LOCUS       c00006_NZ_PPTT..       39466 bp    DNA     linear   UNK 01-JAN-1980
DEFINITION  NZ_PPTT01000014.1 Eggerthella sinensis strain DSM 16107 NODE_14,
            whole genome shotgun sequence.
ACCESSION   NZ_PPTT01000014
VERSION     NZ_PPTT01000014
KEYWORDS    .
SOURCE      
  ORGANISM  
            .
COMMENT     ##gutSMASH-Data-START##
            Version      :: 1.0.0-1555cd7(changed)
            Run date     :: 2024-03-14 00:07:19
            Original ID  :: NZ_PPTT01000014.1
            NOTE: This is a single cluster extracted from a larger record!
            Orig. start  :: 57605
            Orig. end    :: 97071
            ##gutSMASH-Data-END##
FEATURES             Location/Qualifiers
     cand_cluster    1..39466
                     /candidate_cluster_number="1"
                     /contig_edge="True"
                     /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))"
                     /detection_rules="((DmsC and Molybdopterin and minimum(2,
                     [Fer4_11, Fer4_4, Molybdop_Fe4S4, Molydop_binding])) or
                     (NrfD and Molybdopterin and minimum(2, [Fer4_11,
                     Molybdop_Fe4S4, Molydop_binding]) and not (Nitr_red_bet_C
                     or Nitrate_red_del)))"
                     /kind="neighbouring"
                     /product="Flavoenzyme_lipids_catabolism"
                     /product="Molybdopterin_dependent_oxidoreductase"
                     /protoclusters="1"
                     /protoclusters="2"
                     /tool="gutsmash"
     region          1..39466
                     /candidate_cluster_numbers="1"
                     /candidate_cluster_numbers="2"
                     /candidate_cluster_numbers="3"
                     /contig_edge="True"
                     /product="Flavoenzyme_lipids_catabolism"
                     /product="Molybdopterin_dependent_oxidoreductase"
                     /region_number="2"
                     /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="((DmsC and Molybdopterin and minimum(2, [Fer4_11,
                     Fer4_4, Molybdop_Fe4S4, Molydop_binding])) or (NrfD and
                     Molybdopterin and minimum(2, [Fer4_11, Molybdop_Fe4S4,
                     Molydop_binding]) and not (Nitr_red_bet_C or
                     Nitrate_red_del)))"
                     /tool="gutsmash"
     protocluster    1..35941
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[67605:83546]"
                     /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="1"
                     /tool="gutsmash"
     proto_core      10001..25941
                     /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="1"
     cand_cluster    1..35941
                     /candidate_cluster_number="2"
                     /contig_edge="False"
                     /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="single"
                     /product="Flavoenzyme_lipids_catabolism"
                     /protoclusters="1"
                     /tool="gutsmash"
     CDS             complement(412..1026)
                     /locus_tag="ctg6_48"
                     /transl_table=11
                     /translation="MRILAINGSHRAGKGTAALLQAALDEAAALGANTSLVELSQLDIG
                     YCIGCNACLAKPCCTLHDDMDGLVEQMKAADGIILGSPDYFANVTARTKTFIDRTRPLH
                     MVENALKGKVGGMVTSSGLGDCGAEEALGVMDRFFAAHEMLVVHPRPAGPVLANGVAAC
                     QFAGFDETGRVQWRRVQDDAVAFSFARQLGRDMVELAGKLA"
     CDS             complement(1147..2025)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ECH1_Enoyl_CoA_DH3"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_49"
                     /sec_met_domain="ECH1_Enoyl_CoA_DH3 (E-value: 4.3e-46,
                     bitscore: 149.4, seeds: 14, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSVYQENYHLPEFEYDYEKLIIDRRGPVYVCSFNDAANLNAMSYA
                     QMAEFNDFLIKVRMDKDCRAIVLTGEGKSFCAGFNLNDLALEPPEDMGRIQRDFYIMQR
                     MCSDQIINMRRCEQPIIGALKGYAVGGGLSISCACDMRVLGESFKMNAGYLSIGYTGTD
                     MGGAFFLPKIVGYARACEILMNPNRFGAEKLLEWGFANKVVADDDVVEEAVAFAQQMCD
                     ATAPFGLRLTKECLQASLDGTSFENVIKMENRNQVLASNTNDGQMGVGKMNPKNKQDVK
                     DNPEKYQFHNM"
     CDS             2667..4298
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) AMP-binding"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) AMP-binding_C"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1025:AMP-binding enzyme (Score: 289.5; E-value:
                     1.2e-88)"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_50"
                     /sec_met_domain="AMP-binding (E-value: 1.5e-88, bitscore:
                     289.5, seeds: 145, tool: rule-based-clusters)"
                     /sec_met_domain="AMP-binding_C (E-value: 2.7e-11, bitscore:
                     36.7, seeds: 272, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MITDLKINAERKRFYYEKGYWTEKSIGDVWADRIASHPERTYVTD
                     DQGSSYTYGEVDDRAGRLAAWLIEEGIEPGDVVTFQMPIWAEFCIVYVACLKCGAVMHP
                     VPPNFNDEDLVYNMNKVGSRAFICPTAFHRCDFVKQAYAVKDRIPTLASIAFVDKQAPA
                     PEGAPSLSSICAAYEPVTERPAVSSDDVACILSTSGTTGRQKAVLFTHNNILFSERSFV
                     KGLGRTADDVMFMPSPLNHATGFYHGLISPMILGGRTVLQQHFDAADALALCNREGVTW
                     SMGATPFVYDILKYLTNEKLGSFDTLRLFVCGGAPVPGTLVQCAHSHGILLCECYGSTE
                     SCPHAFVPPERCLEWNGAWSGVPLPGIEVRVVDENHEEVPRGTQGEEISRGPHQFVGYL
                     NDKERTDRALDDEGWFYSGDLCYMDEEGRIRINGRKKEIIIRGGENICANEIDENLMEC
                     PGIGDHATIGMPDERLGERICTFAVPTDERRPELADITSYLDGQHVPKRLWPERIEYID
                     AIPKTATGKVKRHLLAAELAERMKNA"
     CDS             complement(4365..5198)
                     /locus_tag="ctg6_51"
                     /transl_table=11
                     /translation="MPAPVAQQSRSTAPACAWGSARVSPRARIVLADNPSPLTYLGTNT
                     WVLAEPDAAACVVVDPGPDSTAHLRAVQHACAEDGREVAAILLTHDHADHAEGAERFSA
                     WTGAPVLSRKDGTLPDGPLALGQGAPQLEVVLLPGHASDLVGFLYPADASVITGDMLFR
                     QSSTLICWPDGSLADYFASLERLRAVVEERGVARLLTAHGPLIDDPLGAIDRAYRHRLE
                     RLEHVRAAVEGGAGRDLDRIIDAVYRDVDARLDPAARINIRSQLDYLEQRELLSS"
     CDS             complement(5183..6019)
                     /locus_tag="ctg6_52"
                     /transl_table=11
                     /translation="MQWWKAGETLGVPMGEQQARAYAAFRAEGAPPATPRLAATVMLVR
                     DPREVFMLRRAATMAFVPEAVVFPGGGVDPRDSEEQVAWEGPAPAVWARRMGTDEDVAR
                     RVVTAAAREVFEECGVLLAGGTRGVPAANVADPVWVEERRRLVEHEASFAEVLARHDLT
                     LRADLLGLRSHWLTPVYEPRRYDTYFFAALSPADQAPDSCTTEANGAGWADPQAVLERG
                     AQGALRLVPPTAYNLAHLAHAASAEAFAAGVDDVRRIMLEPSVDDEGKAVLSCLLP"
     CDS             complement(6094..8115)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_8"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_4"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Nitrate_red_gam"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_53"
                     /sec_met_domain="Fer4 (E-value: 1.2e-07, bitscore: 23.8,
                     seeds: 528, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_8 (E-value: 4.6e-15, bitscore: 48.2,
                     seeds: 153, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_4 (E-value: 3.3e-05, bitscore: 16.7,
                     seeds: 79, tool: rule-based-clusters)"
                     /sec_met_domain="Nitrate_red_gam (E-value: 2e-12, bitscore:
                     39.4, seeds: 140, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MYPCFLAVLAVAAYFFWRRYRLWRIGRPLDRADRPRTRLKGAFVD
                     ALLQATVVKERGIGIAHLGMYVGMAVMVVATVSYAAQVDLGLDIAKGDYYLYVLALGTD
                     IAGLAFCIAMVACIVRRAAGRHPELETKPADIVVLVWLLVIGVTGFAVEGLRIMATGDP
                     WAAWSPIGNLAAQLFAGWSAGQLSAAHQVLWWFHMAIAFGILAYWVYSKLVHVLLVPAT
                     VYCRPLEPKGTLPFVDLEDEELEEFGVGKLEDFTWKDLLDAEACVRCGRCETVCPAHAS
                     GKPLSPKSLVQALDEHLEERGPLVRAQRAAEARGEAFEPDERQRAVLDRTLVGDVVTPE
                     ALWSCTTCGACTEACPALLEHVPKVVGMRTYQVSMESAFPAEAKGTFRNLETNGNPWGL
                     GWQSRLSWAEGLDVPTLEERPGAEYVYWPGCAGAFDARNRRVSRALVGLLKRAGVDFAV
                     VGAQEKCCGDAARRLGNEFLYYQLATENIETLNAYGAKKIIVQCPHCAQVLERDYPQLG
                     GTFEVVRHAQLLARLVAEGALAPDGDARARACADATAALGRVTYHDSCYLGRYAGVYDE
                     PRAVVAACGAEVVEMERTREKSFCCGAGGGRMWLEERAGERMNVQRTEQALATGADAVA
                     TACPFCLSMFEDGLASKDAAVPVRDIAELLSDALALPR"
     CDS             complement(8174..9172)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ETF"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ETF_alpha"
                     /gene_functions="electron_transport (smcogs)
                     SMCOG1008:Electron-transferring flavoprotein (Score: 117.7;
                     E-value: 1.8e-36)"
                     /gene_kind="electron_transport"
                     /locus_tag="ctg6_54"
                     /sec_met_domain="ETF (E-value: 2.3e-36, bitscore: 117.7,
                     seeds: 129, tool: rule-based-clusters)"
                     /sec_met_domain="ETF_alpha (E-value: 2e-38, bitscore:
                     122.7, seeds: 511, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MAGIWVYAEPKRGAFPRVAFEMLAVARRMARAGGADVSAVVLGSG
                     LADADTAALGAAGADAVLVLDDAALGACAVEAHAAALEQLVASHEPDALLFADGAMGLA
                     VGPLLAQRLDTGFVADVVAVEADDEAGFVFTREPYSGKVQADVAFAADARPMIATVRPK
                     AFEPAAPDPTRHAPVVAQQVDGFGDVRQTVADVVRKASGRVELTEADVVVSGGRGVKGA
                     DGFALVEELADVLGAAVGASRPAVDEGWIDIQYQVGQTGKTVAPSLYIACGISGSIQHM
                     AGAAASKCIVAVNRDAQADIFKVADYGIVADLFEAVPLLTEAFRARAAKAS"
     CDS             complement(9195..9986)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ETF"
                     /gene_functions="electron_transport (smcogs)
                     SMCOG1008:Electron-transferring flavoprotein (Score: 138.3;
                     E-value: 8.7e-43)"
                     /gene_kind="electron_transport"
                     /locus_tag="ctg6_55"
                     /sec_met_domain="ETF (E-value: 1.1e-42, bitscore: 138.3,
                     seeds: 129, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNIVVCIKQTVDTEAAVSADAEGRLLADGQTLVIDPYSEFAVERA
                     VQLVEEHGGEAAVVCIGGDEALPAVRHALSMGASAGYLIDDAALAGADAAARSRVLAAA
                     LARIPADLVLGGCKSADTSSAQTMPRLAVLLGLPCVGVATALAVDPAAGTARVTREIDD
                     GVAVVEVPLPAVVTAQQGLAEPRYPNVRAIMQSKKKPVTVWALADLGVEAADAGAEASR
                     TRVLRYRAKPARQGGRIVEGETVPEAVAATVELLAIEAKVW"
     CDS             complement(10001..11140)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: Acyl-CoA_dh_1"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Acyl-CoA_dh_M"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Acyl-CoA_dh_N"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_56"
                     /sec_met_domain="Acyl-CoA_dh_1 (E-value: 5.4e-45, bitscore:
                     145.6, seeds: 49, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_M (E-value: 6.2e-30, bitscore:
                     95.7, seeds: 43, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_N (E-value: 1.9e-22, bitscore:
                     72.4, seeds: 796, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MYELTQEERMILAMVDDVCVDVVAQRAAEIDEEDAFPHDIYDLFV
                     EQGLFALAYGEEFGGVDVSMHCWVQVIERIARESPAVALMILISAIGSDALVFSGTPAQ
                     KEAILPALAAGEAKICFALTEPNAGSDISSIATTALPDGEGYVINGSKIFITNGEVGDW
                     FTVFARVAEDGQSKPSCFVVHRDTPGLVIGRKEDKMGLRGSVTSQLFFENMHVGPEALV
                     GAVGDGFEIAHHTLNRGRLAVAALATGVTAASLAAAAAYAKERIQFGKHIADLQAIRFM
                     LADLEISLESSRLLLDQAATAYGGDVATMMKTASVAKVYCSEAAVKASETAVQIFGGYG
                     LCKDYPVERYYRDAKSFTIVEGTSQVQRTLIAKSVLKEY"
     CDS             11440..12246
                     /locus_tag="ctg6_57"
                     /transl_table=11
                     /translation="MPAPLRPIIEVPCTVDAIPRFEVLRQLDAPALRALGLDPDALSAA
                     EPESAPELSDEAARRIDAASAACLAAYEPRGAYKVFNPAICTLPPEYVEPAIKLVGTMM
                     MFHGQSVYERLRRAAHCALMAVTIGPDNPEALPADADELDRALADACAKALVECAADHV
                     NAAIVSAALEEDLYTDDRLSPGMGDFPLDTRSQFVFYTQSEKRLGLKLGADGAFSPRYS
                     TVGVVGLYDPSQKNRKRACGRCKYRSYCSIRAIGMTCHGAKGTFAK"
     CDS             complement(12653..13837)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: ACD1_car"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Acyl-CoA_dh_M"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Acyl-CoA_dh_N"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_58"
                     /sec_met_domain="ACD1_car (E-value: 1.6e-60, bitscore:
                     195.3, seeds: 51, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_M (E-value: 1.1e-23, bitscore:
                     75.7, seeds: 43, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_N (E-value: 2.2e-13, bitscore:
                     43.2, seeds: 796, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MDFAYSEEQLRIKRGIREWAKENLTEEVIAAGYKNRGIAPEVAKA
                     WVDSGWGMYGLPEEYGGKPVDHQTMAMIIEELNHAGGNIPMAPNLLIMFDVCEFGTPEQ
                     IKYAMDYYVENGYPPYCLAISEPEAGSDNQGMECLATRTGDGKVHINGVKTWVTQGEHV
                     DGFIVVCKDEDPSRENKNMSMYLVPANAKGVTIEPLNKIGMQIMPFAMIHFDDVVIDES
                     DLLGIQGKGFYQLMKNFEWERCVLLAELLGEAQAAMEDACAWTNERMQFGKGIKTYQLV
                     QEHIVEMQIELSNTRNFLYRTCWKMDNGIPVNNDAAMLKRYGAPALTDCCSRALQLMGG
                     LGFTDETRVSRLMLDCRGFQIGGGTVEIMVHISGRGILKEYAKVAEDPDYLYTI"
     CDS             complement(13956..15962)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: baiH"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_59"
                     /sec_met_domain="baiH (E-value: 4e-94, bitscore: 308.5,
                     seeds: 43, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MLPMTTEMVDNYYITDAIVDFYEERAKGGTGLLELGSAYISDCFN
                     ATPKYHTTTGAAGIWDDAFVPGLARINEACHKHGAKTAVQLQLCYEWRASGDDELKSYA
                     PSKDVPSGPFVGMPECEYTKEEIAIVVKQYGEAARRAVEAGFDIIEIHAGIGYMVMRFL
                     SKYSNHRTDEYGGSPENRARLLTEILDEVHRVCPNTPVLVRISADDLMPNGNRIEDTLE
                     LIPIIEKHGVDAWSVQAGFHEAPRPVANQIVPEGEFIDLAKQVKTVTDKPVFPGTRINT
                     LDMCDKVVTQGYGDAVGMARQFIADPETAGKVAAGHPEQVRPCIVCSRCLDHTFLGQPI
                     WCSVNGNIDNIAIGHPEDKPADEKKHIVVVGAGPGGLETARVAAVRGHKVTVLDKSDRV
                     GGLLNMAQVLNEKIEPLVTYWKEEMKLHPNIELKLSTYVNADTIKALNPDEVIVAPGGE
                     VIGVDVPGIDGKNVVSSQDIKDMVAGIVPEGKGLIWKAAVAAIKAQGGTVGFMRMGLNM
                     ASGPTAIVGKRVVVVGGGFAGLEVAESMSDGREITVIEEAKKMGNGIGIIDKNPTINLV
                     KQKGVKLMPLTKLVEVTKKGAKVQNVETGEEQLLECDTVLLSLGVEANTKLYDEVVKAF
                     PNAKLIGDATTPAGKVYRTLEAVNAGYKEAMAF"
     CDS             16398..17051
                     /locus_tag="ctg6_60"
                     /transl_table=11
                     /translation="MNALSTMLLIADTFVSLCDEMPLKKVSISDIIERTGKNRKTFYYH
                     FENKDCLITWIFRYDLGQELKRRFPESALVYEAGTNDSSAQFPFYILQKSGVRSLDHAE
                     FFECFARVLEAKRHFYTQALADTNPYSLRNYLYHLYLPALRNDIDLILANRYLPQENIQ
                     FLAEFYTCAFLYYFIRKCDQPGADRLTGQAGPFANIIHSSLEAQIKEAQLRRNL"
     CDS             complement(17072..17557)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: HBT"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_61"
                     /sec_met_domain="HBT (E-value: 1.2e-12, bitscore: 40.4,
                     seeds: 132, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MGTMNPDHANAVMELINRSPYFELLGIELVELAEGSCRVACTFER
                     KHMNAFGGAHGGAYASLLDCAAYWALYGSLAEDEGFTTIDLSTTCLKATGTGPVTATGR
                     VIKRGRTMCLCEAEAFDGRGALLAHATSKMLVGAHLQPMSAAVRELGAAALPVKFAD"
     CDS             complement(17663..18823)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) CoA_transf_3"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_62"
                     /sec_met_domain="CoA_transf_3 (E-value: 2.7e-87, bitscore:
                     285.5, seeds: 55, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MGNPSFARLRVLDLSRYLPGGYATQVLADLGADVIKVEDTGLGDF
                     CRHEHPQRGGMSYYIEALGRNKRSVALDLKDADAHAAFMKLVKGADVVVESFRPGVTKK
                     LGIDYAAVRAVNPRIVYCSFSGYGQDDPRSQLPLHDLNMQAQSGYLSLNGGVKAPLHLC
                     DLASSMVAAQSMLAALYDREISGEGRFIDVSMFDSFVWWNSLIDTRWGFQDESISEDTI
                     AFPERCCFYNIYETSDGGRLAFGLIEDKFWASFCEDAGVPELIDQPDDAYERMCALVAS
                     RTLAEWEAWLADKDLCIAAVIDKNAALAQLMEREPSMVAYRDFPRAGRVLQTNLPHAIA
                     GMRPSLDDAVEAPAHGEHTAEVLRELGFDADAVDELARRGAVRCGS"
     misc_feature    complement(18734..18736)
                     /note="tta leucine codon, possible target for bldA
                     regulation"
                     /tool="gutsmash"
     protocluster    18779..39466
                     /aStool="rule-based-clusters"
                     /contig_edge="True"
                     /core_location="[86383:93308]"
                     /cutoff="10000"
                     /detection_rule="((DmsC and Molybdopterin and minimum(2,
                     [Fer4_11, Fer4_4, Molybdop_Fe4S4, Molydop_binding])) or
                     (NrfD and Molybdopterin and minimum(2, [Fer4_11,
                     Molybdop_Fe4S4, Molydop_binding]) and not (Nitr_red_bet_C
                     or Nitrate_red_del)))"
                     /neighbourhood="10000"
                     /product="Molybdopterin_dependent_oxidoreductase"
                     /protocluster_number="2"
                     /tool="gutsmash"
     proto_core      28779..35703
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="((DmsC and Molybdopterin and minimum(2,
                     [Fer4_11, Fer4_4, Molybdop_Fe4S4, Molydop_binding])) or
                     (NrfD and Molybdopterin and minimum(2, [Fer4_11,
                     Molybdop_Fe4S4, Molydop_binding]) and not (Nitr_red_bet_C
                     or Nitrate_red_del)))"
                     /neighbourhood="10000"
                     /product="Molybdopterin_dependent_oxidoreductase"
                     /protocluster_number="2"
     cand_cluster    18779..39466
                     /candidate_cluster_number="3"
                     /contig_edge="True"
                     /detection_rules="((DmsC and Molybdopterin and minimum(2,
                     [Fer4_11, Fer4_4, Molybdop_Fe4S4, Molydop_binding])) or
                     (NrfD and Molybdopterin and minimum(2, [Fer4_11,
                     Molybdop_Fe4S4, Molydop_binding]) and not (Nitr_red_bet_C
                     or Nitrate_red_del)))"
                     /kind="single"
                     /product="Molybdopterin_dependent_oxidoreductase"
                     /protoclusters="2"
                     /tool="gutsmash"
     CDS             19116..20303
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: Acyl-CoA_dh_1"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Acyl-CoA_dh_M"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Acyl-CoA_dh_N"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_63"
                     /sec_met_domain="Acyl-CoA_dh_1 (E-value: 6.6e-36, bitscore:
                     116.1, seeds: 49, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_M (E-value: 1.8e-19, bitscore:
                     62.2, seeds: 43, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_N (E-value: 4.1e-18, bitscore:
                     58.5, seeds: 796, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MGKLTPEEFDAHLKALRAFVEGPCEEMQADIEVTNKFPQEFYDQC
                     NEHNIYRMSLPEEYGGWGLNELETLKCQEEFSRGPGGMRMHMHFAQDLNWRPLYDYGSE
                     ELKAELMPKFQDKSIFSAWCLTEATGGTGADLHTTAVKDENGDYILNGEKWLISFTDMN
                     THSYIHAVTDPAADPDHRLSTFYVPVDTPGYEVTPMPHMMGCRGAGHTGLKFTNMKVDK
                     KYLLGEEGQGMEIAMHSLAVSRVHIAASNLGMAQRMLEISLARANDRITFGKPIISRQA
                     IKMKIANMQMYIHALRTMVYDFCKDYMAEPNGAYIAEKAACCKLFSIDTTRLVSDEMLE
                     IFGGDGYFEDNPFGPVERLYRDCRAMWLEEGAPTVQRITIARDCIKHGGQMAYRD"
     CDS             20418..20939
                     /locus_tag="ctg6_64"
                     /transl_table=11
                     /translation="VPVYRCARCGRVLVAVGAAAASVDTDLWRSTIVRSPYAEPACASC
                     ASCASCSPDLLQPVAFRAACAADEGFSYAFTGGMDANRLTLSWAPETPAPTLAVLKTFT
                     GLQVADAPRGRTVTFFLADEDAYCYCDLDPCEWCVARCKRGFKLYVLRADGAGLRFLCE
                     LPPNAKPREE"
     CDS             complement(20940..21917)
                     /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:
                     68.6; E-value: 1.1e-21)"
                     /gene_kind="regulatory"
                     /locus_tag="ctg6_65"
                     /sec_met_domain="LysR_substrate (E-value: 4.6e-27,
                     bitscore: 87.0, seeds: 361, tool: rule-based-clusters)"
                     /sec_met_domain="HTH_1 (E-value: 1.4e-21, bitscore: 68.6,
                     seeds: 1330, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNNSSSLSLSQLYNFKKLAETQHMTRAAKELYITQPTLSLSIKAL
                     EHELGVPLFFRDGRQIKLTKHGRDFYADVAGVLGELDRSIASVRAQGTVNCGSLSIGTI
                     PTIQHDFLPALLQQFWQEYGYEVKMGFSVEFTLPLIRSLKAQEFDLIFASKAENEPNLC
                     FVPMLSKRLVLVVHEDSPFAARDSVSLSELAGVPFASYAPGTPLGLEVRRLFEGHGIQP
                     TIVYDDEFMLTSVVVANHAMPGVMLDTFAIERFDHVKKLELVDVPDDLHIIYLAYDKRI
                     YRSQVVESFIETATRFSSIASASEPAATEPAASDEAERTFAVPA"
     CDS             complement(22062..23324)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) MFS_1"
                     /gene_functions="transport (smcogs) SMCOG1058:Major
                     facilitator family (Score: 73.7; E-value: 4.3e-23)"
                     /gene_kind="transport"
                     /locus_tag="ctg6_66"
                     /sec_met_domain="MFS_1 (E-value: 5.5e-23, bitscore: 73.7,
                     seeds: 192, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MATQAREKLSSRHLLVVLTGIMITFGCSALCFSTWGLFQPVVSEA
                     LGIPTTSFALYVTIMYLTMTVASPFAGKLLQKVDVRIILSASACSVAAAFALMGFSTNI
                     YLFYVAGVLLGLGEISILWLAIPVLVNNWFYERAGFFIGLCMAFTGIGGALWSMVFTAL
                     KSGGMDFHQIYLIWAVIALVTSLPFTLFCVRTRPSDCGLAPYGATVSEGKEAPKPQGLS
                     ASLAMKSSAFYLVCICAGIINIANLIAMQFPTYTKSLTGVAFDVLVVGGIMSTVMMVGQ
                     ALFKIILGAAVDKSVKGALWFAFAAGVVGIFLCWFGFASEFMLYGGAFIFGAFYATAVV
                     LVPALTRSIFGTREYPVIYSRISTVFNLIGAFASMIWAWVGSSYGFDTVFVVGLVMLVV
                     VLVTGLAAISIGKRKLRALWE"
     CDS             complement(23418..24299)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ECH1_Enoyl_CoA_DH3"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_67"
                     /sec_met_domain="ECH1_Enoyl_CoA_DH3 (E-value: 7.6e-45,
                     bitscore: 145.3, seeds: 14, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSVYQEKYCVPEFTYDNYEKITVEKDGPVYIVSFNDPGNLNAMSY
                     AQMAEFNEFLIKVRMDHECRVIVLTGEGRAFCAGFNLNDLAMEHPDDMGDVQTMYYLMQ
                     RICSDQVVYMHRCEQPIIGALKGYAVGGGMSLSCACDMRILGESFKMNAGYLAIGYTGT
                     DMSGSFYLPKIVGYERAFRIMSSPDRWDAETLHSWGFGLEVVPDDEVVAKAVELAHHMC
                     DTTAPMALRLTKESIHAAVDGTSFETQVKMENRNQVLGAVSQDGVIGRAKMNPRNKQDV
                     KDNPEKYQFKNL"
     CDS             24742..25941
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Flavoenzyme_lipids_catabolism: Acyl-CoA_dh_1"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Acyl-CoA_dh_M"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Acyl-CoA_dh_N"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_68"
                     /sec_met_domain="Acyl-CoA_dh_1 (E-value: 1.3e-36, bitscore:
                     118.5, seeds: 49, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_M (E-value: 3.3e-21, bitscore:
                     67.7, seeds: 43, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_N (E-value: 1.6e-11, bitscore:
                     37.2, seeds: 796, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNPNATITDEQFEAYLAQIRALVEGPFEELQKEVEVTNAFPDEFY
                     ELARENDLYRFYLPACYGGWNLSELEILRVQEEFSRGPGGMRMHLHHAADMNWRILDDY
                     GKPELKARHMQRFQDKGVYCNFAITEQTGGTGADIHATALKQPDGTYLLNGEKWLISHT
                     DCSDFTYVIAVTDPASDKDSRLSAFFVPNDAPGFEVVPMPHMMGCRGAGHAALRFTDVR
                     LDPLYLLGEEGQGMEVAIHSLSVSRVHIAMSNLGMAQRMLEISLKRAQDRVTFGKPIAA
                     RQMIKAKIADMQKMVHVLRCAVYDFARDFDRDPHNPQITEKAAICKLFSIDTVKLVSDE
                     MLEIFGGDGYFEDCPYGPVERLYRDCRAMWLEEGAPCVQRITIAREAEARGGALDYTFA
                     "
     CDS             26072..26968
                     /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:
                     -3.6; E-value: 39)"
                     /gene_kind="regulatory"
                     /locus_tag="ctg6_69"
                     /sec_met_domain="LysR_substrate (E-value: 2.3e-22,
                     bitscore: 71.7, seeds: 361, tool: rule-based-clusters)"
                     /sec_met_domain="HTH_1 (E-value: 8e-23, bitscore: 72.6,
                     seeds: 1330, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNLSQVRYFKKLAEVQHYTRAAKELFISQPTLSNSISQLERELGI
                     PLFERENRAVRLTRYGEEFYAYASQALQLLDKGVAIAHEHAGSLSGTIEIGTVYSIQGD
                     YLPALMSAYRAACGTAVTTNVSQGLTLPLVEDLERDRYEVVFAAHVPGKPKLTFVPVFE
                     QRLVAIMHRRHPLAAADEVTFDDVHAAERLLSYPPQTPVGCEVARLLERHGIALAGPFY
                     HDEITLASMVESTQGAVGLALDTIGLAPFADIAVKPLAGVDDAFHAINLVYKTSAFKTR
                     ALESFIAFARAFVWKPR"
     CDS             complement(27077..28609)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) HMGL-like"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_70"
                     /sec_met_domain="HMGL-like (E-value: 2.5e-89, bitscore:
                     291.6, seeds: 15, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTRKIDIFDTTLRDGEQSPGASMNTEEKLVVARQLLRLNVDVIEA
                     GFPISSPGDFESVRRIAELAGDQATVCGLTRAVEKDIDAAADALKYAKRPRIHTGIGVS
                     PSHMRDKLRITEDECVERAVKAVSYAKKFVEDVQFYAEDAGRSDYAFLARVIEAVIKAG
                     ATVVNIPDTTGYSLPEEFGCRIKYLMDHVDGIERATVSVHCHNDLGMATALSLAGVRCG
                     ATQVECTINGLGERAGNTAMEEVVMGIRMHGDELDAHTDINAREFIKASRLVSSITGMN
                     VQANKAIVGANAFAHSSGIHQDGVLKKRDTYEIIDPADVGAGTSQIVLTARSGHAALKH
                     RLDELGYELEGEALDQVYEAFLNLADKKKEVYDEDLESLVNERERNESALYTLEGVQIS
                     CGFPLTPTATVTLRNQADQVVTACEYGAGPIDAMCKAVNKIVQVDNDLTEFSVQSVTRG
                     IDALGEVTIRVTDPSGDAYTGRGADGDIVVSSTKAYLNALNRLLNDKQEQRR"
     CDS             complement(28779..30017)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Molybdopterin_dependent_oxidoreductase: NrfD"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_71"
                     /sec_met_domain="NrfD (E-value: 1.1e-47, bitscore: 155.5,
                     seeds: 13, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MQTKRISRPVMIVLAVIAAFGAAAWIYQTMFGLGVTGMNNGTSWG
                     LYIASFMFFVGLSAGGLIVASSASIFHVTEFKKVALPAVCVSTVCICCAGLLVILDLGG
                     VARLFNLILSPNLISPLFWDICVITLYLVINLIYLYFMTSKKADKSKIAIVSRFALPIA
                     ILVHTVTAWIFALQIAREGWHSAIMGPLFVASAMDSGLALLLIALVWLNKRGIFETSKK
                     LLAMLAGLLATCIAVDGYMVGCELLTTAYPGTEGGWNVLSQMFFGATAPYFWIEIIVGV
                     LIPFTILVFAKNRQKTGLIVFSSACVVVGVFCKRVWLLFTSFITPNTYGAPGLIDGTSA
                     SATGMDVWAVTSWYAPSWVEIAVLCGVIALGALAFLVLTERFIMKASPNDLLVADGDHG
                     ATGADAKASSPSC"
     CDS             complement(30027..30647)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Molybdopterin_dependent_oxidoreductase: Fer4_11"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Molybdopterin_dependent_oxidoreductase: Fer4_4"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1016:4Fe-4S dicluster domain (Score: 34.4; E-value:
                     8.4e-11)"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_72"
                     /sec_met_domain="Fer4 (E-value: 5.6e-07, bitscore: 21.6,
                     seeds: 528, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_11 (E-value: 2.1e-15, bitscore: 49.0,
                     seeds: 34, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_4 (E-value: 3.6e-06, bitscore: 19.7,
                     seeds: 79, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTKLGIAINLERCVGCNTCANACKMQNNIPMNMLYIRVETDGVDT
                     VDGAQGTYPNLSRTYIPVACQHCENPACLKVCPVGATYKDDKGRVEIHYDKCIGCRICM
                     AACPYNARVFNWNEPERDPNWNYGDKDVPVRPKGVAEKCTLCKERTDRGDIPMCVRVCP
                     GRARVFGDLDDPDSEISKVVRENKAHQLLEEFGTRPQLRYYND"
     CDS             complement(30658..33087)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Molybdopterin_dependent_oxidoreductase: Molybdopterin"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Molybdopterin_dependent_oxidoreductase: Molydop_binding"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_73"
                     /sec_met_domain="Molybdopterin (E-value: 4.3e-58, bitscore:
                     189.5, seeds: 32, tool: rule-based-clusters)"
                     /sec_met_domain="Molydop_binding (E-value: 2.6e-18,
                     bitscore: 58.4, seeds: 74, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MRVTEKGDAMAIDEANVTRRGFIKGTAAAGAGLALFGAAGAMATS
                     EEWLVPAHADSGEEYTAYTYHQSHCGGMCPLACTVRDGRMVSVQPNNCCDDRYETICVK
                     GISEVQHIYGDHRVQTPLKRTGERGAGEFTPISWDEALDEVCDTLKELQAKHGKDCVVI
                     SSGAEANFPWLAATLGAQVDGSSGIDVGIGNGLDPAIGFGGGYAMATCEARDWVNSNLV
                     LNVGSNFLESSLPNVRLFFEAKESGTRMVTVDPHFSTTAGKSDQWVPITPGTDAAFFLG
                     MASVILDEQLYDEDFVLNHTSLPFLVDASTGKLLRDHAEDPAAEEPETGEQNPFFVWDA
                     AAGAKAPHTDATVTPALEGTFTVDGTQCTTVFSLLKKKQASYTAEWAEGVSGVPADTIR
                     ELAREYAEGPACLALGWGGNDKMGNADIAGHAAATLVALTGNVGKVGAGVGVFVGGSYN
                     GHAGALGAWELPEEMAAGTLEMPLYDAREGNAKVRACVFCGDVLQQHIGNMNKTADFAR
                     GLDFIVTIDPYFTEGAKWADIILPACTRFENDTEVGNVKVGYSNIVLQNKIIDPLFEAR
                     TDFWIGKEIAKRFGVDQYLPKTSDEWVAKVLSSSEDPYVSSLTIDKINEKQGVYPLEGI
                     EEPRREFMDRVFATTSTRMDVYYDGLVAYDQALPTYEPPLEAHADSELAGKYPLQLANV
                     RTRYRIHNQFNDAKWLQQFAEPRIELNPVEMETRGLATGDAVEVFNDRGSYQCRVKANE
                     SIRPGSARMFEGQTADYLIEGNVQNVTNDGYVERGAELMCGPVIPFSDTLVEIKKA"
     CDS             complement(33385..34317)
                     /locus_tag="ctg6_74"
                     /transl_table=11
                     /translation="MIKFGKRGNDRSNDVLSGGEETASGRRKASRRGAFVLAITLFLIG
                     FAVVVGVTYPFRSAFTVGLGVLAGLGLASSVHIAYEWERAVVLRFGRFRRLAGPGLYVT
                     VPVVDSVTIVIDQRISSIACSAEQVLTADLVPVDLDAVVFWMVWDPKKACLAVEDYEHS
                     ASLVAQTALRDAIGQVEIAELSMQRAHIDKQLKKNIEEKTEQWGVTIIDVEIRDIRMPQ
                     ELQKAMSAEAQAQQERNARVVLAEVEKDISDMFIAAAHAYREDDLALQLRMMSLVNESV
                     KEGGNMVVVPSPYAQGFTGDIASALRKGK"
     CDS             complement(34327..34707)
                     /locus_tag="ctg6_75"
                     /transl_table=11
                     /translation="MENFSIDERSGVPIWVQLRNRLVFLIQTGQYQPGDQLPTVHEMAV
                     NLNINYNTVNKVYRSMETAGLIMSKRGRGTFVAENPAFDDEDSVESTVDAMMSDFIRQC
                     EELGMTREEIAGRFQDKISQMG"
     CDS             complement(34840..35703)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Molybdopterin_dependent_oxidoreductase: NrfD"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_76"
                     /sec_met_domain="NrfD (E-value: 8.5e-24, bitscore: 77.0,
                     seeds: 13, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MFSPLIVIYLFLAGAGCGAFVAAVYLSWRARTVPGLAKPLGRIAL
                     PALVASCGMVAVGATCLLLDLGRPELALEVLLNPAGSVLSVGAWALVAFVGAAVLLIAC
                     NTKALRLGRGAVLAVKTAGCASAVVVMVYSGLFLSTIWTLPFLGSPLVPVLFVCSSLSC
                     GGGVLLILPLVCDAPSGVLFRAVARVDAVLLVLEALALTALLLLAMTDPLSSAAAARLV
                     TGDLAPVFWSALAVAGLAAPFVLELAFYRADARTSACIGILLLLGGFFLRYCLCVAPFM
                     ELISYL"
     CDS             complement(35723..37303)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Hacid_dh"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Hacid_dh_C"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_77"
                     /sec_met_domain="Hacid_dh (E-value: 2.8e-39, bitscore:
                     126.2, seeds: 88, tool: rule-based-clusters)"
                     /sec_met_domain="Hacid_dh_C (E-value: 4.7e-56, bitscore:
                     181.3, seeds: 144, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTKKVLVTEKLADAGLAVLRDKGYEVDVVLELSPEELIATIPAYD
                     ALIVRSATKVDRAVIEAAKNLRIIGRAGVGVDNVDVEAATECGVIVCNAPTSNIVSAAE
                     HALGLMLACARKVPQANASMHEGKWERSKFTGVELYEKTLAIFGLGRIGGLVAERARSF
                     GMKLIGYDPYCSPERAEQLGVTLYDDVDAIVPLADFITVHLPKTKETIGMFGPDQYARM
                     KDGVVLVNAARGGIYNVDSLADFLAAGKIGAVGLDVYESEPCLASPLHEFDNAILTPHL
                     GASTKEAQLRAGVQTAEYVAAGLEGSIVPTALNMAPVPPEVMDAVGPYVPACQMMGSML
                     AQIDGEIPQFLKLTAAGSLANADVSILVAGTLKGLLSYQNTATVTPVNADAVAKRHGIK
                     VDTLSAPDAGGYASTVSVVADGTEVACTLAGEAQAARLVSLLGYQLDIAPASQSLVFEY
                     VDAPGRVGTIGTILGEAGINITTMQIGTKPAEQCALVYMNVEGAVDDAVLAKLRAGLGD
                     LKNLWYVKL"
     CDS             37526..39439
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) FAD_binding_2"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) FMN_bind"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1027:FAD binding domain (Score: 170.8; E-value:
                     1.7e-52)"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_78"
                     /sec_met_domain="FAD_binding_2 (E-value: 2.1e-52, bitscore:
                     170.8, seeds: 62, tool: rule-based-clusters)"
                     /sec_met_domain="FMN_bind (E-value: 3.3e-10, bitscore:
                     32.9, seeds: 891, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MENNRARTGISRRTFLGAAAVAGVQVAVFGLAGCAPKASGEEASY
                     KAGTYTGEAEGKFDKIVVEADFSEQAIEGVRVMYSAETERISAPALEQMPARIVSAQGL
                     GVDTVTGATLTSMGIVQAVASCVEQAGGSASALKRVGATEPTGAVEQLEADVVVIGAGA
                     SGMGGAIAAAQGGKRVVVLEKNSNIGGNCLVSGGYLEYLTAPDAARPAMTPEFDRYVED
                     VLASETAAASDPAFIAQVRAQYDEFKASGSTKLFDSLDFYTLDFAATSGEGLPPEAYRP
                     TANNIANLNDWMTDLGFEWATPLHAITGYTYPRWSNPTVGEGGEGYFDFFDEVLGTQDL
                     GVNVMLACAAQELIVEDGAVAGVKALGEDGTAYTVSAPQVLIASGGFAGNSDMLKEYNT
                     SWNYPDGPLSTTNVNGHTGDGIRMAVELGAGVEDMGNQMLFPFNSPITLSAEDIMGAFG
                     DSPVVNKEGKRFADETTDRFTLADALMQQTDNYCFFVCDNKCSDYPSPERQEVLLRTKQ
                     LFKADTIEGLAEQMGCDPATLKATIDAFNAHAASGDDDEFGRYIYTELSSVEEPPFFAS
                     PATWAAHITLGGLTADDETHEVLDESGAPIPGLYAAGEARNTICGVSSIGDGVAAGQAL
                     AG"
     misc_feature    37571..37573
                     /note="tta leucine codon, possible target for bldA
                     regulation"
                     /tool="gutsmash"
ORIGIN
        1 ggacgaagag gcgtacgcca acgactccct gcgctgggtg gagtacgagg agttcggtaa
       61 gaaggccatc cccatgtcgc cgttgcgctt cgacgactac ggcgatccgc cgatcatcct
      121 gtccaagccc gtcggctacc acacggccga gttcctcaag gacctgggct acagcgacga
      181 ggaaatcgcc gccatggagg agaaggacgc catcaagtgc tggcacggcg acgaagtgcc
      241 cgacgtcatc ttcaagtccg agcgtcagct cgccggcgag gccccctgca actggtaggc
      301 cgaaccgaat ccgcacgaac gaaaggaggg agccgcggct ccctcctttt ttgctggtcc
      361 ggtacggatg tttcacgtga aacatccgta cgctttccgc agatgtcgaa cctaggccag
      421 cttccccgcc agctccacca tgtcgcgtcc cagctgacgc gcgaacgaga aggccacggc
      481 gtcgtcctgc acgcggcgcc actgcacgcg ccccgtctcg tcgaagccgg cgaactggca
      541 ggccgccacg ccgtttgcga gcaccgggcc cgccgggcgc ggatgcacga ccagcatctc
      601 gtgcgcggcg aagaagcggt ccatcacccc gagggcctcc tcggccccgc agtcccccag
      661 ccccgacgac gtcaccatgc cgcccacctt gcccttgagc gcgttctcca ccatgtggag
      721 cgggcgggtg cgatcgatga acgtcttcgt gcgcgccgtg acgttggcga agtagtcggg
      781 cgagcccagg atgatgccgt cggccgcctt catctgctcc acgaggccgt ccatgtcgtc
      841 gtgcagcgtg cagcacggct tcgccaaaca ggcgttgcaa ccgatgcagt agccgatgtc
      901 gagctgcgag agctccacaa gcgacgtgtt cgccccgagc gccgccgcct cgtcgagcgc
      961 ggcctgcagc agggccgccg tgcccttgcc cgcccgatgg cttccgttga tggccagtat
     1021 gcgcatgtct cgtcccttct ctcggccgat ccgcccgcgc cgccgcgccc ccgcgcgccg
     1081 aaacgcgaaa cgcccccgac cgctgagcgg gccgggggcg tcgaggcgca ggtgcagatc
     1141 ggcgccttac atgttgtgga actggtactt ctccgggttg tccttcacgt cctgcttgtt
     1201 cttcgggttc atcttgccca cgcccatctg gccgtcgttg gtgttggagg ccagaacctg
     1261 gttgcggttc tccatcttga tgacgttctc gaagctcgtg ccgtcgaggg aggcctgcag
     1321 gcactccttc gtcagacgca ggccgaacgg cgcggtggcg tcgcacatct gctgcgcgaa
     1381 ggccacggcc tcttcaacca cgtcgtcgtc ggcgacaacc ttgttcgcga agccccactc
     1441 gagcagcttc tcggcgccga aacggttggg attcatgagg atctcgcagg cgcgggcgta
     1501 gccgacgatc ttgggcagga agaacgcgcc gcccatgtcg gtgccggtat agccgatgga
     1561 caggtagccg gcgttcatct tgaagctctc gcccagcacg cgcatgtcgc aggcgcagga
     1621 gatcgacagg ccgccgccca cggcgtagcc cttgagcgcg ccgatgatgg gctgctcgca
     1681 acggcgcatg ttgatgatct ggtcggagca catgcgctgc atgatgtaga agtcgcgctg
     1741 gatgcggccc atgtcctcgg gcggctcgag cgcgaggtcg ttcaggttga agccggcgca
     1801 gaaggacttg ccctcgcccg tcagcacgat ggcgcggcaa tccttgtcca tgcgcacctt
     1861 gatgaggaag tcgttgaact ccgccatctg ggcgtaggac atggcgttga ggttcgcggc
     1921 gtcgttgaag ctgcacacgt acaccggacc gcgacggtcg atgatgagct tctcgtagtc
     1981 gtactcgaac tccggcagat ggtaattctc ctggtacacg ctcattggca ctaccccttt
     2041 ccctgttggt tcatatgtcg ctcgttgcgt ttcgatacgt tctgcgggcc gtgctcacgg
     2101 gcccttctct ataatcgcct gttgcgttcc ctttatctac ggacaatcga gccgtactgt
     2161 ctaatgcagg aaatcgattt ccatcattac ttctattttg tccatcattt tgatgcaaaa
     2221 caggtgccgt gaagcaaaat cagacgctgg ttcgtgggaa atactccttt tctccctccc
     2281 ctgttggcac gtctcgccgc ttctcccatc cgttgacggt gggggtcatc ttctcatttc
     2341 ctcgatgttg acctggggtt tttatatcta ataggctgtg gctatcaata catagaaagt
     2401 tcctattagt taacccacaa atgcgcctca tcgaccatca accccgggcc tacaatgagg
     2461 gacactgagg aggtcacgaa ggacacatcg tggcgtctga cgttcgccgc actgcggggc
     2521 acgggccgga gggggtcgca gcgcaccgca tcgttccatc agcgtcaaaa gcgtcgaagc
     2581 gcaggcagat cgagttcatg cgaagcatcc ggcggggaaa accgggtgag agaagcaagc
     2641 cgtcatcaag agaggactca ggggtgatga ttaccgatct caaaatcaat gccgagcgaa
     2701 aacgtttcta ctacgagaaa gggtactgga ccgaaaagtc gatcggcgat gtgtgggccg
     2761 accgcatagc ctcccatccg gagcgcacgt acgttaccga cgatcaaggc tcttcctata
     2821 cctacggcga ggtcgacgac cgcgccggcc gcctggcggc atggctgatc gaagaaggga
     2881 tcgagccggg ggacgtggtc acgttccaaa tgcccatctg ggccgaattc tgcatcgtgt
     2941 acgtcgcctg cctcaagtgc ggcgccgtca tgcatcccgt cccgccgaac ttcaacgacg
     3001 aggacctcgt gtacaacatg aacaaggtgg ggtcgcgcgc gttcatctgc ccgaccgcgt
     3061 tccatcgctg cgacttcgtg aagcaggcct atgcggtgaa ggaccgcatt cccacgctcg
     3121 cgtccatcgc gttcgtggac aagcaggcgc ccgcgcccga gggcgcgccc agcctgagca
     3181 gcatctgcgc cgcgtacgag cccgtgacgg agcgtcccgc ggtctcgtcc gacgacgtgg
     3241 cgtgcatcct gtccacgtcg ggcaccaccg gccgtcagaa ggccgtgctg ttcacgcaca
     3301 acaacatcct gttctccgag cgctccttcg tcaagggact gggacgcacc gccgatgacg
     3361 tcatgttcat gccctcgccg ctcaaccacg cgacgggctt ctaccacggc ctcatctccc
     3421 ccatgatcct gggcggccgc acggtgctgc agcagcactt cgacgcggcg gacgcgcttg
     3481 cgctgtgcaa ccgcgaaggc gtcacctggt cgatgggcgc cacgccgttc gtctacgaca
     3541 tcctcaagta cctcacgaac gagaagctgg ggtcgttcga cacgctgcgc ctgttcgtgt
     3601 gcggcggcgc acccgttccc ggcacgctcg tgcagtgcgc gcattcgcac ggcatcctgc
     3661 tgtgcgaatg ctacggctcc accgagagct gcccgcacgc gttcgtcccg cccgagcgct
     3721 gtctggagtg gaacggcgcc tggtcgggcg tgccgctgcc cggcatcgag gtgcgcgtgg
     3781 tggacgagaa tcacgaagag gtgccgcgcg gcacgcaggg cgaggagatc tcgcgcgggc
     3841 cgcaccagtt cgtgggctac ctcaacgaca aggagcgcac cgatcgcgcg ctcgacgacg
     3901 agggatggtt ctacagcggc gatctgtgct acatggacga ggaaggccgc atccgcatca
     3961 acggccgcaa aaaggagatc atcatccgcg gcggcgagaa catctgcgcg aacgagatcg
     4021 acgagaacct catggagtgc cccggcatcg gcgaccacgc caccatcggc atgcccgacg
     4081 agcgcctggg cgagcgcatc tgcacgttcg ccgtgcccac cgacgagcgc cgccccgagc
     4141 tggccgacat cacgagctac cttgacgggc agcatgtgcc gaagcgcctg tggcccgagc
     4201 gcatcgagta catcgacgcc atccccaaga cggccaccgg caaggtgaag cgccacctgc
     4261 tggccgccga actggccgaa cgcatgaaga acgcgtaggg cgcacgagca agcacgaaaa
     4321 agaaccgggg ccgcggcccc ggttcttttt cgtgcggccc gcgctcagga tgacagcagt
     4381 tcccgctgct cgaggtagtc gagctgggag cggatgttga tgcgggcggc ggggtcgagg
     4441 cgggcgtcga cgtcacggta caccgcgtcg atgatgcggt cgaggtcgcg tccggcaccg
     4501 ccctccacgg cggcgcgcac gtgctcgagg cgctcgaggc ggtggcggta ggcgcggtcg
     4561 atcgcgccca gcggatcgtc gatgagcggc ccgtgcgccg tgagcagccg cgcgacgccg
     4621 cgctcctcca ccacggcgcg aaggcgctcc aagctggcga agtaatcggc caggctgccg
     4681 tcgggccagc agatgagcgt cgagctttgg cggaacagca tgtcgcccgt gatcacggac
     4741 gcgtcggccg gatagaggaa ccccacgagg tcgctcgcgt ggcccggcag cagcaccacc
     4801 tcgagctgcg gcgcgccctg cccgagcgcg agcggcccgt cgggcagcgt gccgtccttg
     4861 cgcgacagca cgggcgcgcc cgtccacgcg gagaagcgct cggcgccttc cgcatggtcg
     4921 gcatggtcgt gcgtcagcag gatggcggcc acctcgcgcc cgtcttcggc gcatgcatgc
     4981 tgcacggcgc gcaggtgcgc cgtgctgtcg ggaccgggat cgaccacaac gcaggccgcg
     5041 gcatccggct ccgcgagcac ccaggtgttc gtgccgaggt acgtgagggg cgagggattg
     5101 tcggccagca cgatgcgcgc tcggggcgac acgcgggcgc tgccccaggc gcacgcgggc
     5161 gccgtcgacc gggactgctg cgctacggga gcaggcatga gagcaccgcc ttcccctcgt
     5221 cgtcgacgga cggctcgagc atgatgcgcc gcacgtcgtc cacgccggcg gcgaaggcct
     5281 ccgcgctcgc cgcgtgcgcc agatgcgcga ggttgtaggc ggtcggcggc acgagccgca
     5341 gcgcgccctg cgccccgcgc tccagtacgg cctgcggatc ggcccaaccg gcgccgttcg
     5401 cctcggtcgt gcagctgtcg ggtgcctgat cggcgggcga cagcgccgcg aagaagtacg
     5461 tgtcgtagcg ccggggctcg tagacgggcg tgagccaatg cgagcgcagg cccaagaggt
     5521 cggcgcgcag cgtgaggtcg tggcgcgcga gcacctcggc gaaggacgcc tcgtgctcga
     5581 cgagccgccg ccgttcctcg acccacacgg ggtcggcgac gttcgcggcc ggcacgccgc
     5641 gcgtcccgcc cgccagcagc acgccgcatt cctcgaacac ctcgcgcgcc gccgccgtta
     5701 ccacgcgccg cgccacgtcc tcgtcggtgc ccatgcgccg cgcccatacg gcgggcgcgg
     5761 gaccctccca cgcaacctgc tcctcgctgt cgcgcgggtc cacgccgccg ccggggaaca
     5821 cgacggcttc gggcacgaac gccatggtgg ccgcgcggcg cagcatgaac acctcgcgcg
     5881 ggtcgcgcac gagcatcacc gtagcagcca agcgcggcgt ggccggcggc gcgccctccg
     5941 cacggaacgc ggcgtaggcg cgcgcctgct gctcgcccat gggcaccccg agcgtctcgc
     6001 ccgccttcca ccactgcata ggctctctcc ttgcgcgtac cgtgttcgct gtcccccttc
     6061 tctcaccgag aaagaggggt ttgcttcatg gtatcaccgc ggaagggcca atgcgtcgga
     6121 caacagctcg gcgatgtccc gtaccggcac ggcggcgtcc ttcgaggcca gcccgtcctc
     6181 gaacatggac aggcagaacg ggcaggccgt ggccaccgcg tcggcccccg tcgccagcgc
     6241 ctgctcggtg cgctgcacgt tcatgcgctc ccccgcacgc tcctcgagcc acatgcgccc
     6301 gccgcccgcg ccgcagcaga agctcttctc gcgcgtgcgc tccatctcca ccacctcggc
     6361 gccgcacgcc gccaccaccg cgcggggctc gtcgtacacg ccggcgtagc gtccgaggta
     6421 gcacgagtcg tggtacgtga cgcgcccgag cgccgcggtt gcatcggcgc aggcgcgggc
     6481 acgggcgtcg ccgtcgggcg cgagcgcccc ctcggccacg agccgcgcga gcagctgcgc
     6541 gtggcgcacc acctcgaacg tgccgccgag ctgcggatag tcgcgctcga gcacctgggc
     6601 gcagtggggg cactgcacga tgatcttctt cgcgccgtag gcgttcagcg tctcgatgtt
     6661 ctcggtggcc agctggtagt acagaaactc gttgcccagc cggcgcgccg cgtcgccgca
     6721 gcacttctcc tgcgcgccga cgacggcgaa gtccaccccg gcgcgcttga gcagccccac
     6781 gagagcgcgc gacacgcggc ggttgcgcgc gtcgaaggcg cccgcgcagc cgggccagta
     6841 cacgtactcg gcccccggcc gctcctccag cgtgggcacg tcgagcccct cggcccacga
     6901 caggcgactc tgccacccga ggccccacgg gttgccgttc gtctcgaggt tgcggaacgt
     6961 ccccttcgcc tcggcgggaa acgcgctttc catcgacacc tggtacgtgc gcatgcccac
     7021 caccttcggc acatgctcga gcagggccgg gcaggcctcg gtgcacgcgc cgcacgtcgt
     7081 gcacgaccac agcgcctcgg gcgtcacgac gtcgcccacg agcgtgcggt cgagcaccgc
     7141 ccgctgccgc tcgtcgggct cgaaggcctc cccgcgcgcc tcggccgcgc gctgcgcccg
     7201 cacgagcggg ccgcgctcct caagatgctc gtcgagcgcc tggacgaggc tcttcggcga
     7261 cagcggcttg ccgctcgcgt gggcggggca caccgtctcg cagcgcccgc agcgcacgca
     7321 cgcctcggcg tcgagcagat ccttccacgt gaagtcttcc agcttgccca cgccgaactc
     7381 ctcgagctcc tcgtcctcga ggtcgacgaa gggcagcgtg cccttcggct cgagcgggcg
     7441 gcagtacacg gtggcgggca cgagcagcac gtgcacgagc ttcgagtaca cccagtacgc
     7501 caggatgccg aacgcgatgg ccatgtggaa ccaccacagc acctggtgcg ccgccgacag
     7561 ctgccccgcg ctccaccccg cgaacagctg cgcggcgagg ttgccgatgg gcgaccacgc
     7621 ggcccacggg tcgcccgtgg ccatgatgcg caggccctcc accgcgaagc ccgtcacgcc
     7681 gatgacgagc agccagacga gcacgacgat gtcggcgggc ttcgtttcca gctcggggtg
     7741 ccgccccgcc gcgcgccgca cgatgcacgc caccatggcg atgcagaacg cgagaccggc
     7801 gatgtcggtg ccgagcgcca gcacgtagag gtagtagtcg cccttcgcga tgtcgagccc
     7861 caggtcgacc tgcgcggcgt agctcaccgt ggccaccacc atgacggcca tccccacgta
     7921 catcccgagg tgcgcgatgc cgatgccgcg ctccttcacc acggtggcct gcaaaagcgc
     7981 gtcgacgaag gcgcccttga ggcgcgtgcg cggccggtcg gcgcggtcga gcgggcggcc
     8041 gatgcgccac aggcggtagc gccgccagaa gaagtacgcg gccacggcga gcacggcgag
     8101 gaagcacgga tacatgatcc acgacccctc gatgttccag agcgcctcgc gcgaaggcgt
     8161 cgccgcatcc acgtcaggac gccttcgcgg cgcgggcgcg gaaggcctcg gtcaacagcg
     8221 gcaccgcctc gaacaggtcg gccacgatgc cgtagtcggc caccttgaag atgtcggcct
     8281 gcgcgtcgcg gttcaccgcc acgatgcact tcgacgccgc cgcgcccgcc atgtgctgga
     8341 tggagcccga gatgccgcac gcgatgtaca gcgacggcgc cacggtcttg cccgtctgcc
     8401 ccacctggta ctggatgtcg atccacccct cgtccaccgc ggggcgcgac gcgcccacgg
     8461 cggcgcccag cacgtcggcc agctcctcga cgagggcgaa cccgtcggcg cccttcacgc
     8521 cgcgcccgcc cgacaccacg acgtcggcct cggtgagctc cacgcggccc gacgccttgc
     8581 gcaccacgtc ggccaccgtc tgccgcacgt cgccgaagcc gtccacctgc tgggcgacca
     8641 cgggcgcatg acgcgtcggg tcgggcgcgg ccggctcgaa cgccttcggg cgcacggtgg
     8701 cgatcatcgg gcgcgcgtcg gcggcgaagg ccacgtcggc ctgcaccttg cccgagtacg
     8761 gttcgcgcgt gaacacgaag cccgcctcgt cgtcggcctc gacggccacc acgtcggcca
     8821 cgaagcccgt gtcgagccgc tgcgccagca gcggccccac ggccaggccc atcgccccgt
     8881 ccgcgaacag cagcgcgtcc ggctcgtgcg atgcgacgag ctgctcgagc gccgccgcgt
     8941 gcgcctcgac ggcgcaggcg ccgagcgccg cgtcgtcaag cacgagcacc gcatcggcgc
     9001 ccgccgcgcc caaggcggcc gtgtccgcat cggccagccc gctgcccagc acgacggccg
     9061 acacgtcggc cccgcccgcc cgcgccatgc ggcgcgcgac ggccagcatc tcgaaggcga
     9121 cgcgcgggaa ggccccgcgc ttcggctccg cgtataccca gattcctgcc atggatgaac
     9181 tcccttcccc gtccctacca gaccttggct tcgatggcca gcagctccac cgtggcggca
     9241 accgcctcag gcaccgtctc gccctctacg atgcgcccgc cctgccgcgc gggcttggcg
     9301 cggtagcgca gcacgcgcgt gcgggacgct tcggcgcccg cgtcggccgc ctcgacgccg
     9361 aggtcggcca gcgcccacac ggtgacgggc ttcttcttcg actgcatgat ggcgcgcacg
     9421 ttgggatagc gcggctcggc caggccctgc tgcgcggtca ccacggccgg cagcggcacc
     9481 tccaccacgg ccacgccgtc gtcgatctcg cgcgtgacgc gcgccgtgcc ggccgccggg
     9541 tcgaccgcga gcgccgtcgc cactcccacg cacggcaaac ccagcagcac ggccaggcgc
     9601 ggcatggtct gcgcgctcga cgtgtcggcc gacttgcagc cgcccagcac gaggtcggcc
     9661 ggaatgcgcg cgagcgccgc ggccagcacg cgcgagcgcg cggcggcgtc ggcgcccgcc
     9721 agcgccgcat cgtcgatcag gtagcccgcg ctcgcgccca tggacagcgc gtggcgcacg
     9781 gccggcagcg cctcgtcgcc cccgatgcac acgacggccg cctcgccgcc gtgctcctcc
     9841 accagctgca cggcgcgctc cacggcgaac tcgctgtacg ggtcgatgac gagcgtctgc
     9901 ccgtcggcga gcaggcgccc ttcggcgtcg gcgctcacgg cggcctcggt gtccacggtc
     9961 tgcttgatgc atacgacgat gttcatgctt cgccccttcc ctagtattcc ttcagcacgg
    10021 acttcgcgat gagcgtgcgc tgcacctggc tcgtgccctc cacgatggtg aacgacttgg
    10081 cgtcgcggta gtagcgctcc accgggtagt ccttgcacag gccgtagccg ccgaatatct
    10141 gcacggccgt ctcggacgcc ttcacggccg cctccgagca gtacaccttc gccaccgacg
    10201 ccgtcttcat catcgtggcc acgtcgccgc cgtaggccgt cgcggcctgg tcgagcagca
    10261 gccgcgacga ttcgagcgag atctcgaggt cggccagcat gaagcggatg gcctgcagat
    10321 cggcgatgtg cttgccgaac tggatgcgct ccttcgcgta cgccgccgca gccgcgagcg
    10381 aggcggccgt cacacccgtg gccagcgccg ccacggccaa gcgcccgcgg ttgagcgtgt
    10441 ggtgcgcgat ctcgaagccg tcgcctaccg cgcccacgag cgcctcgggg cccacgtgca
    10501 tgttctcgaa gaacagctgc gaggtcaccg agccgcgcag gcccatcttg tcctccttgc
    10561 gcccgatgac gaggccgggc gtgtcgcgat gcacgacgaa gcacgacggc ttcgactgcc
    10621 cgtcctccgc cacgcgcgcg aacacggtga accagtcgcc cacctcgccg ttcgtgatga
    10681 atatcttgct gccgttgatc acgtagccct cgccgtcggg cagcgccgtc gtggcgatgg
    10741 acgagatgtc ggagccggcg ttcggctcgg tgagcgcgaa gcagatcttc gcctcgccgg
    10801 ccgccagcgc gggcaggatg gcctccttct gcgccggcgt tcccgagaac acgagcgcgt
    10861 cggagccgat ggccgagatg aggatcatga gcgccacggc cggcgactcg cgcgcgatgc
    10921 gctcgatcac ctgcacccag cagtgcatgg acacgtccac cccgccgaat tcctcgccgt
    10981 aagccagggc gaacagcccc tgctccacga acaggtcgta gatgtcgtgc gggaacgcgt
    11041 cctcctcgtc gatctcggcg gcgcgctgcg ccaccacgtc cacgcacacg tcgtccacca
    11101 tcgcgaggat catgcgctct tcttgcgtca gctcgtacat ggaacccctt ccccgtagcc
    11161 atgattcatt tcctttgcct attgattccc cttaaaataa taggctgtgt ctattgattg
    11221 accatggtca aaagaacggt catgagcata cgaactggtc aaacgctcgc gtttgttggc
    11281 acgatcatcg agcgcccgct gcgcggcggg gccggcatcg acggtgcggc accgtcctgc
    11341 gacaaaaccg cacattcggg tcaaaatagc cggttcacga ggacatctgc tgttctatga
    11401 tctctgtaga aggaatcacg tttcgaagga gtatcaacca tgcccgcacc gctccggccg
    11461 atcatcgaag tcccctgcac cgtcgacgcc atcccgcgat tcgaggtgct gcggcagctc
    11521 gacgcgcccg ccctgcgcgc gctcggcctc gacccggatg ccctgagcgc ggccgagccc
    11581 gagtccgcgc ccgagctgag cgacgaggcc gcgcggcgca tcgacgccgc gagcgcggcg
    11641 tgcctggcgg cctacgagcc gcgcggggcg tacaaggtgt tcaaccccgc catctgcacg
    11701 ctgccgcccg agtacgtcga gccggccatc aagctcgtgg gcaccatgat gatgttccac
    11761 ggccagagcg tgtacgagcg cctgcgccgc gcggcgcact gcgcgctcat ggcggtgacc
    11821 atcggtcccg acaaccccga ggcgctgccc gccgacgccg acgagctcga ccgcgcgctg
    11881 gccgacgcct gcgcgaaggc gctcgtggag tgcgcggccg accacgtgaa cgccgccatc
    11941 gtgagcgcgg cgctcgagga ggacctctac accgacgacc gtctgagccc cggcatgggc
    12001 gacttcccgc tcgacacgcg ctcgcagttc gtgttctaca cccagtcgga gaagcgcctc
    12061 ggcctcaagc tgggcgccga cggcgcgttc tccccccgct acagcacggt gggcgtcgtg
    12121 ggcctctacg acccgtcgca gaagaaccgc aagcgcgcct gcgggcgctg caagtaccgc
    12181 tcctactgct ccatccgcgc catcggcatg acctgccacg gcgccaaagg caccttcgcg
    12241 aaatagcgga ggcggcaccc ccgccgcctt cgccgcctcc gccttcgccg ccttcgccgc
    12301 ccgcatcgga gggcggcgcc tcccctttcg gcggatgcac gggccgcgag caagagtcgg
    12361 ggcgcgaagc gggcatcccg gcccccttct atgcgcggag gcctgccgaa tggcaagttt
    12421 tttcgcgatt gcgggatttc ggccctgatt tcgcctgctt tcggctcctg ctgcgctcga
    12481 atacgaaaga aaccccaggt cgcgattttc tcccgcgcgt cgaatgctcg caatccatcg
    12541 caatcgcgaa aaaacttgcc acgcaagctc aagccctaca gaagagcgcc ccgaccatcc
    12601 ggtcggggcg ctggggcgag gcgggcgaaa cgcctcgggg tgcgacgatg ggttagatcg
    12661 tgtacaggta atcgggatcc tcggcaacct tggcgtactc tttgaggatg ccgcgaccgg
    12721 agatgtgcac catgatctcc acggtgccgc cgccgatctg gaaaccgcgg cagtcgagca
    12781 tgaggcggga cacgcgggtc tcgtcggtga agccgaggcc gcccatgagc tgcagggcgc
    12841 gcgagcagca gtcggtgagc gccggggcgc cgtagcgctt gagcatggcg gcgtcgttgt
    12901 tcaccgggat gccgttgtcc atcttccagc aggtgcgata caggaagtta cgcgtgttcg
    12961 agagctcgat ctgcatctcg acgatgtgct cctgcacgag ctggtaggtc ttgatgccct
    13021 tgccgaactg catgcgctcg ttggtccagg cgcacgcgtc ttccatggcg gcctgcgcct
    13081 cgccgagcag ctcggccaga agcacgcagc gctcccactc gaagttcttc atgagctggt
    13141 agaagccctt gccctggatg cccaagaggt cgctctcgtc gatgaccacg tcgtcgaagt
    13201 ggatcatcgc gaacggcatg atctgcatgc cgatcttgtt gagcggctcg atggtgacgc
    13261 ccttggcgtt ggccggcacg aggtacatgg acatgttctt gttctcgcgg gacgggtcct
    13321 cgtccttgca caccacgatg aaaccgtcga cgtgctcgcc ctgggtcacc caggtcttca
    13381 cgccgttgat gtgcaccttg ccgtcgcccg tgcgggtggc caggcattcc atgccctggt
    13441 tgtcggagcc ggcctcgggc tcggagatgg ccaggcagta cggggggtag ccgttctcaa
    13501 cgtagtagtc catcgcgtac ttgatctgct ccggcgtgcc gaactcgcac acgtcgaaca
    13561 tgatgagcag gttgggagcc atagggatgt tgccgccggc gtggttgagc tcttcgatga
    13621 tcatggccat cgtctgatgg tcgaccggct ttccgccgta ttcctcgggc aggccgtaca
    13681 tgccccaacc cgaatcgacc caggccttcg ccacttcggg agcgatgccg cggttcttgt
    13741 agcccgccgc gataacctct tccgtcaggt tctccttggc ccactcgcgg atgcccctct
    13801 tgatgcggag ctgttcctca ctgtatgcga aatccatgct tcctccttaa cgattttccc
    13861 tatattcaaa acacgtgcgt gtttgaaccg aagttctgcg gcgcccgccc cctcgtgcag
    13921 cggacgaggc gggcgccggt cgtgccgggc agcgcctaga acgccatggc ctctttgtag
    13981 cccgcgttca cggcctcgag cgtgcggtac accttgccgg cgggcgtggt ggcgtcgccg
    14041 atgagcttgg cgttcgggaa cgccttgacc acctcgtcgt acagcttcgt gttggcctcg
    14101 acgcccaggg acagcagcac ggtatcgcac tcgagcagct gctcctcgcc cgtctcgacg
    14161 ttctggacct tcgcgccctt cttcgtcacc tcgacgagct tggtgagggg catgagcttg
    14221 acgcccttct gcttcacgag gttgatggtg gggttcttgt cgatgatgcc gatgccgttg
    14281 cccatcttct tggcctcttc gatgaccgtg atctcgcggc cgtcgctcat ggattcggca
    14341 acctcgaggc cggcgaagcc gccgcccacc accacgacgc gcttgcccac gatagcggtg
    14401 gggccgctcg ccatgttgag gcccatgcgc atgaagccca cggtgccgcc ctgcgccttg
    14461 atagccgcca cggccgcctt ccagatgagg cccttgccct cgggcacgat accggcaacc
    14521 atgtccttga tgtcctgcga gctcacgacg ttcttgccgt cgatgcccgg cacgtccacg
    14581 ccgatgacct cgccgccggg cgcgacgatg acctcgtcgg ggttgagcgc cttgatggtg
    14641 tcggcgttca cgtacgtgct cagcttgagc tcgatgttgg gatggagctt catctcctct
    14701 ttccagtagg tcacgagggg ctcgatcttc tcgttgagca cctgcgccat gttgagcagg
    14761 ccgcccacgc ggtcggactt gtcgagcacg gtcaccttgt ggccgcgcac ggccgccacg
    14821 cgcgccgtct cgaggccgcc ggggccggcg cccacgacga cgatgtgctt cttctcgtcg
    14881 gcgggcttgt cctcgggatg cccgatggcg atgttgtcga tgttgccgtt caccgagcac
    14941 cagatgggct ggccgaggaa cgtgtggtcg aggcagcggc tgcacacgat gcaggggcga
    15001 acctgctcgg gatggcccgc ggccaccttg ccggccgtct ccggatcggc gatgaactgg
    15061 cgcgccatgc ccacggcgtc gccgtagccc tgcgtgacca ccttgtcgca catgtccagc
    15121 gtgttgatgc gcgtgccggg gaacacgggc ttgtccgtga cggtcttcac ctgcttggcc
    15181 aggtcgatga actcgccttc gggcacgatc tggttcgcca cggggcgcgg ggcctcatgg
    15241 aagccggcct gcaccgacca ggcgtccacg ccgtgcttct cgatgatcgg gatgagctcg
    15301 agggtgtcct cgatgcggtt gccgttcggc atgaggtcgt cggcggagat gcgcacgagc
    15361 accggggtgt tcgggcagac gcgatgcact tcgtcgagga tctcggtgag caggcgggcg
    15421 cggttctcgg ggcttccgcc gtactcgtcg gtgcggtggt tcgagtactt ggacaggaag
    15481 cgcatgacca tgtagccgat gcccgcgtgg atctcgatga tgtcgaagcc ggcttcgacg
    15541 gcgcggcgcg cggcctcgcc gtactgcttc accacgatgg cgatttcttc cttggtgtac
    15601 tcgcactcgg gcatgcccac gaacgggccg ctcggcacgt ccttcgacgg ggcgtaggac
    15661 ttcagctcgt cgtcgcccga cgcgcgccac tcgtagcaca gctgcagctg cacggccgtc
    15721 ttggcaccgt gcttgtggca cgcctcgttg atgcgggcga ggccgggaac gaaggcgtcg
    15781 tcccagatgc cggccgcacc ggtggtggtg tggtacttcg gcgtcgcgtt gaagcagtcg
    15841 ctgatgtagg cgctgcccag ctccagcaga cccgtgccgc ccttggcgcg ctcctcgtag
    15901 aagtcgacga tggcatcggt gatgtagtag ttgtcgacca tctcggtggt catgggcagc
    15961 atgacgaacc ggttcctgat ctcaacgtct ccgatgctga acggttccag cagcttctga
    16021 tactttgcca cgatgcaaac ccctttccgc tttatgcagt gctcaagcgt ctctctgcgc
    16081 gattgtcgcg aggtcgatct atgcgaacta tccctctcaa cgcgtccgct caccccgctg
    16141 ccatcattgt aggctcccta aaagctcgat acgatggaca gaattatcag tttgtagagt
    16201 aagcgttaaa aaagtctccc aatttaaggc aagatgaacc gctaatcacg ggtaattccc
    16261 ccaaaacagg ggcactcgac cggatatggt tccgaagaat actgcacata ttttgttctt
    16321 tgtcctagaa atgtccgaaa acgcgacgta taatagctct ggcactatca tcattaccga
    16381 gagcgaggcc cgatcccatg aacgcgctca gcacgatgct cctcatcgcc gacaccttcg
    16441 tgtccctctg cgacgaaatg cccctcaaga aggtgtccat cagcgacatc atcgagcgca
    16501 cgggcaagaa ccgcaagacg ttctactacc acttcgagaa caaggactgc ctcatcacgt
    16561 ggatcttccg ctacgacctc ggccaggagc tcaagcgccg ctttcccgaa agcgccctcg
    16621 tgtacgaggc cggcacgaac gactcctcgg cgcagttccc cttctacatc ctgcagaagt
    16681 cgggcgtgcg ctcgctcgat cacgccgagt tcttcgagtg cttcgcgcgc gtgctcgagg
    16741 cgaagcgcca cttctacacc caggccctcg ccgacacgaa cccgtactcg ctgcgcaact
    16801 acctgtacca cctgtacctg cccgcgctgc gcaacgacat cgacctcatc ctggcgaacc
    16861 gctacctgcc gcaggagaac atccagttcc tcgcggagtt ctacacgtgc gccttcctgt
    16921 actacttcat ccgcaagtgc gaccagcccg gcgccgaccg cctcaccggg caggccgggc
    16981 ccttcgccaa catcatccac agctcgctcg aagcgcagat caaagaagcg cagctgcgcc
    17041 gcaacctgta ggcccgcgcc tgcgagcgcg ctcagtccgc gaacttcact ggcagcgccg
    17101 ccgcgcccag ctcgcgcacg gcggcgctca tcggctgcag gtgcgctccc acgagcatct
    17161 tcgacgtcgc gtgcgccagg agcgcgccgc gcccgtcaaa cgcctcggcc tcgcacaggc
    17221 acatggtgcg cccgcgcttg atgacgcgcc ccgttgccgt gacgggcccc gtgccggtcg
    17281 ccttcaggca ggtcgtggac aggtcgatcg tggtgaaccc ctcgtcctcg gcgagcgagc
    17341 cgtacagcgc ccagtacgcg gcgcagtcca gcagcgaggc gtacgcgccg ccgtgggccc
    17401 cgccgaacgc gttcatatgc ttgcgctcga acgtgcacgc cacgcggcac gacccctcgg
    17461 ccagttccac gagctcgatg ccgagcagct cgaagtacgg cgagcggttg atcagctcca
    17521 tcaccgcgtt cgcatgatcc ggattcatgg tgcccatagc gcgtgccgcc cttccctctt
    17581 cgtcgtatcc tcctttcatg gtagcgtccc gcgccgcgcc gcgacacggc caaaccgcac
    17641 ggttcgggtc atgcccgccg ccctacgacc cgcagcgcac ggcgccccgg cgcgccagct
    17701 cgtccaccgc gtcggcgtcg aagcccagct cgcgcagcac ctccgcggtg tgctcgccgt
    17761 gggcgggcgc ctcgacggcg tcgtcgaggg agggccgcat gccggcgatg gcgtgcggca
    17821 ggttcgtctg cagcacgcgc ccggcgcgcg ggaagtcgcg gtaggccacc atggacggct
    17881 cgcgctccat gagctgcgcg agggccgcgt tcttgtcgat gaccgccgcg atgcacaggt
    17941 ccttgtcggc cagccacgcc tcccattcgg ccagcgtgcg cgaggccacg agcgcgcaca
    18001 tgcgctcgta ggcgtcgtcg ggctggtcga tgagctcggg cacgcccgcg tcctcgcaga
    18061 acgacgccca gaacttgtcc tcgatgagcc cgaacgccaa gcggccgccg tcggacgtct
    18121 cgtagatgtt gtagaagcag cagcgctcgg gaaacgcgat ggtgtcctcg ctgatcgatt
    18181 cgtcctggaa gccccaccgc gtgtcgatga gcgagttcca ccacacgaac gagtcgaaca
    18241 tcgacacgtc gatgaagcgc ccctcccccg atatctcgcg gtcgtacagc gccgcgagca
    18301 tgctctgcgc cgccaccatg gagctggcga ggtcgcacag gtgcagcggc gccttcacgc
    18361 cgccgttgag cgagaggtag ccgctctgcg cctgcatgtt caaatcgtgc agcggcagct
    18421 ggctgcgcgg gtcgtcctgg ccgtagcccg agaacgagca gtacacgatg cgcgggttga
    18481 cggcgcgcac agccgcgtag tcgatgccga gcttcttcgt gacgccgggg cggaagcttt
    18541 ccaccaccac gtcggcgccc ttcacgagct tcatgaacgc cgcgtgcgcg tcggcgtcct
    18601 tcaagtcgag cgccaccgag cgcttgttgc gcccgagcgc ctcgatgtag tagctcatgc
    18661 cgccgcgctg cggatgctcg tggcggcaga agtcgccgag ccccgtgtcc tccaccttga
    18721 tgacgtcggc ccctaaatcg gcgagcacct gcgtggcgta gccgccgggc aggtaccgcg
    18781 acaaatcgag cacgcgcagc cgcgcgaacg agggattgcc catgagtcgc tcctttcgaa
    18841 cctgcgcgca tcgcgcgctc gaacccttcc ccaacgatac cccacccgcg ccccgccgag
    18901 gagggcgctt tcattggcat tgccaatgaa aggtgctcgc gcaacctata tcgccaggtc
    18961 gcacgagcga actcgcgcgc atgagaccgt tgcataaaac gtttcaatcg aaagggcgcg
    19021 ccttttcaat tggacgggcg cgcacgcggg cacggacaat ggacggcagg tagaccgcgc
    19081 cgcagtaccg cggcgctcga agcagaggag gaaccatggg taagctcacg ccagaggaat
    19141 tcgatgcgca cctcaaagca ctgcgcgcct tcgtcgaggg gccctgcgag gagatgcaag
    19201 ccgacatcga ggtgacgaac aagttcccgc aggagttcta cgaccagtgc aacgagcaca
    19261 acatctaccg catgtcgctg ccggaggagt acggcggctg ggggctcaac gagctcgaga
    19321 cgctcaagtg ccaggaggag ttctcccgcg gccccggcgg catgcgcatg cacatgcact
    19381 tcgcccagga tctcaactgg cgcccgctct acgactacgg ctccgaggag ctcaaggccg
    19441 agctcatgcc gaagttccag gacaagtcca tcttctcggc ctggtgcctc accgaggcca
    19501 cgggcggcac gggcgccgac ctccacacca cggccgtgaa ggacgagaac ggcgactaca
    19561 tcctcaacgg cgagaagtgg ctcatctcgt tcaccgacat gaacacccac tcctacatcc
    19621 acgccgtcac cgaccccgcc gccgaccccg accatcgcct gtccacgttc tacgtgccgg
    19681 tggacacccc gggctacgag gtcacgccca tgccccacat gatgggctgc cgcggcgccg
    19741 gccacacggg cctcaagttc accaacatga aggttgacaa gaagtacctg ctcggcgagg
    19801 aaggccaggg catggagatc gccatgcact cgctggccgt gtcgcgcgtg cacatcgccg
    19861 cgtcgaacct cggcatggcg cagcgcatgc tggaaatctc cctcgcgcgc gccaacgacc
    19921 gcatcacgtt cggcaagccc atcatctcgc gccaggccat caagatgaag atcgcgaaca
    19981 tgcagatgta catccacgcg ctgcgcacga tggtgtacga cttctgcaag gactacatgg
    20041 ccgagcccaa cggcgcctac atcgccgaga aggcggcgtg ctgcaagctg ttctccatcg
    20101 acacgacgcg tctcgtgtcc gacgagatgc tggagatctt cggcggcgac ggctacttcg
    20161 aggacaaccc cttcggcccc gtcgagcgcc tctaccgcga ctgccgcgcc atgtggctcg
    20221 aagagggcgc gcccacggtg caacgcatca ccatcgcgcg cgactgcatc aagcacggcg
    20281 gccagatggc gtaccgcgac tagcgtctcg gctgcatgac cgttccttcg acatcctcct
    20341 cgcgcgcgtg cgcaccccaa cggctctcgc ccacgcgcac gcgcgccacc tggaagcctc
    20401 gggtggacga ggcggacgtg cccgtgtacc gatgcgcccg ctgcgggcgc gtcctcgtgg
    20461 cagtgggagc cgcggcggcc tccgtcgaca ccgacctgtg gcgctcgacc atcgtgcgct
    20521 ccccctacgc cgagcccgcc tgcgcctcgt gcgcttcgtg cgcttcctgc tcccccgacc
    20581 tgctgcagcc cgtggcgttt cgcgccgcgt gcgccgccga cgaggggttc tcctacgcct
    20641 tcaccggcgg catggacgcg aacaggctca cgctttcctg ggcgcccgaa acgcccgcgc
    20701 cgacgctcgc ggtgctcaag acgttcaccg gcctgcaagt ggcggacgcg ccgcgcggcc
    20761 gcaccgtcac gttcttcctc gccgacgagg acgcctactg ctactgcgac ctcgatccct
    20821 gcgagtggtg cgtggcgcgc tgcaagcgcg gcttcaagct gtacgtgctg cgcgccgacg
    20881 gagccggcct gcgcttcctc tgcgagctgc ctcccaacgc caagccgcgc gaggaatgat
    20941 caggcaggca cggcgaacgt gcgctccgcc tcgtcggacg cggcaggctc cgtcgcggcg
    21001 ggctcggacg ccgaggcgat ggacgagaag cgcgtggccg tctcgatgaa gctctccacc
    21061 acctggctgc ggtagatgcg cttgtcgtag gcgaggtaga tgatgtgcag atcgtcgggc
    21121 acgtcgacga gttcgagctt tttcacgtgg tcgaaccgct cgatggcgaa cgtgtccagc
    21181 atgacgcccg gcatggcgtg gttggccacg acgacgctcg tcagcatgaa ctcgtcgtcg
    21241 tacacgatgg tgggctggat gccgtgcccc tcgaacagcc gcctcacctc caacccgagc
    21301 ggcgtgcccg gcgcgtagct ggcgaacggc acgcccgcaa gctcggacag cgacacgctg
    21361 tcgcgcgcgg cgaaggggct gtcctcgtgc accaccagca cgaggcgctt cgacagcatg
    21421 ggcacgaagc acaggttcgg ctcgttttcg gccttcgacg cgaagatgag gtcgaactcc
    21481 tgcgccttga gcgagcggat gagcggcagc gtgaactcca cggagaaccc catcttcacc
    21541 tcgtagccgt actcctgcca gaactgctgc agcagcgcgg gaaggaagtc gtgctggatg
    21601 gtggggatgg tgccgatgct gagcgagccg cagttcaccg tgccctgcgc gcgcaccgac
    21661 gcgatggaac ggtcgagctc gccgagcacc ccggcgacgt cggcgtagaa gtcgcgcccg
    21721 tgcttcgtga gcttgatctg gcgcccgtcg cggaagaaca ggggcacgcc cagctcgtgc
    21781 tcgagcgcct tgatggacag gctgagcgtg ggctgggtga tatagagctc tttcgccgcg
    21841 cgggtcatgt gctgcgtctc cgccagcttc ttgaagttgt acagctgcga aagggaaagc
    21901 gaagaagagt tgttcatgga tgcctcctca tctgccgccg cgatgccgac gttcggccct
    21961 tgtccctatc ctaggccctt atcgcggacg acgccacggc cagcctgagc gttctgttgc
    22021 gctgcaaaaa gggcgcgcat cgtgcgcgcc cctccaaacg cctattccca cagcgcccgc
    22081 agttttcgct tgccgatgga gatggccgcc aggccggtga ccagcaccac cacgagcatg
    22141 acgagcccca ccacgaacac ggtgtcgaac ccgtacgacg agcccaccca cgcccagatc
    22201 atcgaggcga acgcgccgat gaggttgaac acggtggaga tgcgcgagta gatcaccggg
    22261 tactcgcgcg tgccgaagat ggagcgcgtg agcgccggca cgagcaccac cgccgtggcg
    22321 tagaacgcgc cgaagatgaa cgcgccgccg tacagcatga attccgaggc gaagccgaac
    22381 cagcacagga agatgcccac cacgccggcc gcgaacgcga accacaaggc gcccttgacg
    22441 ctcttgtcca cggccgcgcc caggatgatc ttgaacagcg cctgccccac catcatgacg
    22501 gtggacatga tgccgcccac cacgagcaca tcgaaggcca cgcccgtgag cgacttcgtg
    22561 tacgtgggga actgcatggc gatgaggttc gcgatgttga tgatgcccgc gcagatgcac
    22621 acgaggtaga acgccgacga cttcatggcg agcgacgcgg acaacccctg cggcttcggc
    22681 gcctccttgc cctcggacac cgtggcgccg tagggcgcca ggccgcagtc ggacgggcgc
    22741 gtgcgcacgc agaacagcgt gaacggcagc gaggtgacca gcgcgatgac cgcccagatg
    22801 aggtagatct gatggaagtc catgccgccg gacttgagcg cggtgaacac catggaccac
    22861 agcgccccgc cgatgccggt gaaggccatg cacaggccga tgaagaaccc ggcccgctcg
    22921 tagaaccagt tgttgaccag cacgggaatg gccagccaca ggatggatat ctcgccgagg
    22981 cccagcagca cgccggccac gtagaacagg tagatattgg tcgagaagcc catcagcgcg
    23041 aacgcagcgg ccacgctgca ggccgatgcg ctcaagatga tgcgcacgtc caccttctgc
    23101 agcagcttgc cggcgaaggg cgaggcgacg gtcatggtga ggtacatgat ggtcacgtac
    23161 agcgcgaacg aggtcgtggg gatgccgagg gcctccgaca cgaccggttg gaacaatccc
    23221 caggttgaaa agcagagcgc cgaacatccg aacgtgatca tgatgccggt gagaacgacg
    23281 agcagatgac gcgacgagag tttctcgcgt gcttgagtag ccatacaacc ccctcttgaa
    23341 atgggtggaa cgaacccgga cgttgagcgg cgtccgggtt cgcagggtgg ggtgccagcg
    23401 ccgaggcgcg gcggagatta gaggttcttg aactggtact tctcaggatt gtccttgacg
    23461 tcctgcttgt tgcgcgggtt catcttcgcg cggccgatca cgccgtcctg agacacggcg
    23521 ccaagcacct ggttgcggtt ctccatcttg acctgcgtct cgaagctcgt gccgtcgacg
    23581 gccgcatgga tggactcctt cgtgaggcgc agcgccatgg gagccgtggt gtcgcacatg
    23641 tggtgcgcga gctcgacggc cttcgccacc acctcgtcgt cgggcaccac ttcgaggccg
    23701 aagccccagc tgtgcagcgt ttcggcatcc cagcggtccg gcgaggacat gatgcggaag
    23761 gcgcgctcgt agccgacgat cttcggcagg tagaacgagc cggacatgtc ggtgccggtg
    23821 tagccgatgg ccaggtagcc ggcgttcatc ttgaacgact cgcccaggat gcgcatgtcg
    23881 caggcgcagg acaacgacat gccgccgccc acggcgtagc ccttgagggc accgatgatg
    23941 ggctgctcgc agcggtgcat gtacaccacc tggtcggagc agatgcgctg catgaggtag
    24001 tacatcgtct gcacgtcgcc catgtcgtcg ggatgctcca tggccaggtc gttcaggttg
    24061 aagccggcgc agaaggcgcg gccctcgccc gtcagcacga tgacgcggca ctcgtggtcc
    24121 atgcgcacct tgatgaggaa ctcgttgaac tcggccatct gcgcgtagga catggcgttg
    24181 aggttgccgg ggtcgttgaa cgagacgatg tagacggggc cgtccttctc gacggtgatc
    24241 ttctcgtagt tgtcgtacgt gaactcgggg acgcagtact tctcctggta cacactcatg
    24301 ttgttcctcc tcagatacgg ttcgtcccgg tgaccctgag catccgggat cgcatgggac
    24361 acaggctaca ggccgccgcc cgcgccgaac acggacagaa atcgccctct tgccaccctt
    24421 cgcgcattcc attgaaggtt tcaatgaatg attcttgctc atgtggataa cgacgcgggc
    24481 gctcgccgct ctatggtgtt tgacctgctg ttattctggc cttcgaatgc gctcggccat
    24541 cagaaggtgc gggtttgacc aatgaatgcc ccgcgcacgg gccgcgcgac catagaaaag
    24601 cgctccgagg ctggtattcc ttttccaaat ggatacgccg ccaattcgcg gccaccttga
    24661 attggaggga tgcgccgccg cgcgccatac tggaagcagg cggcgcggcg ccgctcgaga
    24721 cgcagacatc aggaggatga gatgaacccg aacgccacca tcaccgacga acagttcgaa
    24781 gcctacctcg cgcagatccg cgcgcttgtc gaaggcccct tcgaggagct gcagaaggag
    24841 gtggaggtga ccaacgcctt ccccgacgag ttctacgagc tggcgcgcga gaacgacctc
    24901 taccgcttct acctgcccgc ctgctacggc ggctggaacc tcagcgagct cgagatcctg
    24961 cgcgtgcagg aggagttctc gcgcggcccc ggcggcatgc gcatgcacct gcatcacgcg
    25021 gccgacatga actggcgcat cctcgacgac tacggcaagc ccgagctcaa ggcgcgccac
    25081 atgcagcgct tccaggacaa gggcgtgtac tgcaacttcg ccatcaccga gcagacgggc
    25141 ggcacgggcg ccgacatcca cgccaccgcc ctcaagcagc ccgacggcac ctacctgctc
    25201 aacggcgaga agtggctcat ctcgcacacc gactgctcgg acttcaccta cgtcatcgcc
    25261 gtcaccgacc ccgcgagcga caaggacagc cgtctctcgg cgttcttcgt gcccaacgac
    25321 gctcccggct tcgaagtggt gcccatgccc catatgatgg gctgccgcgg cgcgggccat
    25381 gccgcgctta ggttcaccga cgtcaggctc gacccgctct acctgctcgg cgaggaaggc
    25441 cagggcatgg aggtggccat ccactcgctg tcggtgtcgc gcgtccacat cgccatgtcg
    25501 aacctcggca tggcgcagcg catgttggaa atctccctca agcgcgcgca ggaccgcgtg
    25561 accttcggca agcccatcgc cgcgcgtcag atgatcaagg cgaagatcgc cgacatgcag
    25621 aagatggtgc acgtgctgcg ctgcgccgtg tacgatttcg cgcgcgactt cgaccgcgac
    25681 ccgcacaacc cgcagatcac cgagaaggcc gccatctgca agctgttctc catcgacacg
    25741 gtgaagctcg tgtccgacga gatgctggag atattcggcg gcgacggcta cttcgaggac
    25801 tgcccctacg gccccgtcga gcgcctatac cgcgactgcc gcgccatgtg gctcgaggaa
    25861 ggcgcgccct gcgtgcagcg catcaccatc gcccgcgagg ccgaagcccg cggcggcgcc
    25921 ctcgactaca cgttcgccta gccctccccg tgcggggaaa ccgctgcgcc gcggccgttt
    25981 cctcgcgcac cccctagatg cgcgaggttg accggccgcg caggggcgct cgtgagctac
    26041 actggcctcg aacgcgaaac gggggccgac catgaatctc tcacaggtgc gctacttcaa
    26101 gaagctggcc gaggtgcagc actacacgcg tgcggcgaag gagctgttca tctcgcagcc
    26161 cacgctgtcg aactccatct cccagctcga gcgcgagctg ggcatccccc tgttcgagcg
    26221 cgagaaccgc gccgtgcggc tcacgcgcta cggcgaggag ttctacgcct acgcgagcca
    26281 ggcgctccag ctgctcgaca agggcgtggc catcgcgcac gagcacgccg gctccctgtc
    26341 cggcaccatc gagatcggca ccgtctacag catccagggc gactacctgc ccgcgctcat
    26401 gagcgcctac cgcgccgcct gcggaacggc cgtcaccacg aacgtctccc aggggctcac
    26461 gctgcccctc gtcgaggacc tcgagcgcga ccgctacgag gtggtgttcg cggcgcacgt
    26521 gcccggcaag ccgaagctca cgttcgtgcc cgtgttcgag cagcggctcg tggccatcat
    26581 gcaccgccgc cacccgcttg ccgcagctga cgaggtcacc ttcgacgacg tgcacgccgc
    26641 cgagcggctg ctgtcctacc cgccgcagac gcccgtcgga tgcgaggtgg cgcgcctgct
    26701 cgagcgccac ggcatcgcgc tcgccgggcc cttctaccac gacgagatca ccctggccag
    26761 catggtggaa agcacgcagg gcgccgtcgg cctcgcgctc gacaccatcg gcctcgcccc
    26821 gttcgccgac atcgcggtca agccgctcgc cggcgtcgac gacgccttcc acgccatcaa
    26881 cctcgtgtac aagacgagcg ccttcaaaac ccgcgcgctc gagagcttca tcgccttcgc
    26941 ccgcgccttc gtctggaagc cgcgctgaaa agggcgcgcg gcgcatgatc gccgcgcgcc
    27001 ctcgagacgt gcgcagtgct ttgcgtgccg cagcgatgcg gccgcaggtc ggcgcgtcgt
    27061 cgcgccgcgg gtcgccctag cggcgctgct cctgcttgtc gttgagcagg cggttgagcg
    27121 cgttgaggta ggctttcgtg gacgacacga cgatgtcgcc gtcggcgccg cggcccgtgt
    27181 aggcgtcgcc cgacgggtcg gtcacgcgga tggtgacctc gcccagcgcg tcgatgccgc
    27241 gcgtgacgga ctgcaccgag aactcggtga ggtcgttgtc cacctgcacg atcttgttca
    27301 cggccttgca catggcgtcg atggggcccg cgccgtactc gcaggcggtg accacctggt
    27361 cggcctggtt gcgcagcgtg acggtggccg tcggcgtgag cgggaagccg cagctgatct
    27421 gcacgccctc gagcgtgtac agcgcgctct cgttgcgttc gcgctcgttc acgaggcttt
    27481 ccagatcctc gtcgtacact tccttcttct tgtcggccag gttgaggaac gcctcgtaca
    27541 cctgatcgag cgcctcgccc tcaagctcgt agcccagctc gtcgaggcgg tgcttcaggg
    27601 ccgcatggcc cgagcgcgcc gtgagcacga tctggctggt gcccgcgccc acgtcggccg
    27661 ggtcgatgat ctcgtaggtg tcgcgcttct tgagcacgcc gtcctggtgg atgccggagg
    27721 agtgcgcgaa ggcgttcgcg cccacgatgg ccttgttggc ctgcacgttc atgcccgtga
    27781 tggacgacac gaggcggctc gccttgatga actcgcgcgc gttgatatcg gtgtgggcgt
    27841 ccagctcgtc gccgtgcatg cggatgccca tgaccacttc ttccatggcc gtgttgcccg
    27901 cgcgctcgcc caagccgttg atggtgcatt ccacctgcgt ggcgccgcat ctcacgccgg
    27961 ccagcgacag cgccgtggcc atgccgaggt cgttgtggca gtgcaccgac acggtggcac
    28021 gctcgatgcc gtccacgtgg tccatgaggt acttgatgcg gcagccgaac tcctcgggca
    28081 gcgagtagcc cgtggtgtcg gggatgttca ccacggtggc gccggccttg atgacggctt
    28141 cgatgacgcg cgcgaggaag gcgtagtcgg agcggcccgc gtcctcggcg tagaactgca
    28201 cgtcctcgac gaatttcttg gcgtaggaca cggccttcac cgcgcgctcg acgcactcgt
    28261 cctcggtgat gcgcagcttg tcgcgcatgt ggctcgggct cacgccgatg cccgtgtgga
    28321 tgcgcgggcg cttggcgtac ttgagcgcgt cggccgccgc gtcgatgtcc ttctccaccg
    28381 cgcgcgtgag gccgcacacc gtggcctggt cgcccgcgag ctcggcgatg cggcggacgg
    28441 actcgaagtc gccggggctc gagatgggga agcccgcctc gatgacgtcg acgttgagtc
    28501 gcagaagttg acgcgccacg accagcttct cctcggtgtt catggaggcg cccggcgact
    28561 gttcgccgtc gcggagcgtc gtgtcgaaga tgtcaatctt gcgagtcatg tgcgtgttcc
    28621 ttccttctcg acccactata tagtttgact atcatagcaa atatgccagg cgtatcgctt
    28681 cggattgtct cccggcgcgc gaaaaagaag cccggcaagc gcagggagcg cttgccgggc
    28741 ccgatgccga cgacgtgctg aagaggaggt cgcacgcgct agcaggaggg tgagctcgct
    28801 ttcgcgtcgg cgcccgtcgc gccgtggtcg ccatcggcga cgagcaggtc gttcggcgag
    28861 gccttcatga tgaagcgctc ggtgaggacg aggaaggcca gcgcgccgag ggcgatgacg
    28921 ccgcacagca cggcgatctc cacccaggaa ggcgcgtacc agctggtcac agcccacacg
    28981 tccatccctg tggcgctcgc cgacgtaccg tcgatgagac cgggggcacc gtaggtgttc
    29041 ggcgtgatga acgaggtgaa cagcagccac acgcgcttgc agaacacgcc caccacgacg
    29101 cacgccgagg agaacacgat gagaccggtc ttctggcggt tcttggcgaa cacgaggatg
    29161 gtgaacggga tgagcacgcc cacgatgatc tcgatccaga agtacggggc ggtggcgccg
    29221 aagaacatct gggacagcac gttccaaccg ccctccgtgc cgggatacgc ggtggtcaga
    29281 agctcgcagc ccaccatgta gccgtcgacg gcgatgcagg tggccaacag tcccgccagc
    29341 atggccaaca gcttcttcga cgtttcgaag atgccgcgct tgttgagcca cacgagcgcg
    29401 atgagcagca gcgccaggcc ggagtccatg gcggacgcga cgaacagcgg gcccatgatg
    29461 gcgctgtgcc agccctcgcg ggcgatctgc agggcgaaga tccacgccgt caccgtgtgc
    29521 acgaggatgg cgatgggcag ggcgaagcgc gacacgatgg cgatcttgga cttgtcggcc
    29581 ttcttcgagg tcatgaagta caggtagatc aggttgatga cgaggtacaa cgtgatgacg
    29641 cagatatccc agaacaaagg cgagatgagg ttcggcgaca ggatgaggtt gaacaggcgc
    29701 gccacgccgc cgaggtcgag gatgaccagc aggcccgcgc agcagatgca caccgtggac
    29761 acgcacacgg ccggcagcgc caccttcttg aactcggtca cgtggaagat cgacgccgag
    29821 gaggccacga tgaggccgcc ggcggagagt cccacgaaga acatgaacga ggcgatgtac
    29881 aggccccagg aggtgccgtt gttcatgccg gtcacgccca ggccgaacat ggtctggtag
    29941 atccaggcag cggctccgaa ggcggcgatg acggccaaga cgatcatcac cggccgggag
    30001 attcgtttcg tttgcattcc taccccctag tcgttgtagt agcggagctg cgggcgggtg
    30061 ccgaactcct cgagcagctg atgggccttg ttctcgcgca cgaccttcga gatctcggaa
    30121 tcgggatcgt ccaggtcgcc gaacacgcgg gcgcggccgg gacacacgcg cacgcacatg
    30181 gggatgtcgc cgcggtcggt gcgctccttg cacagcgtgc acttctcggc gacgcccttc
    30241 gggcgcaccg gcacgtcttt gtcgccgtag ttccagttgg ggtcgcgctc gggctcgttc
    30301 cagttgaaca cgcgggcgtt gtacgggcac gcggccatgc agatgcggca gccgatgcac
    30361 ttgtcgtagt ggatctcgac gcggccctta tcgtccttgt acgtggcgcc caccgggcac
    30421 accttgaggc acgcggggtt ctcgcagtgc tggcaggcca cggggatgta cgtgcggctg
    30481 aggttcgggt aggttccctg cgcgccgtcc accgtgtcca cgccgtcggt ctccacgcgg
    30541 atgtacagca tgttcatggg gatgttgttc tgcatcttgc aggcgttggc gcaggtgttg
    30601 cacccaacgc aacgctcgag gttgatggcg atgccaagct tcgtcatggt tgctcaccta
    30661 cgctttcttg atctcgacga gggtgtcgga gaacgggatg accgggccgc acatcagctc
    30721 ggcgccgcgc tctacgtacc cgtcgttcgt cacgttctgc acgttgccct cgatgaggta
    30781 gtcggccgtc tggccttcga acatgcgcgc gctgccgggg cggatggact cgttggcctt
    30841 cacgcggcac tggtaggagc cgcggtcgtt gaacacctcg acggcgtcgc ccgtggcaag
    30901 cccgcgcgtc tccatctcca ccgggttgag ctcgatgcgc ggctcggcga actgctgcag
    30961 ccacttcgcg tcgttgaact ggttgtggat gcggtagcgc gtgcgcacgt tggccagctg
    31021 cagggggtac ttccccgcca gctcgctgtc ggcgtgcgcc tcgagcggcg gctcgtaggt
    31081 gggcagcgcc tggtcgtagg ccaccaggcc gtcgtagtac acgtccatgc gggtggaggt
    31141 ggtggcgaac acgcggtcca tgaactcgcg gcgcggctcc tcgatgccct cgagcgggta
    31201 cacgccctgc ttttcgttga tcttgtcgat ggtgagcgac gagacgtagg ggtcctcgga
    31261 ggaggacagc accttcgcca cccactcgtc agaggtcttc ggcaggtact ggtccacgcc
    31321 gaagcgcttc gcgatctcct tgccgatcca gaagtcggtg cgggcctcga acagcgggtc
    31381 gatgatcttg ttctgcagca cgatgttgct gtagcccacc ttgacgttgc ccacctcggt
    31441 gtcgttctcg aagcgcgtgc aggcgggcag gatgatgtcg gcccacttgg cgccctcggt
    31501 gaagtacggg tcgatggtga cgatgaagtc gaggccgcgc gcgaaatcgg cggtcttgtt
    31561 catgttgcca atatgctgct gcagcacgtc gccgcagaac acgcaggcgc gcaccttcgc
    31621 gttgccctcg cgggcgtcgt acagcggcat ctcgagcgtg ccggccgcca tctcctcggg
    31681 cagctcccac gcgccgagcg cgccggcatg gccgttgtag ctgccgccga cgaacacgcc
    31741 cacgccggcg cccaccttgc ccacgttgcc cgtgagggcc acgagcgtgg cggcggcatg
    31801 gccggcgatg tcggcgttgc ccatcttgtc gttgccgccc cacccgagcg ccaggcacgc
    31861 ggggccttcg gcgtattcgc gggcgagctc gcggatggtg tcggcgggaa cgccggacac
    31921 gccttcggcc cattcggcgg tgtaggaggc ctgcttcttc ttgagcaggg agaacacggt
    31981 agtgcactgc gtgccgtcaa cggtgaaggt gccctcgagc gccggcgtga ccgtggcgtc
    32041 ggtgtgcggc gccttcgcgc ctgcggccgc gtcccacacg aagaaggggt tctgctcgcc
    32101 cgtctcgggc tcttcggccg ccgggtcttc ggcatggtcg cgcagcagct tgccggtgga
    32161 ggcgtccacg aggaacggca gcgaggtgtg gttcagcacg aagtcctcgt cgtagagctg
    32221 ctcgtcgagg atgacgctgg ccatgcccag gaagaaggcc gcatcggtgc ccggcgtgat
    32281 gggcacccac tggtcggact tgccggccgt cgtggagaag tgcgggtcca ccgtcaccat
    32341 gcgggtgccg gactccttcg cctcgaagaa caggcgcacg ttgggcaggc tcgattcgag
    32401 gaagttgctg cccacgttga gcacgaggtt ggagttcacc cagtcgcgcg cttcgcaggt
    32461 ggccatggcg tagccgccgc cgaagccgat ggcggggtcc aggccgttgc cgatgcccac
    32521 gtcgatgccc gagctgccgt cgacctgcgc gccgagcgtg gcggcgagcc aggggaagtt
    32581 ggcctcggcg cccgaggaga tgaccacgca gtccttgccg tgcttggcct ggagctcttt
    32641 gagggtgtcg cacacctcgt cgagcgcttc gtcccaggag atgggcgtga actcgcccgc
    32701 gccgcgctcg cccgtccgct tgagaggggt ctgcacgcgg tggtcgccgt agatgtgctg
    32761 gacctcggag atgcccttca cgcagatggt ctcgtaccgg tcgtcgcagc agttgttcgg
    32821 ctgcaccgac accatgcggc cgtcgcgcac cgtgcacgcg agcgggcaca tgccgccgca
    32881 gtgcgactgg tggtacgtgt acgccgtgta ctcctcgccc gaatccgcat gggccggcac
    32941 caaccattct tcggatgtcg ccatcgcacc ggcagcgccg aacagcgcca ggccggctcc
    33001 cgcggccgcg gttcccttga tgaatccgcg tcgcgttacg ttcgcctcgt ctatggccat
    33061 tgcatcccct ttctcagtga ctcgcatgac cgtttcctcg accgttatta actgatttgc
    33121 atagtaatat agttaaatag gaaattgaat atatacaaac aaagaataaa cacaagctgc
    33181 ggtaaacggt agcggaagag cgacgaaggc cgcgcacgtc ggatgacgcc gcggcctttc
    33241 gcttacgaga atcctgcgtc aagggcatcg tatacccacg tcaggaacta agtatgatct
    33301 gttgacgaat gtgttcggag ggacgtcccg cacccccgat gtttcacgtg aaacatttgt
    33361 tcggggacgc tcccctttcg gcccctactt ccctttgcgc agcgcggagg cgatgtcgcc
    33421 ggtgaagcct tgcgcgtagg ggctcggcac gaccaccatg ttgccgccct ccttcacgct
    33481 ttcgttcacg aggctcatca tgcgcagctg cagcgcgaga tcgtcctcgc ggtaggcgtg
    33541 ggcggccgcg atgaacatgt cggagatgtc cttctccacc tcggccagca ccacgcgggc
    33601 gttgcgctcc tgctgcgcct gcgcttcggc cgacatggcc ttctgcagct cctggggcat
    33661 gcggatgtcg cggatttcca cgtcgatgat ggtgacgccc cactgctcgg tcttctcttc
    33721 gatgttcttc ttcagctgct tgtcgatgtg cgcgcgctgc atggacagct cggcgatctc
    33781 cacctggccg atggcgtcgc gcagcgcggt ctgcgccacg agcgatgcgg agtgctcgta
    33841 gtcctccacc gccaggcacg ccttcttcgg gtcccacacc atccagaaca cgacggcgtc
    33901 gaggtccacc ggcacgaggt cggccgtgag cacctgctcg gccgagcacg cgatggacga
    33961 gatgcgctgg tcgatgacga tggtcaccga atcgaccacg ggcacggtga cgtacaggcc
    34021 cggtccagcc aaccggcgga agcgcccgaa gcgcagcacg acggcgcgct cccactcgta
    34081 ggcgatgtgc acgctgcttg ccaagccgag gcccgccagc acgcccagcc ccacggtgaa
    34141 cgcagagcgg aaggggtagg tgacgcccac caccacggcg aacccgatga gaaacagcgt
    34201 gatggccagc acgaacgcac cgcggcgcga cgcttttcgc cgtccggagg cggtctcttc
    34261 cccgccggag agcacgtcgt tcgatcgatc gttgccgcgt ttgccgaact tgatcatacc
    34321 tcgctcctat cccatctggg agattttatc ctggaagcgc cccgcgatct cctcgcgcgt
    34381 catgcccagc tcctcgcatt ggcgaatgaa gtcgctcatc atagcatcga cggtggattc
    34441 gacggaatcc tcatcgtcga acgccgggtt ttcggccacg aacgtgccgc gtccgcgctt
    34501 cgacatgatg aggccggcgg tttccatgct gcggtacacc ttgttcacgg tgttgtagtt
    34561 gatgttgagg ttgacggcca tctcgtgcac ggtgggaagc tgatcgcccg gctggtactg
    34621 gcccgtctga ataaggaaga cgaggcgatt gcgcagctgc acccagatgg gcacgccgct
    34681 gcgttcgtct atgctgaaat tctccatatg gttgcttcct cggcgcgagt tcccatcccg
    34741 gcgctcatta tcttatatcc gtagccaact acgaccgtat acattttagc gcgcggcacg
    34801 ccgtatcgtg gcgagaatcg cgcattcgat cgagcacgct catagatagg agataagctc
    34861 catgaacggg gccacgcaca ggcagtagcg caggaagaag ccgccgagca ggagcaggat
    34921 gccgatgcag gcgctcgtgc gcgcgtcggc gcggtagaag gccagctcga gcacgaacgg
    34981 cgccgccaaa cccgccaccg cgagcgcgct ccagaacacg ggcgccaagt cgcccgtcac
    35041 caggcgcgcg gccgccgcgc tcgacagcgg gtcggtcatc gccagcagaa gcagcgccgt
    35101 cagcgccagg gcctcgagca cgagcagcac cgcatcgacg cgcgcgacgg cgcggaacag
    35161 cacgcccgac ggcgcgtcgc acacgagcgg caggatgagc agcacgccgc ccccgcacga
    35221 cagcgacgag cacacgaaca gcacgggcac gaggggcgac cccagaaacg gcagcgtcca
    35281 gatggtggac aggaacagcc ccgagtacac catcaccacg acggcgctcg cgcagcccgc
    35341 cgtcttcacg gccagcacgg caccgcgccc gaggcgcagc gccttcgtgt tgcacgcgat
    35401 gagcagcacg gccgcgccga cgaacgccac gagcgcccac gcgcccaccg acagcaccga
    35461 acccgccggg ttcagcagca cctcgagcgc cagctcaggg cgccccaggt cgagcaggag
    35521 gcacgtcgcc cccaccgcca ccatgccgca cgacgcgacg agcgccggca gcgcgatgcg
    35581 cccgagcggc ttcgccagcc ccggcaccgt gcgcgcccgc cacgacaggt acacggccgc
    35641 gacgaacgcg ccgcagccgg cacccgcgag gaacaggtag atgacgatga gcgggctgaa
    35701 catggctcct gcttctgccc ggctacagct tcacgtacca gaggttcttg aggtctccca
    35761 ggcccgcgcg cagcttcgcc agcacggcgt cgtcaaccgc gccctccacg ttcatgtaca
    35821 cgagcgcgca ctgctcggcc ggcttcgtgc cgatctgcat cgtggtgatg ttgatgcccg
    35881 cctcgcccag gatggtgccg atggtgccca cgcggcccgg cgcgtccacg tactcgaaca
    35941 cgagcgactg gctggccggc gcgatgtcca gctggtagcc cagcagcgac acgaggcgcg
    36001 cggcctgcgc ctcgcccgcc agcgtgcagg ccacctcggt gccgtccgcc accaccgaca
    36061 cggtggacgc gtagccgccg gcgtccggcg ccgacagcgt gtcgaccttg atgccgtggc
    36121 gcttcgccac cgcatcggcg ttcaccggcg tcaccgtggc cgtgttctgg tacgacagca
    36181 ggcccttgag cgtgcccgcc acgaggatgg acacgtcggc gttcgccagc gagccggcgg
    36241 ccgtcagctt gaggaactgc gggatctcgc cgtcgatctg cgcgagcatg ctgcccatca
    36301 tctggcatgc gggcacgtac gggcccaccg cgtccatcac ctcgggcggc acgggcgcca
    36361 tgttgagggc cgtcggcacg atggagccct cgagaccggc ggccacgtac tcggcggtct
    36421 gcacgccggc gcgcagctgc gcctccttcg tcgacgcgcc gaggtgcggc gtgaggatgg
    36481 cgttgtcgaa ctcgtgcagc gggctcgcca ggcacggctc gctctcgtac acgtcgaggc
    36541 ccacggcgcc gatcttgccg gccgccagga agtcggcgag cgagtcgacg ttgtagatgc
    36601 cgccgcgcgc ggcgttcacc agcaccacgc cgtccttcat gcgcgcgtac tggtcggggc
    36661 cgaacatccc gatggtttcc ttcgtcttgg gcaggtgcac ggtgatgaag tcggcgagcg
    36721 gcacgatggc gtccacgtcg tcgtacagcg tgacgcccag ctgctcggcg cgctcggggc
    36781 tgcagtacgg gtcgtagccg atgagcttca tgccgaagga gcgtgcgcgc tcggccacga
    36841 gcccgccgat gcggccgagg ccgaagatgg ccagcgtctt ctcgtacagc tcgacgcccg
    36901 tgaacttgct gcgctcccac ttcccctcgt gcatggaggc gttcgcctgc ggcaccttgc
    36961 gcgcgcaggc cagcatgaga cccagcgcgt gctcggcggc cgacacgatg ttcgacgtgg
    37021 gggcgttgca cacgatgacg ccgcattcgg tggcggcttc cacgtccacg ttgtccacgc
    37081 ccacgccggc gcggccgatg atgcgcaggt tcttcgccgc ttcgatgacc gcgcggtcca
    37141 ccttcgtcgc cgaacgcacg atgagcgcgt cgtaggcggg aatggtcgcg atcagctctt
    37201 cgggcgacag ctccaacacg acgtcaacct cgtagccctt gtcgcgaagc accgcaaggc
    37261 cggcgtcggc cagcttctcg gtaacgagca ccttcttcgt cataacggta accaccttac
    37321 acctgtatgt tcctgtttga gatgccgcgc gaaaagcccg gcccgaccat gatagtgcaa
    37381 acgcgcacaa tatgcgcgta accagcgaaa atatcagaaa cccacctttg gggtgtaccc
    37441 ggtttttgcc gcgttcggta cggtttcgac gcgaaccagc ccgcaacgac gcgtttcggg
    37501 cgcaagggag aaacgagagg aacccatgga aaacaaccgg gcccgcacgg gcatcagcag
    37561 aaggacgttt ttaggagcgg ccgcggtggc gggcgtgcag gtggccgtgt tcggcttggc
    37621 cgggtgcgcg ccgaaggcct ccggcgagga ggcgtcgtat aaggccggca cgtacaccgg
    37681 cgaagccgag ggcaagttcg acaagatcgt cgtggaggcc gacttctcag agcaggccat
    37741 cgagggcgtg cgcgtgatgt acagcgccga aaccgagcgc atctcggccc cggcgctcga
    37801 gcagatgccc gcgcgcatcg tgagcgcgca gggcctcggc gtggacaccg tcacgggcgc
    37861 gacgctgacc agcatgggca tcgtgcaggc ggtggcatcg tgcgtcgagc aggcgggcgg
    37921 cagcgcgagc gccctcaagc gcgtcggcgc gacggagccc accggagccg tcgagcagct
    37981 cgaagccgac gtcgtggtca tcggcgcggg cgcgtcgggc atgggcggcg ccattgcggc
    38041 cgcacagggc ggcaagcgcg tggtggtgct cgagaagaac tcgaacatcg gcggcaactg
    38101 cctcgtgtcg ggcggctacc tggagtacct cacggccccc gatgcggcgc gtcccgcaat
    38161 gacgcccgaa ttcgaccgct acgtggaaga cgtgctggca agcgaaacgg cagcggcgtc
    38221 ggaccccgcc ttcatcgcgc aggtgcgcgc gcagtacgac gagttcaagg cctcgggctc
    38281 cacgaagctg ttcgactcgc tcgacttcta cacgcttgac ttcgccgcca cctccggcga
    38341 gggacttccg cccgaggcgt accgccccac ggcgaacaac atcgccaacc tcaacgactg
    38401 gatgaccgac ctgggcttcg agtgggccac gcccctgcac gccatcacgg gctacaccta
    38461 tccgcgctgg tcgaacccca cggtgggcga aggcggcgag ggctacttcg acttcttcga
    38521 cgaggtgctg ggcacgcagg acctcggcgt gaacgtgatg ctggcctgcg ccgcgcagga
    38581 gctcatcgtg gaggacggcg ccgtggcggg cgtgaaggcg ctcggcgagg acggcaccgc
    38641 ctacacggtg tccgcgccgc aggtgctcat cgcctcgggc ggcttcgccg gcaactccga
    38701 catgctgaag gagtacaaca cctcgtggaa ctaccccgac gggccgctgt ccaccacgaa
    38761 cgtcaacggc cacaccggcg acggcatccg catggccgtc gagctgggcg cgggcgtgga
    38821 ggacatgggc aaccagatgt tgttcccgtt caacagcccc atcaccctgt cggccgagga
    38881 catcatgggc gccttcggcg acagccccgt ggtgaacaag gaagggaagc gcttcgcgga
    38941 cgagaccacc gaccgcttca cgttggccga cgcgctcatg cagcagaccg acaactattg
    39001 cttcttcgtc tgcgacaaca agtgcagcga ctacccctcg cccgagcgtc aggaggtgct
    39061 gctgcgcacg aagcagctgt tcaaggccga caccatcgaa gggctggccg agcagatggg
    39121 ctgcgatccc gcaacgctga aggccaccat cgacgcgttc aacgcccacg cggcctcggg
    39181 cgacgacgac gagttcggcc gctacatcta caccgagcta agctcggttg aagagccccc
    39241 gttcttcgcc tcccccgcca cctgggccgc ccacatcacc ctcggcggcc tcaccgccga
    39301 cgacgagacg cacgaagtgc tcgacgaatc cggcgccccc atccccggcc tctacgccgc
    39361 cggagaagcc cgcaacacca tctgcggcgt cagcagcata ggcgacggcg tagccgccgg
    39421 acaggcgctt gccgggtagg ttgcttgccc tccagcccct tcctcc
//
