LOCUS       c00045_gnlPro..        13755 bp    DNA     linear   UNK 01-JAN-1980
DEFINITION  gnl|Prokka|PFBDDIFG_45.
ACCESSION   c00045_gnlPro..
VERSION     c00045_gnlPro..
KEYWORDS    .
SOURCE      
  ORGANISM  
            .
COMMENT     ##gutSMASH-Data-START##
            Version      :: 1.0.0-1555cd7(changed)
            Run date     :: 2024-10-03 21:56:13
            Original ID  :: gnl|Prokka|PFBDDIFG_45
            NOTE: This is a single cluster extracted from a larger record!
            Orig. start  :: 0
            Orig. end    :: 13755
            ##gutSMASH-Data-END##
FEATURES             Location/Qualifiers
     protocluster    1..13755
                     /aStool="rule-based-clusters"
                     /contig_edge="True"
                     /core_location="[231:13670]"
                     /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      232..13670
                     /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"
     protocluster    1..13755
                     /aStool="rule-based-clusters"
                     /contig_edge="True"
                     /core_location="[231:11441]"
                     /cutoff="10000"
                     /detection_rule="(TPP_enzyme_C and not (PFL-like or
                     PFL_6_pcresol or PFL_9_tma or Gly_radical or Gly_430_pcre
                     or Gly_8-9_TMA or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and
                     minimum(2, [ALS_ss_C, AlaDh_PNT_C, Arginase, BKACE,
                     BcrAD_BadFG, Beta_elim_lyase, CPSase_L_D2, Cys_Met_Meta_PP,
                     ELFV_dehydrog, GRDB, Glu_syn_central, Glu_synthase,
                     Gly_reductase, HAAA1, HG2B1, HG2B2, HGD-D, HleuD1, HleuD2,
                     HleuS1, HleuS2, Homoserine_dh, ILVD_EDD, IlvC,
                     Lactoyl-CoA1, Lactoyl-CoA2, Lyase_aromatic, MAAL_C,
                     OKR_DC_1_5_lysine, OKR_DC_1_5_ornithine,
                     OKR_DC_1_7_arginine, OKR_DC_1_C, OTCace, PALP,
                     Proline_reductase, Sacchrp_dh_C, TPL, Thr_dehydrat_C, TnaA,
                     Urocanase]) and not (POR or POR_N or PFOR_II))"
                     /neighbourhood="10000"
                     /product="TPP_AA_metabolism"
                     /protocluster_number="2"
                     /tool="gutsmash"
     proto_core      232..11441
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(TPP_enzyme_C and not (PFL-like or
                     PFL_6_pcresol or PFL_9_tma or Gly_radical or Gly_430_pcre
                     or Gly_8-9_TMA or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and
                     minimum(2, [ALS_ss_C, AlaDh_PNT_C, Arginase, BKACE,
                     BcrAD_BadFG, Beta_elim_lyase, CPSase_L_D2, Cys_Met_Meta_PP,
                     ELFV_dehydrog, GRDB, Glu_syn_central, Glu_synthase,
                     Gly_reductase, HAAA1, HG2B1, HG2B2, HGD-D, HleuD1, HleuD2,
                     HleuS1, HleuS2, Homoserine_dh, ILVD_EDD, IlvC,
                     Lactoyl-CoA1, Lactoyl-CoA2, Lyase_aromatic, MAAL_C,
                     OKR_DC_1_5_lysine, OKR_DC_1_5_ornithine,
                     OKR_DC_1_7_arginine, OKR_DC_1_C, OTCace, PALP,
                     Proline_reductase, Sacchrp_dh_C, TPL, Thr_dehydrat_C, TnaA,
                     Urocanase]) and not (POR or POR_N or PFOR_II))"
                     /neighbourhood="10000"
                     /product="TPP_AA_metabolism"
                     /protocluster_number="2"
     cand_cluster    1..13755
                     /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))"
                     /detection_rules="(TPP_enzyme_C and not (PFL-like or
                     PFL_6_pcresol or PFL_9_tma or Gly_radical or Gly_430_pcre
                     or Gly_8-9_TMA or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and
                     minimum(2, [ALS_ss_C, AlaDh_PNT_C, Arginase, BKACE,
                     BcrAD_BadFG, Beta_elim_lyase, CPSase_L_D2, Cys_Met_Meta_PP,
                     ELFV_dehydrog, GRDB, Glu_syn_central, Glu_synthase,
                     Gly_reductase, HAAA1, HG2B1, HG2B2, HGD-D, HleuD1, HleuD2,
                     HleuS1, HleuS2, Homoserine_dh, ILVD_EDD, IlvC,
                     Lactoyl-CoA1, Lactoyl-CoA2, Lyase_aromatic, MAAL_C,
                     OKR_DC_1_5_lysine, OKR_DC_1_5_ornithine,
                     OKR_DC_1_7_arginine, OKR_DC_1_C, OTCace, PALP,
                     Proline_reductase, Sacchrp_dh_C, TPL, Thr_dehydrat_C, TnaA,
                     Urocanase]) and not (POR or POR_N or PFOR_II))"
                     /kind="chemical_hybrid"
                     /product="Others_HGD_unassigned"
                     /product="TPP_AA_metabolism"
                     /protoclusters="1"
                     /protoclusters="2"
                     /tool="gutsmash"
     region          1..13755
                     /candidate_cluster_numbers="1"
                     /contig_edge="True"
                     /product="Others_HGD_unassigned"
                     /product="TPP_AA_metabolism"
                     /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))"
                     /rules="(TPP_enzyme_C and not (PFL-like or PFL_6_pcresol or
                     PFL_9_tma or Gly_radical or Gly_430_pcre or Gly_8-9_TMA or
                     PFL_acetate1 or PFL_acetate2 or Gly_radical_scatole or
                     PFL_proline or PFL_toluene) and minimum(2, [ALS_ss_C,
                     AlaDh_PNT_C, Arginase, BKACE, BcrAD_BadFG, Beta_elim_lyase,
                     CPSase_L_D2, Cys_Met_Meta_PP, ELFV_dehydrog, GRDB,
                     Glu_syn_central, Glu_synthase, Gly_reductase, HAAA1, HG2B1,
                     HG2B2, HGD-D, HleuD1, HleuD2, HleuS1, HleuS2,
                     Homoserine_dh, ILVD_EDD, IlvC, Lactoyl-CoA1, Lactoyl-CoA2,
                     Lyase_aromatic, MAAL_C, OKR_DC_1_5_lysine,
                     OKR_DC_1_5_ornithine, OKR_DC_1_7_arginine, OKR_DC_1_C,
                     OTCace, PALP, Proline_reductase, Sacchrp_dh_C, TPL,
                     Thr_dehydrat_C, TnaA, Urocanase]) and not (POR or POR_N or
                     PFOR_II))"
                     /tool="gutsmash"
     CDS             complement(232..4476)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_AA_metabolism: BcrAD_BadFG"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_AA_metabolism: HGD-D"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: BcrAD_BadFG"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: HGD-D"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg45_1"
                     /sec_met_domain="HGD-D (E-value: 5.9e-64, bitscore: 205.8,
                     seeds: 370, tool: rule-based-clusters)"
                     /sec_met_domain="BcrAD_BadFG (E-value: 3.3e-38, bitscore:
                     120.7, seeds: 18, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNYKTLGIDIGSTTVKIAILDENENLIFADYKRHFANIQETLADL
                     LQEAFDQYGEMTLHPVITGSGGLTLANHLGVPFTQEVIAVSTSLQKLAPKTDVAIELGG
                     EDAKIIYFENGNVEQRMNGICAGGTGSFIDQMASLLQTDATGLNEYAKDYKALYPIAAR
                     CGVFAKTDIQPLINDGATKPDLSASIFQAVVNQTISGLACGKPIRGHVAFLGGPLHFLS
                     ELRESFIRTLKLDGEHTIIPENSHLFAAIGSALNAKEDNSISLTEMKDRLRNSIKLDFE
                     VERMEPLFASQEEYDAFAKRQSSYKVKTGDLATYKGNCYLGIDAGSTTTKTALVGEDGT
                     LLYSFYSSNNGNPLKTTIRSIKEIYELLPKDAKIAYSCSTGYGEALLKAALLLDEGEVE
                     TVSHYYAAAFFDPEVDCILDIGGQDMKCIKIRNKTVDSVQLNEACSSGCGSFIETFAKS
                     LNYTVQDFAKAAVFAQHPIDLGTRCTVFMNSKVKQAQKEGAEVSDISAGLAYSVIKNAL
                     YKVIKVSDASELGKHIVVQGGTFYNDAVLRSFEKIAGCEAIRPDIAGIMGAFGAALIAR
                     ERHQEGAETTMLSIDKINELKYTTSMANCRGCTNNCRLTINKFSGGRQYVSGNRCERGI
                     GKEKNKDHIPNLYEYKYKRIFSYTPLTADKATRGKVGIPRVLNMFENYPFWYTFFTELK
                     YEVVLSPTSTRKIYELGIESIPSESECYPAKLAHGHVTWLIRNGVKFIFYPCIPYERNE
                     FPDAVNHYNCPIVTSYAENIKNNVDELNDPSITFRNPFLAFTSEEILANRLVEEFKDIP
                     AEEVKAAVHKGWEEMAAARRDVQKKGEETLKYLEDTGRHGIVLAGRPYHIDPEIHHGIP
                     DLINSYGIAVLTEDSISHLAPVERPIRVNDQWMYHSRLYAAANYVKTRDDLDLIQLNSF
                     GCGLDAVTTDEVYEILDGSDKIYTCLKIDEVNNLGAARIRIRSLIAAIRAKKAQGQKRT
                     VKPASIDKVSFTKEMRKDYTILCPQMSPFHFSLLQAAFNSCGYNLEVLPNDNKHAVDVG
                     LKYVNNDACYPSLIVVGQIMDALLSGKYDLNKTAVVMSQTGGGCRASNYIAFIRRALKK
                     AGMEQIPVISVNLSGLESNPGFKLTLPLVKKVAYGAVFGDILMKCVYRMRPYELEEGIV
                     NRKHKIWEQRVISFLSGSSISHSQFKKMCREMVHEFDTIPISDVKKPRVGIVGEILVKF
                     LPAANNHLAELLESEGAEAVVPDLIDFMCYCFYNQNFKVENLGFKKSKATMANWGIKAI
                     EWVRKPASEALAQSRHFAPPADIRNLAKMASPIVSTGNQTGEGWFLTGEMMELIHGDVP
                     NIVCIQPFGCLPNHIVGKGVIKEIRREYPTANIVAIDYDPGASEVNQLNRIKLMLSTAQ
                     KNLKKAEEKMHK"
     CDS             4923..6074
                     /locus_tag="ctg45_2"
                     /transl_table=11
                     /translation="MAEYKLLKTEGRAKRAEFHTVHGTIQTPVFMNVGTIGAIKGAVST
                     MDLQQIGTQVELSNTYHLHVRPGDKIVKQLGGLHKFMVWDKPILTDSGGFQVFSLAKLR
                     KIKEEGVYFNSHIDGHKIFMGPEESMQIQSNLASTIAMAFDECPSSVADRDYVQKSVDR
                     TTRWLARCKAEMARLNSLPDTINKEQLLFGINQGAVYEDIRIEHAKAISEMDLDGYAVG
                     GLAVGETHEEMYRILDAVVPYLPQNKPTYLMGVGTPANILEGVERGIDFFDCVYPSRNG
                     RHGHVYTNHGKMNLFNAKYELDTRPIEEGCQCPACQHYSRAYIRHLLKAKEMLGMRLCV
                     LHNLYFYNHMMEEIRDALDAGNFAEYKKMRLEGFEEGKINSKR"
     CDS             6323..6622
                     /locus_tag="ctg45_3"
                     /transl_table=11
                     /translation="MNASSGMGMVGAIVWMVVLFGIMYFLMLRPQKKEQKRLQAMLNDM
                     EVGDSIVTTGGFYGVVIDMTEEDVIVEFGNNKNCRIPMRKQAIAEVEKAGSAAE"
     CDS             6811..7893
                     /locus_tag="ctg45_4"
                     /transl_table=11
                     /translation="MDYKIALIPGDGIGPEIVREAKKVLDKVCEKYGHSFSYSEVLLGG
                     ASIDVHGVPLTDEAIATAKSSDAVLMGSIGGDAKTSPWYKLEPSKRPEAGLLAIRKALN
                     LFANLRPAYLYNELRKACPLRDEIIGDGFDMIIVRELTGGLYFGERQTIEENGVKKAID
                     TLSYNENEIRRIAIKAFEIARKRRNKVTSVDKANVLDSSRLWRKVVEEVAKDYPDVTLE
                     HMLVDNCAMQLVRDPKQFDVILTENMFGDILSDEASMVTGSIGMLSSASLNETKFGLYE
                     PSHGSAPDIAGQDKANPIATILSAAMMLRFSLDMDKEADAVEAAVQKVLTEGYRTGDIM
                     SEGCKLVGTKEMGDLIAAAL"
     CDS             8001..9674
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_AA_metabolism: ILVD_EDD"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg45_5"
                     /sec_met_domain="ILVD_EDD (E-value: 4.9e-230, bitscore:
                     753.5, seeds: 918, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MRSDAVKTGTQQAPHRSLFNALGMTKEEMDRPLVGIVSSYNEIVP
                     GHMNLDKITQAVKLGVAMAGGTPVMFPAIAVCDGIAMGHVGMKYSLVTRDLIADSTEAM
                     AMAHQFDALVMIPNCDKNVPGLLMAAARLNVPTVFVSGGPMLAGHLNGHKTSLSSMFEA
                     VGAYAAGKLDEDGLTECEMKTCPTCGSCSGMYTANSMNCLTEVLGMGLKGNGTIPAVYS
                     ERIRLAKHAGMQVMEMYRKNIRPRDIMTKEAILNALTVDMALGCSTNSMLHLPAIAHEI
                     GMDFDISFANEISAKTPNLCHLAPAGPTYIEDLNEAGGVYAVMNELNKKGLLHTECMTV
                     TGKTVGENIKDCVNLNPEVIRPIDNPYSQTGGLAVLKGNLAPDGGVVKRSAVVEEMMVH
                     EGPARVFDCEEDAIAAIKGGKIVEGDVVVIRYEGPKGGPGMREMLNPTSAIAGMGLGSS
                     VALITDGRFSGASRGASIGHVSPEAAVGGPIALVEEGDIISINIPELKLEIKVSDEEMQ
                     ARKAKWQPREPKVTTGYLARYAAMVTSGNRGAILEVPKAK"
     CDS             9750..11441
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_AA_metabolism: TPP_enzyme_C"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg45_6"
                     /sec_met_domain="TPP_enzyme_C (E-value: 1e-55, bitscore:
                     176.8, seeds: 323, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MQLTGAEIIVECLKEQGVDTVFGYPGGAILNVYDALYEYKDQITH
                     VLTSHEQGASHAADGYARATGKVGVCLATSGPGATNLVTGIATAYMDSVPMVAITCNVG
                     TPLLGKDSFQEVDITGIVMPITKHSFIVKDITTLADTVRRAFYIAKSGRPGPVLVDVTK
                     DVTGAKYEYTACAPAEITPKTDTIKDEDIATAVQMIKEAKRPFIFTGGGTIISEASREV
                     TELAHRIDAPVCDSLMGKGGFSGEDPLYTGMLGMHGTKTSNLGVSGCDLLIVLGARFSD
                     RVTGNTKTFAKNAKILQIDVDAAEINKNIVVDASVVGDEKEVLKRILAEVPEMRHSEWT
                     AHISELKEKYPLRYDHSQLTGPYIIEKLYELTKGDAIITTEVGQNQMWAAQYFKYKEPR
                     TFLSSGGLGTMGYGLGAAIGAKMGRPDKTVVNIAGDGCFRMNMNEIATAVRCGRPLIEI
                     VLNNHVLGMVRQWQTLFYDHRYSHTILNDAVDFVKLAEAMGAKAIRITKMEEVEPALKE
                     ALACPGPIVLDCMIDQDLSVFPMVPAGASIDDIFDEEDMKNNEQSV"
     CDS             11425..12507
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Aminotran_5"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg45_7"
                     /sec_met_domain="Aminotran_5 (E-value: 1.7e-53, bitscore:
                     170.9, seeds: 35, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSRVYNFSAGPAVLPEEVLKEVADEMMDYQGSGMSVMEMSHRSAD
                     FQKIIDEAEQDLRDLMKIPDNYKVLFLQGGASQQFAAIPMNLMKNKVADYIVTGQWAKK
                     AYQEAQKYGKANKIASSEDKTFSYIPDCSDLPISPDADYVYICENNTIYGTKFKKLPNT
                     KGKTLVADVSSCFLSEPIDVSKYGIIYGGVQKNIGPAGMVISIIREDLITDDVLEGTPT
                     MLKFKTQADAGSLYNTPNCYCIYVCGKVFKWLKKMGGLEEMQRRNIEKAKILYDFLDQS
                     KLFKGTVVPEDRSLMNVPFVTGDKDMDAKFVKEAKEAGLVNLKGHRTVGGMRASIYNAM
                     PKEGVEALVAFMKKFEEENA"
     CDS             12507..13670
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: Hacid_dh_C"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg45_8"
                     /sec_met_domain="Hacid_dh_C (E-value: 1.6e-45, bitscore:
                     143.7, seeds: 144, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MFQYHCLNPIAEKGLGLFDEEYKKSEDLQECDAVLVRSAKMHDME
                     LPESVKVIARAGAGVNNIPVKDCAEKGVVVFNTPGANANGVKELVLAGMLLASRDIVGG
                     IEWVAKEKDQEDIDKLAEKQKKQFAGCEIMGKKLGIIGLGAIGAMVANAASALGMEVYG
                     YDPYISIDAAWNLSRTIKHIKSLDEIYSQCDYITIHVPLLDSTKQMINKEALDKMKDGV
                     VLLNFARDLLVDEDALIEALDSGKVKKYVTDFANHTVAGHKGILVTPHLGASTEESEEN
                     CAVMAVKEVRDFLENGNIKNSVNFPNCDMGTCVAVGRIAICHKNIPNMISQFTKILGAE
                     GLNIADMTNKSKGEYAYTLIDLESVASREALDELKAIEGVSRVRVVK"
ORIGIN
        1 aagttataaa aacagaagtt ataaaaaata aaagagttat atttcatggt ttaaatgtat
       61 ttctgaaata gaaacacatt taaaatttct gaaatataac tcttttttga gcgcgtttga
      121 aaaatgcttt tcgcaaagca ggatatgtag attgcgggaa tgatttttca aatacgctct
      181 aaggcggata tattgcaagg taaaatacat tgcaatatat ccattacggt attatttatg
      241 cattttttct tctgcttttt tcaggttttt ctgagctgtg gagagcatca gtttgattcg
      301 gttgagctgg ttaacttcac ttgcacccgg atcatagtcg atggctacaa tattggctgt
      361 cggatattct ctgcggatct ctttgataac acccttacct acaatgtggt tcggcagaca
      421 tccgaaaggc tggatacaaa caatattcgg aacatctcca tggatcagtt ccatcatctc
      481 acctgtcagg aaccatccct cacctgtctg gtttccggtg gaaacgatcg gagatgccat
      541 ttttgccaga tttctgatat cagcaggcgg tgcaaaatgg cggctctgtg caagagcttc
      601 gcttgcaggc tttctcaccc attcgattgc tttgattccc cagtttgcca tggttgcctt
      661 ggacttcttg aatccaagat tttctacctt gaagttctga ttatagaagc agtagcacat
      721 gaaatcgatc agatccggta caactgcctc agcgccttca gattccagaa gctctgccag
      781 atgattattt gcagcaggca ggaacttgac aaggatctca cctacgatgc cgacacgagg
      841 ctttttcaca tcactgatcg gaatggtatc aaattcgtga accatttcgc ggcacatttt
      901 cttaaactgg ctgtggctga tactgcttcc gcttaagaaa gagatcacac gctgttccca
      961 gattttatgt ttcctgttta cgattccctc ttccagttca taaggacgca tacgatatac
     1021 gcatttcatc aggatatctc cgaatacggc accataagca actttcttca ctaatggaag
     1081 cgtaagtttg aatccgggat tgctttccag accgcttaag ttaacagaga taaccggaat
     1141 ctgttccata ccggctttct ttaatgcgcg tcgtataaat gcaatatagt tggaagcacg
     1201 acatccgcca cctgtctgtg acatgacaac ggccgttttg ttcaggtcat atttaccgga
     1261 aagcagagca tccatgatct gtcccacaac gatcagagac ggatagcagg cgtcattgtt
     1321 tacatacttc agaccaacat ccactgcatg cttattgtca ttcggaagca cctccaggtt
     1381 gtatccgcag gaattgaatg ctgcctgcag gaggctgaaa tggaacggtg acatctgcgg
     1441 gcagaggatg gtatagtcct ttctcatttc ctttgtaaag gatactttat caatagaagc
     1501 aggtttgaca gtacgtttct gtccctgtgc cttcttcgca cggatcgctg cgatcaggga
     1561 acggatacgg attcttgcag caccaaggtt atttacctcg tcaatcttta agcaggtata
     1621 gattttgtca cttccgtcaa ggatttcata aacctcgtca gtagtaactg catccagacc
     1681 acatccaaaa gagttgagct ggatcagatc caggtcatcg cgtgtcttta catagtttgc
     1741 agcagcatac agtctggagt ggtacatcca ctggtcatta acgcggatcg ggcgttccac
     1801 aggtgccaga tgagagatgg aatcctcggt aagtacggca ataccatagc tgttgatcag
     1861 atccgggata ccatgatgga tttccgggtc aatatggtat gggcgtcctg caaggacaat
     1921 accatggcgt cctgtatctt ccagatattt cagggtttct tccccttttt tctgtacatc
     1981 gcggcgtgca gcagccattt cctcccagcc cttatgcaca gcagctttga cttcttctgc
     2041 cgggatatcc ttaaattcct ctaccagacg atttgccaga atttcctcag aagtaaatgc
     2101 aaggaacgga ttgcggaagg taatggacgg atcatttaat tcgtctacgt tatttttgat
     2161 attttcggca taagaggtaa cgatcgggca gttatagtga ttgactgcat ccgggaactc
     2221 gttacgttca tatggaatac aagggtagaa aataaatttc acaccattgc ggatcagcca
     2281 ggttacatgg ccatgtgcga gcttggcagg gtagcattcg gattcacttg gaatggattc
     2341 aatacccaac tcataaatct ttctggtgga agtaggagag agcacaacct catacttcag
     2401 ttctgtaaag aaagtatacc agaaaggata attctcaaac atattcagaa cacgcgggat
     2461 acctacttta cctcgcgttg ccttatcagc agtaagcggt gtgtaggaga aaatacgttt
     2521 atatttgtat tcataaagat tcggaatatg atctttgttc ttttccttac cgataccgcg
     2581 ttcacagcgg ttaccgctta catactggcg gccgccggag aatttgttga tagtcagacg
     2641 gcagttattg gtacatccac gacagtttgc catagaagtt gtatatttca gctcgttgat
     2701 cttatcaatg gagagcatag tcgtttctgc gccttcctga tggcgttcac gggcaatcag
     2761 tgcagcaccg aaggcaccca tgattccggc gatatccgga cggatggctt cgcagcctgc
     2821 aatcttttcg aagcttcgaa gaaccgcatc attgtagaag gtaccaccct gtacaacgat
     2881 gtgcttgcca agttcggaag cgtcagaaac cttgataacc ttatacagag catttttgat
     2941 aacagagtaa gcaagacctg cggaaatatc ggaaacctca gctccctctt tctgcgcctg
     3001 ctttaccttg gaattcatga aaacagtaca tctggtacca agatctatag gatgctgtgc
     3061 aaaaacagca gcttttgcga aatcctgtac tgtataattc agggatttgg caaaggtttc
     3121 aataaaggaa ccgcatccgg aggagcatgc ttcatttaac tgtacgctgt caacggtctt
     3181 gttgcggatc ttgatacatt tcatatcctg tccgccgata tccaggatac agtctacctc
     3241 tgggtcaaag aatgcagctg catagtaatg ggatacggtc tcaacctcgc cctcatccag
     3301 gagcagggcc gctttgagca gagcctcgcc gtaacctgta gaacaggaat aagcgatctt
     3361 tgcgtctttg ggaagcagtt catagatttc tttaatagaa cggatggtag tttttaacgg
     3421 gtttccgttg ttgctactgt aaaaggaata gagaagtgtt ccatcttcgc ctaccagtgc
     3481 agttttggtt gtggtggaac ctgcatcaat acccagatag cagtttcctt tatatgtagc
     3541 cagatctcct gtttttactt tgtaggaact ctgacgtttt gcaaatgcat cgtattcttc
     3601 ctgagaagcg aaaagtggtt ccatacgttc tacttcaaaa tccagcttaa tggaattgcg
     3661 gagtctgtct ttcatttctg tcagggaaat ggagttgtct tctttggcat ttaatgcaga
     3721 accgatggct gcaaaaagat gggagttctc cggaatgatg gtgtgttccc catccagctt
     3781 caaagtacgg ataaaggatt ctctcagttc ggacaggaag tgaagcggac cacccaggaa
     3841 tgcaacatgt ccacggatgg gttttccgca ggcaagaccg gagatggtct ggtttacaac
     3901 tgcctggaaa atagaagctg acagatctgg tttggttgca ccgtcattga tcagcggctg
     3961 gatatccgtt ttggcgaaaa caccgcagcg tgcagcaatc gggtagagcg ctttgtaatc
     4021 tttggcatat tcattcagac ctgtggcatc tgtctggaga agagaagcca tctggtcgat
     4081 gaaagaaccg gtgccacctg cacagatacc gttcatacgc tgttctacgt ttccgttttc
     4141 gaaataaatg atcttggcat cctcaccgcc aagctcgatg gcaacatctg tcttaggtgc
     4201 cagcttctgc agagaagtag aaactgcaat aacctcctgg gtaaaaggaa cgcccagatg
     4261 gttggcaagg gtcagaccgc cggaacctgt gatcacagga tggagagtca tctcgccata
     4321 ctggtcaaag gcctcctgaa gaaggtctgc aagggtttcc tgaatgttcg caaaatgacg
     4381 cttgtaatcc gcgaaaatga gattttcatt ctcatctaag atcgcgatct ttacagtagt
     4441 ggaaccaatg tcaattccaa gtgttttgta attcataaag taaattcaag cctcctcgta
     4501 ttgtatataa acaaaattga aattttcctg ttactgttca cacaccacta tcccgcgagg
     4561 tgttttggca tgaatatgcc aaaatcccga gacatacaag ccaaaattcc attgccacag
     4621 gcaatctgga atgaattttg gctacgttac tgagaacgga gtgaacagta acattttcct
     4681 tactgtttgc tgctgatatc atgcaaagcg tgttgccgga cacgaagtaa acagtaaaaa
     4741 tctatcctgt tctttcctat taaatatctg tttccagata tggaatattc cgtaatatta
     4801 tacgctaatg gtctggaaaa gacaatatga aagtttacca atgattacct tatttgcagt
     4861 tgaaaattca gctatttcgg gatataatag aaaaagtgat ttttatcaag aggagagaaa
     4921 aaatggcaga atataaactt cttaaaacag aaggccgtgc caagcgtgca gagtttcata
     4981 cagtgcatgg tacgatccag actcctgttt ttatgaatgt gggaacgatc ggtgcgatta
     5041 aaggcgctgt atccaccatg gatttacagc agatcggaac acaggtagaa ttatcaaata
     5101 cttatcatct tcatgtgcgt ccgggtgata aaatagtaaa gcagttaggc ggccttcata
     5161 aatttatggt atgggacaaa ccaatcctta cagactcagg cggattccag gtattttccc
     5221 ttgcaaagct gagaaagatc aaagaagagg gggtttattt taattcccat attgacgggc
     5281 ataagatctt tatgggaccg gaagagagta tgcagatcca atccaatctt gcctccacca
     5341 ttgccatggc atttgatgaa tgtcccagca gtgtggctga cagggattat gtgcagaaat
     5401 ctgtagacag gaccacaaga tggcttgccc gctgtaaagc ggaaatggcg agactgaaca
     5461 gtctgccgga taccattaac aaagaacagc ttctgtttgg aatcaaccag ggtgctgttt
     5521 atgaagatat ccgcattgag catgccaaag cgatctctga aatggatctg gatggctatg
     5581 ctgtcggcgg tctggcagtt ggagaaaccc atgaagagat gtacaggatc ctggatgcgg
     5641 tagtccctta tcttcctcag aacaaaccta cttacctgat gggcgtggga acaccggcaa
     5701 atatcctgga aggtgttgaa cgtggaattg atttctttga ctgcgtatat ccaagccgta
     5761 acggccgcca tggacatgta tataccaatc atggaaagat gaatctgttc aatgcaaaat
     5821 atgaactgga cacacgtcct atcgaagaag gctgccagtg tcctgcatgc cagcattaca
     5881 gcagagccta tatccgtcat cttctgaaag caaaggaaat gctgggaatg cgtctctgtg
     5941 tacttcacaa tctgtatttc tataatcata tgatggaaga gatccgtgat gctcttgatg
     6001 caggaaactt cgcagaatat aagaaaatgc ggctggaagg ctttgaagag ggcaaaataa
     6061 actcgaaaag ataatctgta tataaaataa ttattaaata tgccaaaaac tcttgaagta
     6121 aagcgttttt ttgtgtatga tgtgtagtga cgctttaatc agattgttct gcatgaaaac
     6181 aagatttcat acagaaggta acggagatta taagtggatc gcaaagcagc tcttcagtat
     6241 gagcagccgt caggacggtc tgtgaataca tgatggactg caaatatgca gaataacagg
     6301 aaaagttaca ggaggaatca aaatgaacgc atcaagcgga atgggtatgg ttggcgctat
     6361 tgtctggatg gtagtactgt tcggaattat gtacttctta atgcttcgcc ctcagaaaaa
     6421 agagcagaag agacttcagg caatgttaaa tgacatggag gttggcgaca gcattgttac
     6481 taccggcggc ttttatggag ttgtcattga tatgacagaa gaagacgtga tcgtagaatt
     6541 cggtaataac aaaaactgcc gtattccaat gagaaaacag gcaatcgctg aagttgagaa
     6601 agccggaagc gctgccgaat aatgaaagag atatgaaaaa agcggaacct atagtcagtg
     6661 atggctgtgg ttctgttttt ttatttttac agtaaaatct ctggaaaaca gcacttttgt
     6721 attttttcac tttaataggt tgaaatctgt cggaaagtgc gttattataa taacaattac
     6781 gcaattagag tatttttgga ggaaattatt atggattata agattgcatt gatccccggc
     6841 gacggaatcg gaccggaaat cgtaagagaa gcaaagaaag tactggacaa ggtatgcgag
     6901 aaatatggac acagcttttc ctattcagaa gttctgttag gcggcgcatc catcgatgta
     6961 cacggcgtac cccttactga tgaggcaatt gccactgcca aatcatcaga cgccgtactg
     7021 atgggctcta ttggcggaga tgcaaaaact tctccatggt ataagcttga gccgtccaaa
     7081 cgcccggaag caggacttct tgcaatccgt aaggcattaa atctttttgc aaacttaaga
     7141 ccggcttacc tttacaatga gctgagaaaa gcctgccctc tccgcgatga gatcatcgga
     7201 gacggatttg acatgatcat tgtacgtgag cttacaggtg gcctgtattt cggagaacgt
     7261 cagactattg aagagaatgg tgtgaagaaa gcgattgata cactttccta taatgaaaac
     7321 gaaatccgcc gtattgccat caaagcattt gagatcgcac gtaagagaag aaataaagta
     7381 acaagcgtag ataaggcaaa tgttctggat tcttccagac tctggagaaa agtggtagag
     7441 gaagttgcca aagactatcc ggatgttacc ttagagcata tgctggttga caactgcgca
     7501 atgcagcttg tacgtgatcc aaaacagttc gatgttatcc ttacagagaa catgttcgga
     7561 gatatccttt cagacgaggc aagtatggta acaggctcca tcggaatgct ttcatctgca
     7621 agcttaaatg agacaaaatt cggtctctat gagccaagcc atggttctgc acctgatatt
     7681 gcaggacagg ataaggcaaa ccctatcgca accattcttt ccgcagcaat gatgctccgc
     7741 ttctcccttg atatggataa agaagcagat gcagtggaag cagcagtgca gaaagtcctg
     7801 acagagggat accgcacagg tgatatcatg tcagagggat gcaaacttgt aggaacaaaa
     7861 gaaatgggcg atctgatcgc agcagctctg taagaattga tattaagagg attcagccgg
     7921 cgcaggcaga ttacggagtc aggaatttcg gttgaatcat taaaaataaa taaaacagta
     7981 agaaaagagg aaataaaaca atgagaagtg atgcagtaaa aacaggcaca cagcaggcac
     8041 ctcaccgttc cctgtttaat gctcttggaa tgacaaaaga agaaatggac agacctctgg
     8101 taggtatcgt aagttcttac aatgaaatcg taccgggtca tatgaacctt gacaagatca
     8161 cacaggcagt taagcttggt gtggcaatgg caggcggtac acctgttatg ttcccggcaa
     8221 tcgcagtatg tgacggtatt gcaatgggac acgttggaat gaaatattct ctggtcacca
     8281 gagacctgat cgcagattcc acagaagcaa tggcaatggc acatcagttt gatgcactgg
     8341 taatgattcc aaactgtgac aagaacgtac ccggacttct gatggcagca gccagactga
     8401 atgttcctac tgtattcgta agcggcggtc caatgcttgc cggacatctg aacggacaca
     8461 agacaagcct ttccagtatg tttgaggcag taggtgctta cgcagcaggc aagcttgatg
     8521 aggacggact gacagaatgc gaaatgaaga catgtcctac atgcggatcc tgttccggta
     8581 tgtacacagc aaactccatg aactgtctga cagaggttct tggtatgggt ctgaaaggaa
     8641 acggaaccat ccctgctgta tattccgagc gtatccgtct tgcaaaacat gcaggtatgc
     8701 aggttatgga aatgtacaga aagaacatcc gtccaagaga tatcatgaca aaggaagcaa
     8761 tcctcaatgc cctgacagta gacatggcac ttggatgctc cacaaacagt atgcttcatc
     8821 ttccggctat cgctcatgag atcggaatgg actttgatat cagctttgca aatgaaatca
     8881 gtgcaaagac tccaaacctc tgccaccttg cacctgcagg ccctacatac atagaagacc
     8941 tgaacgaagc aggcggtgta tatgcagtta tgaacgaact gaataagaag ggactccttc
     9001 atactgagtg catgacagtt acaggcaaga cagtaggcga gaacatcaaa gactgtgtaa
     9061 acttaaatcc tgaagttatc agaccaatcg acaatccata cagccagaca ggtggacttg
     9121 cagtacttaa aggtaacctt gcgccggacg gcggtgttgt aaaacgttct gcagttgtag
     9181 aagagatgat ggtccatgaa ggacctgcaa gagtctttga ctgcgaggaa gacgcaatcg
     9241 cagctatcaa aggcggcaag atcgtagagg gtgacgtagt agttatccgt tacgaaggac
     9301 cgaaaggcgg ccctggtatg agagaaatgc tgaatcctac atctgcaatc gcaggtatgg
     9361 gactgggatc ttccgtagcc ctgatcacag acggacgttt cagcggtgca tccagaggag
     9421 catccatcgg acacgtatca ccggaagcag cagtcggcgg accgatcgca cttgttgaag
     9481 agggggatat catcagcatc aacattccgg aactgaaact ggagatcaag gtttctgatg
     9541 aagaaatgca ggcaagaaaa gctaaatggc agcctcgtga gccaaaggta acaacaggat
     9601 atcttgcaag atatgctgct atggtaactt ccggaaacag aggagcaatc cttgaggtac
     9661 caaaagcaaa ataaagatga acaagtaccc ggcgggaatt gcagcataac ctgtgattcc
     9721 tgcctgaaaa gttaggagga tacgtaaaga tgcagcttac aggtgctgaa atcatcgttg
     9781 aatgtttaaa agaacagggc gttgacactg tattcggata tccgggcggt gccatcctga
     9841 atgtatatga cgccctctat gaatataaag accagatcac acatgtactg acttctcatg
     9901 agcagggagc atcccatgca gcagacggat acgcaagagc aaccggtaaa gtcggtgtgt
     9961 gtcttgcaac ttccggtccc ggagctacca atctggtaac aggaatcgct accgcataca
    10021 tggattccgt accaatggta gccattacat gtaatgtagg aacaccgctt ctgggaaagg
    10081 attctttcca ggaggttgat attacaggaa ttgtaatgcc tattacaaag cacagcttta
    10141 tcgtaaaaga cattactact ctggcagaca ctgtacgcag agcattctat attgcaaaga
    10201 gcggacgtcc cggtcctgtg cttgtagatg tgaccaagga tgtgacaggt gcgaaatatg
    10261 aatatactgc ctgcgctcct gctgagatca caccgaaaac agacaccatc aaagacgaag
    10321 acattgcaac tgcagtacag atgattaaag aagcgaagag accatttatt tttacaggcg
    10381 gcggtacgat tatctcagag gcatccagag aagtgacaga acttgctcac agaatcgacg
    10441 ctcctgtatg tgacagtctt atgggtaagg gaggattttc cggagaagat cctctgtaca
    10501 caggaatgct tggaatgcat gggaccaaaa cttccaatct tggtgtctca ggctgcgatc
    10561 tcctgatcgt gctaggagcc agattcagtg atcgtgtcac aggaaacaca aagacctttg
    10621 caaagaatgc gaagattctc cagattgacg tagatgctgc agagattaac aaaaacatcg
    10681 tagtagatgc aagcgtagta ggagatgaga aagaagttct caaacgtatt ctggcagagg
    10741 ttccggaaat gagacattcg gaatggactg cacatatcag tgaactgaag gaaaaatatc
    10801 cgttaagata tgatcattcc cagcttacag gcccatacat tattgagaag ctgtacgaac
    10861 tgacaaaggg agatgccatc atcacaacag aggttggaca gaaccagatg tgggcagctc
    10921 agtattttaa atacaaagag ccaagaacct tcctttcttc cggtggcctg ggaactatgg
    10981 gatatggact tggtgcagcc atcggtgcca agatgggaag accggacaag acagtggtaa
    11041 acattgcagg tgacggctgc ttccgtatga atatgaatga gatcgcaaca gcagtccgct
    11101 gtggcagacc tttaattgaa atcgtattga acaatcatgt actgggaatg gtacgtcagt
    11161 ggcagacctt gttctatgac cacagatatt cccatacaat tttaaatgat gcagtagatt
    11221 ttgtgaaact ggcagaagcc atgggagcaa aagcaatccg tatcacaaag atggaagagg
    11281 tagagcctgc attaaaagag gctctggcat gtccgggacc tatcgtactt gactgtatga
    11341 tcgatcagga tctcagcgta ttcccgatgg taccggcagg cgcaagcatt gatgatattt
    11401 ttgatgagga ggatatgaaa aacaatgagc agagtgtata atttttccgc aggaccggct
    11461 gtactgccgg aagaggtact gaaagaagta gcagatgaga tgatggacta tcagggatcc
    11521 ggtatgtctg taatggaaat gagccacaga agtgctgatt tccagaagat cattgacgag
    11581 gcagagcagg accttcgtga tctgatgaag attccggata attataaggt attattcctt
    11641 cagggcggag cttcccagca gttcgcagca atccctatga accttatgaa gaacaaggta
    11701 gctgattaca ttgtaacagg acagtgggca aagaaagcat accaggaagc acagaaatat
    11761 ggaaaagcaa acaagatcgc ttcttccgag gataagactt tctcctatat tcctgactgc
    11821 agcgaccttc cgatcagccc ggatgcagac tatgtatata tttgtgaaaa caacacaatc
    11881 tacggaacaa aattcaagaa gcttcccaac acaaaaggaa aaactctggt agcagatgtt
    11941 tcctcctgct tcttatctga gcctattgat gtatccaaat atggcatcat ctatggcggt
    12001 gtacagaaga atatcggacc tgctggtatg gtaatctcca ttatccgcga agatctgatc
    12061 acagacgatg ttctggaagg aacacctact atgctgaaat tcaaaacaca ggcagacgca
    12121 ggttctcttt acaatactcc aaactgctac tgcatctatg tatgcggtaa ggtcttcaaa
    12181 tggctgaaga aaatgggcgg cctggaagaa atgcagagac gtaacattga gaaagcgaaa
    12241 atcctctatg atttccttga tcagagcaag cttttcaaag gaactgttgt accggaagac
    12301 cgttctctca tgaatgtacc attcgtaaca ggtgacaagg acatggatgc caaatttgta
    12361 aaagaagcaa aagaggcagg acttgtaaac ttaaagggac accgtacagt gggcggtatg
    12421 cgtgcaagta tctacaacgc tatgccaaaa gaaggcgtag aagcactggt tgctttcatg
    12481 aagaagtttg aggaggaaaa tgcataatgt ttcagtatca ttgcctgaat cccattgcag
    12541 aaaaaggtct gggattattt gatgaagaat ataagaaaag cgaagatctg caggagtgtg
    12601 atgcagtcct tgtaagaagt gcaaagatgc atgacatgga gcttcctgag agcgtgaagg
    12661 taatcgcacg tgcaggtgcg ggtgtcaaca atattcctgt aaaggactgt gcagagaaag
    12721 gtgtggtagt atttaacaca ccgggcgcca atgcaaacgg tgtgaaggag cttgtacttg
    12781 caggcatgct ccttgcttcc cgtgatatcg taggcggtat cgaatgggtt gccaaagaga
    12841 aagaccagga agacatcgat aaactcgctg agaaacagaa aaaacagttc gcaggatgcg
    12901 agatcatggg caagaaactg ggtatcatcg gtcttggtgc catcggagca atggtggcaa
    12961 atgctgcttc tgcacttgga atggaagtat acggatatga cccgtacatc tctattgatg
    13021 ctgcatggaa tctttcccgc accatcaagc acatcaagag cctggatgag atttattccc
    13081 agtgtgatta catcaccatc catgtgcctc ttcttgacag cacaaaacag atgatcaaca
    13141 aagaagcgtt agacaagatg aaagacggcg tagtacttct gaactttgcc cgggatcttc
    13201 tggttgatga ggatgctctg atcgaagcat tagacagcgg aaaagtaaag aaatatgtga
    13261 cagactttgc aaaccataca gtagcaggac ataagggaat cctggtaact ccacaccttg
    13321 gagcatctac agaagaatcc gaagaaaact gtgcggtaat ggctgtaaaa gaagtgagag
    13381 atttcctcga gaacggaaat atcaagaact ctgtaaactt cccgaactgc gacatgggaa
    13441 cctgcgtagc agtaggacgt atcgccatct gccacaaaaa tatcccgaac atgatcagcc
    13501 agttcaccaa gatccttggt gcagaaggcc tgaacatcgc agatatgaca aacaagagca
    13561 aaggcgaata cgcatatact ctcatcgatc tggaaagcgt agcatccaga gaagcactgg
    13621 atgagctgaa agcaattgaa ggtgtttcca gagttcgtgt ggtaaaataa gaaacattaa
    13681 tctgaaaaag taataaaaaa tctcctgtga ttctggttgc aatcacagga gattttttat
    13741 tactttacta taaac
//
