LOCUS       c00030_NZ_FQVI..       38806 bp    DNA     linear   UNK 01-JAN-1980
DEFINITION  NZ_FQVI01000001.1 Lactonifactor longoviformis DSM 17459, whole
            genome shotgun sequence.
ACCESSION   NZ_FQVI01000001
VERSION     NZ_FQVI01000001
KEYWORDS    .
SOURCE      
  ORGANISM  
            .
COMMENT     ##gutSMASH-Data-START##
            Version      :: 1.0.0-1555cd7(changed)
            Run date     :: 2024-03-14 00:54:57
            Original ID  :: NZ_FQVI01000001.1
            NOTE: This is a single cluster extracted from a larger record!
            Orig. start  :: 310054
            Orig. end    :: 348860
            ##gutSMASH-Data-END##
FEATURES             Location/Qualifiers
     protocluster    1..38806
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[320054:338860]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) 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
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_fatty_acids"
                     /protocluster_number="1"
                     /tool="gutsmash"
     proto_core      10001..28806
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) 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
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_fatty_acids"
                     /protocluster_number="1"
     cand_cluster    1..38806
                     /candidate_cluster_number="1"
                     /contig_edge="False"
                     /detection_rules="(minimum(1, [PFOR_II, POR, POR_N]) 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
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /detection_rules="((cds(Pyr_redox_2 and Oxidored_FMN) or
                     baiCD or baiH) 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))"
                     /kind="chemical_hybrid"
                     /product="OD_fatty_acids"
                     /product="Flavoenzyme_lipids_catabolism"
                     /protoclusters="1"
                     /protoclusters="2"
                     /tool="gutsmash"
     region          1..38806
                     /candidate_cluster_numbers="1"
                     /candidate_cluster_numbers="2"
                     /contig_edge="False"
                     /product="OD_fatty_acids"
                     /product="Flavoenzyme_lipids_catabolism"
                     /product="OD_aldehydes_related"
                     /product="OD_eut_pdu_related"
                     /region_number="3"
                     /rules="(minimum(1, [PFOR_II, POR, POR_N]) 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 (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /rules="((cds(Pyr_redox_2 and Oxidored_FMN) or baiCD or
                     baiH) 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))"
                     /rules="(minimum(1, [PFOR_II, POR, POR_N]) and minimum(1,
                     [AFOR_C, AFOR_N, Aldedh]) and not (Gly_radical_scatole or
                     Gly_radical or Gly_430_pcre or Gly_8-9_TMA))"
                     /rules="(minimum(1, [PFOR_II, POR, POR_N]) and minimum(2,
                     [Aldedh, EutN_CcmL, EutQ, Fe-ADH, Fe-ADH_2, PTAC,
                     PduV-EutP]) and not (Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /tool="gutsmash"
     protocluster    1..34959
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[320054:335013]"
                     /cutoff="10000"
                     /detection_rule="((cds(Pyr_redox_2 and Oxidored_FMN) or
                     baiCD or baiH) 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))"
                     /neighbourhood="10000"
                     /product="Flavoenzyme_lipids_catabolism"
                     /protocluster_number="2"
                     /tool="gutsmash"
     proto_core      10001..24959
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="((cds(Pyr_redox_2 and Oxidored_FMN) or
                     baiCD or baiH) 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))"
                     /neighbourhood="10000"
                     /product="Flavoenzyme_lipids_catabolism"
                     /protocluster_number="2"
     CDS             431..1390
                     /locus_tag="ctg30_266"
                     /transl_table=11
                     /translation="MRKLFKNRYGLVRSGWIVIICMALFYALTGLTSTLCVEILRKILV
                     LTGDINDAAGYMSSFALAVDDALPVVLQILMELVIILLSLCVWKIMRYQWRDLGLRDFR
                     KRFKKDGATGLLLGFGACSLIFFILILTNSVCIDSVRPAFSPSLFWWIVTMLLVGFAEE
                     LFCRGLLMSVLRRSNNIYLIMALPSVIFGGIHLFNPGVTVLSLVNIILVGIVFSYSYYK
                     SGNLWMCIGYHITWNIFQSIVYGMPVSGLNISSIMTSHYPAANLLNGGDFGIEGGILTT
                     CVNVLLFLYLLYRYRTSTYEFLPDPHINSQGTSDSRRG"
     CDS             complement(1476..2294)
                     /locus_tag="ctg30_267"
                     /transl_table=11
                     /translation="MFKHSLSILATAIAVAGSSLPVYASGSEDMISQQLNGKGVIVIGT
                     GQLADCPELNLPGIIIPGLPDCNFPEIPGLPGEPDTEQPEGPDTELPEEPDTEQPDLPD
                     TELPEEPDTELPDTPDTELPDMPDTEQPDVPGEDQPGDDNADEDTSFARQVVDLVNQER
                     AKEGLSPLSIDEKAVSAAQVRAREIETSFSHTRPNGSSFSTALTESGASYRGAGENIAW
                     GQKTPEEVMKGWMNSPGHRANIMNEKFTSIGVGYYQNAKGVNYWTQLFTY"
     CDS             complement(2406..3602)
                     /locus_tag="ctg30_268"
                     /transl_table=11
                     /translation="MENKAGQNTERMLRIRHLTKFYGMNKSEAFRMAERGEEKNSIYEK
                     TEVTLGLWDVNFEVQKGEIFVIIGLSGCGKSTLVRMLNLLHRPTSGEIIFNGRNIAGFS
                     KRELLDYRREKISMVFQNFGLMSHRDVLGNVAYGLETRGMSKSKREETAADMIQLVGLK
                     GQEHTPIQSLSGGMKQRVGIARALANDPEILLMDEPFSALDPLVRKDMQFELLSLQKKL
                     QKTVVFITHDINEAFKLGDRVAIMRDGRLVQVGTPEEMSAEPADDYVKEFVESADKAKV
                     LTVGHVMAAPSCVVSKRDSLDFAIYLMQREGNSTAYLVDEEERLKGILTIEAAVRGRQR
                     HQSLEEIQWQEAKTTTADTTVRDILPVAARTRYPIAVVDAVGHLEGILTKAAVLSSLA"
     CDS             complement(3592..5472)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) BPD_transp_1"
                     /gene_functions="transport (smcogs)
                     SMCOG1004:Binding-protein-dependent transport system inner
                     membrane component (Score: 76.9; E-value: 5.5e-24)"
                     /gene_kind="transport"
                     /locus_tag="ctg30_269"
                     /sec_met_domain="BPD_transp_1 (E-value: 4.5e-23, bitscore:
                     76.9, seeds: 81, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MKQRGNYRFLLLFFAAFCLLLGGCRTTEKKEIAFADVGWDSVRFH
                     NAVAGLIAESAYGYTWTETPGSTPIMHEALNKGEIDVSMEEWTDNISSYEKDLKAGTFQ
                     ELGSNYDDDKQGFYVPRYVIEGDPSRGIEAAAPDLKTVQDLEKYADIFTDQENPGKGRI
                     YGGIPGWEINETMRKKVSYNGLDSLYNYFQPGSDSALSAAFTSAYEKGEPIVGYYWEPT
                     WLTGKCDLVLLEDKAYVDEEQFREGKTECPAVNVTIAVSNTFAQSNPEFCSFLENYHTS
                     SKLTSEALAYMQETGNDYTAAAKWFLTEHEDLIEQWLPDKEKADAVKGALGIQKVRKNY
                     FLEFPFELPIHTEDFDSAVKAFAAHFSGFFNGIRDGLDGMIGGIHGILGLIPWWLMIFL
                     VFLGGWKIGGKIKTGILYSILLFIVGMIGLWAMMYETLAIVIASVVISLAAGLPIGILI
                     SGSERANRILRPILDTMQTMPVFVYLIPAVLFFGLGRAPAVIATTVYAVVPVIRLTSHG
                     IRQVEPEVVEAARSFGSTWLQCLWKVQIPQAMPTILTGVNQTLMMAMSMVVTCSMIGAS
                     GLGMEVLISVNRIEIGRGLLAGIAVVIVAILMDRMTQGCLRKGEEERNGK"
     CDS             complement(5910..7484)
                     /locus_tag="ctg30_270"
                     /transl_table=11
                     /translation="MVKTMTHGAGALEKLAAGADKLADTVKVTLGPKGRNVLIGREPSG
                     CLITNDGAAIAEAVELPDPFENMGAQIIKQAAQKTKEGAGDGTTTTLVLAQCIVHESLR
                     NIAAGANPIELRKGIQAAADLVTEEIKKAAVPMEDKAAMAQVAAAACQDPAAGSMIADA
                     MEQIGEYGVITVSEGSKLETVLTVAQGMQFSRRLVTNSFLKEGETQIRLDHPLLLLTDY
                     EISEIEELVPILEEVLNLEQPRPLLILAEKLQGEALDTLVLNRAKGILDVAAVMPPEYG
                     EGRQETMEDIAVLTGGTVITKSSYKIEETTLDMLGSADSVTIDSQKTVIAGGGGSKEKI
                     QFRINELRMRSEDTAYAFKKERYKERLARFVGGIALIDVGGTTEVEMKECKMRIDDAVN
                     AAKAAAAEGMIPGGGTVLVKSIPKVKEFAETLEGDRRTGAYIVSRALEGPLRLIAENAG
                     FHGTEVLAKVKTLPAAYGFDAGAGEYRNLMEAGIIDPAKVTVSALTCAVSAASTLLTTG
                     ASTHLFP"
     CDS             complement(7514..8017)
                     /locus_tag="ctg30_271"
                     /transl_table=11
                     /translation="MQCLDEVRELKYLQIRLERSGLDEQQIKEALLEKAAEQSNIHVPN
                     EQVEREYTALVQTAKQRIRYEYMAEGKPFYGFPESFYAALESLRVEAYCSVKTELLLQA
                     VIEAEHLEVSREELEKEGLASAKRLEVTPEMARMFYGDDYGLLKKDLLRRKAIDLIYEH
                     AVLV"
     protocluster    7733..38806
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[327786:338860]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(1, [AFOR_C, AFOR_N, Aldedh]) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_aldehydes_related"
                     /protocluster_number="3"
                     /tool="gutsmash"
     proto_core      17733..28806
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(1, [AFOR_C, AFOR_N, Aldedh]) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_aldehydes_related"
                     /protocluster_number="3"
     protocluster    7733..38806
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[327786:338860]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(2, [Aldedh, EutN_CcmL, EutQ, Fe-ADH, Fe-ADH_2,
                     PTAC, PduV-EutP]) and not (Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_eut_pdu_related"
                     /protocluster_number="4"
                     /tool="gutsmash"
     proto_core      17733..28806
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(2, [Aldedh, EutN_CcmL, EutQ, Fe-ADH, Fe-ADH_2,
                     PTAC, PduV-EutP]) and not (Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_eut_pdu_related"
                     /protocluster_number="4"
     cand_cluster    7733..38806
                     /candidate_cluster_number="2"
                     /contig_edge="False"
                     /detection_rules="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(1, [AFOR_C, AFOR_N, Aldedh]) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /detection_rules="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(2, [Aldedh, EutN_CcmL, EutQ, Fe-ADH, Fe-ADH_2,
                     PTAC, PduV-EutP]) and not (Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /kind="chemical_hybrid"
                     /product="OD_aldehydes_related"
                     /product="OD_eut_pdu_related"
                     /protoclusters="3"
                     /protoclusters="4"
                     /tool="gutsmash"
     CDS             8195..8944
                     /locus_tag="ctg30_272"
                     /transl_table=11
                     /translation="MNDTKIPWRELYDFCLHCGSFHDQRQFAIEIMTGLREYCRFDKGL
                     IYFFDSNGKVYDQYLFNTDSHWSTLYLEYYSKLPENKRYSIYTPYLTNEADSEISLVSW
                     KEESAKEFIPDFIRPRGLTYTLGYAFQDLNGHVRVLSCLDKTTNENFLPSEIAFIKLAV
                     PQFKNMYKNFFSYQMQDTDISKIDWKSTKLTPREIEIATLLCNGMSPAHISTTLSVTRA
                     TVQKHISHIYAKLHVSSQRELLARLLG"
     CDS             complement(8997..9893)
                     /locus_tag="ctg30_273"
                     /transl_table=11
                     /translation="MEENKVVVSEEEQKEAQKGIHMSTVRKARKNLAYLQKKKDKGEKI
                     VQMCPAALGPMFALAAEVADCDILRTPSWFADTQQDSIDSAIPTIKSYRAVAQRLHINF
                     YMPTPTYASKEKALSYGSEYVVAGADSMLPMGISNETLRYMTDNYVPVYGHIGAISGWQ
                     TNATGYSKLGKTAEDALRVFKMGYEYQENGMGGMTVELTPIEVSAAIAKKLRVPVVSIA
                     GGAACDGSEMVDMDTFGMMPSAASHAKTYANFMEFAATAYAMWANDVRTGAYPEDKHGW
                     HMDPEELDKFMNALEKF"
     CDS             complement(10001..10927)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: adh_short"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: adh_short"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_274"
                     /sec_met_domain="adh_short (E-value: 3.9e-47, bitscore:
                     155.2, seeds: 44, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MELTEKMILGLTQMSTQDARSLQEIFCTDLKGKVAVVTGGATGLG
                     YCVVNRLSEGGASVIIASRNEARGKKAEEEFRAKGREVIWCRTDVTKVADCYKTVDFAV
                     EKYGKVDIVVANAATWSMYSFLDMPEEAFDHVINTDLKGEYFIAQAAARVMVRQKIRGK
                     IVFIASVAHKGSDTPKIGMMTHYNAAKGAVVSLTKGVAKELHQYGISVNCVAPGGMTTY
                     GAVSNSSEAFELYGQELAADRMRFGAEVPVASSPDQVALVVLAMCTAMSDYVVGETIDV
                     DGGSLMSFQQKPWSYNVEGCIPGPKAE"
     CDS             complement(11165..13198)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: baiH"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_275"
                     /sec_met_domain="baiH (E-value: 6.3e-128, bitscore: 422.8,
                     seeds: 43, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MDRQKASAYVCLTQQNMEEMYMSIKYKNLFSPYNIGKVKVKNRYA
                     VAPMGGAKFTALGTYDPDTVDFYVDCAKGGFGLIFSNSLATDLEVDPNSPLDRLFPNYN
                     PKAFIANCVFMNERIHSYNARIFCQITMGPGRNGGGKLTPSELPYYFAPDEKSRALTTE
                     EVKAKISSLIRGAKIAKDAGFDGVDIHAMHWGYLIDEFAMEMMNHRTDEYGGSFENRMR
                     VPKEIVEGIKKECGSDFPVTIRVSLKGYIKDFNVGSYTGEGEAGRTLEEAVQICRTLES
                     YGYDGLSVDVGTYESFYHACPPSYIPKGNYIDLAEEAKKAVNIPILLAGRMNDPQMCEK
                     ALEEGKIDGIVLGRAALADPHYAAKLEKGQEERIRPCLSCNQGCIGREFLNGAVSCAVN
                     PSVLRRESYGIRKADEPKKVMVVGGGVAGMEAARTLFMRGHEVALYEASDHLGGNLLPA
                     GAHTFKAPVLELNDWYKRELKELGVEVYLNTRVSADFIEQSGADAVIIAIGSLPVMPPI
                     PGIEQSISSIQALSKGTRIGDKVIVIGGGLVGCELAIEYGMEGKDVTVVEALPKILSAG
                     APVPFMNKMCIEEMMDYYKIKVKTGSRVSRITETGAVIAVDGEEEELTADTVVMAIGFR
                     PVPSFADEVRGCGMDVYEIGDGRKVGSVMTSVWDAYEIARSI"
     CDS             complement(13162..14034)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: adh_short_C2"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: adh_short_C2"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Epimerase"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_276"
                     /sec_met_domain="adh_short_C2 (E-value: 5e-15, bitscore:
                     50.6, seeds: 358, tool: rule-based-clusters)"
                     /sec_met_domain="Epimerase (E-value: 4.1e-06, bitscore:
                     21.4, seeds: 96, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="LKDLLGYKDKICVVTGASSGMGKACAGELAVLGAKVYALDIVPPQ
                     IDGICEFVKINMGDKASIDGAFAHLPETIHKFFSFAGVSGEKTSPRETISINYLGNKYI
                     MEEYLRERIPEQGAVMMCTSVGANRWYSETNKPELEALVHARDWEEAEKVLDIICEDLQ
                     KGNAYTYSKRALGYFTTLFACQMAGKNVRVNCLKPGNTRSGLTDEFVERYLRLHPGETI
                     EDYHKANGLRPIAEPREMAEPAIFLNSDMASYISGAELIVDYATDAAVLSGIEKEDRWT
                     GRKLVHTYA"
     CDS             complement(14055..15518)
                     /locus_tag="ctg30_277"
                     /transl_table=11
                     /translation="MRTIILVCIYFAVILLIGFFAGRRTKDMSGYMVGGRNLGVWIVSL
                     GIMAAVMSGWTWLGNPGSAYSGGYSSVITYTAFSPLGLVISYFIIAKPVRIISEKFNCY
                     TLADILAARWNDNKTIRFLCGIIILIGSATYLVSQWVSMGTAVQEALGTGYRQSVIIGA
                     VIITLYIIAGGMLASMWTNFIQMIIMFFVAGILVVAGFAAVGGFTSMNEQIAAIEPQMI
                     SPWHAGDGGLAMSFVLTYTVFMLAIAYGGQPAVNTKFMMIKDKKLLKWSPFISVIALIV
                     GTFTVYVGIQGRILVEQGILAPPERQDTILLDVISHIIPGELTDLFLIAILAAVMSTAE
                     SYLFTSSTSIIQDLAIKSFDIKMEDHKVLMLTRVTMAVIAVITVIISLSPPPLIALIGT
                     QAFGTFCAGFGPVLYLGLRWKRMSSRAAVAGMSVGLLGGGIFPIINKLLFDGALLSNWT
                     IGGLAVVASYAVTIAVTLLTKAEKSKVFE"
     CDS             complement(15521..15676)
                     /locus_tag="ctg30_278"
                     /transl_table=11
                     /translation="MIFGLPLLTFFLAIGAPVISVILSLVFVFTFDEGDHWLTVEDIIE
                     KFRKGR"
     CDS             complement(15725..16813)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: Butyrate_kinase"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: Butyrate_kinase"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_279"
                     /sec_met_domain="Butyrate_kinase (E-value: 2.7e-108,
                     bitscore: 356.9, seeds: 62, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="LREEKIYRILTINPGSTSTKIGVFDNDTCILEHVVRHQRQELVSC
                     PGPGVFSQKDIRKQLVLEALKENHIPLETLDAASGRAGRLPPMESGTYEINQDLMDSIP
                     DPLPSPALLGMVIAKEIADEYHIPGFIVDPATVDELWEIARITGFPEITKVIHVHCLNQ
                     KAVARRAAAELGKGYEDCRFVVAHLGGGISIGAHRYGRIVDGVGGSSGEEPFSPERAGA
                     VPGVLFLDFCFSGNYTRDEIMDRFVRSGGMFSYLGTSDLRETEAMIADGDKKAELIFEA
                     MTYNVAKAIGQMYAVLDSDVDAVILTGGLTYSEHFRDKVVKRIRNMGKVIVYPGEFELA
                     ALAQGALRVLRNEEKPKVFRKK"
     CDS             complement(16830..17729)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) PTA_PTB"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg30_280"
                     /sec_met_domain="PTA_PTB (E-value: 2.9e-40, bitscore:
                     133.4, seeds: 19, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MRIDRFLERTSDDGKKTMVVSAADDQEVMTCIGEVLKRGLCNCIL
                     VGNKDNIFSIAHEIGMDISDCEIVHAADEVESAGKSVSLVREGKANVLMKGGILTKTLM
                     HAILDKEKGIRGGGILNSVCAIDCPKLDRIVYLSDPGVVTYPTFQQKVDIINNTVSFVR
                     KLGVDIPKVAVVCAVEIINPNMPSTLEAAALALMGQRGQLKNCIVDGPLGLDNALFPEA
                     VKHKKVSSPVDVCGKADIVIMPNAECGNGIMKAVRFMTDSATAGVLLGAKVPVVMTSRA
                     DSAENKLRSVGLALAASE"
     protocluster    16830..38383
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[336495:339084]"
                     /cutoff="5000"
                     /detection_rule="(Fer4_7 and TPP_enzyme_C and POR and POR_N
                     and PFOR_II and not (EKR or Fer4_16))"
                     /neighbourhood="10000"
                     /product="porA"
                     /protocluster_number="5"
                     /tool="gutsmash"
     proto_core      26442..29030
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="5000"
                     /detection_rule="(Fer4_7 and TPP_enzyme_C and POR and POR_N
                     and PFOR_II and not (EKR or Fer4_16))"
                     /neighbourhood="10000"
                     /product="porA"
                     /protocluster_number="5"
     CDS             complement(17733..19100)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_eut_pdu_related: Aldedh"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_aldehydes_related: Aldedh"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_281"
                     /sec_met_domain="Aldedh (E-value: 1.3e-26, bitscore: 88.1,
                     seeds: 96, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTDREMIMEMVEKARAAQKEFETFSQEKVDAIVRAAGKVIFDHSE
                     ELARMDFEETGMGTYESKVSMQSNRAKAFWFHMKGKKSRGVLRRIPEEGLIEIAKPMGV
                     IGSITPVTSAVISPMHNTMASLKCGNAVIVGPHPRAKATSGRVVQLMQGAIEELGAPRH
                     LIQVIEEPSIQLSKLLMELCDVCISTGGPGVVKAAYTSGKPAYGVGAGNVQCLVDRGMD
                     TKEVVPKIIAARMHNQGIPCSCEQFAHIPEELFDDYINEFKQAGCCYIDDEVLTDKVRN
                     TLFPDGEINKELVGRPPFEIAKAFGVKLPEDTKIIVVKVTKYGDNEILAKEKLFPVLAV
                     RSYQTWEEAVGVAEANLTVMGKGHSTTFHSNDKDKIEYAAEKISVSRFAINQSSTAVVG
                     GTMRNGLAPTGTLGCGSWGNNSISENLDYKHLYNISRVVFEPKNNVDPTDEEVWGE"
     CDS             complement(19133..20176)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_eut_pdu_related: Fe-ADH"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1035:Iron-containing alcohol dehydrogenase (Score:
                     220.8; E-value: 8.1e-68)"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_282"
                     /sec_met_domain="Fe-ADH (E-value: 6.6e-67, bitscore: 220.8,
                     seeds: 219, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNNFEYFLGSKLIFNNDLKEGLMAARESVKADKALLITDPGADCI
                     IAFGGGSALDTAKGAAIIRTNGGQMRDYFGVNKVRTAPYPVIGIPTTAGSGAEVSRVIS
                     VTDSQKNVKDQVMDRACCPAVALYVPSVLKGSPRSVTTTAGIDALGHAVESYLNIKGSP
                     VTQAVSLMGAGMLYKNILSFVDDTGNEDAAANMQIGSTLGIMGAGFTGNIDGHCVARSV
                     GGSGEINHGAAVAVALPYCMEFNLNAATDKLANLAKEFGLAKDGMSQMELAQQAVLGVQ
                     KLRDDLGLCGNYKDLGMKLDNLDAMIERSVYFSQNGSDAYASPGNPDFEDFKKMYMDGY
                     NGRVISF"
     CDS             complement(20195..21469)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) MFS_1"
                     /gene_functions="transport (smcogs) SMCOG1058:Major
                     facilitator family (Score: 40.3; E-value: 6.2e-13)"
                     /gene_kind="transport"
                     /locus_tag="ctg30_283"
                     /sec_met_domain="MFS_1 (E-value: 5.1e-12, bitscore: 40.3,
                     seeds: 192, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MGKEAIKKTNLSRNTMAVFSLVGGALVLICTGGGIYGASVMTVAP
                     AAERFGVTTAVTGMYNTAWLVGLILSAFLGGKIIAKINTNGSAILGGVLGFLGLLLMGF
                     APALPIYFFGAFLTGWPICLTGPALLQTTISKWYYKGRATMIGVVGMTEAIGTTIVANV
                     TAKLLDNAGTGYTTALIFAACFVLVGNLLAGLIFFRGVPEDYGYVPVGAENMRSESGAL
                     DVPGLTKKEAYSKSYFWMFLIGMSILNMGYGLVQPQLSAYSQFLGYSAAQAAILVSVWS
                     WGKSLIKIVYGFLGDKFGLRVGICGIAIIPIITGILYIFNTGFPVLILCAAGMGIIGGL
                     TGAGTLGISRMVGSKELTKMALLPHGFNGIGNFFTGFIFRAMFTGTMGGYQRAYTLSVV
                     VLVVYFVLMYISLNKKNMFESEGTL"
     CDS             21641..22540
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) LysR_substrate"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) HTH_1"
                     /gene_functions="regulatory (smcogs) SMCOG1012:Bacterial
                     regulatory helix-turn-helix protein, lysR family (Score:
                     74.2; E-value: 2e-23)"
                     /gene_kind="regulatory"
                     /locus_tag="ctg30_284"
                     /sec_met_domain="LysR_substrate (E-value: 1.9e-19,
                     bitscore: 64.8, seeds: 361, tool: rule-based-clusters)"
                     /sec_met_domain="HTH_1 (E-value: 1.6e-22, bitscore: 74.2,
                     seeds: 1330, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MELRVIKYFVTIVRTGSIAGAAKEIHITQPALSRQIASLETELGK
                     KLFSRGYHGISLTKEGSIFFERAIEIINLIDKTANDVAHSDSTVTGTVHVGANRPPALR
                     LLSRTAKEIHEMYPKIKFNFVNGNSRTLIESLIQGNVDFIIAGSPMRNDLVCRPLPFTS
                     TWGIVAPKGSEWYDHTSITREDLKRIPLSVVESDFIRSEISGWLGDSFDSLSIVSNHTL
                     IRSAVKMSQAGLGYPLCLNTDVDTSVYNSLKFIPLKPWFETSNNIIWKKNRTVSKATEV
                     FLKKFDQTIQENFLYETI"
     CDS             complement(22601..23164)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_eut_pdu_related: PTAC"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_285"
                     /sec_met_domain="PTAC (E-value: 5.2e-20, bitscore: 66.4,
                     seeds: 361, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MQVKVMLSNHHIHLTQEMVDRLFGEKGITFRNYLAGDGGPYATNE
                     FVDLEGPKGKITQIRVLGPCRNYNQAEILKSDCFKLGVDAPVSSSGKTENAVMLKVIGP
                     CGEAEIPCGILAQRHIHMDKETAEQNGFVRGQTVKVKSRGIRAITFENVLVTVGGKGMV
                     MHVDTEEGNAALIKNGDMVEILSE"
     CDS             complement(23211..24959)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: Butyrate_kinase"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: Butyrate_kinase"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_286"
                     /sec_met_domain="Butyrate_kinase (E-value: 2e-97, bitscore:
                     321.1, seeds: 62, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MDSEIQYISYKLFADPVQVNGYLLYAPDSKEALVIDPGGEPDRIM
                     KDLQIHGLKLKYILLTHGHFDHIGGAAELREATGARICMSPLDAQFITDSRWNAADFVH
                     RPPVPVFPLEIPLKDHDALYLGTQAVRILATPGHTPGGISACIPGHLFCGDTILKGELG
                     RSDLPGADVPQSKVSIRKKIFTLPGDTVIHCGHGEETSVAYEKKNNRILCQEQKGRTFA
                     MEKIYRILCINPGSTSTKLAVFHNQIKLDESNLEHSAEVIHRYPDIVSQLPMRKEAIYS
                     YLEQQGIKPEEIDVIAARGCPAGRVYHAGAYRIDRDMADACLKPENAVHAMCLAPVIAY
                     EWVKDFGIPAYNYDVVMVDEMKEVARITGLPTIKRNASCHVLNTKAVAREVAEGMGRSY
                     DQVNLIMCHLGGGCSVSMHEHGRITDAVSNGEGTFSPSRAGTFANNALIKLCFSGIYTE
                     KSLKDLFANSCGLAAHLGTNDCREAERRIEEGDEKARQVYEALAYNIAKDIGTMAVTTG
                     GNVDAVVLTGGIAHSRMLTGMVEELVRFIAPVIIRPGAIEMEALAAGVLRVLRGKEKAY
                     TFAEPF"
     CDS             complement(25005..26396)
                     /locus_tag="ctg30_287"
                     /transl_table=11
                     /translation="MKLFLLCIIAALVGISFILSKKVKSDSDLLIPRGGIPFLVVGFTM
                     AAGQFGGSSLIGGVQLASEYPAGAGFYAGAYALIGGAISCFINLFVGPEVKRRARGSVT
                     PSDYMRRRYGRVAFVQGFHSIAYMMSLTCVLVSQFISFANIVAAIGFRYTTGVIICAVT
                     VCLLVFGSGLLGVAFTDMIQYSFIVILLPITAYFSIQKLGSVGVTVGELFAQPFFPTEL
                     HFNKFMYILWPYVFGNMFNYEYFMRYQSCRGVKEARKACATAGVLLLIIALPVALLGAI
                     ANYCYNGENTSKVFQEIITNDLPPVCGYAMILVVLMAILTTADSFLASISAIASKDFYG
                     NLLHKGKNINELPHTRLIARGAVILACVAAAFLALEFTQILSIMFTFAPLTTGVFWAPI
                     IIGIFWKKASRRGMICAVAIAAATAILHMTGILPLFDRLLGVICVSAVSLVVFSLLFPD
                     PVQKS"
     CDS             complement(26442..26987)
                     /gene_functions="biosynthetic (rule-based-clusters) porA:
                     POR"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_288"
                     /sec_met_domain="POR (E-value: 2.2e-27, bitscore: 91.2,
                     seeds: 86, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MKEIIFAGFGGQGVLTGGLIIADMAAKKGLSTVWMPAYGPTMRGG
                     KANCVVKFGETAEEKVGSPIMEEADILVAMNVPSLDYLAFCKPGVKVFANAHAVPADYN
                     YPEGTEVTAIDVAELAAQAENIKGQNLVMVGAVVKKCGLFTEAYAEESMCKFFAGKGKG
                     RFNDANVAALRLGFAAVS"
     CDS             complement(26984..27733)
                     /gene_functions="biosynthetic (rule-based-clusters) porA:
                     TPP_enzyme_C"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_289"
                     /sec_met_domain="TPP_enzyme_C (E-value: 4.7e-21, bitscore:
                     70.2, seeds: 323, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTITKTKPAKTGYHNLCPGCGHGVIVRLIAEVFEELGVEKEAVVL
                     GVGCSCTATPAFGAMDRFQAAHGRGTATATAIKRCRPEITLFTYQGDGDAYVIGLSETV
                     NAAYRNENFVAVVINNNNFGMTGGQMSWTTMPGQVTETSIHGRDCGYTGEPFHLPEIIS
                     EIRGFHPAYVARGAVYDVKSINQTKKMLKNAFQAQLNNEGFSLVEILSPCPTNWHMTPL
                     QCKEHIEDEIVKEYPLGELKVRKGEEG"
     CDS             complement(27733..28806)
                     /gene_functions="biosynthetic (rule-based-clusters) porA:
                     POR_N"
                     /gene_functions="biosynthetic (rule-based-clusters) porA:
                     PFOR_II"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_290"
                     /sec_met_domain="PFOR_II (E-value: 5.7e-18, bitscore: 60.1,
                     seeds: 27, tool: rule-based-clusters)"
                     /sec_met_domain="POR_N (E-value: 1.6e-45, bitscore: 150.6,
                     seeds: 31, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MAKELMKGNVAVAEAALRGGMDFFAGYPITPSTETLEYLSYRMDE
                     IGRKGRFIQAENEISAINMVMGASSAGARAMTASSGPGISLKAEGFSYAARYSLPYVCL
                     NVQRWGNGLGSLDSGQADYFRDVKGSGQGDYHRIVYAPADIQELIDSAYEAWEAAERYR
                     IGVCIFSEAFLGQMMEAVEMPDFKKRKEPLDWGIDGTGTKGLKYLPGSGPHISAFNAEK
                     YAKVEAEMQRWESIQTEDAEYIFVAFGLPSRVCKDAVTRLRAEGDKAGIIRPKLIWPYP
                     WKAFEEVKAVNPHVKGFISIETNDLGQMVEDVALAAKRAGLDVPVYCYAHGPGTPGVRR
                     VMEKYQAVTSGEEKERF"
     CDS             complement(28809..29030)
                     /gene_functions="biosynthetic (rule-based-clusters) porA:
                     Fer4_7"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_2"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_6"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_4"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1020:4Fe-4S binding domain (Score: 32.9; E-value:
                     1.2e-10)"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg30_291"
                     /sec_met_domain="Fer4_7 (E-value: 5e-13, bitscore: 44.5,
                     seeds: 208, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4 (E-value: 1e-09, bitscore: 32.9,
                     seeds: 528, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_2 (E-value: 4.6e-08, bitscore: 27.8,
                     seeds: 214, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_6 (E-value: 1.8e-09, bitscore: 32.4,
                     seeds: 134, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_4 (E-value: 2.5e-07, bitscore: 25.8,
                     seeds: 79, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MAKKKMITIDSAHCKACQYCVDACPKEALVLRREMNTAGYTYVQV
                     DKEKCIGCGSCYIVCPDYVFTVMEEEGA"
     CDS             complement(29045..29989)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ApbA"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg30_292"
                     /sec_met_domain="ApbA (E-value: 8.7e-34, bitscore: 111.3,
                     seeds: 81, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MKIAIVGAGAMGSILGAHFILGGAKVYFIDPFEAHIKAMQENGLK
                     IRINQEEPRNLKVTAVTSADQLTEKMDLILFMVKGLYTASAAESARKLADEKTYCMTLQ
                     NGVGNAEILAEYYNRQRILAGIVEFGGRIEEPGSVSALINPAAKIAFASTTEEEPDEFM
                     QETADTLVRAGLKAFAMKKSQIDSIIWFKLAKNCSGNPICAVTRLPLGPYNNTEEGLPI
                     EKAVFEEVEAVANAQGIKLADQGAPHKIPKESQMYYHLPSTAQDVKAKKKTEIDFINGA
                     VVRLGKRYGVPTPYNHMIAALVKIIEQNYDNQF"
     CDS             complement(30042..31490)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) MFS_2"
                     /gene_functions="transport (smcogs) SMCOG1005:MFS sugar
                     transport protein (Score: 161.3; E-value: 9.2e-50)"
                     /gene_kind="transport"
                     /locus_tag="ctg30_293"
                     /sec_met_domain="MFS_2 (E-value: 7.5e-49, bitscore: 161.3,
                     seeds: 22, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="VNEKSKSNRKLWFSVYGVGNVGYELIYEFFKNFQNFFLTDICGFS
                     TLITGSLITTVNVCKAIFTPISGILIDADPFKRKDKHTPWVLGMPVFLGALYILMAYFA
                     WKGLSGTLILVLFSIFYFLPVLLQNGYRSAIPSMAMNAQEASFLSGAINVGSNAGRVLT
                     GIIVPVIMVKMSADGKSEDARGFFWAVAVSVVLAVIVYWTSVLGIKKTIRADALRQAGK
                     EVQSAGKKQGTGFVKMIAMIFTDKNILIPFVCGLGIFFRTFVVAPTAPYFFKYVTGDML
                     QYATFSTATNIAGVASCFVAPFIVSKICADTKKVCVISVSLCIICHLILFISGSSTAGF
                     IVLMTLAQFFYQGTSVLLFGMFVNAVDASELKVRKRGDKKVASGTAMSLHFTAVMCAQV
                     LGGAVRNVALSQAGYIGTETAASDSLTKGLINMYAIWPTVFLAAGLIALFFYTLDAKTM
                     KAIHEELDPLREAAASEAQNAMKK"
     CDS             complement(31738..32406)
                     /locus_tag="ctg30_294"
                     /transl_table=11
                     /translation="MDERAEKMLHENPFLNNMELAYKLIFEDIILGKFQNGERMQQERL
                     SLMYGMSRTPVREALMKLETEGYIKKDDRVGYKVSNVDIIDYIDFWEFRKNLESHIAYL
                     AATNISIQQLMKLSRNLEKTKKMGNSGNSLEVFRCDEEFHKLVVESSGNKYFIDVYNLY
                     EAKIRYYRYLFQQKVNASMIYDAHSKIYKALESRSEDAAKRAMYQHMNAFMRHLRDKLR
                     "
     CDS             32646..33236
                     /locus_tag="ctg30_295"
                     /transl_table=11
                     /translation="MLSTIAERRSIRKYKNIPIPRPFIEEILQAGILAPSSKNRQPWKF
                     TVVSGDSKSVMLKAMEQGLDRESRSPLLPGCRQYLGGARNTLEIMRQAPVTIFITNPLG
                     LNLSEPLTEEDRIFEICNAQSVGAAIENMTLAAAGLGLGSLWICDIFFALEELQAWLNP
                     QGTLFAALSLGYPEEAPSARPRKPFSDVVEWRV"
     CDS             complement(33848..35125)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Orn_Arg_deC_N"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg30_296"
                     /sec_met_domain="Orn_Arg_deC_N (E-value: 6.8e-29, bitscore:
                     95.9, seeds: 15, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTKEPFVTYEKLKEINEAYPTPFYLYDEKGIRENAQAVKEAFSWN
                     PGFREYFAVKATPNPFLIDILREYGCGCDCSSMTELMMAHALGCRPEEIMFSSNATPAE
                     EYQYAREIGAIINLDDITHIDFLEQVTGSIPETISCRYNPGGLFKISNDIMDNPGDAKY
                     GMTTEQLFEAFRTLKAKGAKEFGIHAFLASNTVTNEYYPMLAKVLFEVAVELQRETGAH
                     ISFINLSGGIGIPYRPDQESNDIRVIGEGVRKVYEEVLVPAGMGDVALYTELGRFMMGP
                     YGALVTKAIHEKHTHKEYIGCDACAVNLMRPAMYGAYHHLTVMGKEDSPCDHMYDVTGS
                     LCENNDKFAIDRMLPRIDKGDLLFIHDAGAHGFSMGYNYNGKLKSAELLLKEDGSVQMI
                     RRAETAEDYFATFDCFDIYQKLVSDK"
     CDS             complement(35152..36588)
                     /locus_tag="ctg30_297"
                     /transl_table=11
                     /translation="MRKTKIICTMGPNTNKKTTMRALVKNGMDVARFNFSHGDHAEQQS
                     RIDLLKNVREELNKPVALLLDTKGPEIRTGLLEDGKKVTLREGEEFTLYTDEIAGNEKG
                     CSITYPGLVRDVDAGNKILIDDGLIELEVEKAKAGKIICRVLNGGELGERKGVNVPNVK
                     VKLPAITEKDKEDILFGIQQEFDFIAASFVRNAAAIKEIRKLLRDNGGEHIAIIAKIEN
                     AEGVENINEIISVSDGIMVARGDLGVEIPAQEVPHIQKEIISKCNMKYIPVITATQMLD
                     SMIRNPRPTRAEVTDVANAVYDGTDAIMLSGETAAGKYPIEALKMMGEIAEATEPYVDY
                     RSHMLHRSMFRETSVSSAVGIAAVQTAKNINADCIVTPTISGQTARLISSFRPEVPIYA
                     VTPNESTQHKMQLYWGVTPLKGYEKDTTEHIINHAMGTVKRKRLVKKGDLVVFTAGDPA
                     TNTRTGEGAITNMMHVVEAK"
     CDS             complement(36605..37429)
                     /locus_tag="ctg30_298"
                     /transl_table=11
                     /translation="MKFFNKLERKYGRYAISNLTRYIIICYVIGYLLALAAPWLLTMLT
                     LDPGKILRGQVWRLVTWVLIPPGGLSIFTIIMLFFYYSLGSALEKTWGDFRYNMYILTG
                     LVATVIGSFILFFVSGGSNYSGAFSTYYINLSIFLAFAASYPDMQVLLYFVIPIKIKWM
                     AYLDIAYLAISFYQSGWGGRVAIIASLFNFIVFFFATRDLNRISPKEIHRKQKFAKAVN
                     PTRTGDGVTKHKCAICGRTEKDGANLEFRFCSKCNGNYEYCQDHLFTHEHVK"
     CDS             complement(37442..38383)
                     /locus_tag="ctg30_299"
                     /transl_table=11
                     /translation="MIRVFKTIDGNIHQVNEATEGCWVALTDPTATELFEISNKYGIEV
                     DDLRAPLDEEERSRIEVEDEYTLILVDIPVIEERNDKDWYGTIPLGIIVTKEMIFTVCL
                     EDTLILERFMDGRVRNFYTYMKTRFILQILYKNASMYLHYLRIIDKKSVEVEEKLHLST
                     RNQELIELLELEKSLVYFTTSLRANEVVLEKLLKVESIKQYPEDTDLLEDVIIENKQAI
                     EMSNIYSGILSGMMDAFASVISNNLNIVMKFLATVTIVMSIPTMIFSAYGMNVNSAGMP
                     FAGSPYGFLIVILLSLLLSLVVAFIFSKKNLF"
ORIGIN
        1 gaaaatgggg ctgccattgc cgccccgcag gtaggtattc tgaaacgtct ggttgtaatc
       61 catatggatg gacagcagta taagcttgtc aatcctgtaa tcctaaaaga agaaggtgta
      121 caggagtgtg tggagggctg tctcagtctc ccggatcggt ttggaaagac acttcgtccc
      181 ttacaggtta cggtacaggc gctggatgaa cagggggaag aacatatgta tactgtgtcc
      241 ggtgaaatgg caaaatgttt ttgccacgaa ctggatcacc tggacggtat tttgtttacg
      301 gataaagtaa ctgaatatat ccttccggaa taacaacagc ccgggaagaa tacagagacg
      361 atactgaacc taaatgtaac aaggctgatt tacggtgtcc ttaaacacat ctatggagga
      421 aggaaacttt atgagaaaac tatttaaaaa tcgttatggc ctcgtccgct ccggatggat
      481 tgttatcatt tgtatggcat tgttttatgc cctcaccggt ttgacaagta cgctatgcgt
      541 agagatattg agaaaaatat tagtgttaac cggagatatc aatgacgcag ctggctacat
      601 gagttccttt gcacttgcag tagatgatgc actgcctgtt gtgctgcaga ttttaatgga
      661 acttgtaatc atcctcctgt cattatgtgt ctggaaaatt atgaggtacc agtggaggga
      721 cttagggctt cgggatttta ggaaaaggtt taaaaaggat ggcgccaccg gcctgctcct
      781 tgggtttgga gcatgttcgc ttatcttttt catcctgatc ttaacaaaca gcgtttgtat
      841 tgattctgtg agacccgcct tctccccttc cttattttgg tggattgtca ctatgctgct
      901 ggtagggttt gcggaagaac tgttttgccg cggattactt atgtctgtcc tgcgcagatc
      961 aaacaatata tatctgatta tggcactgcc atctgttatt tttggcggga ttcatctctt
     1021 caatcccggt gtgaccgtac tatccctggt gaatattata ctcgttggaa tcgtattttc
     1081 ttattcgtac tacaaatccg gcaatttgtg gatgtgcata ggttatcata tcacatggaa
     1141 tattttccaa tctatagttt atggaatgcc ggtcagcggg ctgaacatca gcagtattat
     1201 gacctcacac taccctgcag caaacctgct gaacggaggc gacttcggca tagagggagg
     1261 gattctgact acatgtgtca atgtactgct gtttttgtat ctgctctatc gctacagaac
     1321 ctccacctat gagtttctgc ctgacccaca tatcaattct caagggactt cagattcccg
     1381 caggggctaa tagttccccc tatcataaga aagagatgga cagcattatc tgcgggtcca
     1441 tctcttttta tcgaaattat tagaaaatga atagcttagt aagtaaataa ctgggtccag
     1501 taatttacgc ctttggcgtt ctgataatac cctaccccta tggaagtaaa cttctcattc
     1561 ataatattgg ctctatgtcc gggactgttc atccagccct tcattacttc ctccggagtt
     1621 ttctgtcccc aggcaatgtt ctctcctgcc ccccggtagc tggctccgct ttctgtaaga
     1681 gctgtgctga agctgcttcc gtttggtctt gtatgagaga aggatgtctc aatctctctg
     1741 gcccttacct gcgctgcaga tactgctttt tcatctattg agagaggaga gagaccttct
     1801 ttggcccgct cctgattcac caaatcaaca acctggcggg caaaagacgt gtcctcatcg
     1861 gcattgtcat ctccaggctg atcttcccct ggcacatccg gctgttccgt atccggcata
     1921 tccggaagct ctgtgtccgg tgtgtcggga agttcggtat ccggttcctc cggaagctcg
     1981 gtgtcaggca gatccggctg ttccgtatct ggttcttccg gaagctcggt gtcaggtccc
     2041 tctggctgct ccgtatccgg ttcccccggc agacctggta tctcaggaaa attgcagtcc
     2101 ggtaagccgg gtatgataat gcctggaaga tttaattccg ggcagtctgc cagctggcct
     2161 gtgccaatta cgattacacc cttcccattg agctgctggg atatcatatc ttctgagccg
     2221 gaagcgtata caggcaaact acttcccgct acagctattg cagttgctaa aatagataat
     2281 gaatgtttaa acatgttgtc ctccttgtgt tacatattga ttatgtaaat attacatttt
     2341 tgttacattc attatattag cacagtctaa ccacaataga aacaagcaat tcctggtaat
     2401 tccccttacg cgagagagga cagtacagcc gccttagtaa gaattccttc cagatgcccc
     2461 acagcgtcta ccactgcaat tgggtatcgg gtgcgtgccg ccacaggaag aatatctctc
     2521 accgtagtat ccgcagttgt tgtcttcgcc tcctgccact gtatttcttc caaagactgg
     2581 tgccgctgcc ttcctctgac tgctgcctca atggtaagga tccctttcag gcgttcttct
     2641 tcgtctacca gataggcagt cgaattcccc tccctctgca tgaggtaaat agcaaaatcc
     2701 agactgtctc tcttgctcac cacacaggag ggcgctgcca tcacatgccc cactgtcagc
     2761 acctttgcct tatccgcgct ctctacaaat tcttttacat aatcatcggc aggttccgcg
     2821 ctcatctctt ccggagttcc aacctgaacc agccttccgt cccgcataat agccactctg
     2881 tcacctagtt taaatgcctc attaatatca tgagtgataa aaaccactgt tttctgcagc
     2941 ttcttctgca gagacaaaag ctcaaactgc atatccttcc gaaccaaagg atccagagcg
     3001 gaaaatggtt catccatgag cagaatctcc ggatcattgg ccagagccct ggcaatcccc
     3061 accctctgct tcatccctcc ggacagactc tgaatgggtg tatgttcctg tcccttaagg
     3121 cctaccagct gtatcatatc tgctgctgtc tcttccctct tactttttga catacctctc
     3181 gtctccagtc cgtatgccac atttcccagc acatccctgt gagacatgag cccaaaattc
     3241 tgaaatacca tagagatctt ttctctccgg tagtccagaa gctctctctt actgaatccg
     3301 gctatattcc ggccgttaaa aattatttca ccgctggtag gtcgatggag aagattcagc
     3361 atgcgcacca gagtggattt tccgcatccg gaaagtccga taataacgaa tatctctcct
     3421 ttctgtactt cgaagttcac gtcccacagt cccaaggtaa cctctgtctt ctcatagatg
     3481 ctgttttttt cctctcctct ctcagccatc ctgaatgcct ctgatttatt cattccgtag
     3541 aattttgtca ggtgcctgat tcggagcatc cgttctgtat tctgcccagc cttattttcc
     3601 atttctctcc tcctcgccct tcctcagaca tccctgggtc atacgatcca tgagtatcgc
     3661 tacaattact actgcaatgc cggccaaaag tcctcttcct atctcaatcc ggttcacact
     3721 gataagtact tccatcccca gaccggaagc accaatcata gagcaggtaa ctaccatgga
     3781 catggccatc atcagtgtct gattgacacc agtcagaatc gtaggcattg cctgtggaat
     3841 ctgtactttc cacagacact gcagccaggt agatccaaag gacctggctg cctccaccac
     3901 ctcgggctct acctgacgga tcccgtggct ggtaaggcgt attactggaa ccactgcgta
     3961 cactgtggta gcgatgaccg caggtgctct tcccagcccg aaaaacaaga ctgccggtat
     4021 gagatagaca aacacaggca tggtctgcat cgtatccaag atcggacgca gaatccgatt
     4081 cgctctttca ctgcctgaga taagaatgcc gataggaagt cctgctgcca atgaaatgac
     4141 aactgatgca atcacaatgg ctaaagtctc atacatcatc gcccacagcc ctatcattcc
     4201 tacaatgaaa agaagaatac tatagagaat tcccgttttt atctttcctc cgattttcca
     4261 tccacctaag aagacaagga aaatcataag ccaccaggga atcagtccca gaatgccatg
     4321 gattccccca atcatcccat ccagcccatc ccggatccca ttgaaaaaac cgctgaagtg
     4381 tgcggcaaaa gcctttacgg cactgtcaaa gtcttcggta tgtataggca gttcaaaggg
     4441 aaactcaaga aaataatttt ttctgacttt ttgaatcccc aatgcgcctt ttaccgcatc
     4501 agctttttct ttgtccggca gccactgttc aatcagatct tcatgctctg tgagaaacca
     4561 ttttgccgca gcagtatagt cattccctgt ctcctgcata tatgccagag cctcgctggt
     4621 taatttgctg gaagtgtgat aattctccag gaaactgcag aattccggat ttgactgtgc
     4681 aaatgtattg ctcaccgcaa tggtaacatt tactgcaggg cactctgtct ttccctcccg
     4741 gaactgctcc tcatccacgt atgctttgtc ctccagcagt accagatcac atttccccgt
     4801 cagccacgtt ggctcccagt aatatcctac gatcggttcc cccttttcat aggcagaggt
     4861 aaaggctgca gataatgcag aatctgaacc cggctgaaag taattgtata agctgtccag
     4921 gccattatag cttacctttt ttctcatagt ctcattaatc tcccatcccg ggattccccc
     4981 ataaatcctt cccttgcctg gattctcctg atccgtaaaa atgtccgcat acttttccag
     5041 atcctgtact gtcttcaaat caggggcagc cgcttcaatt cctctggagg gatccccctc
     5101 aattacgtat ctgggcacat aaaacccttg tttgtcgtca tcataattgg atcctaattc
     5161 ctgaaacgtc cctgccttta agtctttttc ataagaagag atattatctg tccactcttc
     5221 catgctcaca tcaatctcgc ccttgttcag ggcctcatgc ataatcggcg tagaccccgg
     5281 cgtctctgtc caggtatacc catacgcaga ctctgcaatc agtcccgcca cagcgttatg
     5341 aaagcgtaca ctgtcccatc ccacatcggc aaacgctatt tccttctttt ctgtcgtcct
     5401 gcatcccccg agcaagagac aaaaagccgc aaaaaatagc agcaggaacc tgtaatttcc
     5461 cctctgcttc ataagatttc actccttctc tattaagaat tgacttttct aaattataac
     5521 attctaccgg ggggagatgt gtgaagtatg cgttaagaaa ttagagactt cacattcacg
     5581 gtacatgaag ggggaagttt tagagttata ggtttttcat cttgcttatc agaaaaaagc
     5641 caaatttccc cttgcagatc atgttagaat atggtacaat tattttcggt tcggaatgaa
     5701 catgccggcg tgtcggaatg gcagacgagg cagactcaaa atctgttgtg ggcaaccacg
     5761 tatgggttca agtcccattg ccggcagtat taagtccagt attcactgag aatactggac
     5821 tctttttttg tgtgaaatca gacgtatcag cactcgtaag attacgggga ggattatatc
     5881 taaggctcct tatttacctg ccggacatct taaggaaata ggtgggttga cgccccggta
     5941 gtcaaaagcg ttgaggctgc agatacagca cacgtgaggg ccgataccgt gactttggcc
     6001 ggatctatga ttcccgcctc catcaaattt ctgtactctc ccgcccccgc gtcaaaccca
     6061 tatgccgccg gaagagtttt tacctttgcc agaacctctg ttccgtgaaa tccggcgttt
     6121 tcggcaatca gccgcagagg gccctccaga gcccggctca cgatataggc accggttctt
     6181 cggtcacctt ccagcgtttc agcaaattcc ttcactttag ggatagattt tactaaaaca
     6241 gtgcccccgc ctggtatcat tccttctgcc gcagctgctt ttgccgcatt cacagcatcg
     6301 tcaatccgca tcttgcactc tttcatctcc acttctgtag ttcccccaac atcaataagg
     6361 gcaattcccc cgacgaaccg ggccaggcgt tctttatacc gttctttttt aaatgcatac
     6421 gctgtatctt ccgatctcat ccggagctca ttgatacgaa actgaatttt ctctttgctt
     6481 ccccctcccc cggcaatcac ggttttctgt gaatctatag tgaccgagtc ggcgcttccc
     6541 agcatgtcca gggttgtttc ttctatctta taagaagatt tggtgattac ggttcctccg
     6601 gtcaataccg caatgtcttc catggtttcc tgacgtccct ccccgtattc cggaggcatg
     6661 acggcggcca catccaggat ccctttagcc ctgtttaata ccagagtgtc cagtgcctct
     6721 ccctgaagct tttcggcaag gatcagcagc ggccggggct gctccagatt cagcacttct
     6781 tccagaatag gcaccagctc ctcaatctcc gatatttcgt aatcggtaag cagaagcagg
     6841 gggtggtcca aacggatttg tgtttctcct tcttttagaa agctgtttgt caccagacgg
     6901 cggctgaact gcatcccctg agcaacggtc aggactgtct ccagtttact gccctcggaa
     6961 acggtgatta ctccgtattc tcctatttgc tccatggcgt cagcgatcat gctgcccgcc
     7021 gcaggatcct ggcaggcggc tgccgctacc tgggccattg ccgccttgtc ctccatgggc
     7081 acagccgctt tttttatttc ctctgtcaca aggtctgcag ctgcctgaat cccctttctc
     7141 aattctatgg ggttggctcc cgccgctata tttctcagac tttcatgaac aatacattgg
     7201 gccagcacaa gagttgtagt agttccgtct ccggcaccct ccttcgtctt ttgggcggcc
     7261 tgttttataa tctgcgcacc catattctca aaagggtcgg gaagctccac tgcctccgcg
     7321 attgcggcac cgtcattggt aatcagacag ccggacggtt ccctgccgat caggacattc
     7381 cgtcctttgg gacccagcgt tacttttacg gtatcggcca gtttatctgc tccggcggca
     7441 agcttctcca atgcgcctgc accgtgtgtc attgttttta ccatcgtatc ctcctcccac
     7501 agtatgtccc tattcagacc agaaccgcat gctcataaat caagtctatc gcctttcgcc
     7561 tcagaagatc ttttttaaga agtccgtagt catccccgta aaacatccgg gccatctcag
     7621 gtgtgacttc cagtcttttg gcagaagcca gtccttcttt ctccagctct tcccgggaga
     7681 cctccagatg ttccgcttca ataacagcct gcagcagcaa ttctgtcttt accgaacaat
     7741 aggcttccac ccgaagagac tccagtgcag cataaaaaga ctccgggaat ccataaaacg
     7801 gtttgccctc agccatgtac tcataccgga tcctttgttt cgcagtctgg accagagcgg
     7861 tatattccct ttccacctgc tcgttgggca cgtggatgtt actttgttct gcggcctttt
     7921 ccaaaagcgc ctcttttatc tgctgttcat ccagaccgct ccgctccagc cttatctgca
     7981 aatatttaag ttctcttact tcgtctaagc attgcatgcg ctattccccc tctgtatttt
     8041 aattaaagtg aatgccgatt ctctaaagtt tcaaggacaa gtactatatt gacatttcac
     8101 tcaaatactt ttatattaaa gaaaaagtgt actttacctt tccccgcata agagtatcat
     8161 taggaactca ctgatttgta aagaggagga tgatatgaac gataccaaga tcccctggcg
     8221 tgagctatat gatttctgtc tgcattgcgg aagcttccat gatcagagac agtttgccat
     8281 tgagattatg accggcctgc gggaatactg ccgctttgac aagggactta tctacttttt
     8341 tgactctaac gggaaggtct atgatcagta tttgttcaat acagacagcc actggtctac
     8401 cctttacctg gaatactatt caaaattgcc ggaaaacaag cgctactcca tttacacccc
     8461 ctacctaacg aatgaggcag attccgagat ttctcttgtg tcctggaagg aggagagcgc
     8521 aaaagaattt atccctgatt ttatacgtcc ccgggggctc acctatacct tgggctatgc
     8581 ttttcaggac ctgaacggac acgttagagt tctctcctgt cttgataaga caacgaacga
     8641 aaactttctg ccgtcagaga ttgcatttat caagctggca gttccccagt ttaaaaatat
     8701 gtacaaaaac ttcttcagct atcagatgca ggataccgat atcagcaaga tagactggaa
     8761 gtccacaaag ctaactccca gggaaataga gatcgctact ctgctgtgca atggaatgtc
     8821 ccctgcccac atcagcacga ctctcagtgt cacccgggca actgtgcaaa agcacatctc
     8881 acacatctac gccaagcttc atgtatcttc ccagagggaa ctgcttgccc ggcttttagg
     8941 atagaagtcc ccagggcaga cggctgtatg cctgccctgg ggtgtttatc ccggggttag
     9001 aatttttcta atgcattcat aaacttatcc aattcctccg gatccatatg ccagccatgc
     9061 ttgtcttccg gatatgcccc tgtacgcaca tcattcgccc acatcgcata tgcggtggct
     9121 gcaaattcca taaagttcgc ataggtcttg gcatgggatg ctgcagacgg catcataccg
     9181 aaggtatcca tatccaccat ctcagatccg tcgcacgccg caccgccggc gatagacact
     9241 acgggaacgc gcagtttctt tgctatggca gcactgacct cgatgggcgt cagctcaaca
     9301 gtcattccgc ccatcccatt ttcctgatat tcatacccca tcttaaaaac tctcagagca
     9361 tcctctgctg tcttacccag ctttgaatag ccggtagcat tggtctgcca tcccgagatc
     9421 gctccgatat ggccgtatac agggacataa ttatctgtca tgtatcgcag tgtctcattg
     9481 ctgataccca tgggcagcat agaatctgcc cctgcaacca catattccga tccataggaa
     9541 agagccttct cttttgacgc gtacgtaggc gtgggcatat agaagttaat atggagtctc
     9601 tgtgctaccg cccggtagga tttaatagtg ggaattgcgc tgtcaataga atcctgctgg
     9661 gtatcggcaa accaggacgg cgtgcggaga atatcacagt cagcgacctc cgccgccaat
     9721 gcaaacatag gacccagggc tgccgggcac atctggacaa tcttttcccc tttatccttc
     9781 tttttctgca gatacgcgag attttttctg gcttttctta ccgtagacat gtgaataccc
     9841 ttctgggctt ctttttgttc ctcctcagaa actactactt tgttttcttc catgtaactg
     9901 ttcccctttc acatttgaat ttgctttgcc tcatgtaccg tattccaatt tctttccccg
     9961 cagcttcggg taaagaaacg aacacctgta agaaccggga ctattctgct ttcggaccag
    10021 gtatacagcc ctccacattg taactccagg gcttctgctg gaagctcatg agagaaccgc
    10081 cgtccacatc aatggtctct cccaccacat agtcagacat cgctgtgcac atggccaata
    10141 ccaccagggc aacctgatcc ggactggatg ccacaggtac ctctgccccg aaccgcatcc
    10201 gatctgccgc cagttcctgg ccatacagtt caaatgcctc ggaggaattg ctgacggcac
    10261 cgtatgttgt catcccgccg ggagcaacac agttgacact gatcccgtat tggtgcagtt
    10321 ccttggcaac ccccttggtc aggctgacca ctgcaccctt cgccgcattg taatgggtca
    10381 tcataccgat cttaggggtg tcggatccct tatgcgccac agaggcgata aatacaatct
    10441 tccctctgat cttctgacgc accataacac gggcagctgc ctgggcaata aaatactctc
    10501 cctttaaatc tgtatttata acatgatcaa aggcttcctc cggcatatca aggaaggaat
    10561 acatagacca ggtagcagca ttggctacaa caatatctac tttcccgtac ttttccacag
    10621 caaagtccac ggttttatag cagtcagcta ccttagtcac atccgtccgg caccagataa
    10681 cctcccgtcc ttttgcccgg aactcctctt ccgccttttt ccctctggct tcgttccggg
    10741 atgcgatgat cacagatgcc ccgccctctg acaggcggtt taccacgcaa tagccaagtc
    10801 cggtggctcc gcctgtaaca acggctacct tccctttcag atctgtgcag aagatctcct
    10861 gcagactgcg ggcatcctgg gtgctcattt gcgtcaatcc aagtatcatt ttttctgtta
    10921 attccattcc tgttcctcct ttcctaacac taactgcggc cggtttacgt gtgttttatc
    10981 actgcccaat ccctatataa ttattttact tgaattgatt tcccggggat attactcaaa
    11041 tgtagaaaga tatattatct taacagatac tattatttta tcagttactg tgttataatt
    11101 aatagttaca gaaactgccg cgccagggat gctttcaccc ctggcgcggc agtacttttc
    11161 tttcttatat acttcgggca atctcatagg catcccatac ggacgtcatt acactgccca
    11221 cttttcttcc gtccccaatc tcatatacat ccatcccaca gcctcttact tcatcagcaa
    11281 acgaggggac aggcctaaat ccgattgcca ttaccaccgt atcggcagtc agctcctcct
    11341 cctctccatc cacagcaatt acagcgcctg tctccgttat cctgctcaca cggcttcccg
    11401 tttttacttt gattttatag taatccatca tttcctcaat gcacatcttg ttcataaacg
    11461 gaaccggagc accagccgag agaatctttg gcagtgcctc aacaactgtc acatctttcc
    11521 cttccattcc gtactctata gcaagctcac atcccacaag accgccgcct ataacaatta
    11581 ccttatcccc aatcctggtt ccctttgaaa gtgcctggat gctggaaatg gattgttcga
    11641 ttcccggaat cggaggcatg accggcaggg aaccgattgc tattatcaca gcatctgccc
    11701 cgctctgctc aatgaagtca gcactcaccc tggtattcag atatacctca acccccagct
    11761 cttttagctc cctcttatac cagtcattga gttccagcac cggtgctttg aatgtatgag
    11821 cccctgccgg gagcagattg ccacccaaat gatcggaagc ttcataaaga gcaacctcat
    11881 ggccgcgcat aaacagggtt cttgcggctt ccataccggc aaccccgccg cctactacca
    11941 taactttctt tggttcgtcc gccttcctga tgccgtagct ttctcttctc agcacagaag
    12001 gattgactgc acatgaaaca gcgccattca gaaattctct cccaatgcat ccctggttgc
    12061 aggaaaggca tggccggatt ctttcttcct gccccttctc aagcttagcc gcataatggg
    12121 gatcggcaag ggctgctctt cccagtacaa ttccgtctat cttcccttcc tcaagtgctt
    12181 tttcacacat ctggggatca ttcattcttc cggctaaaag gatgggaata ttcactgcct
    12241 ttttcgcttc ctccgccagg tctatataat ttccctttgg tatgtaactt ggggggcatg
    12301 catggtagaa ggattcataa gtacccacat ccacgctcag tccgtcatac ccataagact
    12361 ccagggtcct gcaaatctga accgcctcct caagagttct tcctgcttcc ccctctcctg
    12421 tataggaacc tacgttaaaa tccttgatat atcctttcag agacacccgg attgtgaccg
    12481 ggaaatcact gccgcattct ttttttattc cttctacaat ttcctttggc actcgcatac
    12541 ggttctcaaa acttcccccg tattcatccg tcctatggtt catcatttcc atcgcaaatt
    12601 cgtcaatcag atagccccaa tgcatcgcat ggatgtcaac accgtcaaac cctgcatcct
    12661 ttgctatttt cgcaccgcgg ataagtgaac ttatcttagc tttgacttcc tctgttgtca
    12721 gcgctctcga tttctcatcc ggtgcaaagt aatacggtaa ttctgagggt gtcagttttc
    12781 cacccccgtt tctgcccggt cccatggtaa tctggcaaaa aatcctggca ttgtaggagt
    12841 gaattctctc attcataaat acacagtttg caataaaggc tttgggattg tagtttggaa
    12901 agagtctgtc taaaggactg ttgggatcca cctccaggtc agttgccagt gaattgctga
    12961 agataagacc gaatcctccc tttgcacaat ccacataaaa atccactgta tcgggatcat
    13021 aagttccaag tgcagtgaat ttcgccccgc ccataggtgc aactgcatat ctgtttttta
    13081 cttttacctt tcctatatta taaggagaga acaaattttt atatttgata ctcatataca
    13141 tttcctccat attctgctgg gttaagcata cgtatgcact agctttctgc cggtccatcg
    13201 gtcttccttc tctatcccgc taagaactgc tgcatctgtt gcataatcca caatcaattc
    13261 cgctcctgag atgtaagatg ccatgtcact gttcaggaaa attgccggtt ctgccatctc
    13321 gcggggctcg gcaatggggc gcagcccatt tgctttgtga taatcctcaa tggtttcccc
    13381 gggatgtaat ctcagatatc tttcaacaaa ctcatctgtc agtccgcttc ttgtattccc
    13441 gggcttcagg caatttaccc tcacattttt cccagccatt tggcacgcaa aaagtgttgt
    13501 aaaatatcca agggccctct tggagtacgt atatgcattc cctttctgga ggtcttcaca
    13561 gattatatct aacacttttt ctgcttcctc ccagtcccgg gcatgaacca gtgcttccag
    13621 ttcgggttta tttgtttcag aataccatct gtttgctccc acagaagtac acatcattac
    13681 tgccccctgt tccgggatcc tttcccgaag atattcttcc ataatatatt tattgccgag
    13741 atagttaata gagatcgtct ccctggggga tgttttctcc cccgaaactc cggcaaagct
    13801 aaaaaatttg tgaattgttt ccggaagatg tgcaaatgcc ccatcaatag aagccttatc
    13861 tcccatattt atctttacga attcacagat tccatcgatc tgcggcggaa caatatccag
    13921 ggcatacacc ttcgctccca gaacagcaag ctcccctgca caggcctttc ccatgcccga
    13981 tgatgcacct gtcacaacac atattttatc tttatatcct aacaaatctt tcaaagtaaa
    14041 tttctcctta ttgattactc aaaaactttt gatttttctg ctttcgtcaa aagcgttacc
    14101 gcaatggtca ctgcatagga agcaactaca gccaatcccc cgatggtcca attggacagc
    14161 agtgcaccgt cgaaaagcag cttatttata atgggaaaga ttcctccgcc cagtaatccc
    14221 acactcatgc ctgccaccgc agccctggaa gacattcttt tccatcggag cccgagatat
    14281 aagacaggtc cgaagcctgc gcaaaaggta ccgaaagcct gcgtgcctat cagcgcaatc
    14341 agcggcggag gactcaggga aatgataaca gtaatgactg caatgactgc cattgtcacc
    14401 cgcgtaagca tcagcacttt atgatcctcc atttttatat cgaatgattt gattgccaaa
    14461 tcctgtatga tggatgtgga tgaagtaaac agataggatt cggcagtaga catgacagct
    14521 gccagaatcg caatcaaaaa caagtccgtc aattccccag gtatgatatg agatatcaca
    14581 tcaagcaaaa tcgtatcctg cctttccgga ggtgcaagaa ttccctgttc caccaggatc
    14641 cttccctgga ttcccacgta aactgtaaag gtaccaacga tcagtgcaat tacactaatg
    14701 aaaggggacc acttcagcag ctttttatcc ttaatcatca taaactttgt attcaccgca
    14761 ggctgtcccc cataggctat tgccagcata aacaccgtat acgtcaggac aaagctcatg
    14821 gcaagacccc cgtctcctgc atgccagggg ctaatcatct gcggctcaat cgctgcgatc
    14881 tgttcgttca tacttgtaaa acccccaacc gcggcaaacc ccgccactac cagaatgcct
    14941 gccacaaaaa acataataat catctgaata aagtttgtcc acatactggc aagcattccg
    15001 cccgctataa tatacagggt tatgataacc gcaccgataa ttacgctttg tctgtatccg
    15061 gtgccaagcg cttcctgcac tgccgttccc atggaaaccc actgactgac aagataggtg
    15121 gcggagccga tcaaaataat gatcccgcac aaaaaacgga tggtcttatt gtcattccat
    15181 ctcgccgcaa gaatatccgc cagagtatag caattgaact tttcactgat gatacgcacc
    15241 ggttttgcaa ttataaaata gcttataaca agtcccaggg gggaaaacgc agtgtatgta
    15301 ataacagagg aatagccccc ggaatatgca ctgcccggat tccccagcca ggtccagccg
    15361 ctcatcacag ccgccataat acccagagat acaatccata ccccgagatt cctcccgcca
    15421 accatatacc ccgacatatc ttttgtgcgt cttcccgcga aaaagccaat cagaaggata
    15481 acagcaaagt aaatacacac cagaattatt gtccgcatct ctaccgcccc tttctgaact
    15541 tttcaataat atcttccact gttaaccagt gatccccctc atcaaaagtg aacacaaaaa
    15601 ccagtgaaag gatcaccgaa attacaggtg ctccaatcgc aagaaaaaaa gtaagcaacg
    15661 gtaagccaaa tatcatttct tttccccctg ttattctcta ctgaaacagt gcgccaaact
    15721 actcttattt tttcctaaat actttcggct tctcctcgtt tctcagcacc ctgagtgctc
    15781 cctgtgcaag ggcggcaagc tcaaactcac ctggatatac gattaccttt cccatgtttc
    15841 tgatacgttt taccacctta tccctaaaat gttcagagta tgtaaggcct ccggttaaaa
    15901 taacggcatc gacatccgaa tcaagtacgg catacatttg tccaattgct tttgccacat
    15961 tataggtcat ggcctcgaag atcagctctg cctttttgtc cccatctgca atcatggcct
    16021 ctgtctctct caaatccgat gtcccaagat aggagaacat accgccgctc cttacgaaac
    16081 gatccatgat ctcatctctg gtatagttcc cggaaaaaca gaaatccaga aacaagaccc
    16141 cggggactgc accggcccgt tccggagaga acggctcttc accggagctt cctcccacgc
    16201 cgtcaacgat tctcccgtaa cgatgtgcac cgatactaat accgccgccc agatgtgcaa
    16261 ccacaaaccg gcagtcttca taccccttcc ccagttcagc tgccgcacgt cttgcaactg
    16321 ccttctggtt caggcagtga acatggataa cctttgtaat ctccgggaat cctgtaatcc
    16381 gggcaatctc ccacagctca tccactgtgg caggatcaac gataaacccc ggaatatggt
    16441 actcatctgc gatctccttc gcaatcacca ttccaagaag cgccggtgag gggaggggat
    16501 ctggtatact gtccataaga tcctgattaa tttcataggt accgctttcc ataggcggca
    16561 gtcttcccgc cctcccggaa gcagcatcca gggtttccaa gggaatgtga ttctctttca
    16621 gtgcctccag caccagctgc tttcttatat ccttctgcga aaaaactcca ggcccggggc
    16681 aggagacaag ctcctgcctt tggtgtctta ccacatgttc aaggatacat gtatcattgt
    16741 caaaaacacc tatttttgtg gaggtagagc ccggattgat tgtgaggatc cgatatattt
    16801 tttcttctct caaaatattc tccttacttt tattctgacg ctgccagggc cagtcctacc
    16861 gagcgcagct tattttcagc actgtctgcc cggcttgtca ttaccacagg gaccttcgcg
    16921 cccagcagta cgcccgccgt agcggaatct gtcataaacc gcactgcctt cataattcca
    16981 ttgccgcatt cagcattggg cataatcaca atatctgctt ttccgcacac atcaaccggt
    17041 gaactgacct tcttatgctt aactgcctcc ggaaaaagcg cattgtccaa tcccaggggc
    17101 ccgtctacga tgcagttttt cagctggccg cgctgcccca taagggcaag cgccgctgct
    17161 tccagagtgg aaggcatatt cgggttgatg atttcaaccg cacacacaac tgctacctta
    17221 ggaatatcca cccccagttt tcttacaaag gatactgtat tgtttataat atccaccttc
    17281 tgctggaaag taggatatgt cacaaccccc ggatccgaca aatagacaat tctgtcaagc
    17341 ttcgggcagt caatggcaca gacagaattc agaatgcctc cgcctctgat ccccttttct
    17401 ttgtcaagaa tggcatgcat aagtgtcttt gtgagtatcc cgcctttcat aaggacattt
    17461 gcctttcctt cccgtaccag gctgacggac ttccctgcac tctccacttc atccgcggca
    17521 tggacaatct cacagtctga aatatccatg ccaatctcat gggcgataga gaaaatatta
    17581 tctttatttc ctaccaggat acaattgcag agacccctct ttaaaacctc tccaatgcat
    17641 gtcataactt cctgatcatc cgcggcagag actaccatcg ttttttttcc atcatcagaa
    17701 gttctttcta aaaacctgtc aattctcatg gtctactcac cccatacttc ttcgtctgtt
    17761 ggatccacat tgttctttgg ttcgaaaacg actctgctaa tattatacaa atgcttatag
    17821 tccagatttt cactgatact gttattcccc catgatccgc acccaagggt gcccgtaggc
    17881 gcaagtccat tccgcatcgt tccgcctact actgcggtag aggactgatt aatggcaaaa
    17941 cgtgaaacac tgattttttc tgctgcatac tcaatcttat ccttgtcgtt ggaatgaaac
    18001 gtagtggaat gtcctttgcc catgaccgtc aggttggcct ctgcaacccc tacggcctct
    18061 tcccatgtct gataagaacg tacggcaaga accggaaaca gcttctcctt cgcaagaatt
    18121 tcattgtcac catattttgt aaccttgaca acgataatct tggtatcctc cgggagtttc
    18181 acaccgaagg cttttgcaat ctcaaaagga ggacggccta cgagctcttt attaatctcc
    18241 ccgtctggaa ataaagtgtt acggacttta tctgtaagga cctcatcgtc gatataacag
    18301 cagcctgctt gtttgaactc atttatataa tcatcaaata attcctccgg aatatgtgca
    18361 aactgctcac aggaacaggg aattccctga ttatgcatac gtgccgcaat aatcttcgga
    18421 accacctctt tggtgtccat cccccggtct accaaacact gcacatttcc ggcccctaca
    18481 ccgtaagccg gtttcccgct ggtataggct gccttgacaa cacctggtcc ccctgtggag
    18541 atacagacat cacagagctc catgagaagt tttgaaagct gaatgcttgg ctcctctatc
    18601 acctggataa gatgcctggg tgccccaagt tcttcaatgg caccctgcat cagctgaacg
    18661 acacggccag aggttgcttt ggccctggga tgtggtccta caatgactgc attgccgcac
    18721 tttagagatg ccatggtgtt atgcattggt gaaattacgg ctgaagtaac cggtgtaata
    18781 gaaccgataa cccccatagg ctttgcaatc tcgattaagc cttcttccgg aatccgcctc
    18841 agaacacccc tgctcttttt gcccttcata tgaaaccaga atgcctttgc cctgttggac
    18901 tgcatggata cctttgattc ataggttccc ataccggtct cttcaaaatc cattcttgca
    18961 agttcctcgg aatggtcaaa aatcactttt cccgcagccc gaacaatggc atccaccttt
    19021 tcctgagaaa aggtttcaaa ctccttttgg gctgccctgg ctttctccac catttccata
    19081 atcatttctc tatccgtcat ttgactgcct ccatttcatt caaggatcta atttaaaaac
    19141 tgattaccct tccgttatat ccatccatat acatcttttt aaaatcttca aagtcaggat
    19201 ttccgggaga tgcataggca tccgaaccat tctgtgaaaa atacacgctt ctttcaatca
    19261 tagcgtctaa attgtcaagc ttcattccca gatctttgta gtttccgcaa agccccagat
    19321 catcccgaag cttctggaca cctaagacgg cctgctgtgc aagctccatc tgactcatgc
    19381 catcttttgc aagtccaaat tcttttgcga gattcgcaag cttgtctgtt gcagcattga
    19441 ggttaaactc catacaatag ggaagcgcaa cagcaactgc cgcaccatgg ttaatctctc
    19501 cgcttccccc aacggatctt gccacacagt gcccgtcaat atttcccgta aaaccggcac
    19561 ccatgatccc cagcgtagag ccaatctgca tattagcagc agcatcttcg ttcccggtat
    19621 catccacaaa ggaaaggata ttcttgtata gcattcccgc acccatcaat gagactgcct
    19681 gtgtgaccgg gcttccctta atattcaggt agctttcaac agcatgtccc aaagcatcaa
    19741 tacccgctgt tgttgtaaca gacctggggg accccttcag cacagatgga acatacaggg
    19801 caactgccgg gcagcatgct ctgtccatca cctgatcctt gacattcttc tgggaatctg
    19861 tgacagaaat cacacgacta acctctgcac cggatcctgc tgttgtggga attccgatta
    19921 caggatacgg tgccgtccta accttattca ccccaaagta atctctcatc tgtccgccgt
    19981 ttgtccggat aattgccgca cccttggcag tatccagcgc acttcccccg ccaaatgcga
    20041 taatgcagtc tgccccgggg tcagtgatga gaagcgcctt atccgccttt accgattccc
    20101 ttgccgccat caatccttct ttcagatcat tattaaaaat cagtttactt cctaaaaaat
    20161 attcaaaatt attcatatag acctccttga attcttacaa tgttccttcg ctctcgaaca
    20221 tatttttttt gtttagtgat atgtacatta gtacaaaata tacgaccagc acaacaacag
    20281 aaagtgtata agccctctgg tatcctccca tggttcctgt gaacattgct ctaaagataa
    20341 atccggtaaa aaagttgcct attccgttaa atccatgtgg cagcagtgcc atcttggtaa
    20401 gctccttaga tcctaccatt ctggaaatcc ccaaagttcc ggcgcctgtc agtccgccga
    20461 taatacccat acctgccgcg cataatatca gcacagggaa tccggtatta aagatgtaaa
    20521 gaataccggt aataatgggg ataatggcga ttccgcagat gccaacccta agcccaaact
    20581 tatcgcccag aaaaccatat acaatcttaa tcagactctt cccccagctc cacacggaaa
    20641 caaggattgc agcctgagca gcagaatatc ctaaaaactg actgtatgca gagagctgtg
    20701 gctgtacaag cccatatccc atattgagaa tcgacatgcc aatgaggaac atccagaagt
    20761 aagatttgga atacgcttct ttttttgtaa gtccgggcac atctaatgct ccgctctcac
    20821 ttctcatatt ctccgcaccc acgggaacat atccgtagtc ctccggtact ccccgaaaga
    20881 agataagacc tgccagaaga ttccccacca gaacgaagca ggccgcaaag atcagcgccg
    20941 tcgtataacc cgtgcccgcg ttatcaagga gctttgctgt aacattcgca acgatggtag
    21001 ttccaatcgc ctctgtcatt cctacgactc cgatcatggt agctcttccc ttataatacc
    21061 attttgatat ggttgtctgg agaagcgccg gtccggtaag acagatcggc cagcctgtta
    21121 gaaatgcacc gaaaaaatat atgggaagtg caggtgcaaa tcccatcagg agcagcccca
    21181 aaaaccccag aactccccca agaattgcac ttccgtttgt attaatcttt gcaataattt
    21241 ttccgcctaa aaatgcggaa agaataagac caaccagcca ggccgtattg tacatacctg
    21301 taactgcggt ggttacacca aatctctctg ctgccggagc aactgtcata accgatgcgc
    21361 cgtagattcc tcctcctgta cagatcagaa ccagggcgcc gcctacaagt gaaaaaactg
    21421 ccattgtatt tcggcttaag tttgttttct ttattgcctc tttacccatc tccttcaatt
    21481 cactcctttg tctaaattta acaaaagtta ctactagcta gtgattttat tataactact
    21541 ttacaaataa gatacaaatg cttataattt atacggaact ataacttttt attatacatt
    21601 tactgtacag cgactactat ccggccaaaa ggagatttct atggaattaa gagtcatcaa
    21661 atattttgtt acaattgtcc gtacaggttc tattgcaggt gctgcaaaag agattcacat
    21721 tacccagcct gccctgtcaa ggcagatcgc aagccttgaa actgagcttg gaaaaaaact
    21781 gttcagccgg ggatatcatg ggatttctct gacaaaagag ggaagcatat tctttgaacg
    21841 ggcaattgag atcattaatc ttatagacaa gacagcaaac gatgtcgctc acagcgactc
    21901 caccgtaacc ggcacggttc atgtgggcgc aaacaggccg cctgcgctaa gactgttatc
    21961 gcgcacagca aaagaaatac acgaaatgta tccgaaaata aagtttaact ttgtaaacgg
    22021 gaactcccgg actctgattg aatccttaat ccagggcaat gtggacttta taatcgcagg
    22081 cagtcccatg agaaatgact tagtatgccg ccccctgcca ttcacgtcaa cctggggaat
    22141 cgttgccccc aaaggctcgg aatggtatga ccatacatcc atcacaaggg aggacctgaa
    22201 aagaattccc ttgtctgttg tggagtctga ttttataaga agtgaaatct ccggctggct
    22261 tggagacagc tttgattccc tttccatcgt aagtaaccat accttaatca gaagcgctgt
    22321 taaaatgtca caggcaggat tgggatatcc cctttgtctc aacacagatg tagataccag
    22381 tgtatacaac agtttaaagt ttatccccct caagccatgg ttcgaaacca gcaataacat
    22441 tatctggaaa aagaatcgga cggtttccaa agccacagag gtgtttctga aaaaattcga
    22501 tcaaacgatt caggagaact tcctgtatga aaccatctga tcgtcaaact gccaggcttc
    22561 ccaaagcccg gcagtttgaa tctatcatat atttataatt ttactctgaa aggatctcca
    22621 ccatatcccc gtttttaatc agcgccgcat tgccctcttc cgtatccaca tgcattacca
    22681 tgccttttcc gccgacggtc acgagaacgt tttcaaaggt tatggcacgt atccccctgc
    22741 tttttacctt aactgtctgc ccgcggacaa aaccattttg ttccgctgtt tctttatcca
    22801 tatggatatg ccgctgcgcc agaataccgc agggtatctc tgcctctccg catggaccta
    22861 tgaccttcag catcacagca ttttccgttt tgcctgaaga gctcaccggg gcgtccaccc
    22921 ccagcttaaa acagtcgctt tttaatattt ctgcctgatt ataattccgg cagggtccta
    22981 gaacacgtat ctgcgttatc tttcctttcg gtccttccag atccacaaat tcattggtag
    23041 catagggacc gccgtcaccg gcaagatagt ttcggaacgt aattcctttt tctccaaaca
    23101 gcctgtccac catttcctgt gtcagatgga tatggtgatt ggataacata acctttacct
    23161 gcatagcatc atctcctcct ccctggatcc gctgtttatt tctttatctt ttaaaaaggt
    23221 tcggcaaagg tgtatgcttt ttccttgccc cgcagaacac ggagaacccc cgcggcgagg
    23281 gcttccatct cgatagcgcc cgggcggatg ataaccggcg cgataaacct caccagttcc
    23341 tcaaccattc cggtcagcat cctggaatgg gcaatcccgc ctgtcaaaac cacagcatct
    23401 acatttcctc cggtggtaac tgccatagtt ccgatgtcct ttgcgatatt ataagccaat
    23461 gcttcgtaca cctgccttgc tttttcatct ccttcttcaa tccttctctc tgcttcccgg
    23521 cagtcattcg tgccgagatg cgctgccagt ccgcagctgt tggcaaaaag atccttcagg
    23581 cttttctccg tatagattcc tgaaaaacac aatttgatca gcgcattatt ggcaaaggta
    23641 cctgcgcggc tgggagaaaa ggtaccctcc ccgttgctga ccgcatcggt aatacgcccg
    23701 tgctcgtgca tgctcacact gcaccccccg cctaagtggc acataatcag gtttacctgg
    23761 tcataggatc tgcccatgcc ctcagccacc tcccgggcga ctgccttagt attcagcaca
    23821 tgacaggaag catttctctt aatcgttggc agaccggtaa tacgggctac ctctttcatt
    23881 tcgtcaacca ttacaacatc gtagttatag gcgggaatcc cgaaatcctt cacccactca
    23941 taggcaatta caggcgccag acacatggca tgtactgcat tttccggttt caggcaggca
    24001 tctgccatat cccggtcaat ccggtaagcc cccgcatggt acacacgtcc cgccgggcat
    24061 ccccgggcgg ctatgacgtc aatctcctcc ggctttattc cctgctgttc caggtagctg
    24121 taaattgcct cttttctcat aggcagctgg ctgacaatgt cgggatacct gtgaatcacc
    24181 tccgcggagt gttccagatt agactcatcc agctttattt gattatgaaa taccgccagc
    24241 ttcgtactgg tagaaccggg atttatacac aggatcctgt atattttttc catagcaaac
    24301 gtccttcctt tctgctcctg acacaggata cggttattct ttttttcata tgccacagat
    24361 gtctcctctc cgtggccgca gtgaattacc gtatccccgg gaagtgtaaa tatctttttt
    24421 ctgatactaa cttttgattg gggcacatct gcccctggaa gatcactgcg tcccagctct
    24481 cccttgagaa tggtatcccc gcagaataag tgccccggaa tacaggcaga tattcccccc
    24541 ggagtatgcc ccggcgtggc cagaattctt accgcctgag ttccaagata caaagcatca
    24601 tggtccttta gggggatttc cagaggaaag accgggactg gaggcctgtg cacgaagtca
    24661 gccgcattcc atcgggaatc cgtaatgaat tgtgcatcca gagggctcat acaaatcctg
    24721 gcgcctgttg cctccctaag ctctgccgcg cctcctatat ggtcaaaatg tccatgtgtg
    24781 agcagaatat atttcagctt caggccatgt atctgtaaat ctttcatgat acggtccggc
    24841 tctccccccg gatctatgac aagggcctct ttactgtccg gtgcatatag cagataacca
    24901 tttacctgca ccggatcggc aaaaagtttg taagaaatat attgaatttc agagtccatc
    24961 cttttcctcc aattctaaag ccgccgcccg ccttccggta ttctttatga cttctgcacc
    25021 gggtccggga acagcagact gaacacaacc agggagacgg cacttacaca gataacgccc
    25081 agaagacggt caaacagcgg aagaatccct gtcatatgca gaatcgccgt tgcagcggct
    25141 atggcaaccg cacatatcat acctctacgc gatgctttct tccagaagat gcctataata
    25201 atgggcgccc agaacacccc ggtagtcagg ggagcaaatg taaacataat agacaagatc
    25261 tgtgtaaatt ccagtgccaa aaaagccgcc gccacacagg ctagtatgac tgctccccgg
    25321 gcaatcagcc gggtatgggg cagttcgttg atattttttc ctttatggag aagatttccg
    25381 taaaagtctt tcgatgcaat ggctgagatt gaagccagaa aagaatctgc tgttgtgaga
    25441 atggccataa gcacgactaa tatcatggca tacccacaga ctgggggaag gtcattcgtt
    25501 ataatttcct gaaacacttt gctggtattc tctccgttgt aacagtaatt ggcaattgca
    25561 cccagaagtg ctaccggaag cgctataatc agcagaagca cccctgccgt agcgcaggcc
    25621 ttccgcgcct ccttaacccc gcggcaggac tggtagcgca taaaatattc ataattaaac
    25681 atattgccaa atacataggg ccataaaata tacataaatt tgttaaagtg taattccgtt
    25741 ggaaagaacg gctgggcaaa cagttccccc accgttactc ccacacttcc cagtttctga
    25801 atggagaaat atgctgtgat gggcagcagg atcacaataa atgaatattg tatcatgtcc
    25861 gtaaaagcca cgcccagcaa accggatccg aaaaccagca ggcagacagt aacggcacag
    25921 ataataaccc ctgtagtata gcgaaatcca atcgccgcca ctatgttcgc aaagctgata
    25981 aattgggaaa ccagtacaca agtcaggctc atcatataag ctatagagtg aaatccctgc
    26041 acaaaagcga cacggccgta cctcctgcgc atataatcgg aaggggtgac agagcccctg
    26101 gccctccttt ttacctccgg gcccacaaag agattaataa aacaggagat agctccccct
    26161 atcagcgcat aggctcccgc ataaaagccc gcacctgcag gatattcact ggcaagctga
    26221 acccctccga tcaatgagct gccgccaaac tgaccggcag ccatcgtaaa gcccactaca
    26281 aggaaaggga tacctccccg ggggatcagc aaatccgaat ccgatttcac ttttttagac
    26341 aatatgaagg aaatgccaac taaagctgca attatacata agagaaataa tttcatatgg
    26401 tttccccctt atagcttcac ttctccaagg aattacatag cttaggacac cgctgcgaac
    26461 cccagacgaa gtgctgcaac atttgcatcg ttaaacctgc ctttaccctt gcctgcaaaa
    26521 aacttacaca tgctttcttc cgcgtaagct tccgtaaaca gaccgcactt tttaactacc
    26581 gcacctacca tgaccagatt ctggcctttt atattctctg cctgtgcggc aagttcagcc
    26641 acgtctatgg cagtcacttc tgtgccttcc ggatagttat aatctgccgg tactgcatgg
    26701 gcgttggcaa acactttaac acccggttta cagaaagcca gataatccag ggacggtaca
    26761 ttcatggcaa ccagaatatc ggcctcttcc ataatgggac tgcctacttt ttcttctgct
    26821 gtctctccaa acttcaccac acagttcgcc ttaccgcccc gcatggtagg tccgtatgca
    26881 ggcatccaga cagtactcag cccctttttc gctgccatat cagcaataat cagaccgccg
    26941 gtcagaacac cctggccccc aaatccggca aaaataatct ctttcatcct tcttccccct
    27001 tcctgacctt taactcgcca agcggatact cctttacgat ttcatcctca atatgttctt
    27061 tgcactgcag gggtgtcata tgccaattgg tcggacaggg agacagtatc tccaccagag
    27121 agaacccctc gttgttcagc tgtgcctgaa aagcattttt cagcattttt tttgtctgat
    27181 tgatggattt tacatcgtaa acagcacccc gggcaacgta tgccggatga aatcccctaa
    27241 tttcagatat tatttcaggc agatggaaag gttcccctgt atatccgcag tctctgccgt
    27301 gaatactcgt ctcggtgacc tggccgggca tagtggtcca gctcatctgt cccccggtca
    27361 tgccaaaatt attattattg ataaccacag ccacaaaatt ttcgttgcgg tatgccgcgt
    27421 tcacagtctc gctcagacca attacataag catccccgtc gccttggtaa gtaaaaagag
    27481 taatctccgg gcggcagcgc ttgatagccg ttgctgttgc cgttcccctg ccgtgggcag
    27541 cctggaaacg atccatcgct ccgaatgccg gtgttgcagt gcagctgcat cccaccccta
    27601 aaacaacagc ctctttttca acgcccaatt cctcgaaaac ctcggcgatc agacggacaa
    27661 taacaccatg gccgcagcca gggcaaagat tatgatagcc agtcttagca ggctttgtct
    27721 ttgtaatagt cattaaaatc tctccttttc ttcaccggat gtaaccgcct ggtatttttc
    27781 catgactcta cgcacaccag gggtcccggg accatgagca taacagtaaa caggcacatc
    27841 aagtccggcc cgtttggcgg caagggctac atcctcaacc atctgcccta agtcattggt
    27901 ttcaattgag ataaaccctt tgacatgagg atttactgcc ttcacctctt caaaggcctt
    27961 ccacggatac ggccagataa gcttcggccg tattatgccg gccttatcac cctctgcccg
    28021 aagcctggtg acagcatcct tgcaaaccct ggaaggaagt ccgaaagcca caaagatata
    28081 ctcagcatct tctgtctgaa tcgattccca cctctgcatc tcggcctcta cttttgcata
    28141 tttttctgcg ttaaatgcag aaatatgagg accggaaccc ggaagatatt tcagtccttt
    28201 tgttcccgta ccatcgattc cccaatccag cggttctttc cgttttttaa agtcaggcat
    28261 ctctacagct tccatcatct gccccaaaaa agcttctgaa aagatgcata ccccgatacg
    28321 gtaacgctct gctgcctccc acgcctcata agcactgtct atcagctcct ggatatcggc
    28381 aggagcgtaa acgatgcggt ggtaatcccc ctgtccggag ccttttacat cccggaaata
    28441 atctgcctgt ccgctgtcca gactccccag tccatttccc cagcgctgta cattcaggca
    28501 tacgtaggga agactgtatc tggccgcata ggagaacccc tctgctttta aagagatgcc
    28561 aggccccgaa gaagcagtca tagcgcgggc tcccgctgaa gacgcaccca tcaccatgtt
    28621 gatggcggat atttcatttt cggcctggat aaaacggcct ttccgtccaa tctcatccat
    28681 gcggtatgaa agatattcca gagtttccgt agacggtgtg atggggtagc ccgcaaagaa
    28741 atccatcccg ccccggagtg cggcctctgc taccgcaacg tttcccttca ttaattcttt
    28801 tgccatgctt atgcaccctc ctcttccata acagtaaata catagtcagg acatacaata
    28861 taacaagatc cgcagccgat acacttctct ttatcaacct gtacataggt ataaccggct
    28921 gtattcattt cccgcctcag gacaagcgcc tctttgggac aggcatccac acagtactga
    28981 caggccttac agtgggcgct gtcgatggta atcatttttt tctttgccat ggtaaccctc
    29041 ctgtttaaaa ctgattgtca taattctgct cgataatctt aaccagagca gcaatcatat
    29101 ggttgtaagg ggtgggaacg ccgtatcttt tgcctaagcg tactaccgct ccgttaataa
    29161 agtcaatctc cgtctttttc ttagccttca catcctgagc tgtggacggc agatgataat
    29221 acatctggct ttcctttgga atcttatgag gcgccccctg atccgccagc ttgattccct
    29281 gggcattggc aactgcttcc acttcctcaa atactgcctt ttcaatgggc aggccctcct
    29341 ctgtattatt gtacggtccc agaggcagac gggtcacagc gcagattggg ttcccggagc
    29401 agttctttgc cagcttaaac cagataatag aatcgatctg gctctttttc atagcaaatg
    29461 ctttcagacc tgccctcaca agggtatctg ctgtctcctg cataaactca tccggctcct
    29521 cctctgtcgt agaggcaaac gctatcttag cggccggatt aatgagggca ctaaccgatc
    29581 cgggttcttc tatacggcct ccaaattcta caatcccggc caatatccgc tgcctgttat
    29641 aatactctgc cagaatttca gcgttaccca caccattttg cagtgtcatg cagtaggtct
    29701 tctcatccgc cagttttctg gcgctttccg ccgctgatgc ggtatacaat ccttttacca
    29761 taaaaaggat taagtccatc ttttctgtca attgatctgc tgaggtaaca gccgtcacct
    29821 taagattccg gggctcttcc tgatttatcc ggatcttcag accattttcc tgcatggctt
    29881 tgatatgcgc ttcaaaggga tctataaaat agacttttgc accgcccaga ataaaatgtg
    29941 ctccgagaat actccccatg gctccggcac ctacaattgc aattttcatg tacttctcct
    30001 cccatcttta taggtttaac taggataaca aataacagaa actatttttt cattgcattc
    30061 tgagcctctg acgcagcggc ctcccgcaaa ggatccaatt cttcatgaat tgccttcatg
    30121 gtttttgcat ccagtgtgta gaaaaacagg gcaatcagtc ccgctgccaa aaatactgtg
    30181 ggccagattg cgtacatgtt gatgagaccc ttggtcaatg agtctgaggc agctgtttcc
    30241 gtacctatat agcctgcctg tgacagggct acgttccgga cagctcctcc taatacctgc
    30301 gcacacatca ctgccgtaaa atgaaggctc atagcagtgc ctgacgccac ttttttgtct
    30361 cctctcttcc gcacttttaa ttcagaagca tccactgcat tcacaaacat accgaacagc
    30421 aaaacagaag ttccctgata aaaaaactgc gccaaggtca tcagaacaat aaagcctgca
    30481 gtgctgcttc cgctgataaa aagaatcaga tgacaaataa tacacaggct tacactgatc
    30541 acacagacct tttttgtatc tgcacaaatc ttggagacaa taaaaggcgc cacaaagcag
    30601 gaagctacgc cggcaatgtt tgtcgctgtg gaaaatgttg cgtattgcag catatcgcct
    30661 gtgacatatt tgaaaaaata aggtgcggta ggtgctacta caaaggtgcg gaaaaatatg
    30721 ccgagcccgc agacaaaggg gatcaatatg ttcttgtcgg taaaaatcat agcaatcatt
    30781 ttaacaaatc cggtgccctg cttctttccg gcactttgaa cctcttttcc tgcctgacgg
    30841 agtgcatcgg cccgaatagt cttcttgatt cccagaacag aagtccagta aacaataaca
    30901 gccagaacca cacttactgc taccgcccag aagaaccccc gggcatcctc actcttgccg
    30961 tcggcagaca tttttaccat aattacagga acaataatac cggtaagcac acggcccgcg
    31021 ttggatccca cattgatggc acctgagaga aaacttgcct cctgggcatt catagccata
    31081 gacggaattg cacttcggta gccattctgc agcagtaccg gcagaaagta gaagatagag
    31141 aacagaacca ggatcaaagt cccggacaat cccttccagg cgaaataagc catcaggata
    31201 tacagcgctc ccaaaaacac cggcatcccc aatacccatg gggtatgttt atccttcctt
    31261 ttaaaagggt ctgcatcaat aagaattccg gatatgggag taaatattgc tttacagaca
    31321 tttacggtag taattaaaga acctgtgatt aaggtgctga atccgcagat atctgtaagg
    31381 aaaaaattct ggaaattttt gaaaaactcg tagataagtt catatcccac attacccacc
    31441 ccgtaaacac tgaaccacag ctttcgattg cttttactct tctcgttcac tataaacttc
    31501 tcctcctctc ttctttcatt tctcttttat cggtttcggg ttctcgcact gccggcatcg
    31561 tcacctgcag tttctactta tagaatacat acaaattcac tccgtgtcag attccataca
    31621 aaaagcggta ccccgcacta aaatctgtgc gaaataccgc tttatgaatt aattttcaga
    31681 cattattgtt aacttattat catttaaact taatatatgg ttttttcatt atatgcatca
    31741 ccttaattta tcccgcaaat gcctcataaa cgcattcata tgctgataca tggccctctt
    31801 tgctgcatct tcactcctgc tctccagcgc cttgtatatt ttactgtggg catcataaat
    31861 catggacgca tttaccttct gctgaaacag ataacggtaa tacctgatct tggcttcata
    31921 gaggttatat acatcaataa aatatttatt gccggaggat tctaccacca gcttgtgaaa
    31981 ctcctcatca cagcgaaaga cttccagtga attcccgctg ttgcccatct tttttgtctt
    32041 ttccaggttc ctggataatt tcatcaattg ctgaatggat atattggtgg cggccaggta
    32101 cgctatatga gattccaggt tctttctgaa ctcccagaaa tcaatataat ctataatgtc
    32161 tacattactg accttatatc ctacccgatc atccttttta atatatcctt ccgtctccag
    32221 cttcattaag gcttcccgga caggcgttct gctcatcccg tacattaagc tcagcctttc
    32281 ctgctgcatc ctctcaccat tttgaaattt gcccaaaata atgtcctcga aaatcagctt
    32341 atacgctaac tccatattat tcaggaaagg attttcgtgc aacatttttt ctgctcgttc
    32401 atccatatag tcttcctctg gccctgtgtt ttctcactgt tcagcaactg ccctttttgt
    32461 ctcattaaat atatataatt ataccattgt ctgaaaaata tgtcattact ttatggaaag
    32521 aaaatctctc cgtgaatcgg gtgtctgcag acagagaggc acttcctgtt tcttgtgcct
    32581 gaggctagcc tcgataccaa aggtttggta taataggaac acttacaatc aggaggaatc
    32641 ataatatgct gagtaccata gcagaaagaa gaagtatccg aaaatataaa aacattccca
    32701 taccccggcc tttcatcgag gagatcctgc aggccggaat ccttgccccc tcatccaaaa
    32761 acagacagcc atggaaattc acggtagtct ccggggattc taagtctgtt atgctaaaag
    32821 ccatggagca gggactggac cgggaatccc gaagccctct tcttcccggc tgccggcagt
    32881 atcttggggg agcacggaat actctggaaa tcatgagaca ggctccggtt actattttta
    32941 tcaccaaccc tctcgggctt aacctgtcag aaccactgac ggaagaagac cggatttttg
    33001 agatctgcaa tgcacagtct gtgggagctg ccattgagaa tatgaccctg gcagcagccg
    33061 ggctgggcct gggaagcttg tggatctgtg atatcttttt tgctttggaa gaactccagg
    33121 cgtggctgaa tccccagggc accctttttg cagcgctttc ccttgggtat cctgaggaag
    33181 ctccctctgc caggcccaga aagccattct cagatgtagt ggaatggagg gtctgagatt
    33241 tcctgtaaaa aagcacagac gccatagtct gtgctttacc ctccgctgta ctgcactgca
    33301 gagtattctt ttgtacctcc gtgaagcctg tcccggattt tttttctgca ttctgttcac
    33361 cggaatcact gttccagctg taaacagcaa ttccacagat aatcaccaga accactgcac
    33421 cgattcccag caacagtaag cctttccctt ttattcggtc tgtcaggccc gcaggacctc
    33481 cctgcattgt cagctccggt acatcagacg gttcttgttt ttccttttca tactcgaaat
    33541 catagccgca ttccgggcag gttttcaaac ctgcacaaat ctccgcttca caatctggac
    33601 acttcatatc atttcctccc tcaatcctta aggcactgcc agaaggcaat gctaaaccag
    33661 tgatccgcac tatgctgccg tatgtaggac tcctcccttt tatcctcttt ccaatggttt
    33721 actatgcaac ctaatctatt ataccattaa atggcacatt cttccatatt atttcttcct
    33781 ttcatgcagg cagtgatatt atgaacaaaa aaagggggga gcaaatgctt ccccctgcta
    33841 tcgtatatta tttgtcagat actagtttct gatagatgtc aaaacaatca aaggtagcaa
    33901 agtaatcctc tgcagtctct gccctgcgta tcatctgcac gcttccgtcc tcttttaaaa
    33961 gcagttccgc agatttcagc tttccgttat agttataccc catggagaat ccatgggctc
    34021 cggcatcatg gataaacagc agatcccctt tgtcgatcct ggggagcatc cggtcaatgg
    34081 cgaatttgtc attgttttca cagagggaac ccgtgacatc gtacatatgg tcacaggggg
    34141 aatcctcttt tcccatcacg gtcaaatgat ggtacgcccc gtacatagcc ggacgcataa
    34201 gatttacggc acaggcatcg cagccaatgt attctttgtg ggtatgcttc tcatggattg
    34261 cctttgtgac cagggcgccg taagggccca tcataaaacg tcccagctct gtatagagag
    34321 ccacatctcc catccccgca gggacaagga cttcctcata taccttgcgg acgccttccc
    34381 caatcacacg gatatcattg gactcctggt ccggtcggta aggtattccg attcccccgg
    34441 aaagattgat aaaactaata tgggcaccgg tttctctctg aagctcaact gcaacctcaa
    34501 aaagcacctt tgccagcata ggataatact cattcgtcac agtattgctg gccaggaaag
    34561 cgtgaatccc gaattccttt gccccctttg cctttaatgt acggaaagcc tcaaacagct
    34621 gctctgtggt catgccgtat ttggcgtccc ccgggttgtc cataatgtca ttgctgattt
    34681 tgaataagcc tccggggtta tagcggcagc tgattgtttc cggaatactc cctgttacct
    34741 gttccaaaaa atcaatatga gtgatatcat ccaggttaat gatagcccct atctctctgg
    34801 catactgata ctcttccgca ggagttgcgt tggaagaaaa cataatctcc tccggtctgc
    34861 agcccagggc atgagccatc ataagctctg tcatagaaga gcagtcacag ccgcacccat
    34921 actcccgcag gatatcaatc agaaagggat tgggcgtcgc ctttactgca aaatactccc
    34981 gaaaccccgg gttccaggaa aacgcctctt ttaccgcctg cgcattctcc cgaatcccct
    35041 tttcatcgta gagataaaaa ggggtagggt aagcttcatt gatctctttg agtttttcgt
    35101 atgtaacgaa aggttcttta gtcatttttt catctcctcg ttttgtttct gctattttgc
    35161 ctctaccaca tgcatcatgt tggtaatggc tccctcaccg gttctggtgt tggttgcagg
    35221 atccccggcg gtaaatacaa ccagatcccc cttctttacc agacgttttc tttttactgt
    35281 acccatggca tggttaatga tatgctcagt ggtatccttt tcgtatcctt ttaacggagt
    35341 cacgccccag tagagctgca tcttgtgctg ggtagactca ttcggcgtca ctgcatagat
    35401 tggtacctcc ggacggaaac tggagatcag ccttgcggtc tgtccggaaa tggtaggtgt
    35461 aacgatacag tctgcattaa tattcttggc tgtctgcacc gctgcgattc ccactgcact
    35521 ggatacgctg gtttcccgga acatgcttct gtgcagcata tgggaacggt aatccacata
    35581 aggctctgtg gcctctgcga tttcacccat catcttaagg gcctcaatag gatatttgcc
    35641 ggcagcggtc tctccggaca gcataatcgc atcggttccg tcgtagactg cattggccac
    35701 atctgtcact tccgccctgg taggtctggg attgcggatc atggaatcca gcatctgcgt
    35761 ggctgtgata accgggatgt atttcatgtt gcatttgctt ataatctctt tttgtatatg
    35821 gggaacttcc tgcgctggta tctctacccc cagatctcct ctggccacca taatgccgtc
    35881 ggagacactg ataatctcgt taatattttc cacaccctct gcgttctcta tcttggcgat
    35941 gatggcaata tgctctccgc cgttatcacg cagcagcttc cggatttcct tgatggcagc
    36001 tgcgttgcgc acaaaggatg cagcgataaa atcaaactcc tgctggatcc caaagagaat
    36061 atcctctttg tctttctccg tgattgccgg cagcttcact ttcacattcg gcacattcac
    36121 accttttctc tcgcccagtt ctccgccgtt taagactctg cagataattt tccctgcctt
    36181 tgccttctct acttcaagtt caatcaggcc gtcgtcaatt aagattttat tgcccgcgtc
    36241 aacatctctt acaagtccgg gatacgtaat agaacatcct ttttcattgc ccgcaatctc
    36301 atcggtatag agggtaaatt cttccccttc ccgcagggtc acttttttac cgtcttccag
    36361 cagtccggtt cggatctccg gacctttggt atccaaaaga agggctactg gtttattcag
    36421 ctcttcccgg acattcttca gaagatcaat ccgggactgc tgctccgcat ggtctccgtg
    36481 ggaaaagttg aatcttgcaa catccatgcc attctttact aatgccctca tggttgtctt
    36541 tttattcgtg ttcggcccca tcgtacaaat aatttttgtt tttctcatag attccttttc
    36601 tcctctactt tacatgttca tgtgtaaata aatgatcctg acaatactca taattcccat
    36661 tgcatttgga gcagaaacgg aactccaggt tggctccgtc cttttcagtc ctgccgcaga
    36721 ttgcgcattt gtgctttgtc accccgtccc cggtgcgggt gggattcact gctttggcaa
    36781 acttttgctt tctgtggatt tcctttggcg atatccggtt taagtccctg gtggcaaaga
    36841 aaaatacaat aaagttaaac aaggatgcga tgatcgccac ccttcccccc cagccggact
    36901 gatagaagga aatagccagg tacgcaatat ccaggtacgc catccatttg attttaatgg
    36961 gtattacaaa atagagcagt acctgcatat ccgggtagct ggctgcaaaa gccagaaaaa
    37021 ttgacaggtt aatatagtag gtgctgaagg caccgctgta gttgctgccc cctgacacaa
    37081 aaaacaggat aaaggaaccg atcacggttg ccacaagtcc tgtgagaata tacatattat
    37141 atcggaaatc cccccaggtt ttctccaggg ctgaccctaa agaataatag aaaaacagca
    37201 taataatagt aaatatgctt agtcctccgg gaggaattaa aacccacgtt accagacgcc
    37261 agacctgtcc gcggagaatt ttaccagggt ccagggtaag catggtaaga agccatggcg
    37321 ccgccagtgc aagcagatat cctatcacat aacagatgat aatatatctg gtcagatttg
    37381 aaattgcata tcttccatat tttcgttcta atttattgaa aaacttcata atgctcctta
    37441 cttaaaataa atttttcttt gagaaaataa aagcaaccac aaggcttaac agcagagaca
    37501 gtaaaatcac aatcagaaat ccgtagggac ttcccgcaaa gggcatcccc gcactgttga
    37561 cattcatgcc gtacgcgctg aaaatcatgg tgggtatgga cattacaatg gttactgttg
    37621 ccagaaactt catcacaata ttcagattgt tggaaattac agaggcaaaa gcgtccatca
    37681 taccgcttaa aatcccgctg tatatatttg acatctcaat ggcctgttta ttctcaataa
    37741 taacgtcttc caaaagatct gtgtcttccg gatactgctt tatgctttcc accttcagca
    37801 gtttttctaa aaccacctcg ttggccctca gagacgtggt aaagtataca aggctctttt
    37861 ccagctccag aagctctatc agctcctggt tcctggtaga caggtggagc ttttcttcca
    37921 cctctacgct cttcttgtca ataatacgca gataatgcag atacatactg gcattcttat
    37981 acagaatctg aagtataaat cttgtcttca tatacgtata gaaattcctg acacggccgt
    38041 ccataaaacg ctccaaaatc agggtatcct ccaggcagac agtaaatatc atttcctttg
    38101 tgacaataat gcccaggggg atggtcccat accagtcctt gtcgttcctc tcctcgatga
    38161 ccgggatatc caccagaatc aaggtatatt catcctctac ttcaatacgg gaacgctctt
    38221 cctcatccag gggcgccctg agatcgtcca cctctatccc gtatttgttg gagatctcga
    38281 acagctctgt cgccgttgga tctgtgagtg ccacccagca gccctctgtc gcctcattta
    38341 cctgatggat atttccatct attgtcttaa aaactctaat catggttatc tcctttcgct
    38401 gcctacagac agagggcagc gaaaaatggc cgcatcctgc ctatagaact ttagtattca
    38461 ttttttcaaa aattctatcc cacctaggac taggcccacc ttccatgaac aacacttcct
    38521 ttcttaattc acagggcttt cttctatttt agatatgagg atacaattcg gcgtctctac
    38581 tttcagtggt ttccctttca taactaaaat attcttatca tagtcaattg taaacgtcgt
    38641 aatggtattg gatgcatgat tggcaactgc aatgtgcttt ccgtcgggga atatctccag
    38701 atccttgggg tactctccgc ttatgggcag cacaaacctt ttctccagaa gaccggaggc
    38761 gggatctact tcaaacattc ccaccgtgtc ctcccccgct gtggag
//
