg cgttgaaggc
      181 aggaagaatt gcgagactgg gcgatttggg cagtttgcag ataggactca acagtgaagg
      241 tgcggcatcg gtcaaggaat tttccggttc aatgattaag ggggcgcatc ttattttccg
      301 ccccggtaag acgctggcgg agttgatgaa gattctgagt tatcagcaag tgcagactcg
      361 tgcggtggcg caggcgggtg caggcgatgg cgggggagaa gaccctgaca agaatccgga
      421 ttccggtggt gatggctccg gtgatgaaga ggctccggac cctacggtat aattggcaga
      481 cgggtcaagg taataacgaa ttagaataac ttccattaat attttgataa gatgaaagaa
      541 atagtaagtc ggattttaga tgtgatcatg tatctgattc ctttcttcgg aaagagaaag
      601 cgggacaggg tggtgagaga agtgcgctat catactactt gtaaggaggt gtgcaaagtg
      661 aaaacgacgg aaagggaaaa ggaacatgag aaagattagt ctgattgtga tccattgttc
      721 cgccacccgt gtcgattgcg actttacggc aaaggatgtg gatacggctc accgttatcg
      781 tggcttttcg tgctgggggt atcattatta tatacgcaag tcgggcgaga ttgagccgat
      841 gcgggatgaa gatacggtcg gagctcatgc acgtggctat aatgcgatca gcttaggtgt
      901 atgttatgag ggcggtctgg atgagaatgg aaaagctgcg gatacgcgta caccccgtca
      961 gaaggaggcg ctacatcgct tggtacacga attgttgcag cgttatccgg aagctaaagt
     1021 agtagggcat cgggatttaa gtcccgacac caactataat gggatcgtag atccttggga
     1081 acggattaaa gaatgccctt gctttgaggt cattggagaa ttctccatta attaactacc
     1141 accgtagtga aatactcttt gaatacctcc gcagcttttt caagctgttc gggggtattt
     1201 tcttttaccc ctttcatctt gtattcctgt cccatcgctt cgtacttatg tacgcccagt
     1261 gtatggtaag gcagtatttc cacccgttgg atcatcttgt attttccgag tgcttctccc
     1321 agtgcgcgta tgtcttcttc aaaatcgctg tatccgggca ctagcacgta gcgtagccag
     1381 aaaggtttct cctgttcttc cagccaggcg gccgtgcgga tggtttgctc gttgcttctt
     1441 ccggtgagcg tctgatggcg gttggggttg aattccttta tatccaataa cacaagatcg
     1501 gtcagtctga ataattcttc tacgtcttcg ttccaaagtc ctccgttgct gtccagacag
     1561 acatggatgc ctttttcttt cagttcgcgg accagcggga cgagtgtttt cgcctgaaac
     1621 gtcggttcgc ctccggagaa agtgattcct cctcgtttcc cgaagaaggg gcgctggctc
     1681 attgccatgc ggacgatttc ttccggtggg gtaggcgtgc ctccctttcc tgctatcgta
     1741 tccggattgg cgcaatagag gcagcggaag ttgcatcctt gaagaaaaac gacgagccgt
     1801 aagcccggcc cgtcgaatgt tcccatactt tcgtatgaat gtacgtttat catcatatag
     1861 agtaatagat tacatacgtt cgtggaagct acggctgata acttccagtt ggtgttcgcg
     1921 gctcagcttc acgaagttta cggcatagcc ggaaacgcgg atagtcagct gcggatagtt
     1981 ttccggatgc tccatggcat cgtacagcat atcacggttc agtacgttta cgttcaggtg
     2041 gtgagcacct ttggtgaagt aaccgtccat catcgttacg aggttctcga tacggtcttc
     2101 gtccgtagca cccagtgatt tcggaacgat agagaaggtg ttgctgatac cgtcctgtga
     2161 gtcacggtaa cgaagtttcg ctacagagct cagagaagcg atcgcaccat tcttgtcgcg
     2221 tccgtgcatc gggttggcac ccggagcgaa ggcaacacct ttggcacgtc cgtcgggagt
     2281 agcaccggtc tttttgccgt acatcacatt ggaagtgata gtcagcaagg agagggtagg
     2341 acgggcattc ttgtaaactg gcaatttctt caattcttcg ctgaagaagt ataccaggtc
     2401 tacgccaagg tggtctacct tgtcgttgtc gttaccgaag caagggaatt ctccttcgat
     2461 gtcgaaacct tctgtcaggc cgatatcgtt gcggcgggca gttactttcg catatttgat
     2521 ggcagacagt gaatcgaggg cgatggaaag tccggctaca ccgtaagcca ggttgatgcg
     2581 cgggttcgta tctacaagag ccatctgggc cttctcgtag taatacttgt cgtgcatata
     2641 gtggatgatg ttcatcgctt cgttatatac gcgggcgatt tcggtcagca cttttttgta
     2701 gttgtccatt acttcttcga acttcagcgt gtcactggtc agtacgggga tgttcttcac
     2761 catgactgta ccggtattct cgcaacgtcc gccgttgatg gcaagcaaca gggctttggc
     2821 caggttgcaa cgggcaccga agaactgaat ctgcttgcct atttcctggt atgatacgca
     2881 gcaggcgatt ccgtagtcgt cggactgacg tacttcacgc atcaggtcgt cgttttcgta
     2941 ctggatagaa gaagtgtcga tagaaacctt tgcacagaat tctttgaatc cttccggaag
     3001 ttccgggctc cagagtacgg tcaggttcgg ttccggtgaa gggccgaggt tgtacaatgt
     3061 ctgcagaaaa cggaaggagg tctttgtcac tttggtacgt ccgtcgttga gacgtccgcc
     3121 cagagattcg gttacccagg tcgggtcgcc tgcaaagatg tcgttgtatg attgcatacg
     3181 caggtggcgg accatacgca gtttgatgac aaactggtcg atcagctctt gcgcgaacga
     3241 ttcggtgatg gttcctttgc tcagttcata ttccagatag atatcgagga aagaagaaac
     3301 gttacccagt gacatagcgg caccgtcttg ttctttgacg gcggcaaggt aagccatata
     3361 tacccactgt acggcttctt gtgccgtgta agcgggacgg ctcaggtcga gaccgtagta
     3421 ttcgcccatc actttcatgt ctttcagtgc cttgatctgt tctgccactt cttcgcgcag
     3481 gcggatgcgg gcctctgtca tcggaccggt gaggttgtgc aaatcttcct tctttgcttc
     3541 gatcagacgg tcgatgccgt aaagagccat acggcggtag tcaccgatga tgcgtccgcg
     3601 tgcataattg tcgggaagtc cggtaaggaa tcccagcgaa cggaaggaac ggatttcttc
     3661 cgtatatacg tcgaatactc cgtcgttgtg cgtcttgcgg tagtgagtga aaatatcttt
     3721 tacgcggtcg tccacttcca cgccgttttc gtgacaggct ttgctgacta cgttgatacc
     3781 tccgaaaggc ttgatggcac gtttcagaag ttcgtctgtc tgcaggccga cgatcagttc
     3841 gttttccttg tcgatatatc cggccttgtg ggaagtgatg gttgatacgg taacattatc
     3901 taatgagcgg acaccgttgt tttctctttc ttctgccagt gcttcgaggc agcggttcca
     3961 tacggctttg gtacgttctg taggtccttc gaggaatgaa gcatctccgt aatacggagt
     4021 gatgttatga cttacgaaat ctctgacgtt gatttcgctg ctccaaagac cgtctttaaa
     4081 gatcttgttt aattccataa aatgataaaa ttagaggttg tagttatcct attctttaga
     4141 gcgcacaaag ttacaatcat ttttcatata atcagcataa atatgctcta ttttatgctt
     4201 ttcaacataa aatacctatt aattgctatc cttaggaaaa gattagatta aatttttagt
     4261 gaaaactctt gcaagtttaa aatatcttcg tacctttgca ccgcttttaa cgaaaagcac
     4321 ttctgacaag gaagttttgg agaggtggca gagtggtcga ttgcggcggt cttgaaaacc
     4381 gttgtaccgc gaggtacccg gggttcgaat ccctgtctct ccgctgaaaa gcagcttttg
     4441 ggctgctttt ttgtttttat ggagggcgac gcctccgatg ttgtgaaacg aaaacgggag
     4501 cgttttctta gtgtttattg agttttttga aaggagagat gctcgagtgg ttgaagaggc
     4561 acgcctggaa agcgtgtata cgccaaaagt gtatcgcggg ttcgaatccc gctctctccg
     4621 ctgaatctga aatttagtca aaacttctcg ttctttagcc aaaagttctt ttcataggtc
     4681 aaagtgtctg gtatttctag tactcttctc ttgtatatca ttctcttttc tgtatatttg
     4741 cgcccgatat tttttttgag atatcacatt tttgtaattc tgaaaataga cttgatggat
     4801 aaaataaatg cggtaattac tggggtcggg ggatatgtgc ccgattatgt gctgactaat
     4861 gatgaaattt ctaaaatggt ggataccacc gacgaatgga tcatggggcg tatcggcata
     4921 aaagaacgac atatcttgaa tgaagagggg cttggaactt cgtatatggc ccgtaaggcc
     4981 gccaagcagt tgatgcaacg cacaaagagt cgtcccgatg atatcgatct ggtcattgtc
     5041 gccactacta cttcggatta ccgttttcct tcaacggcat ctatcttgtg cgaaaggctg
     5101 gggctgaaga atgctttcgc tttcgatatg caggcggttt gcagcggttt cctgtatgcg
     5161 atggaaacgg gagcgaattt tatccgttcg gggaaatata aaaagattat tattgtaggt
     5221 gctgataaga tgtcatccgt aatcgattat acggaccgtg ccacttgccc tatctttggc
     5281 gacggtgcgg ccgcttttat gctggaaccg actacggaag aggtcggcat catggattcg
     5341 gtgttgagaa cggatggtaa agggctgcct tttctgcata taaaagcggg aggttccgta
     5401 tgtcctcctt cctattattc attggatcat catctgcatt atatttatca ggaaggccgc
     5461 acggtgttca agtatgccgt agcgaatatg tcggattcct gtgaagctat tatcgccaga
     5521 aaccacttga ctaaggagga tattgattgg gtgattcccc accaggctaa ccagcgtatc
     5581 attaccgctg tggcgcaacg gttggaagta ccgtccgaga aagtgatggt caacatcgaa
     5641 cgttatggca ataccagtgc cggcacgctt ccgctttgca tctgggattt tgagaagaaa
     5701 ctgaagaaag gcgataatct gatatttacc gcattcggtg caggatttgc ctggggagcg
     5761 gtttatgtga agtggggata tgaccccaaa gaggatgcgt gacatatcgg gtacccgata
     5821 cgtcacatcc tcttttgaag ggtaggagag acttattcca gttcctcgat aatcttcttt
     5881 acatccaccg gttgcagtcg tccgtacacc ttttcgccga tcatcactac cggagccagt
     5941 ccgcaggcgc ctacgcagcg caggcaatcc agcgaatact ttccgtcggg ggtggtttct
     6001 ccgacttcga tgccgagtac ccgcttgaac tcttccagca acttctccga accacgtacg
     6061 tagcacgccg tgcccatgca gacggaaatc ggatgctttc ctttgggagt cattgtaaag
     6121 aaggtgtaga atgtcacaac tccgtagact ttcgacacgg ggattctgag tttggaggct
     6181 atgatccgtt gcatctcttc gggcagatag ccgtgcagat gttgcgcttc atgcaaaata
     6241 ttgattaatt cgcccgtatt gttcccgtgt ttgtcgcaaa tcgtcttgac ttgttccacc
     6301 acatcgcagg ctagcttgat atctgacata atagtacttg tttaaagtta atcaatcgat
     6361 ttgttgaaat aatgcgtgtg caagagcatt tccgatttct cacccagcgg tttgccgaga
     6421 tattcttcat acagtttctg aatatagggg ttgtcgtgag atttgcgcag aggtttgttg
     6481 gcatcttccc ggtaaagggc gttggcacgg gcgtagagaa cgtccgagtt gccgtgatgc
     6541 aagggttgcc cgccacctcc gatgcagccg ccggggcatg ccatgatttc gatgacatga
     6601 tattcattat gtccgtttcg tatatcttcc agtaagtgcc ttgcgttgcc tagtccgtgt
     6661 gcgatgccta ctttcagttc aaatccgttc aggttgatgg tggcgcgccg gacaccgctc
     6721 agtccgcgta cctgttcaaa gttgacattc ttcagcggct gtccggtgta gatttcataa
     6781 acggagcgca gggcggcttc catgacacca cccgtcgtac cgaagatgac accggcgccg
     6841 gtcgattctc ccatagggtt gtcgaacggg ctgtccagca cgagggtaaa gccgatgttg
     6901 gctcgcttta tcaggcgtgc cagttcgcgg gtggagatgg agtaatcgac gtcggggaca
     6961 ccgtttactt tgaactcgtc gcggtcacat tcatatttct tggccagaca gggcatgatg
     7021 gagacaacta ccagcttttc gcgggggatt cccattttct ctgcccagta agacttggcg
     7081 atggagccga acatctgttg tggagaacgg gcggtagaag ggatatccag catatccggg
     7141 aagtggtgct cgaagaagtt tacccaagcc gggcagcagg aagtcaggat cggaagccgg
     7201 acggatttat ctccgtccag atagcgtgtc agtcggttca ggatttcgga accttcttcc
     7261 atgatggtga ggtcggcggc aaagtcggta tcgaatacat agtcgaaacc cagttcgcgg
     7321 agggcgtaaa ccatttttcc ggttaccagt gtgccgggag gcaagccgaa ttcttctccc
     7381 agggcggcac gtacggcggg ggcagtctgg acaattacga tcttatcggg gtcggccaaa
     7441 tcgtccagaa ggcggttggt gtaatcccgt tcagtcagtg cgcctaccgg acatacggct
     7501 acgcattgac cgcagtaggt acattcgcta tccttcatca ttctgtcgaa ggcaggggct
     7561 attgttgtgt tgaatccgcg gcggatggct cccagtgcgc cgactgtctg tacatcgttg
     7621 cagacacttt cgcatcggcg gcagaagatg cacttgtcca tgttgcgcac aatggaggag
     7681 gtcacttccc gtttgcgggg agaaagttcg ccgccgttga acggcatttc acggatgttg
     7741 aagcgcagtg ccagtgtctg gagttcacag ttgccgcatt tgggacaggt gaggcagtcg
     7801 ttgggatgat cggacaggat cagttcggct accactttcc gggcgttcat cacgcgcagg
     7861 gtactggttt tcactaccat cccttctgtg caacgggtag cgcaggcggg agccagattg
     7921 cggcgtcctg ccacttcgac tacacagatg cggcaggaag cgggattgtt cttgatacag
     7981 gttcctttca ggtcgatgtg acacaacgta ggtatgttga tgccgatttt gcaggcggct
     8041 tcgaggatcg tgcttccttc gggtacggtg ataaagtgac cgtctatctg gagggtaatt
     8101 tgtttttctt ccatagcagt agattttagc agacaagaat agctttgaat ttacagcgtg
     8161 ccatgcacat gccgcacttg atacatttct cggggttgat gacatgaggt ttgcgtacca
     8221 agccgctgat ggcatccgcc ggacaattct tggcacacag gtggcaaccg atacaaagtt
     8281 ccggattaat ggtataggtc agcagggact tgcattgttt ggcgcggcag gtcttgtctc
     8341 tgacatgttc cagatattcg tcacggaagt tgtcgagggt agacagtacc ggattcggag
     8401 acgtttgtcc cagtccgcag agtgccgtgt cttttatcac ccgtccgagg gtggcaagcg
     8461 tgtccaggtc tttttccgtg ccccgtcctt ccgttatctt gttcagcagt tccagcaggc
     8521 gtttgttgcc gatacggcat ggggtacatt taccgcagga ttcttcgacg gtaaagtcga
     8581 gatagaaacg ggcgacggat accatacagt catcttcatc catcacgatc atgcctcccg
     8641 atcccatcat ggaaccggct gccagcaggt tgtcgaagtc gatgggagta tccagatgtt
     8701 tctccgtcag acagccccct gacggaccgc ctgtctgtac ggctttgaat ttctttcctc
     8761 ccttgatgcc tccgccgatt tcgtagatta cttcccgcag ggtagttccc atcggtactt
     8821 cgatcagtcc gacattgttg atctttccgg caagagcgaa gactttggtg cctttggagc
     8881 gttccgttcc gatggaggcg aaccattcgg cgcctttggt caggataatg ggaatattgg
     8941 cgagggtttc cacattgttc acattggtcg gtttgcccag ataaccggat tcggcgggga
     9001 aaggaggttt caaggtcggt tctccccgtt ttccttccat cgagtggatg agggcggttt
     9061 cctcgccgca gacgaacgcg cctgctccgt aacggatctc tatgtcgaag ctgaaatctg
     9121 tccccaggat gtggtctccc agtaatccgt atgcacgggc ttgctcaatc gcttttttga
     9181 ggcggttgat ggccagcgga tattcggcgc ggatgtagac cagtcctttg gaggaaccga
     9241 tggagtaacc gcagatgcac atcgcttcta caatagagtg cgggtcgcct tccatgatgg
     9301 agcggtccat gaaggcgccg gggtcgcctt catcggcgtt gcagacaacg tactttacgt
     9361 ccgatacctg cttactggca aattcccatt tcaagccggt ggggaaaccg cccccaccgc
     9421 gtccccgcag gccggagcgt ttgatgacgt cgatgacgtc ggcaggctgt ttgttgagaa
     9481 ggcagtcggc cagtgcgaag tatccttcac gggcgatgta ttcttctata ttttcggagt
     9541 cgatgaatcc gcagttgcgc aaggcgatgc ggagttgttt ccggtagaag tccatgtgtt
     9601 tggagtcact gacagtttgt tcggtcttcg ggtctatgta gagcagccgt tcgattcttc
     9661 gtcctccgat gatgtgttcg ttgatgattt cctccgcatc ttcgggagtg acttgggtat
     9721 agaacgtatt gtcaggaatg atctttacga tgggaccctt ttcgcagaag ccgaagcagc
     9781 ctactgtgat gacgtctact ttgtcggtta tcccgtttct ttcaatggct ttttgaagat
     9841 tttcagtgat gccctgactg gaagaggctt tacaaccggt acctccgcaa ataagaatct
     9901 ggaggtgtgc tgttccggac gccagcccgc aacatttttc ggaaaccttt tcattacttt
     9961 cttcgcgcaa tgaaagatgg tgctccgctc tcttcctgat tatttgcaaa tcatggatag
    10021 atagtatttt cataagtatc agaattgtta gatttctgca aatataattc tttgttcgga
    10081 attaacgctt tgtttagaga aaataaatat tcttctttgg tgccggcttg cagaagtatg
    10141 gtatgaaatc tttattttta acacttttaa tagacggtgt taactataat agtagcataa
    10201 aaaaattatc ttcgcatcga aaaagggcgg atacccatat gaatccaacg atagttgggg
    10261 agattcgcaa gaacattgtg gagtgactta tggggacctg ccggtattgt atctgaatgg
    10321 ggaaatgctc cttgtatgaa gtatatatag cttgatggca aggatgtaca gcaagagttc
    10381 cggcggggac ggggaaacgt aagttgcctc cctgatacaa agggaaaaaa ggggattgtg
    10441 atagcctgta agtggtatgc ttgcaggcta tcttttttga gtatacttga atgtccggag
    10501 tatgaaggca gtccgtaccg gtgaaaataa aaacgggttt tctgatacca gttaggtaaa
    10561 taattcctta ttttcgtatt aaatacgtag caaacgtaaa taagaaatgg aagtatgaga
    10621 cgaattttgt taggattgtg tgtgcttttt ttcctgaatg cgcacgggca ggagattccg
    10681 ttgccggaga agatgccgca ggatcatccg agagtgctga ctaccccgga aggaaaaaaa
    10741 gaaacatgga agttgatcaa gaaggaagca tgggcacaag atgtctttaa caagttgaaa
    10801 gaacggacgg aagtatatac gcgacgtacg gaaagtcagc cggactggtt attatcccgt
    10861 ttggccatgt actggaagtc gcatgcaacg gaagtgtacg tgaaaggtga ggtgttcgac
    10921 catgccggag gcgcgaaggc acctgccccg acagttcgct ataccggaac acgagggacg
    10981 gccgctacgc acggtcgacc taaactggaa gatgtagtac cttatgacga tagtgcggaa
    11041 ggaaacgtga ctttctgcaa caatgccttg gaaggccgtc cgcaggaaag tgtgcatccg
    11101 tccaagaccg ggcgcaatat tgagagtctg aactgtgaga ttctgggaat tgcccgtgac
    11161 gccgctttcc tctattggat gacgggagaa gaaaagtatg cccggctggc tgccggtgtt
    11221 ttcgatactt atatgacggg aatctattac agaaatgttc ctgttgacct gaatcacggg
    11281 catcagcaga cactggtggg gctgacttct tttgaagtga tccatgagga tgctttgcat
    11341 atcgttgtcc ctttgtatga ctttctctat cattatctgc aatccaacta tccggataag
    11401 atgatgattt atgccggcgc attgaagaaa tgggcggata atattatcac caacggagtc
    11461 cctcataaca actgggattt attgcaggca cgatatatca tgaacgtggg actggtgctg
    11521 gaagataatg aagagtatgc ggacgggaaa ggacgcgaat actatattga ctacgtaatg
    11581 aaccgttcga gcatccgcca gtggagtctg accaagttgg ccgattacgg ctttgactcc
    11641 gaaacgggaa tatgggcgga atgtccggga tacagcagtg tagttatcaa tgactacgcg
    11701 aacttcaccc atcagtttga ccataatctg cagtatgact tggtaaaggc aatgcctgtg
    11761 ctggcaaaag ccgtagcggc cactccgcag tatctttttc cgaaccggat gatctgtggt
    11821 ttcggagata cgcatccaag ttacttaagt acgaacttct ttatccggat gatacagaat
    11881 gcgcaggcaa acggaaagaa agagcaggaa cgttacttca ccgctttgct gaaatgtctg
    11941 aatccggagg aaggcagcga aaaaagtggc aagaagaatg tacgggcctc tgtcaactcc
    12001 ttctttgagg acaagccgtt ggtgctggac ccgaaggtga aggcggggaa aattgaggat
    12061 tatgtatctc ctctgttcta tgcccccaac gtatcgtggc tggtacagcg caacggaatg
    12121 catccgcaca acagtctgat gatttctctc aatgcaagtg aaggcaatca tatgcacgcg
    12181 aatggcattt cgatggagct ttatggaaaa ggatatgtgc tgggaccgga tgcgggtatc
    12241 ggactttttc tgtatagcgg tctggactat gcggaatatt actctcaatt ccccagtcat
    12301 aatacggttt gtgtagatgg catttccagt tatccggtga tgaaaagtaa tcattctttc
    12361 gatttgcttt cctgttttcc ggcttcggcg gaaccgggta aaggatttac ttccgtcacc
    12421 tatagtcagg tagctttccg tgagccggag agcagggcgg atcagactcg actgatgggc
    12481 attgttacta ccggtccgga gacagggtat tatgtggatg tattccgcag ccggaaagaa
    12541 cggggaggcg ataaaatgca cgattatttc taccataatc taggtcagac aatgacacta
    12601 acggctgccg acggcacgga cttgaatttg cagcctaccg aagaacttgc ttttgcaggt
    12661 gcccatcttt atgcttattc ctacttatat gataagaaag tggctaccac cggtcaggat
    12721 gtgaaagtga cttttaccat cgatatgaag gataaaggcg gagatgatat ttccatgaat
    12781 ctctggatga aaggagaacc ggaacgggaa gtgttcaccg cactgtcacc gatgaccgaa
    12841 ggattgagcc ggactcccca tatgccttat aatataaagg agcagcctac gctcaccttc
    12901 gttgcccggc agcatggaga agcatggaac cgtccttttg ttgctgttta tgaaccaagt
    12961 acgcagaaag agccttcggc tattcaatct gtctcttact tcgatgcgga agagcccggt
    13021 ttgaaagact ttgccggtat ctgtgtggaa agtaaaaacg ggcgtactga ccatattttc
    13081 tctttgacgg attcgtcgca gaccgcaacc tatcagggaa tgaaagtgaa agcggactat
    13141 gccgtaatca gtaacgaata tgcgggaaac cggacgctgt ttatagggaa cggaacgcaa
    13201 ctgattgcat ccagtatcag tatccagact tcggaggctg ctaatgtgct gctcgaaaag
    13261 aagcagggaa aatggtatat tctttcttct gccccctgta agatagtgat tgacggaaaa
    13321 gcggtgcaat ctggaataac caccgaattg acgttgttgg ctgtacaata agaatcattg
    13381 ttagatgaat aaacatatca ttgttttaat tgaacgattg ttgttttgcg agttttcata
    13441 aatatctttg atagagaata ggtgaatcgt ctttattgtt cgtaatacta taaaagaatt
    13501 ttattcggta atatcatgaa gaaatattgg ttcttattat tagctgcatt attaggtggt
    13561 gcaacttgta tctttgctaa agacacgctt gcaacctgga aggctcccgc aggagttgct
    13621 ttaaatagtg attttacggt taaggtccgt ttgcaagatg gagtctggca taccttatct
    13681 tcttatctga ttaaggtgga tgaggtaaga gatacacgac attatgtaga aaatgcttcg
    13741 atggcaattt ttgattttac aggaaaagtg gaagtagccg taacctataa tttgggagaa
    13801 gtacagacgg caaaagtccg tcctctctcg tatgatatcc catttcagat cgatggtaat
    13861 acagtaactt ttacattaga gcatcctcga aatttgtcag tagaagtaaa tggggatatt
    13921 tttcataatc ttcacttatt tacaggatct ccggaaagaa cgattccgga caaagataat
    13981 ccggaagtaa tttactttgg tcctggaata catacagtaa aaaatgggga attgagagtg
    14041 ccatctggta agactgtgta tctggcagga ggagctgttt taatggggcg tgtcctaatc
    14101 gaaaacgtac atgatgtaaa attgctagga agaggaatta tcgattattc tataaaagga
    14161 ggtattcgta ttgcgaattc ccgagatgtc tatgtagaag gaattgttgc tactcaatgt
    14221 gcgacaggag ggtcggaaaa tgttactatc cgtaatgtca aaagtattag ttattatggg
    14281 tggggagatg gcatgaatgt ttttgcgagc aataacgtat tatttgatgg tgtcttctgc
    14341 cgtaactcag atgattgtac aactgtttat ggcactcgtt tgggatttga aggaggttgt
    14401 cggaatataa caatgcagaa ttccactctt tgggcagatg tagcccatcc tatttttatt
    14461 ggaattcatg gtaattctaa agctcccgaa gttttggaag atctgaatta tattaatatt
    14521 gatatattgg atcatagaga gaaacaagtc gattatcaag gatgtatggc tattaatgca
    14581 ggtgataaca atttaatacg caatgttcat tttgaggaca tccgtgttga gaatttccgt
    14641 caggggcaac ttgtcaattt acgtatcttt tataatgaaa aatactgtac tgctcccgga
    14701 agaggaattg agaacgtatt gtttaagaat atatcctata ccggagagaa tgcggaactt
    14761 tctattattg aaggatatga tgaaaaacgt aaggtaaaga acatacgttt tgaaaatttg
    14821 aaaataaatg gaaaattgat tgatgataat atgccggaca aacctcggtg gtataagact
    14881 tcagatatgg cacgcatata tgtaggacct catgtggaaa atattgtttt tacaagtgat
    14941 gtagctcagt cacaacgtcg ttttgttcat ccgggtatta cttatacgca aggtgacctc
    15001 gatcgtatga aagcaatggt agaggccaga caagaacctt attattctac ctttttgaaa
    15061 ttgaaggagt cttcttattc atcacttgat gcacctgtgg tgaatcgtgg agagcaaata
    15121 aaggaagggc gatttaatgc tacaatcggg gtggatgggc gtcgtgctca tgatttagct
    15181 cttctttggc acttgacagg agaagaagcc tatgcacgta aggctgtaga atatttgaat
    15241 gcaaattctt attatactaa tactagtagc cgtggtacag gaccgttgga taatgggaaa
    15301 atttatttgt tgattgatgc ggctgaaatg atgagagatt attctggatg gacacggcaa
    15361 gatcagcaac gtttcaaaga tatgctggtt tatccggggt atagtaatac ggaaaattat
    15421 tctgctaaat atgctaatta tctggatgat acaaaaaatg gagtaacttt ttattggaat
    15481 atctataatt ttgatgcagc gcgtttcggt aatcaaggat tgtttgcagc acgcagtatg
    15541 atggcaatgg ctatctatct tgataatgag ataatgtatg accgtgctta tcgctattta
    15601 ctgggaatga aacatcgtaa agatgatttg ccatatcctt caggaccggc tatttccagc
    15661 gatcaaccca ttcatgtttc tcctactatg attgattata aattgttaca acggaagaat
    15721 gatattcagg attatggtta tgacgaacag cttcaatatt atatttatcc taatggtcag
    15781 tgtcaggaat ctagtcgtga tc
//
