LOCUS       c00074_gnlPro..        18973 bp    DNA     linear   UNK 01-JAN-1980
DEFINITION  gnl|Prokka|HFDFCLLF_74.
ACCESSION   c00074_gnlPro..
VERSION     c00074_gnlPro..
KEYWORDS    .
SOURCE      
  ORGANISM  
            .
COMMENT     ##gutSMASH-Data-START##
            Version      :: 1.0.0-1555cd7(changed)
            Run date     :: 2024-10-04 17:53:56
            Original ID  :: gnl|Prokka|HFDFCLLF_74
            NOTE: This is a single cluster extracted from a larger record!
            Orig. start  :: 82538
            Orig. end    :: 101511
            ##gutSMASH-Data-END##
FEATURES             Location/Qualifiers
     protocluster    1..18973
                     /aStool="rule-based-clusters"
                     /contig_edge="True"
                     /core_location="[92538:95509]"
                     /cutoff="2000"
                     /detection_rule="((PFL_acetate1 or PFL_acetate2) and
                     Radical_SAM)"
                     /neighbourhood="10000"
                     /product="Pyruvate2acetate-formate"
                     /protocluster_number="1"
                     /tool="gutsmash"
     proto_core      10001..12971
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="2000"
                     /detection_rule="((PFL_acetate1 or PFL_acetate2) and
                     Radical_SAM)"
                     /neighbourhood="10000"
                     /product="Pyruvate2acetate-formate"
                     /protocluster_number="1"
     cand_cluster    1..18973
                     /candidate_cluster_number="1"
                     /contig_edge="True"
                     /detection_rules="((PFL_acetate1 or PFL_acetate2) and
                     Radical_SAM)"
                     /detection_rules="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /kind="chemical_hybrid"
                     /product="Pyruvate2acetate-formate"
                     /product="GR_fatty_acids"
                     /protoclusters="1"
                     /protoclusters="2"
                     /tool="gutsmash"
     region          1..18973
                     /candidate_cluster_numbers="1"
                     /contig_edge="True"
                     /product="Pyruvate2acetate-formate"
                     /product="GR_fatty_acids"
                     /region_number="2"
                     /rules="((PFL_acetate1 or PFL_acetate2) and Radical_SAM)"
                     /rules="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /tool="gutsmash"
     protocluster    743..18973
                     /aStool="rule-based-clusters"
                     /contig_edge="True"
                     /core_location="[93280:97215]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /neighbourhood="10000"
                     /product="GR_fatty_acids"
                     /protocluster_number="2"
                     /tool="gutsmash"
     proto_core      10743..14677
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /neighbourhood="10000"
                     /product="GR_fatty_acids"
                     /protocluster_number="2"
     CDS             1443..2363
                     /locus_tag="ctg74_56"
                     /transl_table=11
                     /translation="MKKYIMIGILFAFPFCLSADEPVKAIYAKITNPDNKEITVVAHRA
                     DWRYAPENSLAAIESSIRLGADVVELDVQKTKDSQLILMHDKTLDRTTTGKGKVAEWTL
                     DSIRTLYLKNGAALKTKHRVPTLEEALWVAKGRVMVNLDKAYPIFDEIFPILEKTGTVD
                     QIIMKGSKPVADVKKDLGKYLDRIIYMPIIHLDKPGAMKQLDDFMTELHPVAFELLFVS
                     DTCQAPKQVKTKLKGKSKIWYNTLWDTMAGGHDDDKSLENPDEGYGYLIDTLGAAIIQT
                     DRTAYLLEYLQSRKKRSENGQDAYH"
     CDS             2379..3737
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) MFS_1"
                     /gene_functions="transport (smcogs) SMCOG1058:Major
                     facilitator family (Score: 153.4; E-value: 2.6e-47)"
                     /gene_kind="transport"
                     /locus_tag="ctg74_57"
                     /sec_met_domain="MFS_1 (E-value: 3.1e-47, bitscore: 153.4,
                     seeds: 192, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MGFKLLDFYKISPPVSGGETDPERSVRFKRIRWATFLSATTGYGI
                     YYVCRLSMNVIRKPIVEDGVFTETQLGIIGSCLFFVYAVGKLTNGFLADRSNVKRFMST
                     GLLCSALINLCLGFTNSFFAFVLLWGLNGWFQSMGAASGVVSLTRWYSSKERGTFYGFW
                     SASHNLGEALTFISIALLVSWMGWRYGMIGAGVIGLLGFLMMLAFMRDTPQSQGFLLDR
                     WGTSDAHSVSGKQTEEFNKAQKAVLKNPAIWILALSSAFMYISRYAVNSWGVFYLEAQK
                     GYSTLDASFIISISSVCGIVGTVFSGIISDKFFAGSRNVPALIFGLMNVSALCLFLLVP
                     GVHFWVDALAMVLFGLGIGVLICFLGGLMAVDIAPSNASGAALGVVGIASYIGAGLQDV
                     MSGILIEGQKTVQNGVEVYDFTYINWFWIGAALLSVVFALLVWNAGEKRSEIN"
     CDS             3855..3989
                     /locus_tag="ctg74_58"
                     /transl_table=11
                     /translation="MENSLSDELFCSLKNELREVDAQISVHSKKLLELIDQKKELSSN"
     CDS             4007..4261
                     /locus_tag="ctg74_59"
                     /transl_table=11
                     /translation="MTPTVIEYRGDPKRYVSVILGAIDRGRLTYNGDANCEQTFRSLSS
                     VIDVISPKNGKALSIETLVSYEKKERAGEFSDYSEGKFE"
     CDS             4354..4695
                     /locus_tag="ctg74_60"
                     /transl_table=11
                     /translation="MRRKVIAYGQYYKDFLATLTEKEIQKVKYVLSLLGTEDRLPIKFI
                     KVIRDGLYELRISYNGNIYRIFFIFDEGQIVVLFNGFHKKTQKTPSSEIDKALKIKEEY
                     YEYKKQHAD"
     CDS             4667..4978
                     /locus_tag="ctg74_61"
                     /transl_table=11
                     /translation="MSTKNNMLTDISAELDKEFGAPGTPEREKFDEEAYAFYTGQILLD
                     ARREAKVTQSELAKRINATKSYISRIESGAINPSVGTFYRIINALGLKIEIVKPIMGI"
     CDS             complement(5094..5510)
                     /locus_tag="ctg74_62"
                     /transl_table=11
                     /translation="MLFNYTTHFLVLYYFSSSSPPKVRGVREELKLFLFYFFISTFYIS
                     LKKIRMLEILSHSSHFLPFLSPKRRREIGKTQPSFFYFSPHFQISPPIEADFRKYLLSL
                     MCKRSKESDMDNLMRKLPIGIQTFEDIRRKNILL"
     CDS             5845..6147
                     /locus_tag="ctg74_63"
                     /transl_table=11
                     /translation="MQINNHQIVDYDAVLDAKFGAEGTPERAEAEEKAYAFYTGQIIED
                     ARKKARITQAELARRIGSDRSYISRVESGQTEPKVSTFYRIMNALGCKIEFSMIL"
     CDS             complement(6217..8331)
                     /locus_tag="ctg74_64"
                     /transl_table=11
                     /translation="MKHFTIFQGFYYAIAEMTEEEIVSTIGSFTYREKVEEIRRIFAEQ
                     GEKAANEKKKELPAIAFSASYRGRRTKVNLVKYLGHIVIDIDHLSKEELARILPIIKRC
                     DYTRIAFISPKGMGVKIIVRACHPDETLPETLQEIEDFHHAAYTRLVSFYTELCRIEID
                     TSGQDVARTCLFSYDPEIYFNPNADAFLVDQPQASYKVSNRKNLSGSKQQTPPDGPPTN
                     EDTALNAHSANASLVLTLTYYHNKSEKYIAGNRNNYLHHLSCTFNRYGIPQEEASAFIK
                     SQFTDFPADETVSLINSAYAHTDEFNTCKLNGTQKRILRIEQYISEHYETRYNEVLHIM
                     EYRRRHPDTEKPEPFRILDEMMENSIWIEINELGYPCTVKTIENLIYSDFSQSYHPIRE
                     YFELLPEWDGTDYIRILADSVQTSHQEFWAECLERYLVAMCAAATQENIVNHTVLLLCS
                     EIQNIGKTTFINNLLPPELRAYLSTGLINSNNKDDLAKITQAMLINLDEFEGMSGRELN
                     AFKDLVTRKVISFRLPYARRSQNFPHTASFAGTCNYQEVLHDTTGNRRFLCFHPYSIQF
                     ITINYAQLYAQIKYLLNKPGYQYWFTQADNERLEENNEAFIFHSPEEEMVLTHIRKPER
                     FEKVYYLTVSEIAELIRERTGYQYSIGSKIQLGKVMTKHHFESKKGNNGRRYAVFIIDI
                     EQVKSNRLYE"
     CDS             complement(8418..8648)
                     /locus_tag="ctg74_65"
                     /transl_table=11
                     /translation="MNYKEDSFLIRTYTKAELAHLYNPHVCLKVALQILRRWIIYNLPL
                     LHELEQEGYRARNRLLSPKQVATIIHFLGEP"
     CDS             8842..9345
                     /locus_tag="ctg74_66"
                     /transl_table=11
                     /translation="MAMTVSYSVVPRKNPAKKSEPAKYYAQAQASGELDFEELCEAITS
                     RSTCTETDVRAAISGILYEVKRALKAGRIARLGDLGSLQIGLNSEGAASVKEFSGSMIK
                     GAHLIFRPGKTLAELMKILSYQQVQTRAVAQAGAGDGGGEDPDKNPDSGGDGSGDEEAP
                     DPTV"
     CDS             9405..9572
                     /locus_tag="ctg74_67"
                     /transl_table=11
                     /translation="MKEIVSRILDVIMYLIPFFGKRKRDRVVREVRYHTTCKEVCKVKT
                     TEREKEHEKD"
     CDS             9559..10008
                     /locus_tag="ctg74_68"
                     /transl_table=11
                     /translation="MRKISLIVIHCSATRVDCDFTAKDVDTAHRYRGFSCWGYHYYIRK
                     SGEIEPMRDEDTVGAHARGYNAISLGVCYEGGLDENGKAADTRTPRQKEALHRLVHELL
                     QRYPEAKVVGHRDLSPDTNYNGIVDPWERIKECPCFEVIGEFSIN"
     CDS             complement(10001..10729)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Pyruvate2acetate-formate: Radical_SAM"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1015:4Fe-4S single cluster domain (Score: 72.3;
                     E-value: 1.6e-22)"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg74_69"
                     /sec_met_domain="Radical_SAM (E-value: 6.9e-29, bitscore:
                     93.6, seeds: 518, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MMINVHSYESMGTFDGPGLRLVVFLQGCNFRCLYCANPDTIAGKG
                     GTPTPPEEIVRMAMSQRPFFGKRGGITFSGGEPTFQAKALVPLVRELKEKGIHVCLDSN
                     GGLWNEDVEELFRLTDLVLLDIKEFNPNHHQTLTGRSNEQTIRTAAWLEEQEKPFWLRY
                     VLVPGYSDFEEDIRALGEALGKYKMIQRVEILPYHTLGVHKYEAMGQEYKMKGVKENTP
                     EQLEKAAEVFKEYFTTVVVN"
     CDS             complement(10743..12971)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Pyruvate2acetate-formate: PFL_acetate1"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: PFL_acetate1"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: Gly_radical"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg74_70"
                     /sec_met_domain="Gly_radical (E-value: 4.7e-46, bitscore:
                     148.1, seeds: 99, tool: rule-based-clusters)"
                     /sec_met_domain="PFL_acetate1 (E-value: 0.0, bitscore:
                     1173.1, seeds: 10, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MELNKIFKDGLWSSEINVRDFVSHNITPYYGDASFLEGPTERTKA
                     VWNRCLEALAEERENNGVRSLDNVTVSTITSHKAGYIDKENELIVGLQTDELLRRAIKP
                     FGGINVVSKACHENGVEVDDRVKDIFTHYRKTHNDGVFDVYTEEIRSFRSLGFLTGLPD
                     NYARGRIIGDYRRMALYGIDRLIEAKKEDLHNLTGPMTEARIRLREEVAEQIKALKDMK
                     VMGEYYGLDLSRPAYTAQEAVQWVYMAYLAAVKEQDGAAMSLGNVSSFLDIYLEYELSK
                     GTITESFAQELIDQFVIKLRMVRHLRMQSYNDIFAGDPTWVTESLGGRLNDGRTKVTKT
                     SFRFLQTLYNLGPSPEPNLTVLWSPELPEGFKEFCAKVSIDTSSIQYENDDLMREVRQS
                     DDYGIACCVSYQEIGKQIQFFGARCNLAKALLLAINGGRCENTGTVMVKNIPVLTSDTL
                     KFEEVMDNYKKVLIEIARVYNEAMNIIHYMHDKYYYEKAQMALVDTNPRINLAYGVAGL
                     SIALDSLSAIKYAKVTARRNDIGLTEGFDIEGEFPCFGNDNDKVDHLGVDLVYFFSEEL
                     KKLPVYKNARPTLSLLTITSNVMYGKKTGATPDGRAKGVAFAPGANPMHGRDKNGAIAS
                     LSSVAKLRYRDSQDGISNTFSIVPKSLGATDEDRIENLVTMMDGYFTKGAHHLNVNVLN
                     RDMLYDAMEHPENYPQLTIRVSGYAVNFVKLSREHQLEVISRSFHERM"
     CDS             complement(13061..13516)
                     /locus_tag="ctg74_71"
                     /transl_table=11
                     /translation="LTKFQIQRRERDSNPRYTFGVYTLSRRASSTTRASLLSKNSINTK
                     KTLPFSFHNIGGVALHKNKKAAQKLLFSGETGIRTPGTSRYNGFQDRRNRPLCHLSKTS
                     LSEVLFVKSGAKVRIYFKLTRVFTKKNHEHHFQRIAISRYFMLKSIK"
     CDS             13670..14677
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: ACP_syn_III_C"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: Thiolase_N"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ACP_syn_III"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg74_72"
                     /sec_met_domain="Thiolase_N (E-value: 3.4e-11, bitscore:
                     35.2, seeds: 30, tool: rule-based-clusters)"
                     /sec_met_domain="ACP_syn_III (E-value: 1.3e-32, bitscore:
                     103.9, seeds: 136, tool: rule-based-clusters)"
                     /sec_met_domain="ACP_syn_III_C (E-value: 1.3e-34, bitscore:
                     110.6, seeds: 152, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MDKINAVITGVGGYVPDYVLTNDEISKMVDTTDEWIMGRIGIKER
                     HILNEEGLGTSYMARKAAKQLMQRTKSRPDDIDLVIVATTTSDYRFPSTASILCERLGL
                     KNAFAFDMQAVCSGFLYAMETGANFIRSGKYKKIIIVGADKMSSVIDYTDRATCPIFGD
                     GAAAFMLEPTTEEVGIMDSVLRTDGKGLPFLHIKAGGSVCPPSYYSLDHHLHYIYQEGR
                     TVFKYAVANMSDSCEAIIARNHLTKEDIDWVIPHQANQRIITAVAQRLEVPSEKVMVNI
                     ERYGNTSAGTLPLCIWDFEKKLKKGDNLIFTAFGAGFAWGAVYVKWGYDPKEDA"
     CDS             complement(14728..15204)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fe-2S_thioredx"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg74_73"
                     /sec_met_domain="Fe-2S_thioredx (E-value: 6.5e-54,
                     bitscore: 174.0, seeds: 130, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSDIKLACDVVEQVKTICDKHGNNTGELINILHEAQHLHGYLPEE
                     MQRIIASKLRIPVSKVYGVVTFYTFFTMTPKGKHPISVCMGTACYVRGSEKLLEEFKRV
                     LGIEVGETTPDGKYSLDCLRCVGACGLAPVVMIGEKVYGRLQPVDVKKIIEELE"
     CDS             complement(15223..16989)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_4"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer2_4"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) NADH-G_4Fe-4S_3"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg74_74"
                     /sec_met_domain="Fer4 (E-value: 6e-09, bitscore: 27.8,
                     seeds: 528, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_4 (E-value: 0.00013, bitscore: 14.8,
                     seeds: 79, tool: rule-based-clusters)"
                     /sec_met_domain="Fer2_4 (E-value: 9.2e-23, bitscore: 72.5,
                     seeds: 126, tool: rule-based-clusters)"
                     /sec_met_domain="NADH-G_4Fe-4S_3 (E-value: 1.5e-18,
                     bitscore: 58.4, seeds: 418, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MEEKQITLQIDGHFITVPEGSTILEAACKIGINIPTLCHIDLKGT
                     CIKNNPASCRICVVEVAGRRNLAPACATRCTEGMVVKTSTLRVMNARKVVAELILSDHP
                     NDCLTCPKCGNCELQTLALRFNIREMPFNGGELSPRKREVTSSIVRNMDKCIFCRRCES
                     VCNDVQTVGALGAIRRGFNTTIAPAFDRMMKDSECTYCGQCVAVCPVGALTERDYTNRL
                     LDDLADPDKIVIVQTAPAVRAALGEEFGLPPGTLVTGKMVYALRELGFDYVFDTDFAAD
                     LTIMEEGSEILNRLTRYLDGDKSVRLPILTSCCPAWVNFFEHHFPDMLDIPSTARSPQQ
                     MFGSIAKSYWAEKMGIPREKLVVVSIMPCLAKKYECDRDEFKVNGVPDVDYSISTRELA
                     RLIKRANIGFTLVLDSPFDNPMGESTGAGVIFGTTGGVMEAALRSVYEIYTGQPLKNVN
                     FEQVRGLSGVRRATINLNGFELKVGIAHGLGNARHLLEDIRNGHNEYHVIEIMACPGGC
                     IGGGGQPLHHGNSDVLYARANALYREDANKPLRKSHDNPYIQKLYEEYLGKPLGEKSEM
                     LLHTHYFNKSID"
     CDS             complement(17001..18971)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_7"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) SLBB"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Complex1_51K"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fe-2S_thioredx"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) NADH_4Fe-4S"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg74_75"
                     /sec_met_domain="Fer4_7 (E-value: 2.8e-10, bitscore: 33.0,
                     seeds: 208, tool: rule-based-clusters)"
                     /sec_met_domain="SLBB (E-value: 2.6e-10, bitscore: 32.4,
                     seeds: 67, tool: rule-based-clusters)"
                     /sec_met_domain="Complex1_51K (E-value: 1.5e-50, bitscore:
                     163.4, seeds: 88, tool: rule-based-clusters)"
                     /sec_met_domain="Fe-2S_thioredx (E-value: 1.7e-11,
                     bitscore: 36.4, seeds: 130, tool: rule-based-clusters)"
                     /sec_met_domain="NADH_4Fe-4S (E-value: 3.1e-34, bitscore:
                     109.1, seeds: 645, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="TVLNGESGGNAADLHNTILILMKILSIHDLQIIRKRAEHHLSLRE
                     ESNEKVSEKCCGLASGTAHLQILICGGTGCKASSSQGITENLQKAIERNGITDKVDVIT
                     VGCFGFCEKGPIIKIIPDNTFYTQVTPEDAEEIISEHIIGGRRIERLLYIDPKTEQTVS
                     DSKHMDFYRKQLRIALRNCGFIDSENIEEYIAREGYFALADCLLNKQPADVIDVIKRSG
                     LRGRGGGGFPTGLKWEFASKQVSDVKYVVCNADEGDPGAFMDRSIMEGDPHSIVEAMCI
                     CGYSIGSSKGLVYIRAEYPLAINRLKKAIEQARAYGLLGDHILGTDFSFDIEIRYGAGA
                     FVCGEETALIHSMEGKRGEPTLKPPFPAESGYLGKPTNVNNVETLANIPIILTKGAEWF
                     ASIGTERSKGTKVFALAGKINNVGLIEVPMGTTLREVIYEIGGGIKGGKKFKAVQTGGP
                     SGGCLTEKHLDTPIDFDNLLAAGSMMGSGGMIVMDEDDCMVSVARFYLDFTVEESCGKC
                     TPCRIGNKRLLELLNKITEGRGTEKDLDTLATLGRVIKDTALCGLGQTSPNPVLSTLDN
                     FRDEYLEHVRDKTCRAKQCKSLLTYTINPELCIGCHLCAKNCPADAISGLVRKPHVINP
                     EKCIKCGMCMARCKFKAILVC"
ORIGIN
        1 tttgctatag gaagtgatgg agtggagaag tggcgtactc ctttgggcaa tgtcggcacg
       61 ctggatcaag gcggtgttgt gataggactc gacggaagca ttatcgttac agtgaaacgt
      121 gctccggggg aagcaaccgg aggaatcatc tctttgtctc cgggaggagc tatccaatgg
      181 cattacggca ttgcggaaga tgtaagcggt tgtgcggcaa ttgatcaagc aggaaacata
      241 catttcggca cccagtccgg caattattat atcattaaac cggaagaatc ggatgaacaa
      301 ttgattctga aaaaagacct tgctgcgttg attagtgaaa gtgactctcc tttaaaagga
      361 gattgggaag cgggaatcgg taaaatctgg agttcgccta ccatcggacc ggatggagcg
      421 atttatatcg gagtcaccaa tacggtggac cctacaaaga gcgtgttggt agctttggaa
      481 gatgagggaa ttaccggggc cgcaacctct gcctggccga tgaaagggaa ggacagacgt
      541 cactccggag cccaatcggg agggaatgga gagaatcccg gtggagaaga aggaggacag
      601 ttgcctgtga cggggaattt gaaagcagat ttaaagagtc tgtttgaaag cacctcttat
      661 aaagtgtggc tctgcgcgca tcgtggaaat acccaaaaag ggatgaaaga ggggattccc
      721 gaaaactcgt tacctgcgat agaacactcg gtcaaagcag gagttgagat gatcgagctg
      781 gatgcacggc cgacctctga cggtgtgttg gtattgatgc acgacaacac catcgaccgg
      841 acaacaaacg gtagcggtgc ggtgggagac tttacttatc agcaattaca acaattttat
      901 ctgaaagatg catccggcaa tataactggc gaacgaatcc cgactttgga ggaagcgatg
      961 aagaaaggaa aaggaaaagt ttattataat ctggatattg tcaacaagaa tgttgcggta
     1021 aatacgatcg tcgcattgct taaaaaattg gatatggaag gttccacttt gctgtatgta
     1081 tccaacaatc gcaattatgc atttgatttg aaggcagcca acagtagttt gctgttgcac
     1141 ccgatggcga aagctaccga tgacatcaca tacttctcct catcctacac tgataatgta
     1201 caaatgatgc agctgtctac gtcagatgct atgggtggaa cgatggttaa tgagattaaa
     1261 gataaaggct ggcttctttt ctccaacatt gtcggagcga atgataccaa tatgttgtcg
     1321 gaaaactact ccggtttggt gggaatgatt aacaaacgca tcaacattgt gcaaacagac
     1381 tatgctgaag tagctgccaa atatttaaag tctaaaggat acagataata gtacatatag
     1441 atatgaagaa atatataatg ataggaatct tattcgcatt tcctttctgc ctgtcggcag
     1501 acgaaccggt gaaagccatt tatgcgaaga taacgaaccc tgacaataaa gaaatcacgg
     1561 ttgtagctca tcgggcagac tggcgttacg cacccgaaaa ttcacttgcc gctattgaaa
     1621 gttccattcg tctgggagct gacgtagtgg agctggatgt tcagaaaacc aaagacagtc
     1681 aattgatcct gatgcatgac aaaacgctgg accgaacgac taccggaaaa ggaaaggtag
     1741 ccgaatggac attggattct atccggacac tctatctgaa aaatggagcg gcactcaaaa
     1801 ccaagcatcg tgtacctact ttggaagagg ctttatgggt tgccaaaggt cgtgtgatgg
     1861 tcaatctgga taaagcatat ccgatatttg acgagatttt tcccatcctc gaaaagacgg
     1921 gaacagtgga tcagattatc atgaaaggtt ccaagcctgt ggcagacgta aagaaagact
     1981 taggtaaata tctggaccgt atcatttata tgcctatcat tcatttggat aagccgggag
     2041 caatgaagca actggatgat tttatgacgg agctgcatcc cgtagctttt gaacttctat
     2101 ttgtatcgga tacctgccag gcccccaagc aagtaaaaac gaagttgaaa ggaaaaagta
     2161 aaatctggta taatacgttg tgggatacga tggctggcgg acatgatgat gataaatcgt
     2221 tggagaatcc ggacgaagga tatggttatc tgatcgatac actcggagcg gccatcattc
     2281 agacagaccg tactgcctat ctgctggaat atttgcaatc gcgtaagaag cgtagtgaaa
     2341 acggccaaga tgcgtatcat taaaatatag acttctttat gggatttaaa ctattggatt
     2401 tttataaaat ctctcctccg gtgtccgggg gagagactga tccggaacgc tctgtccgtt
     2461 tcaagcgtat tcgttgggct acctttctgt ctgccactac cggatatggc atttattatg
     2521 tttgtcgttt gagtatgaat gtaatccgta aaccgattgt agaagacgga gtttttaccg
     2581 aaacccaact ggggattatc ggttcctgcc tttttttcgt atatgccgtc ggtaagctga
     2641 ccaatggctt tcttgctgac cgtagcaatg taaagcgttt tatgtctacc ggattattgt
     2701 gttctgctct gatcaactta tgtctgggat tcacgaattc cttctttgct tttgttctcc
     2761 tttgggggtt gaatggttgg tttcagtcga tgggggcagc atcaggagtt gtgtcgctga
     2821 ctcgttggta tagtagtaaa gagcgaggta ctttttatgg cttttggtcg gccagccaca
     2881 atttgggtga agctctgact tttatatcca tcgctttgct ggtcagttgg atgggatggc
     2941 gttatgggat gatcggtgcg ggagtgattg gtttgcttgg ttttctgatg atgcttgctt
     3001 ttatgcgtga tacgcctcaa agtcagggct ttttgctaga tcggtggggg acgtcagatg
     3061 ctcattccgt ttccggtaag caaaccgagg aattcaataa agctcagaaa gcagttttga
     3121 agaatcctgc tatttggatt cttgcattat ccagtgcttt tatgtatatc agccgttatg
     3181 cagtcaatag ctggggtgtt ttctatctgg aagcgcaaaa aggttattct actttggatg
     3241 ctagttttat tatatctatc agttctgtat gcggaattgt aggtacggtt ttctcaggta
     3301 ttatttcaga taagtttttt gctggcagtc gtaatgttcc ggctttgata ttcggattaa
     3361 tgaatgtgtc tgctctttgt ttgtttctat tggttccggg ggtacatttt tgggtggatg
     3421 ctttggcgat ggtgctcttc ggtttgggca ttggagtgct gatttgtttt ttaggaggac
     3481 tgatggctgt cgatattgct cccagcaatg cttcgggagc cgctttggga gttgtcggta
     3541 tagcgagtta tataggagcc ggtttgcagg atgtgatgag tggcattctg atcgaaggtc
     3601 agaagacggt gcaaaatgga gtagaagttt acgattttac atatatcaat tggttttgga
     3661 ttggtgcagc cttgctttca gtagtgtttg ctttgttggt ttggaatgca ggagagaaaa
     3721 gaagtgaaat aaattgagta cattaaagta aaaatagagt cattgttttt gaaggtatta
     3781 gtcaccattt cgggaagcag gcaatagctg tgctttccgg aatggctttt ttataattaa
     3841 taaaaatcgt ttttatggaa aattcattga gtgatgaatt gttttgttca ttgaagaatg
     3901 aacttcgtga agtagatgca caaatcagtg tgcatagtaa aaaactgttg gagctgattg
     3961 accaaaaaaa agaattgtcg tccaactgat tcgggaagaa gaacaaatga cgcccactgt
     4021 tatcgaatat cggggagatc cgaaacggta tgtttctgtt attctaggtg ccattgaccg
     4081 ggggaggttg acgtataatg gagatgcgaa ttgcgaacag acgttccggt ccttgtcaag
     4141 tgtgatagat gtcataagcc ctaagaacgg gaaagcgctc agtatcgaaa cgttggtctc
     4201 gtatgagaag aaagaacgtg ccggggagtt ttcagattat tcggaaggga aattcgaata
     4261 aaatgagtac ctgagaggga atttaagccc gttagcagta taaattcgac tttaaaagtt
     4321 gtatgatatt gaaactttta ttatatttgc acaatgagaa gaaaagtaat agcatacggt
     4381 caatactaca aggattttct tgccactctg acagaaaagg aaattcaaaa agtgaaatat
     4441 gtgctttcat tgcttggaac agaagaccgt ttgcctatca aatttataaa ggttatacgt
     4501 gatggtctat atgaactacg tatatcatat aacggaaaca tttaccgtat ctttttcatt
     4561 tttgatgaag ggcaaatagt tgttttattt aatggcttcc ataagaaaac acagaaaacc
     4621 ccatcatcag aaatagataa ggcattaaaa ataaaggagg aatattatga gtacaaaaaa
     4681 caacatgctg actgatatca gcgcagaact tgataaggag ttcggagcac ctgggactcc
     4741 ggaacgtgaa aagttcgatg aagaggcata cgctttttat actggtcaaa tactgttgga
     4801 tgcacgacgg gaagcaaaag taactcagtc tgaattagca aagagaatca atgcaactaa
     4861 atcgtatatc tcacgtattg aaagcggagc tataaatcca agtgtaggaa cattctaccg
     4921 aattattaat gcattaggat tgaagattga aatcgtaaaa ccaatcatgg gtatatagtc
     4981 gaaaaaaccg aaggatatct taatccttcg gtttttcata ttttactttc ctatcacttc
     5041 gattaaccaa cgatttaagt tccggctttc tgcactaaat tccactccga tctttacaat
     5101 aagatattct tccttcgtat atcttcaaag gtttgtattc caataggaag tttacgcatc
     5161 aagttgtcca tatctgattc ttttgatctt ttgcacatca aagataacaa atatttcctg
     5221 aagtctgctt caattggtgg gctgatttga aaatgcggtg agaaatagaa aaaagacggt
     5281 tgtgtttttc cgatttcccg ccgtcttttt ggagaaagaa aaggtaaaaa gtgagaggag
     5341 tgagagagga tttctaacat tcgtattttt tttagagaaa tatagaaagt agaaataaag
     5401 aaataaaata gaaaaagttt caattcctct ctcactcctc tcacttttgg gggtgaagat
     5461 gatgaaaaat aatataaaac gaggaaatgt gttgtatagt tgaacaacat tccttatatt
     5521 tgcgttatgg aaaagaaacg taagatccgt acatacggag gttactttga ggctttcatg
     5581 gagactttaa ccgaaaagga acaagataga ttcaatacgg attactcttg ttgaaaacac
     5641 aagaaagact ctccgctaaa tttgtgaagt ttattcggga tggagttttt gaacttcgca
     5701 cagaatataa taacaatata taccgggtat ttttcatatt tgatgatggt aatattgttg
     5761 tgtggttcaa tggctttcaa aagaagtcac aaaaaacacc tggtcatgaa attgataaag
     5821 cagttaaaat aaaggaggaa tattatgcag ataaacaatc atcaaatagt agattatgat
     5881 gctgtccttg atgccaaatt tggtgctgaa ggtactcccg agcgtgcaga ggcagaagaa
     5941 aaggcctacg ccttttatac aggacagatt atcgaggacg caagaaaaaa ggctagaatc
     6001 actcaggctg aattagcccg gcgtatcggt tctgaccgtt cttatatttc aagagtagaa
     6061 agtggtcaga cagagcctaa agtatctact ttctatcgta tcatgaatgc gttaggctgt
     6121 aaaatcgaat tttcaatgat tttgtaaaaa caataaatgc agagtatctg tcaagatgac
     6181 tctgcatttt gctatattca caaggctttc ctgcttctat tcatacagcc tgtttgattt
     6241 tacctgctcg atatctataa taaatacggc atatcggcgc ccgttatttc cttttttgga
     6301 ttcaaaatgg tgcttagtca tcaccttccc caactgtatt tttgatccga tggaatactg
     6361 ataaccggta cgctcacgta ttagttccgc aatctcactg acagtcagat aataaacctt
     6421 ctcgaaacgt tccggcttgc ggatatgcgt aagaaccatt tcctcttccg gtgaatgaaa
     6481 gatgaaagcc tcgttgttct cttcaagccg ttcattgtcc gcttgcgtga accagtattg
     6541 gtaccccggc ttattcagca gatatttgat ctgagcatag agctgcgcat aattgatggt
     6601 aataaattgg atggaataag gatgaaaaca aaggaaacgc cggttgcctg tcgtgtcgtg
     6661 aagcacttcc tgataattgc aggttcctgc aaaggaggcg gtatgaggga agttttgcga
     6721 acggcgtgca taaggcagac ggaaactgat cactttgcgc gttaccaaat ctttgaatgc
     6781 attcagttcc cggccgctca tcccttcaaa ctcgtcgaga ttgatcagca tagcctgcgt
     6841 tattttggct aaatcatctt tattgttcga attgattagt ccggtagaga gataagcacg
     6901 cagttcggga ggcaggagat tattgataaa ggtagtcttt cctatgttct gtatctcgct
     6961 gcatagcaga agcaccgtgt gattgacaat attctcctga gtagccgctg cgcacatcgc
     7021 caccagataa cgttccaggc attccgccca aaactcctga tgactcgtct ggacactatc
     7081 cgccaggata cggatatagt cggttccgtc ccattcgggc agtaattcaa aatactcgcg
     7141 aatgggatga tacgactggc tgaaatcgga gtaaatcaga ttttcgattg ttttgacagt
     7201 gcagggatat cccagttcgt tgatttctat ccagatactg ttttccatca tctcatccaa
     7261 gatgcggaaa ggctccggtt tctcggtgtc gggatgcctt ctgcgatatt ccatgatatg
     7321 cagcacttcg ttgtagcgtg tttcgtagtg ctcgctgata tattgctcta tccgtaatat
     7381 tcgtttctgc gtgccattca gcttacaggt attaaattcg tcggtatgag cgtaggcgct
     7441 attgatcaaa gagactgtct cgtctgccgg aaagtctgta aactggcttt tgataaaagc
     7501 ggatgcttcc tcctgcggaa tgccgtagcg attgaaggta catgagagat ggtgcagata
     7561 attgttccgg ttgcccgcta tgtatttttc ggacttgttg tgatagtagg ttaaagtcag
     7621 caccagagaa gcgttggcgg aatgggcgtt gagcgctgtg tcttcattcg tcggggggcc
     7681 gtccggagga gtctgttgtt tactgccgga gagattttta cgatttgaaa ccttgtagga
     7741 tgcctgaggt tgatctacaa gaaaagcgtc agcgttcgga ttgaaataaa tctccggatc
     7801 gtaagagaac agacaagtgc gtgccacatc ctgaccggag gtgtcgattt ctatccgaca
     7861 gagttcggtg taaaaagaaa cgagtctggt gtaagctgca tgatggaagt cttctatttc
     7921 ctgaagggtt tcgggcaatg tctcatccgg atggcatgcg cgtactatga ttttcacgcc
     7981 catccctttg ggactgataa aggcgatgcg ggtgtaatcg catctcttga tgatagggag
     8041 gatgcgtgcc aattcttctt tgctgaggtg gtcgatgtct atcacgatgt gtcccagata
     8101 tttgacgagg ttcactttgg tacgccttcc tcggtagctg gcggagaagg cgattgccgg
     8161 caattctttt ttcttctcat tggcagcctt ttctccttgc tctgcaaaga tgcggcgtat
     8221 ttcttcgact ttttcccggt aggtaaaact gccgatagtg gacactattt cttcttcggt
     8281 catctctgct attgcgtagt agaaaccttg aaatatggtg aaatgtttca tttttatttt
     8341 gattattgtt tgtcgatgca aaggaacttc tttgcggaaa tgtgtaaagg aactttgtat
     8401 aaaatggcaa taagttacta cggttcgccc aaaaagtgta tgatagttgc cacttgtttc
     8461 ggcgaaagga gacggttgcg tgcgcggtag ccttcctgtt cgagttcgtg caggagaggg
     8521 aggttgtaaa taatccaacg acgaagtatt tgtaaagcaa ctttgaggca gacatgggga
     8581 ttgtaaaggt gagccagttc cgctttggta taggtgcgga taaggaaaga atcttctttg
     8641 taattcatga tgttttcttc ttgttttatg ctataaagtt acataaaatt ccttgttatt
     8701 caaaggtttg acttcgtttt tattcgttgg gaatcaagaa acttcgttgg ggaatatggc
     8761 ttgtccggct atccttatct ttgtgctgtt aacaagaagg ggatgcatcc tatgtattat
     8821 aaactttaaa attattttat tatggcaatg acagtatctt attcagtggt gccgcgcaag
     8881 aatcctgcaa aaaagagcga accggcaaag tattatgcac aggcgcaggc gtcgggagag
     8941 ttggactttg aagagttgtg cgaagcgatc accagtcgtt ctacttgtac ggaaacggat
     9001 gtacgtgcgg ctatttcggg tattctttac gaagtgaagc gtgcgttgaa ggcaggaaga
     9061 attgcgagac tgggcgattt gggcagtttg cagataggac tcaacagtga aggtgcggca
     9121 tcggtcaagg aattttccgg ttcaatgatt aagggggcgc atcttatttt ccgccccggt
     9181 aagacgctgg cggagttgat gaagattctg agttatcagc aagtgcagac tcgtgcggtg
     9241 gcgcaggcgg gtgcaggcga tggcggggga gaagaccctg acaagaatcc ggattccggt
     9301 ggtgatggct ccggtgatga agaggctccg gaccctacgg tataattggc agacgggtca
     9361 aggtaataac gaattagaat aacttccatt aatattttga taagatgaaa gaaatagtaa
     9421 gtcggatttt agatgtgatc atgtatctga ttcctttctt cggaaagaga aagcgggaca
     9481 gggtggtgag agaagtgcgc tatcatacta cttgtaagga ggtgtgcaaa gtgaaaacga
     9541 cggaaaggga aaaggaacat gagaaagatt agtctgattg tgatccattg ttccgccacc
     9601 cgtgtcgatt gcgactttac ggcaaaggat gtggatacgg ctcaccgtta tcgtggcttt
     9661 tcgtgctggg ggtatcatta ttatatacgc aagtcgggcg agattgagcc gatgcgggat
     9721 gaagatacgg tcggagctca tgcacgtggc tataatgcga tcagcttagg tgtatgctat
     9781 gagggcggtc tggatgagaa tggaaaagcg gcggatacgc gtacaccccg tcagaaggag
     9841 gcgctacatc gcttggtaca cgaattgttg cagcgttatc cggaagctaa agtagtaggg
     9901 catcgggatt taagtcccga caccaactat aatgggatcg tagatccttg ggaacggatt
     9961 aaagaatgcc cttgctttga ggtcattgga gaattctcca ttaattaact accaccgtag
    10021 tgaaatactc tttgaatacc tccgcagctt tttcaagctg ttcgggggta ttttctttta
    10081 cccctttcat cttgtattcc tgtcccatcg cttcgtactt atgtacgccc agtgtatggt
    10141 aaggcagtat ttccacccgt tggatcatct tgtattttcc gagtgcttct cccagtgctc
    10201 gtatgtcttc ttcaaaatcg ctgtatccgg gcactagcac ataacgcagc cagaaaggtt
    10261 tctcctgttc ttccagccag gcggccgtgc ggatggtttg ctcgttgctt cttccggtca
    10321 gcgtctgatg gtggttgggg ttgaattcct ttatatccaa taacacaaga tcggtcagtc
    10381 tgaataattc ttctacgtct tcgttccaaa gtcctccgtt gctgtccaga cagacatgga
    10441 tgcctttttc tttcagttcg cggaccagcg ggacgagtgc tttcgcctga aacgtcggtt
    10501 cgcctccgga gaaagtgatt cctcctcgtt tcccgaagaa ggggcgctgg ctcattgcca
    10561 tgcggacgat ttcttccggt ggggtaggcg tgcctccctt tcctgctatc gtatccggat
    10621 tggcgcaata gaggcagcgg aagttgcatc cttgaagaaa aacgacgagc cgtaagcccg
    10681 gcccgtcgaa tgttcccata ctttcgtatg aatgtacgtt tatcatcata tagagtaata
    10741 gattacatac gttcgtgaaa gctacggctg ataacttcca gttggtgttc gcggctcaac
    10801 ttcacgaagt ttacggcata gccggaaacg cggatggtca gctgcggata gttctccgga
    10861 tgctccatgg catcgtatag catatcacgg ttcagtacgt ttacgttcag gtggtgggca
    10921 cctttggtga agtaaccgtc catcatcgtt acgaggttct cgatacggtc ttcgtccgta
    10981 gcacccagtg atttcggaac gatagagaag gtgttgctga taccgtcctg tgagtcacgg
    11041 taacgaagtt tcgctacaga gctcagagaa gcgatcgcac cattcttgtc gcgtccgtgc
    11101 atcgggttgg cacccggagc gaaggcaaca cctttggcac gtccgtcggg agtagcaccg
    11161 gtctttttgc cgtacatcac attggaagtg atagtcagca aggagagggt aggacgggca
    11221 ttcttgtaaa caggcaattt cttcaattct tcgctgaaga agtataccag gtctacaccg
    11281 aggtggtcta ccttgtcgtt gtcgttaccg aagcaaggga attctccttc gatgtcgaaa
    11341 ccttctgtca ggccgatatc gttgcgacgg gcagttactt tcgcatattt gatggcagac
    11401 agtgagtcga gtgcgatgga aagtccggct acaccgtaag caaggtttat gcgcgggttg
    11461 gtatctacaa gagccatctg ggctttctcg taataatact tgtcgtgcat atagtggatg
    11521 atgttcatcg cttcgttgta tacgcgggcg atttcgatca gtactttctt gtagttgtcc
    11581 attacttctt cgaacttcag cgtgtcactg gtcagtacgg ggatgttctt caccatgact
    11641 gtaccggtat tctcgcaacg tccgccgttg atggcaagca acagggcttt ggccaggttg
    11701 caacgggcac cgaagaactg aatctgcttg cctatttcct ggtatgatac gcagcaggcg
    11761 attccgtagt cgtcggactg acgtacttca cgcatcaggt cgtcgttttc gtactggata
    11821 gaagaagtgt cgatagaaac ctttgcacag aattctttga atccttcggg aagttccggg
    11881 ctccagagta cggttaggtt cggttccggt gaagggccga ggttgtacaa tgtctgcagg
    11941 aaacggaagg aggtctttgt cactttggta cgtccgtcgt tgagacgtcc gcccagagat
    12001 tcggttaccc aggtcgggtc gcctgcaaag atgtcgttgt atgattgcat acgcaggtgg
    12061 cggaccatac gcagtttgat gacaaactgg tcgatcagct cttgcgcgaa cgattcggtg
    12121 atggttcctt tgctcagttc atattccaga tagatatcga ggaaagaaga aacgttaccc
    12181 agtgacatgg cggcaccgtc ttgttctttg acggcggcaa ggtaagccat atatacccac
    12241 tgtacggctt cttgtgccgt gtaagcggga cggctcaagt cgagaccgta gtattcgccc
    12301 atcactttca tgtctttcag tgccttgatc tgttctgcca cttcttcgcg cagacggatg
    12361 cgggcctctg tcatcggacc ggtgaggttg tgcaaatctt ccttctttgc ttcgatcaga
    12421 cggtcgatgc cgtaaagagc catacggcgg tagtcaccga tgatgcgtcc gcgtgcatag
    12481 ttgtcgggaa gtccggtaag gaatcccagc gaacggaagg aacggatttc ttccgtatat
    12541 acgtcgaata ctccgtcgtt gtgcgtcttg cggtagtgag tgaaaatatc ttttacgcgg
    12601 tcgtccactt ccacgccgtt ttcgtgacag gctttgctga ctacgttgat acctccgaaa
    12661 ggcttgatgg cacgtctcag aagttcgtct gtctgcaggc cgacgatcag ttcgttttcc
    12721 ttgtcgatat atccggcctt gtgggaagtg atggttgata cggtaacatt atctaatgag
    12781 cggacaccgt tgttttctct ttcttctgcc agtgcttcga ggcagcggtt ccatacggct
    12841 ttggtacgtt ctgtaggtcc ttcgaggaat gaagcatctc cgtaatacgg agtgatgtta
    12901 tgacttacga aatctctgac gttgatttcg ctgctccaaa gaccgtcttt aaagatcttg
    12961 tttaattcca taaaatgata aaattagagg ttgtagttat cctattcttt agagcgcaca
    13021 aagttacaat catttttcat ataatcagca taaatatgct ctattttatg cttttcaaca
    13081 taaaatacct agatattgct attctttgga aatgatgttc gtgatttttt tttgtgaaaa
    13141 ctcttgtaag tttaaaatat attcgtacct ttgcaccgct tttaacgaaa agcacttctg
    13201 ataaagaagt tttggagagg tggcagagtg gtcgattgcg gcggtcttga aaaccgttgt
    13261 accgcgaggt acccggggtt cgaatccctg tctctccgct gaaaagcagc ttttgggctg
    13321 cttttttgtt tttatggagg gcgacgcctc cgatgttgtg aaacgaaaac gggagcgttt
    13381 tcttagtgtt tattgagttt tttgaaagga gagatgctcg agtggttgaa gaggcacgcc
    13441 tggaaagcgt gtatacgcca aaagtgtatc gcgggttcga atcccgctct ctccgctgaa
    13501 tctgaaattt agtcaaaact tctcgttctt tagccaaaag ttcttttcat aggtcaaagt
    13561 gtctggtatt tctagtactc ttctcttgta tatcattctc ttttctgtat atttgcgccc
    13621 gatatttttt ttgagatatc acatttttgt aattctgaaa atagacttga tggataaaat
    13681 aaatgcggta attactgggg tcgggggata tgtgcccgat tatgtgctga ctaatgatga
    13741 aatttctaaa atggtggata ccaccgacga atggatcatg gggcgtatcg gcataaaaga
    13801 acgacatatc ttgaatgaag aggggcttgg aacttcgtat atggcccgta aggccgccaa
    13861 gcagttgatg caacgcacaa agagtcgtcc cgatgatatc gatctggtca ttgtcgccac
    13921 tactacttcg gattaccgtt ttccttcaac ggcatctatc ttgtgcgaaa ggctggggct
    13981 gaagaatgct ttcgctttcg atatgcaggc ggtttgcagc ggtttcctgt atgcgatgga
    14041 aacgggagcg aattttatcc gttcggggaa atataaaaag attattattg taggtgctga
    14101 taagatgtca tccgtaatcg attatacgga ccgtgccact tgccctatct ttggcgacgg
    14161 tgcggccgct tttatgctgg aaccgactac ggaagaggtc ggcatcatgg attcggtgtt
    14221 gagaacggat ggtaaagggc tgccttttct gcatataaaa gcgggaggtt ccgtatgtcc
    14281 tccttcctat tattcattgg atcatcatct gcattatatt tatcaggaag gccgcacggt
    14341 gttcaagtat gccgtagcga atatgtcgga ttcctgtgaa gctattatcg ccagaaacca
    14401 cttgactaag gaggatattg attgggtgat tccccaccag gctaaccagc gtatcattac
    14461 cgctgtggcg caacggttgg aagtaccgtc cgagaaagtg atggtcaaca tcgaacgtta
    14521 tggcaatacc agtgccggca cgcttccgct ttgcatctgg gattttgaga agaaactgaa
    14581 gaaaggcgat aatctgatat ttaccgcatt cggtgcagga tttgcctggg gagcggttta
    14641 tgtgaagtgg ggatatgacc ccaaagagga tgcgtgacat atcgggtacc cgatacgtca
    14701 catcctcttt tgaagggtag gagagactta ttccagttcc tcgataatct tctttacatc
    14761 caccggttgc agtcgtccgt acaccttttc gccgatcatc actaccggag ccagtccgca
    14821 ggcgcctacg cagcgcaggc aatccagcga atactttccg tcgggggtgg tttctccgac
    14881 ttcgatgccg agtacccgct tgaactcttc cagcaacttc tccgaaccac gtacgtagca
    14941 cgccgtgccc atgcagacgg aaatcggatg ctttcctttg ggagtcattg taaagaaggt
    15001 gtagaatgtc acaactccgt agactttcga cacggggatt ctgagtttgg aggctatgat
    15061 ccgttgcatc tcttcgggca gatagccgtg cagatgttgc gcttcatgca aaatattgat
    15121 taattcgccc gtattgttcc cgtgtttgtc gcaaatcgtc ttgacttgtt ccaccacatc
    15181 gcaggctagc ttgatatctg acataatagt acttgtttaa agttaatcaa tcgatttgtt
    15241 gaaataatgc gtgtgcaaga gcatttccga tttctcaccc agcggtttgc cgagatattc
    15301 ttcatacagt ttctgaatat aggggttgtc gtgagatttg cgcagaggtt tgttggcatc
    15361 ttcccggtaa agggcgttgg cacgggcgta gagaacgtcc gagttgccgt gatgcaaggg
    15421 ttgcccgcca cctccgatgc agccgccggg gcatgccatg atttcgatga catgatattc
    15481 attatgtccg tttcgtatat cttccagtaa gtgccttgcg ttgcctagtc cgtgtgcgat
    15541 gcctactttc agttcaaatc cgttcaggtt gatggtggcg cgccggacac cgctcagtcc
    15601 gcgtacctgt tcaaagttga cattcttcag cggctgtccg gtgtagattt cataaacgga
    15661 gcgcagggcg gcttccatga caccacccgt cgtaccgaag atgacaccgg cgccggtcga
    15721 ttctcccata gggttgtcga acgggctgtc cagcacgagg gtaaagccga tgttggctcg
    15781 ctttatcagg cgtgccagtt cgcgggtgga gatggagtaa tcgacgtcgg ggacaccgtt
    15841 tactttgaac tcgtcgcggt cacattcata tttcttggcc agacagggca tgatggagac
    15901 aactaccagc ttttcgcggg ggattcccat tttctctgcc cagtaagact tggcgatgga
    15961 gccgaacatc tgttgtggag aacgggcggt agaagggata tccagcatat ccgggaagtg
    16021 gtgctcgaag aagtttaccc aagccgggca gcaggaagtc aggatcggaa gccggacgga
    16081 tttatctccg tccagatagc gtgtcagtcg gttcaggatt tcggaacctt cttccatgat
    16141 ggtgaggtcg gcggcaaagt cggtatcgaa tacatagtcg aaacccagtt cgcggagggc
    16201 gtaaaccatt tttccggtta ccagtgtgcc gggaggcaag ccgaattctt ctcccagggc
    16261 ggcacgtacg gcgggggcag tctggacaat tacgatctta tcggggtcgg ccaaatcgtc
    16321 cagaaggcgg ttggtgtaat cccgttcagt cagtgcgcct accggacata cggctacgca
    16381 ttgaccgcag taggtacatt cgctatcctt catcattctg tcgaaggcag gggctattgt
    16441 tgtgttgaat ccgcggcgga tggctcccag tgcgccgact gtctgtacat cgttgcagac
    16501 actttcgcat cggcggcaga agatgcactt gtccatgttg cgcacaatgg aggaggtcac
    16561 ttcccgtttg cggggagaaa gttcgccgcc gttgaacggc atttcacgga tgttgaagcg
    16621 cagtgccagt gtctggagtt cacagttgcc gcatttggga caggtgaggc agtcgttggg
    16681 atgatcggac aggatcagtt cggctaccac tttccgggcg ttcatcacgc gcagggtact
    16741 ggttttcact accatccctt ctgtgcaacg ggtagcgcag gcgggagcca gattgcggcg
    16801 tcctgccact tcgactacac agatgcggca ggaagcggga ttgttcttga tacaggttcc
    16861 tttcaggtcg atgtgacaca gcgtaggtat gttgatgccg attttgcagg cggcttcgag
    16921 gatcgtgctt ccttcgggta cggtgataaa gtgaccgtct atctggaggg taatttgttt
    16981 ttcttccata gcagtagatt ttagcagaca agaatagctt tgaatttaca gcgtgccatg
    17041 cacatgccgc acttgataca tttctcgggg ttgatgacat gaggtttgcg taccaagccg
    17101 ctgatggcat ccgccggaca attcttggca cacaggtggc aaccgataca aagttccgga
    17161 ttaatggtat aggtcagcag ggacttgcat tgtttggcgc ggcaggtctt gtctctgaca
    17221 tgttccagat attcgtcacg gaagttgtcg agggtagaca gtaccggatt cggagacgtt
    17281 tgtcccagtc cgcagagtgc cgtgtctttt atcacccgtc cgagggtggc aagcgtgtcc
    17341 aggtcttttt ccgtgccccg tccttccgtt atcttgttca gcagttccag caggcgtttg
    17401 ttgccgatac ggcatggggt acatttaccg caggattctt cgacggtaaa gtcgagatag
    17461 aaacgggcga cggataccat acagtcatct tcatccatca cgatcatgcc tcccgatccc
    17521 atcatggaac cggctgccag caggttgtcg aagtcgatgg gagtatccag atgtttctcc
    17581 gtcagacagc cccctgacgg accgcctgtc tgtacggctt tgaatttctt tcctcccttg
    17641 atgcctccgc cgatttcgta gattacttcc cgcagggtag ttcccatcgg tacttcgatc
    17701 agtccgacat tgttgatctt tccggcaaga gcgaagactt tggtgccttt ggagcgttcc
    17761 gttccgatgg aggcgaacca ttcggcgcct ttggtcagga taatgggaat attggcgagg
    17821 gtttccacat tgttcacatt ggtcggtttg cccagataac cggattcggc ggggaaagga
    17881 ggtttcaagg tcggttctcc ccgttttcct tccatcgagt ggatgagggc ggtttcctcg
    17941 ccgcagacga acgcgcctgc tccgtaacgg atctctatgt cgaagctgaa atctgttccc
    18001 aggatgtggt cccccagtaa tccgtatgca cgggcttgct caatcgcttt tttgaggcgg
    18061 ttgatggcca gcggatattc ggcgcggatg tagaccagtc ctttggagga accgatggag
    18121 taaccgcaga tgcacatcgc ttctacaata gagtgcgggt cgccttccat gatggagcgg
    18181 tccatgaagg cgccggggtc gccttcgtcg gcgttgcaga caacgtactt tacgtccgat
    18241 acctgcttac tggcaaattc ccatttcaag ccggtgggga aaccgccccc accgcgtccc
    18301 cgcaggccgg agcgtttgat gacgtcgatg acgtcggcag gctgtttgtt gagaaggcag
    18361 tcggccagtg cgaagtatcc ttcacgggcg atgtattctt ctatattttc ggagtcgatg
    18421 aatccgcagt tgcgcaaggc gatgcggagt tgtttccggt agaagtccat gtgtttggag
    18481 tcactgacag tttgttcggt cttcgggtct atgtagagca gccgttcgat tcttcgtcct
    18541 ccgatgatgt gttcgctgat gatttcctcc gcatcttcgg gagtgacttg ggtatagaac
    18601 gtattgtcag gaatgatctt tatgatgggg cccttttcgc agaagccgaa gcagcctact
    18661 gtgatgacgt ctactttgtc ggttatcccg tttctttcaa tggctttttg aagattttca
    18721 gtgatgccct gactggaaga ggctttacaa ccggtacctc cgcaaataag aatctggagg
    18781 tgtgctgttc cggacgccag cccgcaacat ttttcggaaa ccttttcatt actttcttcg
    18841 cgcaatgaaa gatggtgctc cgctctcttc ctgattattt gcaaatcatg gatagatagt
    18901 attttcataa gtatcagaat tgtgttatgt aggtcagcgg cgtttccgcc gctttcccca
    18961 ttaagaactg tac
//
