LOCUS       c00006_NZ_PPTT..       17725 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  :: 0
            Orig. end    :: 17725
            ##gutSMASH-Data-END##
FEATURES             Location/Qualifiers
     protocluster    1..17725
                     /aStool="rule-based-clusters"
                     /contig_edge="True"
                     /core_location="[3346:7725]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D,
                     HleuD1, HleuD2, HleuS1, HleuS2, Lactoyl-CoA1,
                     Lactoyl-CoA2]) and minimum(1, [ACP_syn_III, ACP_syn_III_C,
                     AcetylCoA_hyd_C, AcetylCoA_hydro, Acyl-CoA_dh_1,
                     Acyl-CoA_dh_2, AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG,
                     Biotin_lipoyl, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_6_Glutaconate, CoA_transf_3,
                     ECH_1, ECH_2, ETF, ETF_alpha, FGGY_C, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, Mal_decarbox_Al, Peptidase_M22,
                     Peptidase_M23, Thiolase_C, Thiolase_N, ketoacyl-synt]) and
                     not (minimum(2, [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /neighbourhood="10000"
                     /product="Others_HGD_unassigned"
                     /protocluster_number="1"
                     /tool="gutsmash"
     proto_core      3347..7725
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D,
                     HleuD1, HleuD2, HleuS1, HleuS2, Lactoyl-CoA1,
                     Lactoyl-CoA2]) and minimum(1, [ACP_syn_III, ACP_syn_III_C,
                     AcetylCoA_hyd_C, AcetylCoA_hydro, Acyl-CoA_dh_1,
                     Acyl-CoA_dh_2, AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG,
                     Biotin_lipoyl, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_6_Glutaconate, CoA_transf_3,
                     ECH_1, ECH_2, ETF, ETF_alpha, FGGY_C, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, Mal_decarbox_Al, Peptidase_M22,
                     Peptidase_M23, Thiolase_C, Thiolase_N, ketoacyl-synt]) and
                     not (minimum(2, [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /neighbourhood="10000"
                     /product="Others_HGD_unassigned"
                     /protocluster_number="1"
     cand_cluster    1..17725
                     /candidate_cluster_number="1"
                     /contig_edge="True"
                     /detection_rules="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D,
                     HleuD1, HleuD2, HleuS1, HleuS2, Lactoyl-CoA1,
                     Lactoyl-CoA2]) and minimum(1, [ACP_syn_III, ACP_syn_III_C,
                     AcetylCoA_hyd_C, AcetylCoA_hydro, Acyl-CoA_dh_1,
                     Acyl-CoA_dh_2, AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG,
                     Biotin_lipoyl, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_6_Glutaconate, CoA_transf_3,
                     ECH_1, ECH_2, ETF, ETF_alpha, FGGY_C, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, Mal_decarbox_Al, Peptidase_M22,
                     Peptidase_M23, Thiolase_C, Thiolase_N, ketoacyl-synt]) and
                     not (minimum(2, [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /kind="single"
                     /product="Others_HGD_unassigned"
                     /protoclusters="1"
                     /tool="gutsmash"
     region          1..17725
                     /candidate_cluster_numbers="1"
                     /contig_edge="True"
                     /product="Others_HGD_unassigned"
                     /region_number="1"
                     /rules="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D, HleuD1,
                     HleuD2, HleuS1, HleuS2, Lactoyl-CoA1, Lactoyl-CoA2]) and
                     minimum(1, [ACP_syn_III, ACP_syn_III_C, AcetylCoA_hyd_C,
                     AcetylCoA_hydro, Acyl-CoA_dh_1, Acyl-CoA_dh_2,
                     AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG, Biotin_lipoyl,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_6_Glutaconate, CoA_transf_3, ECH_1, ECH_2, ETF,
                     ETF_alpha, FGGY_C, HCDH, HCDH_N, Hacid_dh, Hacid_dh_C,
                     Mal_decarbox_Al, Peptidase_M22, Peptidase_M23, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and not (minimum(2,
                     [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /tool="gutsmash"
     CDS             complement(2..199)
                     /locus_tag="ctg6_1"
                     /transl_table=11
                     /translation="MNIVAAFKVVPDDQDIQVSADGSLDYSKAKNTVSAYDLNAIEAAA
                     QLAAANEGSKVIAMTVGGADI"
     CDS             complement(455..2038)
                     /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: 286.2; E-value:
                     1.2e-87)"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_2"
                     /sec_met_domain="AMP-binding (E-value: 1.5e-87, bitscore:
                     286.2, seeds: 145, tool: rule-based-clusters)"
                     /sec_met_domain="AMP-binding_C (E-value: 1.8e-16, bitscore:
                     53.3, seeds: 272, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNDAVQRFFYRMQQTPEREAVYDSAAGRRYTYGELGDRARRLAAY
                     LVDEQGLAPGDVVGLAAENCTAFVDAFYASCLTGIVITTYNCRLRAVDLAPLVEREQPR
                     VVFASERHRAAMEACVRMARAACVLVSIDGDVARDGRSAYERIVDGGADASRTADGSAR
                     FAARGGFGFEDPQMLVHTGGTTGLPKSAVLSFRAVFYNAMSELLTTGMTAADCGVVFLP
                     FFHTAGWNSAVLPLLLAGGRIVLTDTLEPGVLLRLIEQERPTVGIAIEAIYLRLASHPA
                     FATTDLSSYERLTNGASAISESTMMAYWERGIKILNAYGMTETGPNNCYPPANDLSLDD
                     VRAHWGTVGKPMYFNELRIVDEDGREVAAGEDGELWWRGPVTFSGYWKDPAATAEVLDE
                     DGWVHSGDIGHRDAEGYVHLQGRKKNMLICNGENVFPIEIENALKAHPSVEDCRVLGVP
                     DGARGEVPKALVLLREGAAFDRDALERFARARLASIKVPRYYVALDDFPRCGMKVSLEA
                     LRAAHGFAGE"
     CDS             complement(2129..3277)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) 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-additional"
                     /locus_tag="ctg6_3"
                     /sec_met_domain="ACD1_car (E-value: 8.8e-58, bitscore:
                     186.4, seeds: 51, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_M (E-value: 5.2e-19, bitscore:
                     60.7, seeds: 43, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_N (E-value: 2.5e-17, bitscore:
                     56.0, seeds: 796, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MDFALTDEQQLLLDSVRELMARGNYDAYFKECDAKGELPQKAIDA
                     AVEAGFATLGIPEEMGGTPCDELTKFLVAEEAIALGWPSLTWVNQSLEVDDILSFGSPE
                     QQKIICDLGLKGIKPFTLGFSEPQAGSDSAAATTTVKQKDGKLYVNGTKTFNTGANCSP
                     YMLCVVRDFESENVTHDFSMYLLRMDQPGVKMAKLDKIGNNMMHTYEVYLDDVEVSPDD
                     LVGTKGEGFIQLMKNFDIERLMSCVYNVGMARCAYDQAAKHAASRIQFNKPIGSFQLIQ
                     EKITDMKIKIENMQNMCYKALWKRMNGQSISIDASLAKRYTGQAAFEVIDDALQVMGGI
                     GYCHDCTISRLWRDQRVYRIMAGTEEIMVHTAGRALVKQAKQ"
     CDS             complement(3347..4141)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: BcrAD_BadFG"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_4"
                     /sec_met_domain="BcrAD_BadFG (E-value: 5e-62, bitscore:
                     202.1, seeds: 18, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MGTRWYLGIDVGSTASKCVIVDERGEVAGTGLHPSGAGTAGPQKA
                     LAAAFDALGDGSTMATMAAVCSTGYGRHLLADADEQLSELSCHAKGAARLFPGVRTIVD
                     IGGQDAKVLRVDERGRLENFVMNDKCAAGTGRFLDVMASIFGCTVADLSAYDARAEKVS
                     PVSSTCTVFAESEVISKLSQGESIPNIVAGIHLSVVERTHGLMRRVGVEPGVAMTGGVA
                     LNEGLRRRLAALAGYDIVTSPLAQYNGALGAALYALEKASAA"
     CDS             complement(4156..5286)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: HG2B1"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_5"
                     /sec_met_domain="HG2B1 (E-value: 3.4e-109, bitscore: 357.3,
                     seeds: 23, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSDIKELLAPFAAAASNPSAQVERYVAEGKRIIGVGPYYVPEELV
                     HAGGGVPFGVWGMVGPAVEAKKYFPPFFCSICQMTLEMGLTGKLDQLSGMMITGLCDNL
                     RPFSQNWSAGVGSKIPMIFVSQPQNRAFPGGRQYAIDSYTEVKRDVEECLGTIIEDDDL
                     RASIALYNEWRAAMRTFVQLAGQHPAEVSVTDRVNVINAGYYLLKDEHLPLVRALNEAL
                     AALPSSLEGYKPIVLSGIYEDIPSISAILEDNKFAIVADDLAKESRAFALQVPEEGDPV
                     EALADGWCALKCDSVLFDPHKDHCRRIPALAQEAGAAGVVILMAKFCDPEEYDEPITKR
                     ECKAAGVPVVTIEVDQSTETYGQARTQLETFAELIG"
     CDS             complement(5290..6543)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: HG2B2"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_6"
                     /sec_met_domain="HG2B2 (E-value: 4.9e-134, bitscore: 438.8,
                     seeds: 27, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTTEEKAPEQAPEKPKHVPAIKVLAQLSEKMYEQAYEAKERGEMV
                     GWCSSNFPPEIAETFGLHVVYPESQAAAISAKGGSLPLIEHAEGELGFSNDICAYARIN
                     LAYADLGACPNGERDMPLPDFVLGATSICETMMPWYEDLSYMLDVPMLFFDIPFNDQHD
                     VDDKRIKYLKAQYEYLVEQLEKITGKTWDEERFQEVCDTSVAVSKAWLEATSYVQYDPS
                     PMNGFDLFNHMAIATTARPKKESLDAFTYLIDECRQYVKINKSTFKPDEQYRILYEGIA
                     VWPYLRATSMPMWANGVNVTGCVYCPAFSGVYEDVDGWMKACIDVPNCQNLERATEARE
                     KLCKDGKCDGALIHINRSCKMWSGFMPEMGRRISRDLNIPVVLFDGDQSDPRNFSEAQY
                     ETRLQGLVEIMQNNKKGE"
     CDS             complement(6559..7725)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: CoA_transf_3"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg6_7"
                     /sec_met_domain="CoA_transf_3 (E-value: 3e-84, bitscore:
                     275.5, seeds: 55, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MKPLEGVTVVELSSYFAVPACGRVLATQGARVIKVEPPKGDVQRF
                     FATPFGVPCSNEENMLFDTINGGKDFVSLDLRDPEDMQRFHQLLGQADVFLTNNRTKAL
                     AKMGLDYDSLKGRYPRLVCATFSGYGDKGAMKDAPGFDLVALFAETGFSKGMMVETEKS
                     YPMGAAYGFGDIACGTMLAGAIGTALYRRAKTGEGDYVTSSLYGTGVWLTSILSALNVN
                     GYEYPRTRQTCPPNSSPYRTRDGEWVSITINEYDRYWGPLCTALGIPELIDDERYNTKM
                     AIHDPQNKIEALDHLERAFAQFDADDIVQRLRAADIVVTKLADFKDNHENPQALENRFM
                     APITYPNGKQTTLGQPPIRFNGMDEPEAAQGKPIGADNAKVFQEFGIE"
     CDS             complement(7898..8440)
                     /locus_tag="ctg6_8"
                     /transl_table=11
                     /translation="MLLSLILSFLQIGAFAFGGGYAVLAFIQKEIIVAQQLITPEVFVN
                     LVAIAQMTPGSMAVNASAAIGYTLCGIPGGILCPIATMAIPFVLALAISVFYDKLKDNV
                     TVRKAFAGIRPLAIGIVAAACLSVAQTALTSLSSILFVAVGLFLVAKLKTTPILTVVIC
                     GALGGVVYTVFPVLSTI"
     CDS             complement(8430..9014)
                     /locus_tag="ctg6_9"
                     /transl_table=11
                     /translation="MKTILQLYGIFFKIGLFTLGGGSAVIPVVLKEATSRAWLTREQFL
                     DAIGLINCLPGPISTNVSTFTGYQVKRVPGALAALLGVITPSIVIVILLTMLFQQIMDY
                     PVVQAVFNGIRPAVVAIVLNAIYLLAKPAQLNKYFNWFVALIGFAGIALFDIHPVILVV
                     AAALYGLFLRDRVVKAMDGRATKKGGDSHAA"
     CDS             complement(9073..10194)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Radical_SAM"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_10"
                     /sec_met_domain="Radical_SAM (E-value: 1.4e-12, bitscore:
                     40.6, seeds: 518, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MPSITVMLKPASGLCTMRCTYCFYADEVAARRVPCCGVMSEDVLR
                     GVLARVLDYATDRCTIAFQGGEPTLAGLPFYRRLIELERELNEHGAAISHALQTNGCDL
                     DDEWAAFFAEHDFLVGVSLDGDRDIHDANRVDVEGRGTFDRVMASIGLLKKHGVRFNIL
                     SVVTEQSARRTQSTGRFFERRGLDFQQYIPCLDPLDEEPGGHAWSLTSDGFEQHLKTSF
                     DQWYRAAQRGELRYHRFFVNLLNLMDGQRPEACDLCGACSRQLVVEADGSVYPCDFYMR
                     DEYRLGNLATDTLDEIERARDELGFVQASAALKASCAGCAWERLCRGGCRRYWEPLGGE
                     AQAPRNRFCDAYKSFFAYAYPKLSCLLGQLRGK"
     CDS             complement(10264..11730)
                     /locus_tag="ctg6_11"
                     /transl_table=11
                     /translation="MKPANTLVICCDQHNPEITGCYGNAKVHTPNLDALAREGTVFDCA
                     YTSTPICVPARASLACGDYAHRHGYWDNAHPFTGDEMSWGRRLKEAGVSVSTIGKLHFK
                     DDSEHTFPGQRIPLNAKGGVGDMMTAARNSGTGTTRLREHVQHAGAGDSDYLHYDRNIA
                     EHAARYLKEEATAAEGPWCLYVGFVTPHYPLIAPEDILDLYKPFDQFPIPEQWYDPSSL
                     HPAVQAYKERVQMDEHVTPEELQRAIATYYAMVTFLDQQVGVVMNALEEAGLKDTTRVI
                     YLDDHGDSAGDHGIFFKSNMYEGSVRIPLIAAGPDIPVGTRTSAPASILDIYPTLMDFH
                     GVETTDEERALPGVSLMKTIDGENDPDRVVFSEYHCSGWRSSIFMVRKGAWKLVKYMTY
                     DTCSLFNLEDDPREMNDLGADPAHAGKVAELLADLEEICDTEQVTAQSFADQKALLDSA
                     GGLKAVAARGLTPFSAVPEGLGMDDGKSAR"
     CDS             11916..12902
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) HTH_1"
                     /gene_functions="regulatory (smcogs) SMCOG1012:Bacterial
                     regulatory helix-turn-helix protein, lysR family (Score:
                     59; E-value: 1.1e-18)"
                     /gene_kind="regulatory"
                     /locus_tag="ctg6_12"
                     /sec_met_domain="HTH_1 (E-value: 1.4e-18, bitscore: 59.0,
                     seeds: 1330, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MQIETLREFIAVVQYGSFTGAAKALYLSQPTLSKHIAAFEKQIGY
                     KLFFDERPLILTEAGRIAMEYASSVVSQTETMQLRLEGLKHQKPELVRIQDLTFFEHLS
                     LRSQDVKKAVRERYPNITFETVKCKTHQTSREALEAGTIDVGFQFNITESPFQPPVDMP
                     GTVRMQPLYGSLGQFRLGVPKGSPLLAQDKRLRLKDFANQRFFIIANRNYDAFIHDFRS
                     LCLREGFLPQIEFVTVSNNRDFWMRDYGDGVVFLDATQRTGFTSADDYLADKYKAVRPF
                     GHEQTLYVVISLLTRNEKHGPALQSFLDIVRETEDANLERMKAEGLE"
     CDS             13124..13909
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ECH1_8_CARC"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg6_13"
                     /sec_met_domain="ECH1_8_CARC (E-value: 1.1e-65, bitscore:
                     213.7, seeds: 66, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MADYFGTDTVVSELREDGLLIIRINRPDVANALNGETSKAMENIM
                     NNAEADPAVRAIIVTGTGKVFCAGEDLSELSEGGECQTVTEHGFGGLTARLCSKPVIAA
                     CNGSAAGGGMEIALSCDMVVASERAKFGCTEVGLGIIASTGGLVRLARDVNRKDCMELL
                     LTGKKILAPEAKALGLINYVVPAEEVMDKAIELAEQCLKNAPLALKWTKYIVHAADQMS
                     EEDAMRYSDAAYRFLEKTADGIEGPAAFVEKRTPMWQGK"
     CDS             14055..14549
                     /locus_tag="ctg6_14"
                     /transl_table=11
                     /translation="LSPRPYDDASDAERLALRHYDDVYRYCYRHSGSREDAQDATQEVF
                     LRFVRNQHRYSERGKPLAYLLVIARNVCADSFRARRAQVPLDEQTADPRPESCGLELAD
                     MISKLPDDEREIIALKYDQGLTTVEIGAVTGLSRFAVARKLKSALADLRHQMTLAERGQ
                     R"
     CDS             14554..15369
                     /locus_tag="ctg6_15"
                     /transl_table=11
                     /translation="MNDRDLKRALQAHFDENRPEPDEAAKAAALALVAAAAADEADAHA
                     LAALGDARAGAFASFPRFVMGQVRFVSGRVWAAQAALLAAAFAVCAWYRAGLEAAPAIA
                     AIAALTVAVGLPELLKSSDHGMAELEYACRFDCRHTVLARFVILGLSDIVMLTCAMLAA
                     PALGTLQPADVFLFACIPYFASCAGCLWIVNHTRGRIGTQLCVTLTASAALAAMLLWQA
                     LPKLYLSVSLWVWIALFCIVVAATFSQARSYLRRVEFGLDHLQHQPNAR"
     CDS             15391..16299
                     /locus_tag="ctg6_16"
                     /transl_table=11
                     /translation="MELKLDRLSKQFGSTIAVDRVSAVFTPGVYGLLGANGAGKTTLMR
                     MICDVLSPTSGQLLFDGRDIARLGESYRTKLGYLPQDFGYYPDFTALDFMLYLAALKGL
                     RRPLAQRRTWELLELVGLQDVAKSKIKTFSGGMKQRLGIAQAAVNEPAVLVLDEPTAGL
                     DPKERVRFRNLISSFSQDKIVILSTHIVSDVECIADEILVMKKGAFVLDGTPARIVEQV
                     RGKVWECRVDARAADEMAARLCVSNMHYDATGGAVLRVVSDRPPIAGAEPLAPTLEDLY
                     LHLFRDEAPMPTAHRQGGRHA"
     CDS             16292..17536
                     /locus_tag="ctg6_17"
                     /transl_table=11
                     /translation="MRDLVVFELKKIVARKVTRVSVLALFALTALVFGLNVFQQVAFDE
                     QGRQLGGFAAIEQNRSYAEALEGPLTDEAAAEAVASYARFFDEKGDVLESVETDEQARA
                     EFTRFDAANGSYLHLILTPSMNGYEPTGVVASRVASSGADDLYGAREKRLERQLDEGMN
                     GSWTYSDAERALWTEKLHAVPTPVAYGYAGGWSGILDCINFLFFGIVAVCIGIAPVFAA
                     EYQDRTDAVILSTRYGKSKLVAAKIIAAFAFATAVFATNAAVAVGIPLACYGAAGADLP
                     VQLNGLAIPYDVTMSQAVGICLGIGYLVTLGLTALTLLLSARMKSPLSIFAIAAAVVVL
                     PGFLPKTPFGIVNHLLYLAPMNSIDFTNLFNALVSYPFGTLVLDLQTMAVVVQVAVIAL
                     CVPLAAWSFRRHQVS"
ORIGIN
        1 cgatgtcggc gcctcccacg gtcatggcga tcaccttcga gccctcgttg gcggcagcca
       61 gctgagcggc ggcctcaatg gcgttcaggt cgtaggcgga cacggtgttc ttcgccttgg
      121 agtagtccag agaaccgtcg gccgacacct ggatatcctg atcgtcggga accaccttga
      181 aagcagcaac gatgttcatc ctgtaccttt cccttctcgt ttgccttatg tatgtgcttg
      241 catgaagctg gccgggtgcc tcgcatcgcc acgttcgacc ctgcgaacga tgcctcccgg
      301 cgcgttgatt gcagtgtgcg acgccgtaac cttcgcgtca tcgcaaaatc gctgtgaaac
      361 catcattact catattttaa cgatgcactc accacccttg aagaacggat gaaagggcag
      421 atgaaccttg gaaaccggcc tgaaagccgc cgaatcactc ccccgcgaat ccgtgggcgg
      481 cgcgcagcgc ttcgaggctc actttcatgc cgcatcgcgg gaaatcgtcg agggcgacgt
      541 agtagcgcgg caccttgatg gacgccagac gcgcgcgggc gaagcgctcg agcgcgtccc
      601 ggtcgaaagc ggcgccctcg cgcaggagca cgagcgcctt gggcacctcg ccccgcgcgc
      661 cgtcgggcac gccgaggacg cggcagtcct ccacggacgg atgggccttc agcgcgttct
      721 caatctcgat gggaaacacg ttctcgccgt tgcagatgag catgttcttc ttgcggcctt
      781 gcaggtgcac gtagccctcg gcgtcgcggt gcccgatgtc gcccgagtgc acccacccgt
      841 cctcgtcgag cacctcggcg gtggccgccg ggtccttcca gtagccggag aacgtgaccg
      901 ggccgcgcca ccatagctcg ccgtcctcgc cggcggccac ctcgcgcccg tcctcgtcca
      961 cgatacgcag ctcgttgaag tacatcggct tgcccacggt cccccagtgc gcgcgcacgt
     1021 cgtcgagcga gaggtcgttc gccggcgggt agcagttgtt cgggcccgtc tcggtcatgc
     1081 cgtaggcgtt gagtatcttg atgccgcgct cccaatacgc catcatcgtc gactccgaga
     1141 tggcgcttgc gccgttcgtg aggcgctcgt agctcgacag gtccgtcgtg gcgaaggcgg
     1201 ggtgcgaggc cagcctgagg tagatggcct cgatggcgat gcccacggtg ggccgctcct
     1261 gctcgatgag gcgcagcagg acgccgggtt cgagcgtgtc ggtgagcacg atgcggccgc
     1321 cggccagcag cagcggcagc acggcggagt tccagccggc cgtgtggaag aagggcagga
     1381 acaccacgcc gcaatcggcc gcggtcatgc cggtggtgag cagctcgctc atggcgttgt
     1441 agaacaccgc gcggaagctg agcaccgccg atttgggcag gcccgtcgtg ccgcccgtat
     1501 ggacgagcat ctgcgggtcc tcgaagccga agccgccgcg cgccgcgaag cgggcgcttc
     1561 cgtccgccgt gcgggaggcg tccgcgccgc cgtccacgat gcgctcgtag gccgagcgcc
     1621 cgtcgcgcgc gacgtccccg tcgatcgaga cgaggacgca ggccgcgcgc gccatccgca
     1681 cgcacgcctc catggcggcc cgatgccgct cggacgcgaa caccacgcgc ggctgctcgc
     1741 gctccacgag cggcgccaga tcgaccgcgc gcagacggca gttgtacgtg gtgatgacga
     1801 tgcccgtgag gcagctcgcg tagaacgcgt cgacgaacgc cgtgcagttc tccgcggcaa
     1861 gccccacgac gtcccccggt gcgagcccct gctcgtcgac gaggtacgcc gcgagccgcc
     1921 gggcgcggtc gcccagctcg ccgtaggtgt agcgcctccc ggccgcgctg tcgtacaccg
     1981 cctccctctc gggcgtctgc tgcatgcggt agaagaacct ctgcactgca tcgttcatgt
     2041 agccactccc cttgcgcacc ggtgtccaac ctgcgcgccc gtccccgaag gtcgcgggcg
     2101 cgcagcccct cgcggctcgc tgccgcgctt actgtttcgc ctgcttgacc agcgcgcggc
     2161 cggccgtgtg caccatgatc tcctcggtac ccgccatgat acggtacacg cgctgatcgc
     2221 gccagagacg cgagatcgtg cagtcgtggc agtagccgat gccgcccatg acctgcaggg
     2281 cgtcgtcgat gacctcgaag gccgcctggc cggtgtagcg cttggccagc gaggcgtcga
     2341 tggagatgct ctggccgttc atgcgcttcc acagggcctt gtagcacatg ttctgcatgt
     2401 tctcgatctt gatcttcata tcggtgatct tttcctggat gagctggaac gatccgatgg
     2461 gcttgttgaa ctggatgcgc gaggcggcgt gcttggcggc ctggtcgtag gcgcagcggg
     2521 ccatgcccac gttgtagacg cagctcatga ggcgctcgat gtcgaagttc ttcatcagct
     2581 ggatgaagcc ctcgcccttc gtgcccacga ggtcgtccgg gctcacttcc acgtcgtcga
     2641 ggtacacctc gtaggtgtgc atcatgttgt tgccgatctt gtcgagcttg gccatcttca
     2701 cgccgggctg gtccatgcgc aaaaggtaca tgctgaagtc gtgcgtcacg ttctccgact
     2761 cgaagtcgcg cacgacgcac agcatgtacg gcgagcagtt cgcgcccgtg ttgaacgtct
     2821 tggtgccgtt cacgtacagc ttgccgtcct tctgcttgac ggtggtggtg gccgcggcgg
     2881 aatccgagcc ggcctgcggc tcggagaagc ccaacgtgaa gggcttgatg cccttgaggc
     2941 ccagatcgca gatgatcttc tgctgctcgg gcgagccgaa gctcaggatg tcgtccacct
     3001 cgagcgactg gttcacccag gtgagcgacg gccagccgag cgcgatggcc tcttcggcca
     3061 cgaggaactt cgtcagctcg tcgcagggcg tgccgcccat ctcctcgggg atgccgagcg
     3121 tggcgaagcc ggcttccacc gcggcgtcga tggccttctg cggcagctcg cctttggcgt
     3181 cgcactcctt gaagtacgcg tcgtagttgc cgcgcgccat cagctcgcgc acgctgtcga
     3241 gcagcagctg ctgctcatcg gtcaatgcaa aatccatggt catgctccta tcttcggcgc
     3301 ggccgcgcgt cagggcggcc gcattggttg aacggacggc gcgagcctac gcggccgacg
     3361 ccttctcgag ggcgtacagg gcggcgccca gcgcgccgtt gtactgggca agcggcgagg
     3421 tgacgatgtc gtacccggcc agggcggcca aacggcggcg cagcccctcg ttgagggcca
     3481 cgcccccggt catggccacg ccaggctcca cgccgacgcg tcgcatgagg ccgtgggtgc
     3541 gctcgaccac ggacaggtgg atgcccgcga cgatgttcgg tatggactcg ccctgggaca
     3601 gcttcgagat cacctcggat tcggcgaaca cggtgcacgt ggacgatacg ggcgacacct
     3661 tctcggcccg cgcgtcgtac gcggacaggt cggccaccgt gcagccgaag atggaggcca
     3721 tcacgtcgag gaagcgcccg gtgccggcgg cgcacttgtc gttcatgacg aagttctcca
     3781 accggccgcg ctcgtcgacg cgcagcacct tggcgtcctg cccgccgatg tccacgatgg
     3841 tgcgcacgcc ggggaacagg cgcgccgccc ccttcgcgtg gcacgacagc tcggacagct
     3901 gctcgtcggc gtcggcgagc agatgccggc cgtagcccgt cgagcacacg gccgccatgg
     3961 ttgccatcgt gctgccgtcg cccagcgcgt cgaacgctgc ggcgagcgcc ttctgcggac
     4021 cggccgtgcc ggcgccgctc gggtgcaggc ccgtgcccgc cacctcgccg cgctcgtcga
     4081 cgatgacgca cttcgaggcc gtggagccca cgtcgatgcc cagataccac cgcgttccca
     4141 tagcgaacct gctttctagc cgatgagctc ggcgaacgtt tcgagctgcg tgcgcgcctg
     4201 gccgtaggtc tcggtgctct ggtccacctc gatggtgacc acgggcacgc cggcggcctt
     4261 gcactcccgc ttcgtgatgg gctcgtcgta ctcctccggg tcgcagaact tggccatgag
     4321 gatgaccacg cccgcggcgc ccgcctcctg cgcgagggcc gggatgcggc ggcagtggtc
     4381 tttgtgcggg tcgaacagca ccgagtcgca cttcagcgcg caccagccgt cggcgagggc
     4441 ctcgacgggg tcgccttcct cgggaacctg cagcgcgaac gcgcgcgatt ccttggcgag
     4501 gtcgtcggcc acgatggcga acttgttgtc ctcgaggatg gcgctgatgg acgggatgtc
     4561 ctcgtagatg cccgacagca cgatgggctt gtagccctcc aggctcgacg gcagcgcggc
     4621 caaagcctcg ttgagcgcgc gcacgagggg caggtgctcg tctttgagca ggtagtagcc
     4681 ggcgttgatc acgttcacgc ggtcggtgac ggacacctcg gccggatgct gcccggccag
     4741 ctgcacgaac gtgcgcatgg cggcgcgcca ctcgttgtac agcgcgatgg aggcgcgcag
     4801 gtcgtcgtcc tcgatgatgg tgccgaggca ctcctccacg tctcgcttga cttcggtgta
     4861 ggagtcgatg gcgtactggc ggccgcccgg gaaggcgcgg ttctgcggct gcgacacgaa
     4921 gatcatgggg atcttcgacc ccacgcccgc cgaccagttc tgcgagaagg gccgcaggtt
     4981 gtcgcacagc cccgtgatca tcatgccgga cagctggtcc agcttgccgg tgaggcccat
     5041 ctcaagcgtc atctggcaga tggagcagaa gaacggcggg aagtacttct tggcctcgac
     5101 ggccggcccc accatgcccc acacgccgaa cggcacgccg ccgccggcgt ggacgagctc
     5161 ctcgggcacg tagtacggtc ccacgccgat gatgcgcttg ccctcggcaa cgtagcgctc
     5221 gacctgcgcg gacgggttcg atgccgccgc ggcgaagggc gccagcagct ccttgatatc
     5281 cgacatggtc tattccccct tcttgttgtt ctgcatgatt tccacaaggc cctgcaggcg
     5341 cgtctcgtac tgcgcctcgc tgaagttgcg cgggtcggac tgatcgccgt cgaacaggac
     5401 gacggggatg ttgaggtcgc gcgagatgcg gcggcccatc tcgggcatga agcccgacca
     5461 catcttgcag gagcggttga tgtgaatgag cgcgccgtcg cacttgccgt ccttgcacag
     5521 cttctcgcgg gcctcggtgg cgcgctcgag gttctggcag ttcggcacgt cgatgcaggc
     5581 cttcatccat ccgtccacgt cctcgtacac gccggagaac gccgggcagt acacgcagcc
     5641 ggtgacgttg acgccgttcg cccacatagg catggacgtg gcgcgcaggt acggccacac
     5701 cgcgatgccc tcgtagagga tgcggtactg ctcgtcgggc ttgaacgtgg acttgttgat
     5761 tttcacgtac tgcctgcact cgtcgatgag gtaggtgaac gcgtcgagcg actccttctt
     5821 cgggcgtgcg gtggtggcga tggccatgtg gttgaacagg tcgaagccgt tcatgggcga
     5881 ggggtcgtac tgcacgtacg acgtggcctc gagccacgcc ttgctcacgg ccaccgacgt
     5941 gtcgcacacc tcctggaaac gctcctcgtc ccaggtcttg cccgtgatct tctccagctg
     6001 ctcaacgagg tactcgtact gcgccttgag gtatttgatg cgcttgtcgt ccacgtcgtg
     6061 ctggtcgttg aacgggatgt cgaagaacag catgggcacg tcgagcatat aggacaggtc
     6121 ctcgtaccag ggcatcatgg tctcgcagat ggacgtggcg cccagcacga agtcgggcag
     6181 gggcatgtcg cgctcgccgt tcgggcatgc gcccagatcg gcgtaggcga ggttgatgcg
     6241 cgcgtaggcg cagatgtcgt tggagaaccc aagctcgccc tcggcgtgct cgatgagggg
     6301 caggctgccg cccttcgccg agatggcggc cgcctggctt tcggggtaca ccacgtgcag
     6361 cccgaacgtc tcggcgatct ccggcgggaa gttcgacgag caccagccca ccatctcgcc
     6421 gcgctccttc gcctcgtagg cctgctcgta catcttctcg gaaagctggg cgagcacctt
     6481 gatagccggg acgtgcttgg gcttctcggg ggcctgctcc ggggcctttt cttcagtggt
     6541 catagtcgtg ctccctctct actcgatgcc gaattcctgg aacaccttgg cgttgtccgc
     6601 gccgatgggc ttgccctgcg cggcctcggg ctcgtccatg ccgttgaagc ggatgggcgg
     6661 ctggccgagc gtggtctgct tgccgttggg ataggtgatg ggggccatga agcggttctc
     6721 gagcgcctgg gggttctcgt ggttgtcctt gaagtcggcg agcttcgtca ccacgatgtc
     6781 ggccgcgcgc aggcgctgca cgatgtcatc ggcgtcgaac tgcgcgaacg cccgctcgag
     6841 gtggtcgagc gcctcgatct tgttctgcgg gtcgtggatg gccatcttgg tgttgtagcg
     6901 ctcgtcgtcg atgagctcgg ggatgccgag cgccgtgcac agcgggcccc agtagcggtc
     6961 gtactcgttg atggtgatgg acacccactc gccgtcgcgc gtgcggtacg gcgaggagtt
     7021 cggcgggcac gtctggcggg tgcgcgggta ctcgtagccg ttcacgttga gggccgagag
     7081 gatggaggtg agccacacgc ccgtgccgta cagcgaggag gtgacgtagt cgccctcccc
     7141 cgtcttcgcg cggcggtaca gcgcggtgcc gatggcgccg gccagcatcg tgccgcacgc
     7201 gatgtcgccg aagccgtagg cggcgcccat cgggtaggac ttctcggttt ccaccatcat
     7261 gcccttcgag aagccggtct cggcgaacag ggccacgagg tcgaagcccg gcgcgtcctt
     7321 catggcgccc ttgtcgccgt agcccgagaa cgtggcgcac acgaggcgcg ggtagcgccc
     7381 cttgaggctg tcgtagtcga ggcccatctt ggcgagcgcc ttggtgcggt tgttcgtcaa
     7441 gaagacatcg gcctgcccga gcagctgatg gaagcgctgc atgtcctcgg gatcgcgcaa
     7501 gtcgaggctc acgaagtcct tgccgccgtt gatggtgtcg aacagcatgt tctcctcgtt
     7561 cgagcacggc acgccgaacg gcgtggcgaa gaagcgctgc acgtcgccct tcggcggttc
     7621 caccttgatg acgcgggcgc cttgcgtggc cagcaccctc ccgcatgctg gcacggcgaa
     7681 gtagctgctc agctcgacga ccgtgacgcc ttccaaaggt ttcatagcta tccctttcct
     7741 tttgacgagg tttctttttc tgcatacccc atgctaggca ctcggccctg catgggagaa
     7801 ataccgattc gctcgcgccc cggcgccgat ccgcatcgcg gggccgcctc cgcggcatac
     7861 cccccgatgc gattcggcat aggcgcaggc acgccgccta gatggtgctc aacacgggga
     7921 acaccgtgta cacgacgccg cccagcgcgc cgcagatgac gacggtgagg atgggcgtgg
     7981 tcttgagctt ggcgacgagg aacaggccca cggccacgaa caggatgctc gaaaggctcg
     8041 tgagggcggt ctgcgcgacg gacaggcagg cggccgccac gatgccgatg gccagcgggc
     8101 ggatgccggc gaaggccttg cgcacggtga cgttgtcctt gagcttgtcg tagaacaccg
     8161 agatggcgag cgcgaggacg aacggaatgg ccatggtggc gatggggcac aggatgccgc
     8221 cggggatgcc gcacagcgtg tagccgatgg cggccgaggc gttgacggcc atggagccgg
     8281 gcgtcatctg ggcgatggcg acgaggttca cgaacacctc gggcgtgatg agctgctggg
     8341 cgacgatgat ctccttctgg atgaaggcca gcaccgcgta gcctccgccg aaggcgaacg
     8401 cgccgatttg caggaacgac aggataaggc taagcagcat gggaatcgcc ccccttcttg
     8461 gtcgcgcgcc cgtccatcgc cttcacgacg cgatcgcgga ggaagagccc gtacagagcg
     8521 gcagcgacga ccaggatgac cggatggatg tcgaacagcg cgataccggc gaacccgata
     8581 agcgccacga accagttgaa gtacttgttg agctgggcgg gtttggccaa caggtagatg
     8641 gcgttcaaaa cgatggccac caccgcggga cggatgccgt tgaacacggc ctgcacgacc
     8701 ggatagtcca tgatctgttg gaacagcatc gtcagcagga tgacgatgac gatggacggc
     8761 gtgatgacgc cgagcagagc cgccagcgcg cccggcaccc gcttcacctg gtagccggtg
     8821 aacgtcgaga cgttggtgga aatgggcccc ggcaggcagt tgatgaggcc gatggcgtcg
     8881 aggaactgct cgcgcgtcaa ccacgcgcgc gacgtcgcct ccttcagcac gaccgggatg
     8941 accgcgctgc ccccgccgag cgtgaacagg ccgattttga agaatatccc gtacaattgc
     9001 aggatcgttt tcatatgcaa caccctcctt tgatctctct cgtgcgcccc gcaggcggag
     9061 cgctcgtgtt cgttactttc ccctgagctg ccccaacagg cagctgagtt tcggataggc
     9121 gtacgcgaag aagcttttgt acgcgtcgca gaagcggttt cggggagcct gcgcctcacc
     9181 ccccaacggc tcccagtagc ggcggcagcc gccgcggcac aagcgctccc acgcgcagcc
     9241 ggcgcatgac gccttgaggg ccgccgatgc ttgcacgaac cccagctcgt cgcgggcgcg
     9301 ctcgatctcg tcgagcgtgt cggtggcgag attgcccagc cgatactcgt cccgcatgta
     9361 gaaatcgcag ggatacacgc tgccgtcggc ctccaccacg agctggcggc tgcacgcgcc
     9421 gcacagatcg cacgcctcag gccgctgccc gtccatgagg ttgagcaggt tgacgaagaa
     9481 gcggtggtag cgcagctcgc cgcgctgcgc cgcccggtac cactggtcga agctcgtctt
     9541 gaggtgctgc tcgaacccgt cggacgtgag cgaccacgcg tggccgccgg gctcttcgtc
     9601 caaaggatcg aggcagggta tgtactgctg gaagtcgagg cctcggcgct cgaagaagcg
     9661 cccggtgctc tgcgtgcggc gcgcgctctg ctccgtgacc accgacagga tgttgaaccg
     9721 cacgccgtgc ttcttcagca ggccgatgga cgccatgacg cgatcgaacg tgcccctccc
     9781 ctcgacatcc acgcgattgg cgtcgtggat gtcccgatcg ccgtcgagcg agacgcccac
     9841 gaggaagtcg tgctcggcga agaacgcggc ccactcgtcg tccagatcgc agccgttcgt
     9901 ctgcagcgca tgggagatgg cggccccgtg ctcgttgagc tcgcgctcga gctcgatgag
     9961 gcgccggtag aagggcagtc ccgccaaggt gggctcgccg ccctgaaacg cgatggtgca
    10021 gcggtccgtg gcgtaatcga gcacccgcgc gagcacgccg cgcagcacgt cctcgctcat
    10081 gacgccgcag cagggaacgc gccgcgcggc cacctcgtcg gcgtagaagc agtacgtgca
    10141 gcgcatggtg cacagccccg aagccggctt cagcatcacg gtgattgacg gcatggcgga
    10201 ttcgaccccc ttctcatccg gtgcggggcg gcctgcagcc gggccgcccc cgaaacgtgc
    10261 tttctaacga gcgctcttcc catcgtccat gcccagcccc tcgggcacgg cgctgaacgg
    10321 cgtgaggccg cgcgcggcca cggccttgag cccgccggcg gaatcgagca gcgccttctg
    10381 gtcggcgaac gactgcgccg tgacctgctc ggtgtcgcag atttcctcga ggtcggccaa
    10441 cagctcggcc accttgccgg cgtgcgcggg gtcggccccg aggtcgttca tctcccgagg
    10501 atcgtcctcg aggttgaaca gcgagcacgt gtcgtaggtc atgtacttga cgagcttcca
    10561 cgcgcccttg cgcaccatga agatgctcga gcgccagccg gagcagtggt actcgctgaa
    10621 gacgacgcgg tcgggatcgt tctcgccgtc gatggtcttc atgagggaga cgccgggcag
    10681 cgcccgctcc tcgtcggtcg tctcgacgcc gtggaagtcc atgagcgtgg gatagatgtc
    10741 gaggatggac gccggggcgc tcgtgcgcgt gccgaccggg atgtcgggac ccgcggcgat
    10801 gagcgggatg cgcacggagc cctcgtacat gttcgatttg aagaagatgc cgtggtcgcc
    10861 ggcggaatcg ccgtggtcgt ccagatagat gacgcgggtg gtgtccttga ggccggcctc
    10921 ttccagagcg ttcatcacga cgcccacctg ctggtcgagg aacgtgacca tggcgtagta
    10981 ggtagcgatg gcgcgctgca gctcctcggg cgtcacgtgc tcgtccatct gcacgcgctc
    11041 cttgtacgcc tggacggcgg ggtgcaggct ggaagggtcg taccactgct cggggatggg
    11101 gaactggtcg aacggcttgt acagatcgag gatatcctcg ggcgcgatca gcggatagtg
    11161 cggcgtcacg aagcccacgt acagacacca cggaccctcg gccgccgtgg cctcctcctt
    11221 gaggtaccgc gcggcgtgct cggcgatgtt gcggtcgtag tgcaggtagt cggaatcgcc
    11281 ggcgcccgcg tgctggacat gctcgcgcaa cctcgtcgta cccgtgccgc tgttgcgcgc
    11341 ggcggtcatc atgtcgccca cgcctccctt ggcgttgagc gggatgcgct ggccggggaa
    11401 cgtgtgctcg gaatcgtcct tgaagtgcag cttgccgatg gtggacaccg acacgccggc
    11461 ctccttcaag cgacggcccc acgacatctc gtcgcccgtg aacgggtggg cgttgtccca
    11521 gtatccgtgg cgatgcgcgt agtcgccgca cgccagcgag gcgcgggcgg gcacgcagat
    11581 gggggtggag gtgtacgcgc aatcgaacac ggtgccctcg cgggcgagcg catcgaggtt
    11641 gggcgtatgc accttcgcgt tgccgtagca gccggtgatc tccgggttat gctggtcgca
    11701 gcagatgacg agggtgttcg ctggcttcat gtagttcccc tttctcctga ggtgccttgt
    11761 ggcgcgatcc atcctaaacg ggcgcggatg cataggagaa atagccattt ggacagggga
    11821 tgcgtgcaat tcgaatggtg cagcttcgca atgggaatag atttattccg gtgggcatag
    11881 tagactttca ggtgttcccc gtctgagagg aaagcatgca gatcgagacg ctccgcgagt
    11941 tcatcgccgt cgtgcagtac ggcagcttca ccggcgccgc caaggcgctc tatctctccc
    12001 agccgacgct ttccaagcac atcgccgcct tcgagaagca gatcggctac aagctgttct
    12061 tcgacgagcg cccgctcatc ctcaccgaag ccgggcgcat cgccatggag tacgcgagca
    12121 gcgtcgtgtc gcagaccgag accatgcagc tgcgcctcga gggcctcaag caccagaagc
    12181 ccgagctcgt gcgcatccag gacctcacgt tcttcgagca cctttcgctg cgctcgcagg
    12241 acgtcaagaa agccgtgcgc gagcgctacc ccaacatcac gttcgagacg gtgaagtgca
    12301 agacgcacca gacctcgcgc gaggcgctcg aagccggcac catcgacgtc ggcttccagt
    12361 tcaacatcac cgaatcgccg ttccagccgc ccgtcgacat gccgggcacc gtgcgcatgc
    12421 agcccctcta cggttccctc gggcagttcc gcctcggcgt gccgaagggc tccccgctgc
    12481 tcgcgcagga caagcgcctg cgcctgaagg acttcgccaa tcagcggttc ttcatcatcg
    12541 cgaaccgcaa ctacgacgcc ttcatccacg atttccgctc gctgtgcctg cgcgagggct
    12601 tcctgccgca aatcgagttc gtcacggtca gcaacaaccg cgacttctgg atgcgcgatt
    12661 acggcgacgg ggtggtcttc ctcgacgcca cgcagcgcac cggcttcacg tcggccgacg
    12721 actacctcgc cgacaagtac aaggccgtgc gcccgttcgg ccacgagcag acgctgtacg
    12781 tggtgatctc gctgctcacg cgcaacgaga agcacgggcc ggcgctgcaa tcgttcttgg
    12841 acatcgtgcg agagacggag gacgcgaacc tcgagcgcat gaaggccgag gggctggaat
    12901 agcgtcgagc gacggggcgc gctcccccac caggcacgat acgagcctca gtgacccctc
    12961 tactgctttt tttgcgatgc ttcgtttttc agtatcgtcc gattactgca ttgttaacga
    13021 tgcgtcggat ggttgacgat ccctatgatg gttgcagatt ttcgagcgtg tgggaagcgc
    13081 gcccggggac ctgtcgtgat agaaaaaccg tcaaggagga agcatggcag attactttgg
    13141 taccgacacc gtcgtatccg aacttcgcga ggatggcctt ctgatcatcc gcatcaaccg
    13201 tcccgacgtg gcgaacgccc tcaacggcga gacctccaaa gccatggaga acatcatgaa
    13261 caacgctgag gccgaccccg cggttcgcgc catcatcgtg accggcaccg gcaaggtgtt
    13321 ctgcgccggc gaggacctct ccgagctctc cgaaggcggc gagtgccaga ccgtgaccga
    13381 gcacggcttc ggcggcctca cggcccgtct gtgctccaag cccgtcatcg cggcgtgcaa
    13441 cggctccgcg gccggcggcg gcatggagat cgcgctgtcc tgcgacatgg tggtcgcctc
    13501 cgagcgcgcc aagttcggct gcaccgaagt gggcctcggc atcatcgcct ccacgggcgg
    13561 cctcgtgcgc ctcgcccgcg acgtgaaccg caaggactgc atggagctgc tgctcaccgg
    13621 caagaagatc ctggctcccg aggccaaggc gctcggcctg atcaactacg tcgtgccggc
    13681 tgaggaagtc atggacaagg ccatcgagct ggccgagcag tgcctgaaga acgcgccgct
    13741 ggccctgaag tggacgaagt acatcgtgca cgccgccgac cagatgtccg aagaggacgc
    13801 catgcgctac tccgacgccg cctaccgctt cctcgagaag accgccgacg gcatcgaggg
    13861 cccggccgcc ttcgtcgaga agcgcacgcc gatgtggcag ggcaagtagc ttctcgcgac
    13921 aacgtcgccg cgcttccgaa gaaccccggg tacgcccggg gttctttttt tgtatagtcg
    13981 cgagcgaact tttttctgcg agaagcgctc gtttgccgct cgcagcgcgt tataggcgtc
    14041 aggaggtgaa aagcttgagc ccacgaccat acgacgacgc gtcggatgcg gagcgcttgg
    14101 cgctgcggca ttacgacgac gtgtaccgct actgctaccg gcacagcggc tcgcgcgagg
    14161 acgcgcagga tgcgacccag gaggtgttcc tccgcttcgt gcgcaaccag catcgctact
    14221 ccgagcgcgg caagccgctg gcctacctgc tggtcatcgc gcgcaacgtc tgcgccgaca
    14281 gcttccgcgc gcggcgcgcc caggttccgc tcgacgagca gacggccgac ccccgccccg
    14341 agagctgcgg gctcgagctg gccgatatga tctccaagct gcccgacgac gagcgggaga
    14401 tcatcgcctt gaagtacgac cagggcctga cgacggtgga aatcggcgcg gtcacggggc
    14461 tttcgcgctt cgccgtggcc cgaaagctga aaagcgcgct cgcggatctg cgacaccaga
    14521 tgacgctggc cgaacgagga cagaggtgag accatgaacg atcgcgacct gaaacgggcc
    14581 ctgcaagccc atttcgacga gaaccgcccg gaacccgacg aggccgccaa ggcggcggcc
    14641 ctggccctcg tcgcggccgc cgcggccgac gaggccgacg cgcacgcgct cgccgccctg
    14701 ggcgatgcac gcgccggggc cttcgcctcg ttcccgcgct tcgtcatggg gcaggtgcgc
    14761 ttcgtgagcg gcagggtgtg ggccgcgcaa gccgcgctgc tggccgccgc gttcgccgtg
    14821 tgcgcctggt accgcgcggg attggaggcc gcgcccgcca tcgcggccat cgcggcgctc
    14881 acggtggccg tcgggttgcc ggagctgctc aagagcagcg atcacggcat ggccgagctg
    14941 gagtacgcct gccggttcga ctgccgccac acggtgctgg cgcgcttcgt gatcctgggc
    15001 ctttcggaca tcgtcatgct cacctgcgcg atgctggccg cccccgccct gggaaccctg
    15061 cagcccgccg acgtgttcct gttcgcctgc atcccgtact tcgcctcctg cgccggctgc
    15121 ctgtggatcg tgaaccatac gaggggccgc atcggcacgc agctctgcgt cacgctgacc
    15181 gcctcggcgg cgttggcggc gatgctcctg tggcaagcgc tgccgaagct ctacctgtcc
    15241 gtttccctct gggtgtggat cgcgctgttc tgcatcgtcg tcgccgcgac cttctcgcag
    15301 gcgagaagct acctcaggcg cgtcgagttc ggactcgacc acctgcagca ccaaccgaac
    15361 gcccgatgag agccacgtaa ggagcatcgc atggaattga aactcgaccg cttgagcaag
    15421 cagttcggca gcacgattgc cgtcgatcgc gtgtcggccg ttttcacgcc gggggtctac
    15481 gggctgctcg gggcgaacgg agccggcaaa accaccctca tgcgcatgat ctgcgacgtg
    15541 ctcagcccca cgtccggaca gctgctcttc gacgggcgcg acatcgcgcg cctcggggag
    15601 tcgtaccgca ccaagctggg ctaccttccg caggacttcg gctactaccc cgatttcacc
    15661 gcgctcgact tcatgctgta cctcgcagcg ctcaagggcc tcaggcggcc gctcgcgcag
    15721 cggcggacat gggagctgct ggagctggtg ggattgcagg acgtggcgaa gtcgaagatc
    15781 aagacgttct cgggcggcat gaagcagcgc ctcggcatcg cgcaggccgc cgtcaacgag
    15841 ccggccgtgc tcgtgctcga cgagcccacc gccgggctcg acccgaaaga gcgcgtgcgc
    15901 ttccgcaacc tgatctcgag cttctcgcag gacaagatcg tcatcctctc cacgcacatc
    15961 gtgtcggacg tcgagtgcat cgccgacgag atactcgtca tgaagaaggg cgccttcgtg
    16021 ctcgacggca ccccggcgcg catcgtcgag caggtgcgcg gcaaggtatg ggagtgtcgc
    16081 gtcgacgcgc gcgcggccga cgagatggcg gcgcggctgt gcgtgagcaa catgcactac
    16141 gacgcgacgg gcggcgccgt gctgcgcgtg gtgagcgacc gaccgcccat cgcgggcgcc
    16201 gaaccccttg cgcccacgct cgaggatctg tacctgcacc tgttccgaga cgaagcgccg
    16261 atgccgacgg cgcaccggca aggaggccgt catgcgtgat ctcgtcgtgt tcgaactcaa
    16321 gaagatcgtc gcccgcaagg tgacgcgcgt ctcggtgctc gcgctgttcg cgctgaccgc
    16381 gctcgtgttc gggctgaacg ttttccagca ggtggccttc gacgagcagg gccggcagct
    16441 cggcggattc gcggccatcg agcagaaccg aagctacgcc gaagcgctgg aagggcccct
    16501 caccgacgag gccgccgcag aggctgtcgc gagctatgcg cggttcttcg acgagaaggg
    16561 cgacgtgctg gaatccgtcg aaaccgacga gcaggcccgc gccgaattca cccgcttcga
    16621 cgcggccaac ggcagctacc tgcacctcat cctcacgccg tcgatgaacg gctacgaacc
    16681 gaccggcgtc gtggcgtccc gcgtcgcctc ctcgggcgcc gacgatctgt acggcgcgcg
    16741 cgagaagcgg ctcgagcgcc agctggacga gggcatgaac ggctcgtgga cctacagcga
    16801 cgccgagcgg gcgctgtgga ccgagaagct gcacgcggtg ccgacgcccg tcgcgtacgg
    16861 ctacgcggga ggctggagcg gcatcctcga ctgcatcaac ttcctgttct tcggcatcgt
    16921 cgccgtctgc atcggcatcg cccccgtgtt cgcagccgag taccaggatc gaaccgacgc
    16981 ggtgatcctg tcgacgcgct acggcaagag caagctggtt gcggccaaga tcatcgcggc
    17041 gtttgcgttc gccaccgccg tgttcgccac caacgcggcg gtggcggtgg gcatcccgct
    17101 cgcctgctac ggcgccgccg gcgccgactt gcccgtgcag ctcaacgggc tcgcgatccc
    17161 ctacgacgtg accatgtccc aggcggtggg catctgcctg ggaatcggct acctggtcac
    17221 gctcggcttg acggcgctca cgctgctgct gtcggccagg atgaagtcgc cgctgtccat
    17281 cttcgccatc gcggccgccg tggtcgtcct tcccggattc ctgcccaaga cgccgttcgg
    17341 catcgtgaac catctgctgt acctggcgcc catgaacagc atcgacttca cgaacctgtt
    17401 caacgcgctc gtatcgtatc ccttcgggac gctcgtgctc gacctgcaga ccatggcggt
    17461 ggtcgtgcag gtggcggtga tcgcgctgtg cgtgccgctg gccgcatggt cgttcaggag
    17521 gcaccaggtt tcctgagatg cggggtgcga gcggggtgcg cggggcgcgg gcggggtgcg
    17581 gccttcgcct aggcgtcttc cagctcgccg gtgaggcgtt ccttccaggt gagcttgcgc
    17641 ggggcgaagg ggtgcggaag cgagacgtcg tggccgatgg agcgcagggc gatgtcccac
    17701 aatgtgcgcc ggccgccgta gaaca
//
