LOCUS       NZ_CP138514.1          69038 bp    DNA     linear   UNK 01-JAN-1980
DEFINITION  NZ_CP138514.1 Variovorax paradoxus strain SPNA7 plasmid unnamed,
            complete sequence.
ACCESSION   NZ_CP138514
VERSION     NZ_CP138514.1
KEYWORDS    .
SOURCE      
  ORGANISM  
            .
COMMENT     ##gutSMASH-Data-START##
            Version      :: 1.0.0-1555cd7(changed)
            Run date     :: 2024-03-13 23:19:33
            NOTE: This is a single cluster extracted from a larger record!
            Orig. start  :: 45983
            Orig. end    :: 115021
            ##gutSMASH-Data-END##
FEATURES             Location/Qualifiers
     CDS             1..1155
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Ala_racemase_N"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_40"
                     /sec_met_domain="Ala_racemase_N (E-value: 1.5e-36,
                     bitscore: 122.2, seeds: 314, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNNMQNNPPNLADIDTPAAVVSLPRMQRNIARMQQQADALGVRFR
                     PHVKTSKCADVVAAQLAAGAAGITVSTLKEADQFFARGVTDILYAVGMAPHRLAHALDL
                     RQRGCALQILTDSVEGARAIAEYGRAHGHAFEVLIEIDTDGHRSGIKPGEDLLLEVGRV
                     LHEGGMRLAGVLTHAGSSYELHTPEALAALAEQERAGCVQAAERLRAAGLPCPIVSVGS
                     TPTALEAASLEGVTELRAGVYVFFDLVMRNVGVCRTEDIALSVLTTVIGHQADKGWAIV
                     DAGWMAMSRDRGTGKQQRDYGYGQVCTVDGVPIEGYLLSAANQEHGILSREGAADADIA
                     ARFPAGTRLRILPNHACATGAQFPAYQALAADGTVQTWERFHGW"
     cand_cluster    1..69038
                     /candidate_cluster_number="1"
                     /contig_edge="False"
                     /detection_rules="(TPP_enzyme_C 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 (PFL-like or PFL_6_pcresol or PFL_9_tma or Gly_radical
                     or Gly_430_pcre or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and not
                     (POR or POR_N))"
                     /detection_rules="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(2, [Aldedh, EutN_CcmL, EutQ, Fe-ADH, Fe-ADH_2,
                     PTAC, PduV-EutP]) and not (Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /detection_rules="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(1, [AFOR_C, AFOR_N, Aldedh]) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /detection_rules="(minimum(1, [PFOR_II, POR, POR_N]) and
                     (minimum(2, [ACD1_car, ACP_syn_III_C, AcetylCoA_hyd_C,
                     AcetylCoA_hydro, Acyl-CoA_dh_1, Acyl-CoA_dh_2,
                     Butyrate_kinase, CT_Propionyl_CoA1, CT_Propionyl_CoA2,
                     CT_Propionyl_CoA3, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_2_CAF,
                     CoA_trans_6_Glutaconate, E1_dh, ECH_1, ECH_2, HBT, HBT_2,
                     HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C, Thiolase_N,
                     adh_short, adh_short_C2]) or FA_synthesis) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /detection_rules="(TPP_enzyme_C 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 (PFL-like or PFL_6_pcresol or PFL_9_tma or Gly_radical
                     or Gly_430_pcre or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and not
                     (POR or POR_N))"
                     /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="neighbouring"
                     /product="TPP_fatty_acids"
                     /product="OD_eut_pdu_related"
                     /product="OD_aldehydes_related"
                     /product="OD_fatty_acids"
                     /product="TPP_AA_metabolism"
                     /protoclusters="1"
                     /protoclusters="2"
                     /protoclusters="3"
                     /protoclusters="4"
                     /protoclusters="5"
                     /protoclusters="6"
                     /tool="gutsmash"
     region          1..69038
                     /candidate_cluster_numbers="1"
                     /candidate_cluster_numbers="2"
                     /candidate_cluster_numbers="3"
                     /contig_edge="False"
                     /product="TPP_fatty_acids"
                     /product="OD_eut_pdu_related"
                     /product="OD_aldehydes_related"
                     /product="OD_fatty_acids"
                     /product="TPP_AA_metabolism"
                     /region_number="1"
                     /rules="(TPP_enzyme_C 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 (PFL-like or PFL_6_pcresol or PFL_9_tma or Gly_radical
                     or Gly_430_pcre or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and not
                     (POR or POR_N))"
                     /rules="(minimum(1, [PFOR_II, POR, POR_N]) and minimum(2,
                     [Aldedh, EutN_CcmL, EutQ, Fe-ADH, Fe-ADH_2, PTAC,
                     PduV-EutP]) and not (Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /rules="(minimum(1, [PFOR_II, POR, POR_N]) and minimum(1,
                     [AFOR_C, AFOR_N, Aldedh]) and not (Gly_radical_scatole or
                     Gly_radical or Gly_430_pcre or Gly_8-9_TMA))"
                     /rules="(minimum(1, [PFOR_II, POR, POR_N]) and (minimum(2,
                     [ACD1_car, ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /rules="(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"
     protocluster    1..22253
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[55925:58653]"
                     /cutoff="10000"
                     /detection_rule="(TPP_enzyme_C 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 (PFL-like or PFL_6_pcresol or PFL_9_tma or Gly_radical
                     or Gly_430_pcre or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and not
                     (POR or POR_N))"
                     /neighbourhood="10000"
                     /product="TPP_fatty_acids"
                     /protocluster_number="1"
                     /tool="gutsmash"
     proto_core      9943..12670
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(TPP_enzyme_C 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 (PFL-like or PFL_6_pcresol or PFL_9_tma or Gly_radical
                     or Gly_430_pcre or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and not
                     (POR or POR_N))"
                     /neighbourhood="10000"
                     /product="TPP_fatty_acids"
                     /protocluster_number="1"
     cand_cluster    1..22253
                     /candidate_cluster_number="2"
                     /contig_edge="False"
                     /detection_rules="(TPP_enzyme_C 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 (PFL-like or PFL_6_pcresol or PFL_9_tma or Gly_radical
                     or Gly_430_pcre or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and not
                     (POR or POR_N))"
                     /kind="single"
                     /product="TPP_fatty_acids"
                     /protoclusters="1"
                     /tool="gutsmash"
     CDS             1145..1561
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Ribonuc_L-PSP"
                     /gene_functions="regulatory (smcogs)
                     SMCOG1038:Endoribonuclease L-PSP (Score: 90.7; E-value:
                     2.2e-28)"
                     /gene_kind="regulatory"
                     /locus_tag="ctg2_41"
                     /sec_met_domain="Ribonuc_L-PSP (E-value: 3.9e-27, bitscore:
                     90.7, seeds: 29, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MAGENAAESNSMSGPVHVAVPALARPGGHYSHAAIGSGLVFIAGQ
                     LPITPAGERLADAAFEAQAAQTLANVQAALLAAGSGIDKLLQVRVYLDDIANWPAFDRI
                     YAQWAGPSRPARAVVPTGPLHFGFKVEVEAMALA"
     CDS             complement(1577..2233)
                     /locus_tag="ctg2_42"
                     /transl_table=11
                     /translation="MARLLVRSFGVSLDGFAAGPDQSLEHPLGVRGPELMDWFIPTRVW
                     QQMQKTGEANGETGIDNEMAEQGFAEMGAWILGRNMFGPVRGPWPDESWKGWWGDEPPY
                     HVPVFVLTHHARAPLTMRGGTTFHFVTGGIHEALALARAAAGTRDVRVGGGVATVREYL
                     KAGLIDELHLAVHPVLLGKGEALFAGLDLPALGYRCERQVAGERATHVFLRRSVP"
     CDS             2329..3099
                     /locus_tag="ctg2_43"
                     /transl_table=11
                     /translation="MSIEYISVEEAIAGTGLRMVVVGHIPSPWSEAAKGILRVKGIPWK
                     AVRLAYDSPQLKEWAGQRNAPVAIYNNEAPRSGWADILLLCERLAPQPSLLPADAADRA
                     LMFGLAHEICGEQGLAWSRRLQLVQAGLAGEGGFAAQAAAYIGKKYGFSPQAGAGALAR
                     VVAVLKMLAARLKAQQAAGSDYYIGKSLTAVDIYSATALALMRPLPHAICEMDPATRQA
                     FEFREPVTDAALDAVLLRHRDLMYERHLGLPLSL"
     cand_cluster    3082..69038
                     /candidate_cluster_number="3"
                     /contig_edge="False"
                     /detection_rules="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(2, [Aldedh, EutN_CcmL, EutQ, Fe-ADH, Fe-ADH_2,
                     PTAC, PduV-EutP]) and not (Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /detection_rules="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(1, [AFOR_C, AFOR_N, Aldedh]) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /detection_rules="(minimum(1, [PFOR_II, POR, POR_N]) and
                     (minimum(2, [ACD1_car, ACP_syn_III_C, AcetylCoA_hyd_C,
                     AcetylCoA_hydro, Acyl-CoA_dh_1, Acyl-CoA_dh_2,
                     Butyrate_kinase, CT_Propionyl_CoA1, CT_Propionyl_CoA2,
                     CT_Propionyl_CoA3, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_2_CAF,
                     CoA_trans_6_Glutaconate, E1_dh, ECH_1, ECH_2, HBT, HBT_2,
                     HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C, Thiolase_N,
                     adh_short, adh_short_C2]) or FA_synthesis) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /detection_rules="(TPP_enzyme_C 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 (PFL-like or PFL_6_pcresol or PFL_9_tma or Gly_radical
                     or Gly_430_pcre or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and not
                     (POR or POR_N))"
                     /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="OD_eut_pdu_related"
                     /product="OD_aldehydes_related"
                     /product="OD_fatty_acids"
                     /product="TPP_fatty_acids"
                     /product="TPP_AA_metabolism"
                     /protoclusters="2"
                     /protoclusters="3"
                     /protoclusters="4"
                     /protoclusters="5"
                     /protoclusters="6"
                     /tool="gutsmash"
     protocluster    3082..38213
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[59064:74196]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(2, [Aldedh, EutN_CcmL, EutQ, Fe-ADH, Fe-ADH_2,
                     PTAC, PduV-EutP]) and not (Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_eut_pdu_related"
                     /protocluster_number="2"
                     /tool="gutsmash"
     proto_core      13082..28213
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(2, [Aldedh, EutN_CcmL, EutQ, Fe-ADH, Fe-ADH_2,
                     PTAC, PduV-EutP]) and not (Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_eut_pdu_related"
                     /protocluster_number="2"
     CDS             complement(3171..3479)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) LysR_substrate"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_44"
                     /sec_met_domain="LysR_substrate (E-value: 3.4e-11,
                     bitscore: 38.9, seeds: 361, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="LAERYAACGHVVTSRHGRTVGPVDDALAAMGLVRNTAVVVPSFST
                     ALSIAAATELVALIPSSYFEHLRARGTLRSFPLPMPTEQITVSQMWHPRLDRDPAHQ"
     CDS             complement(3498..4109)
                     /locus_tag="ctg2_45"
                     /transl_table=11
                     /translation="MGSTLLGPDGQPRCRWCAAAPEFLHYHDTEWGFPVTDDQRLFEKL
                     CLEGFQSGLSWRTILAKRENFRKAFLGFDYRRVARLGERDVERLLGDSGIVRHRGKIEA
                     VIHNARMAEEMAQREGSLASYFWRHEPNPAQLAEPQTASTSASSQALSKDLKKQGWKFV
                     GPTTVYAFMQAVGLINDHAAGCVTRARVEQARRALALSIP"
     CDS             complement(4111..4404)
                     /locus_tag="ctg2_46"
                     /transl_table=11
                     /translation="MFCVFLKFSSNKGQASRHMAEHKRWIEQGFEDGVFLLTGSLSGNQ
                     GGTVLAHNTTREALENRVALDPFVAQDVVKVEIVEMAPGRADERLQFLVERT"
     CDS             complement(4429..5016)
                     /locus_tag="ctg2_47"
                     /transl_table=11
                     /translation="LPTRDSIVQAADALFYERGFEHTSFADIADAVKISRGNFYYHFKT
                     KDEILTAVVAERMERTRAMLTQWETEGGSPQERIRLFITLLIRNQAKIMRHGCPVGTLC
                     TELAKLGHPGQGEANAILDLFRAWLRGQFRQMGRGKEADALALHLLARSQGAAVLAQSL
                     RDKKFVQQEVALMSAWLESCAPVKTTASGRSR"
     CDS             complement(5112..5822)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Abhydrolase_1"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_48"
                     /sec_met_domain="Abhydrolase_1 (E-value: 9.5e-14, bitscore:
                     47.7, seeds: 48, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="VIAPDLPGHGESEPLPAPSFPVIGQAISELLDSLEIGPRFIYLHD
                     WGAPVGLQIAMQAPEKVLGLIVQNANAHRTGWGPGWAATQAYWAQPNAENQAAATAHLT
                     LAGTRDTYIAGVPPEVAERIPAEHWEEDWRVMNLPGHMDTQRALIADYANYAARFGAIA
                     QYLERWQPPALMVWGRHDIYFDLAEVLSWMRVLPRMEAHVLDAGHLLLETHADAAVALM
                     LDFIRRAQAPSTGA"
     CDS             complement(5835..6041)
                     /locus_tag="ctg2_49"
                     /transl_table=11
                     /translation="MGTRKPPALKRKPLPGSTGDDIKTERLRLSGGIELSFTTAGEASR
                     PALLLLHGTPNSARLFRAVVPAL"
     CDS             6216..6665
                     /locus_tag="ctg2_50"
                     /transl_table=11
                     /translation="MSLDFTFGRVALALCAGSLFSVTPAIAGEVASHAANESLVIQKLA
                     ARTGRESVVVESAGPYGVDTESVRRHLANTLAEGSALTPLPRNNERYSFDGKLRTYVVP
                     VRPAIDNPINSYSPYDSSSFRRDAVAADASNLGLLQAVFKRLAAD"
     CDS             7374..7577
                     /locus_tag="ctg2_51"
                     /transl_table=11
                     /translation="MLADPWVVITILAIVAVAAYGWWKWFKIFNSADGERYSRAVTQGP
                     LVPLSPEDIEADAKRRSDRTAN"
     CDS             7622..8614
                     /locus_tag="ctg2_52"
                     /transl_table=11
                     /translation="MLFLLAALAPTVQAQRPAEWRKSSAAEQAQDAVAFAGLDQAIRED
                     SPDVQSAVVVLQGRVVYQFYRDGSPDTLRDVRSVVKSALSTLTGIALGQGHLASLDERI
                     VSLVPEWVGLNPDPRAAAITVRHLLTMTAGFEVNELAAPAGNPQDAWKRPMRNDPGRAF
                     AYDSALIPVLSAVLEKATGMSVADYARRHLVEPLALAEPSYRQGLRMRTLDMAKLGQLY
                     LQNGVWAGRQILPETYVREATRRQSEGGLPLRLPYGYMWWVVRSDAARPPFIASGIGGQ
                     YVWVRPSLDLVIATTSTVSRESLQRLQAEKLIIRRLLPAAQQRANELSR"
     misc_feature    8573..8575
                     /note="tta leucine codon, possible target for bldA
                     regulation"
                     /tool="gutsmash"
     CDS             complement(8640..9101)
                     /locus_tag="ctg2_53"
                     /transl_table=11
                     /translation="MSSARLDYHALAPAAARAGTQFSHAAGRTLDKRLRELVNLRISQV
                     NGCAFCIDMHWADLLKQGMDPRHVNAVAGWREAERFFSEAERAAFNWAEAVNAVPQRTP
                     SDADFDAVKRHFSDAQIADLSFAVCAIRSWNMLNDSFHTQVPETPYTVG"
     protocluster    9132..38213
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[65114:74196]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(1, [AFOR_C, AFOR_N, Aldedh]) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_aldehydes_related"
                     /protocluster_number="3"
                     /tool="gutsmash"
     proto_core      19132..28213
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) and
                     minimum(1, [AFOR_C, AFOR_N, Aldedh]) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_aldehydes_related"
                     /protocluster_number="3"
     CDS             9261..9860
                     /locus_tag="ctg2_54"
                     /transl_table=11
                     /translation="MMNIMRKSKHPVRTAAKEASHERIVSAAARAIRRSGYDGTGVADI
                     MKEAGLTHGAFYAHFASREAMLAEAAERACAESAALAADAAASVPPEQALTYMLHAYLS
                     RENLEQIEQGCPLAALGSETVRQTPEVRRVTTRYIKEMVDLVARQSPDWGQAGVHERAL
                     VTVATMVGTLLLARVVDEPALSDSLRAAALKHLPIA"
     CDS             9943..10803
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_fatty_acids: adh_short"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_55"
                     /sec_met_domain="adh_short (E-value: 3.4e-52, bitscore:
                     172.8, seeds: 44, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNTKNKVALVTGASSGIGEAIAQQLSKAGYKVYGTSRRGGGEVGQ
                     RTFKMLPLDVTQDASVDAVVRQLIQLEGRIDLLVNNAGFGVAPAGAEESSIAQAQAIFD
                     TNFFGMVRMIRSVVPHMRRQGSGRIINIGSVVGFLPSPYMALYSATKHAVAGYSESLDH
                     ELRTQGIRVSVVEPPYINTPFEANSMQPDKPLDMYRDIRAGMEQRLKEGIAGAEGPEVV
                     ADIVLKAATAAQPKTHYAPGMASRLRLLRRFAPASLLDAGVRKDLRLDAQAAGHLARHP
                     KQHSI"
     CDS             10813..11799
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ADH_N"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ADH_zinc_N"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_56"
                     /sec_met_domain="ADH_N (E-value: 8.5e-07, bitscore: 24.9,
                     seeds: 68, tool: rule-based-clusters)"
                     /sec_met_domain="ADH_zinc_N (E-value: 8.4e-12, bitscore:
                     41.3, seeds: 88, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTFQALLANKAGDKITTSVVSLNEQDLMPGDVVVDVDYSNVNYKD
                     AMAITGRAEVIRQFPLIPGIDFAGTVKTSSYPGIAAGDRVVANGWGLSQTHHGGYAQQA
                     RVKGEWLVKLPAALSTKDAMAIGTAGYTAMLSVLALEHGGLMPQHGDVLVTGANGGVGS
                     IAIALLSGLGYRVLASTGRLEESDYLRNLGAADIIDRRTLSEPGAPIARERWAGAVDSV
                     GSHTLANVLAQTKYRGVVTACGLAQGMDLPASVLPFILRNVTLAGIDSVNAPQHVRIEA
                     WSRLARDLDLDKLARATHVVGLAEVPAAVERLFAGKIQGRTVVDVNA"
     CDS             11822..12670
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_fatty_acids: adh_short"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_57"
                     /sec_met_domain="adh_short (E-value: 3.4e-41, bitscore:
                     136.9, seeds: 44, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSDLNTHTAARTGKRALMTGASSGIGAAIARELAALGVDLVLTAR
                     RRDALEAVAATCKGVKIEIITADLGKPDAARALWNEAIAGGPIDILINNAGFGYFRRFD
                     EVDWARDAELVQLNVTSLVALARCFVDARKTSTGPAHMVNIASTGAYQSVPNMALYAAS
                     KAFVRNFSEGLHDEHRGTPLSVTCVCPGGTETAFHAASGGGDYSWIANASTKSAEFVAH
                     AAIRAMLGGKRTVIPGLFNKLSCFSVRFVTRRFASRVATQVLGKPRLALPARRVLIATE
                     N"
     CDS             12763..13026
                     /locus_tag="ctg2_58"
                     /transl_table=11
                     /translation="VATLSVIRRWALREQMSIREIARRTGLSRNTVKKYLRAGDEAPRY
                     AKRAGSSKLAIWLAVEAIRSRKQPRNLRQVHTKENIKHLSTS"
     misc_feature    13012..13014
                     /note="tta leucine codon, possible target for bldA
                     regulation"
                     /tool="gutsmash"
     CDS             complement(13082..14158)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_eut_pdu_related: Fe-ADH"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1035:Iron-containing alcohol dehydrogenase (Score:
                     250.4; E-value: 8e-77)"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_59"
                     /sec_met_domain="Fe-ADH (E-value: 1.4e-75, bitscore: 250.4,
                     seeds: 219, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MKDFVYNGQPSRVVFGAGSLAHLEREIEILGARRALVLCTPEQQG
                     QAQMVAERLGARAAGVFARAVMHVPIETAREARDEARRLGADCAVAIGGGSTTGLGKAI
                     ALESGLPILAIPTTYAGSEMTPIYGITESGLKKTGKDARVLPRTVLYDPELTLTLPVSL
                     SVTSGINAIAHAAEGLYARDGNPVMNLMAEEGIRALTRALPAIRQRSDDVGARADALYG
                     AWLCGTVLGNVGMALHHKLCHTLGGSFNLPHAEVHTVMLPQAIAFNATSAPEAISRIER
                     ALGSAEPRSAAADLFDLARDNGAPVALRDIGMKEADLDRAADLVVNNPYWNPREIGVAQ
                     RGEIKELLQKAFEGIRPE"
     CDS             complement(14185..14499)
                     /locus_tag="ctg2_60"
                     /transl_table=11
                     /translation="MIRHIVMWDVSGDTTKEKQRNMDRIQSGFHGLRGCIPGLLHLEVG
                     VDLSKIDYACDVVLYSEFESWEALAAYALHPEHLRVRDELAGVRIARHQVDYEVRAGSA
                     "
     CDS             complement(14536..15384)
                     /locus_tag="ctg2_61"
                     /transl_table=11
                     /translation="MRNLDHHTITDAVLARQAQAADPRLKRIMDSLVQHLHAFAREVEL
                     TEEEWFRGIEFLTRCGHITDDKRQEFILLSDVLGLSMLTVAQNNDKPAGCTEATVFGPF
                     HVEGAPRYELGANISNGAPGVPCLVRGTVRGIGGEPVGNARMDVWQSDEDGLYDVQHPD
                     IDHAQARGIVHADGEGRYHFRSILAVPYAIPHDGPVGDLLKATGRHPWRPAHLHFLIEA
                     DGYEKLITHVFRSDDRYLDSDAVFGVRQSLIADWKQQPDGSYLVEYDFVLKPVRQNAAD
                     V"
     protocluster    14632..51459
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[70614:87442]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) and
                     (minimum(2, [ACD1_car, ACP_syn_III_C, AcetylCoA_hyd_C,
                     AcetylCoA_hydro, Acyl-CoA_dh_1, Acyl-CoA_dh_2,
                     Butyrate_kinase, CT_Propionyl_CoA1, CT_Propionyl_CoA2,
                     CT_Propionyl_CoA3, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_2_CAF,
                     CoA_trans_6_Glutaconate, E1_dh, ECH_1, ECH_2, HBT, HBT_2,
                     HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C, Thiolase_N,
                     adh_short, adh_short_C2]) or FA_synthesis) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_fatty_acids"
                     /protocluster_number="4"
                     /tool="gutsmash"
     proto_core      24632..41459
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) and
                     (minimum(2, [ACD1_car, ACP_syn_III_C, AcetylCoA_hyd_C,
                     AcetylCoA_hydro, Acyl-CoA_dh_1, Acyl-CoA_dh_2,
                     Butyrate_kinase, CT_Propionyl_CoA1, CT_Propionyl_CoA2,
                     CT_Propionyl_CoA3, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_2_CAF,
                     CoA_trans_6_Glutaconate, E1_dh, ECH_1, ECH_2, HBT, HBT_2,
                     HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C, Thiolase_N,
                     adh_short, adh_short_C2]) or FA_synthesis) and not
                     (Gly_radical_scatole or Gly_radical or Gly_430_pcre or
                     Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_fatty_acids"
                     /protocluster_number="4"
     CDS             complement(15400..16362)
                     /locus_tag="ctg2_62"
                     /transl_table=11
                     /translation="MKVSTPLLRLAVLATALAIAPSAFAQAWPTRPVRLVAAFPPGTPG
                     DVIARLIQPALQAAWNQPVVIENKTGAGGNLAAGEVAQAKDGHTLLVGPDTILTINPHL
                     YKKLGFDPRASLKPVTYFASFNQLLVCNPAAEVPTLAKFIQLPSTRLYASGGAGTPSHM
                     AMEMLLATTGTKLTHVPYKGPGPAAQDVMGGHVDCGFIVSSVVLPHVQSGRLRAIAVSG
                     KERSGLLPGVPTVAESGHPGFDATFFETLAAPSSLPAATVEKIQGDVRAALQAPAVKAR
                     LAEMDLRVEGYSTQEAQRRSQEDFAKWGTVAQRTQLQLD"
     CDS             complement(16359..18122)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) FAD_binding_3"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1028:FAD binding domain (Score: 264.9; E-value:
                     3.9e-81)"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_63"
                     /sec_met_domain="FAD_binding_3 (E-value: 7e-80, bitscore:
                     264.9, seeds: 19, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTATPRPAAGHPPLIATDVLIAGGGPCGLMLANELGRRGIRCLLI
                     DAKPGTAFNPQANATQARTMEHFRRLGFAHEIRALGLPADHPTDIAYFTRFAGHELARI
                     SLPTAAEAAVKVKTMTGSWSAAELPHRVSQKFVEQALRRHAQAWPSADVRYGWRLERFS
                     DDDGSVSATVRPSEGGPAQDVVAKFLIGADGARSLVRQQLGIEWGGVSGIQREFMGGKM
                     FAIYLRAPQFLSALQSPKAWMYVAVNHERRAFMASVDGVSEYAFHAALRPGEDADGWTE
                     ADARRVFAEAVGAHVPIEILSMGTWLAGHALVAQRLHKGRVFIAGDAAHLFTPTGGLGY
                     NTAVEDAVNLGWKLASVIRGQAPLALLDSYEAERRPLAERNTGYARKFADSVGLFAAKP
                     ELEEASTRGDAERKLAGQHFDAHARLEFNIPGVTFGGRYDGSPIIFGDGAVLPPDEPNA
                     YTPTASPGGRPPHAWLDDGRSLFDLFHAEWTLLALGPDAPATEAFEAAARDLEMDLRVV
                     RLAQPSLRELYEAPLALIRPDQIVAWRGATANDAAGVLSHVTARPCSAVPHVTSKPSTT
                     ISVDATGGNRA"
     CDS             complement(18146..19111)
                     /locus_tag="ctg2_64"
                     /transl_table=11
                     /translation="MKSLLATAALAFGLGPCGMAQAQDWPRQPIKIVANFAPGGAADQL
                     ARVISAPLQEALGQPVLVENKGGAGGNLGGEFVARSSADGYTFLMSSGGMVSINPHIYA
                     KMPFDPAKDLVPVASVARVPFYLVVRADSPVKDFKGLVADLKANPGKRSFGSPGNGSSP
                     HLAAEMMTGQTGTTAIHVPYRGAAPALTDLLGGQIDFLFDPGISIQHVKTGKLRMLAVA
                     SLKRAPQMPEVPTLDELGLKGFDADAVFGLYAPAGMRPAVVERINAEVNRALALPAVRA
                     TIETLGNVPEPLTPAAFGDKGAADFKRLGAVIRERGIRAD"
     CDS             complement(19132..20583)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_eut_pdu_related: Aldedh"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_aldehydes_related: Aldedh"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_65"
                     /sec_met_domain="Aldedh (E-value: 1.3e-151, bitscore:
                     501.3, seeds: 96, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MGTISMLINGEDRQAADGATFERRNPLDGTVATIAPAATKADAVA
                     AVEAAAAAFPAWSRTGPGARRALLLKAAEAIEAKAQALTDAMASETGAGAPWAGFNVHL
                     AAGMLQEAAGMTTQISGEVIPSDVPGSLALGLRRPAGVVLGIAPWNAPVILGVRAIATP
                     LACGNTVVFKGSELSPATHGLIVEAFKDAGFPPGVVNFVTNAPADAAEVVEAIIAHPAL
                     RRVNFTGSTRVGRLIAQTCAKYLKPAVLELGGKAPLVVLDDADLDAAVNGAAFGAFANS
                     GQICMSTERIIVDRKIADAFVAKLAAKAVQLPLGDPRKGPVVLGSVVDASTVERCNALI
                     DDALAKGAKLVCGGKADSTLMPATLLDHVTPQMRIYHEESFGPVKPVVRVDGVDEAVRV
                     ANDNPYGLSAAVFGRDIARAWEVANRIDSGICHVNGPTVHDEAQMPFGGVKDSGYGRFG
                     GKAGIDAFTELRWLTVQTTDRHYPF"
     CDS             complement(20625..22253)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) TPP_enzyme_C"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_66"
                     /sec_met_domain="TPP_enzyme_C (E-value: 1e-30, bitscore:
                     102.6, seeds: 323, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MDRRVELPAQAPLPAGSTLTVRDAVFRLLRAFGMTRVFGNPGSTE
                     LPMFIDFPEDFRYVLGLQESVVVGMADGYAQATHNAAFVNLHSAAGVGHAMGNIFTAFR
                     NRTPLVITAGQQARSILPFEPFLGSTQAPELPRPYVKWSVEPARAEDVPLAIARAYYIA
                     MTPPRGPVLVSIPSDDWDVQTLPVDAREVSRHVRADPDLLARIAAALDGARSPAFVVGA
                     AVDRDEAWKEAVELAERHNARVYVAPMSGRCSFPEDHPLWGGFLPPMRERIVERLAGHD
                     LVFALGAPAFTYHVPGHGPHLPEGTELVQLTDDPQVAAWAPTGTSVVGSIRLGLLDLLE
                     CSTPGSRPAPPAHVRPPRVAEPEPGERLPVAWVLQTLADVRARGSIVVEEAPSARPVMH
                     AHLPVFESETFYTMCSGGLGFGLPAAVGVALGKPGARVIALVGDGSAMYAIQALWSAAQ
                     LALPVTVLILKNRRYAALYEFARIFGYRPEAHVPGTDLPDLDFVALAGAQGMKGLRVNT
                     AEQLRPALHQALQSTAPMLVEIEVA"
     CDS             22338..23243
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) LysR_substrate"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) HTH_1"
                     /gene_functions="regulatory (smcogs) SMCOG1012:Bacterial
                     regulatory helix-turn-helix protein, lysR family (Score:
                     65.7; E-value: 9.1e-21)"
                     /gene_kind="regulatory"
                     /locus_tag="ctg2_67"
                     /sec_met_domain="LysR_substrate (E-value: 2.6e-22,
                     bitscore: 75.3, seeds: 361, tool: rule-based-clusters)"
                     /sec_met_domain="HTH_1 (E-value: 1.6e-19, bitscore: 65.7,
                     seeds: 1330, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MHTEKLDMNLLRLFEAVYRLGSVSHAADALGLSQPAASQGLTRLR
                     LALGDALFVRANGRMRPTLRAERLASVVQPAVAAIEDVLRDEDTFDPSRSRMTVRLHMN
                     DIGEARLLPELMEALHRQAPGIRVHTTPLPHGEITDALETGAIHFALGFLPSVSGTERV
                     ELLRDRYAVVVRAGHPMAKGSKAVDARMTIQDLRRLEYVAVRSHSETFRILQQLGLDGR
                     LVLNSAHFLALPAIIARTDFAVVMPQAIARRFIEPKRYAVLPAELPRSAFTVSLHWSRR
                     FESDPAHHWMRNLFIGLFKD"
     CDS             complement(23570..24508)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) LysR_substrate"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) HTH_1"
                     /gene_functions="regulatory (smcogs) SMCOG1012:Bacterial
                     regulatory helix-turn-helix protein, lysR family (Score:
                     -3.1; E-value: 28)"
                     /gene_kind="regulatory"
                     /locus_tag="ctg2_68"
                     /sec_met_domain="LysR_substrate (E-value: 1.2e-23,
                     bitscore: 79.6, seeds: 361, tool: rule-based-clusters)"
                     /sec_met_domain="HTH_1 (E-value: 2.2e-15, bitscore: 52.4,
                     seeds: 1330, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSEHFGFDLNLLRVLLAVHRWRSVSKASVELDLSQPATSLALGRL
                     RKSLGDPLFVRSPTGMLPTARCTQVVESARKALTEIDETVQHGTVFDPATTRRDFVLTM
                     ADVGELHFMPRLMAHLQREAPHCNVRCETFPLEDIARALEDGRCDLALGFFPNLERPTL
                     YTQTLFMHSLACVVRADHPEVRSSRIGLRKFLEMSHAVVIPMGRSGELFETLLKEKGYS
                     RRVQLTSLHFLTVPAIVAATDMIVTVPRSIADYYTRVERLRIVEPPINIRPYALKQFWH
                     PRYQSDAAVRWLRESVVQLFGSEETRLVRRP"
     protocluster    23570..55538
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[78714:92049]"
                     /cutoff="10000"
                     /detection_rule="(TPP_enzyme_C 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 (PFL-like or PFL_6_pcresol or PFL_9_tma or Gly_radical
                     or Gly_430_pcre or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and not
                     (POR or POR_N))"
                     /neighbourhood="10000"
                     /product="TPP_fatty_acids"
                     /protocluster_number="5"
                     /tool="gutsmash"
     proto_core      32732..46066
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(TPP_enzyme_C 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 (PFL-like or PFL_6_pcresol or PFL_9_tma or Gly_radical
                     or Gly_430_pcre or PFL_acetate1 or PFL_acetate2 or
                     Gly_radical_scatole or PFL_proline or PFL_toluene) and not
                     (POR or POR_N))"
                     /neighbourhood="10000"
                     /product="TPP_fatty_acids"
                     /protocluster_number="5"
     misc_feature    complement(24350..24352)
                     /note="tta leucine codon, possible target for bldA
                     regulation"
                     /tool="gutsmash"
     CDS             24632..28213
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_eut_pdu_related: POR"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_aldehydes_related: POR"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: POR"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_69"
                     /sec_met_domain="POR (E-value: 1e-24, bitscore: 83.6,
                     seeds: 86, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MDSNGHSIVQRPGSAASLDSRFDVETAVAFLNGNNALIRMMVEQM
                     RSDRAAGLRSQAFVTGYPGSPLGSIDIALRQARKTLDAHGITHREAQNEEFAVSMLSGT
                     QMLEEHPHPEVDGVVGYWYGKGPGLDRAGDALKHANFAGTSTHGAVVILSGEDHEAKSS
                     TVPYQQEFSFEHHGIPVLYPASIQEILDYGLHAAALSRYSGCWVALKLVGTLCDGGEVV
                     QLHADGIRPAVPTLELVGQPFAKAANHRFFPVTNVETERRLYDERHAAVLAYARANDLN
                     RVVQATTEDRIGIVSAGKSWADTLQALEDLGLDRAAMQAQGVRLAKVGLLCPGDAAFFR
                     EFAQGLHTIIVVEEKRDFLERQVAVGIVGTSVRELLGKQDSQGDRLFPVHGGMTSDMVA
                     ERLARVLQRHFELPQRGLQRVRYLAQKTAHRAASLPARAPNYCSGCPHNVSTLLAPGQV
                     AWGAPGCHLFAALMEDPQKRVEGTTQLGGEGLPWLGLAQYTSRPHIVQNVGDGALAHSS
                     YQNIRFAITTGANITFKLLINGVLANTGGQQAVGATAIADLAGRLLQDGAARVVLVSKE
                     KEQYAAVRLPAGLVHRTPSELEATMAELAQVSGVTIVIYDGACANERRRRQKRGLEPAP
                     TLFTVVNEEVCENCGDCGAKANCMSLQKVPTEFGLKTQIHQSTCNQDRACIGGECPSFV
                     TVEVSPGTGVRKPVRPTIRAHDLPEIEVARLAAPYHVYMPGLGGSGVLTASAILAQAAA
                     MDGLQVKTYDQTGASQKWGAVLSSLILAPADAPSHTNKVGIGKADLYLALDLLAAVDAN
                     NLKCCDAGRTRAVINSGVFPNGDVVRDSRKSLPVDELVATVAGAAREDGRVTLDARRIA
                     EVLFGDFMMTNMVAIGAAYQAGWLPIPADRIEAAIALNGTQVETNTQAFRAGRLWVHAP
                     EQIAQLGTLQPQPLADRAEALRTADKAVALASFELLAARLPPKLRDRVLLRARDLADYQ
                     DARYAKRYLEQVAASVRAESSLGASGSSFAVTGAVVDSLHKLMAYKDEYEVARLLTRTG
                     FEQRVGAMFSGPVRLSYNLQPPFARLLGLKGKVRVGPWMRPVLVALARFKVLRGTAADP
                     FGRMASRREERALIDWYEVLLRDGLVLLEPDNTALVAQLLALPMDIRGYERVKSAAVAE
                     VRQRADALLTQLRRRRTIPIQSVPLAA"
     misc_feature    27161..27163
                     /note="tta leucine codon, possible target for bldA
                     regulation"
                     /tool="gutsmash"
     CDS             28247..29218
                     /locus_tag="ctg2_70"
                     /transl_table=11
                     /translation="MTPNLKHLALAALLGATALAATAQEAQLRLATAFPENTAWSQEII
                     KWSERVNAQGKGLVKINFVGGPRAVPTFEIGNAVKSGVVDIALSPGAFYTNVFPEADTL
                     KMAQIPIAEQRKNGAVDYINKVWNEKGNMQYLARMVEGYPFHIFLTKKPEKLDFTGQKI
                     RVSPAIRPALQALNGNPINVPPGEIYTALERNVIDGYGWSVGGVFDLNLAAMTKYRLDP
                     GFYDADVSIVMNLDKWKSLNPQQRDFIQKMAMEVEANSGYWRKEGEDEKRRQNSSGIQS
                     VTFGPAETSKYLDKVYEAGWTDLIKLSPVHGPKLRALLSAPK"
     CDS             29224..29751
                     /locus_tag="ctg2_71"
                     /transl_table=11
                     /translation="MARLQAAFGRIYSFMMTLACVVLLGVVGSIAGDVLLRNVAVPGLP
                     RGFTAANDISEYGLYFCTLLAAPALLRAGQHIRVDILLRAVPREVAWACEWVSDVAGLA
                     ACAALAWMSWIMVGKSYAAGAMQTRSLVVPEWWLLAGMPIAFALLAIEFVFRMWRLAHG
                     PVEPRSDAVSAA"
     CDS             29748..31064
                     /locus_tag="ctg2_72"
                     /transl_table=11
                     /translation="MNDWIFPAVLLLGGSTVLLFVGIPVAFAFLVTNLVGAWLYLGNEA
                     GLGQIVRNGFVAVSSFSLTPIPLFILMGEILFHTGLAVKVIEGVERLITRLPGRLAVVA
                     VVAGTVFSAISGSTIATTAMLGSLMVPVMLARGYHPTMATGPIMAIGAVDMLIPPSALT
                     VLLGSLANISISGLLIGGIGPGLLLSTGFVLWIVIRCTMKPSLAPPTEFESFRGWERFR
                     PFFQYVLPLLSIFGVVVGAMVAGWSTPTESAALGVVATLAIAVAYRALSLKALMQSLRG
                     TIAIAGMILLIIMGATTFAQILSFSGASNGIVEVITGTGLGPMAIVAGMMLILIFLGIF
                     VDQVSMMLITIPIFMPIVQRLGIDPIWFGIMFLICMQMGLLLPPHGLLLMTMKGVAPPT
                     VTMAHIFRAVAPYVAMSFIVLVAVFFFPPLATWLPGTIK"
     CDS             31061..32725
                     /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: 212.4; E-value:
                     3e-65)"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_73"
                     /sec_met_domain="AMP-binding (E-value: 5.3e-64, bitscore:
                     212.4, seeds: 145, tool: rule-based-clusters)"
                     /sec_met_domain="AMP-binding_C (E-value: 5.1e-13, bitscore:
                     45.9, seeds: 272, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSGIEPRSSLQLEGVVYTPPEQALRYLEAGAWQRRTVGQALAEAA
                     ERHPRRVAYICEDLRITFAELDDRSGRIAAGLRELGLRPGDRAIFQMGTSIDTALALFG
                     CFKAGVLPVCTIPQYRSVEISALAQATKPRAFFVQADVAPNFDQVAFAQEISAVHEIEH
                     VVVAGGRPEAPGIALEDLEAHRPDTGFQEQWNCCDVVALQLSGGSTGVPKVIPRHHGEY
                     LAHAKAWCDHFGCEEGDVGIWALSMLHNAGMMFSVLRCVLYGATTVLMPRWDVARFFAS
                     VERERVQHAFTIGPHAPAIAGYTDVARHDLSSLQLTLTLIGAEPIEKGTGRPATNMYGI
                     TEGLVLCGTPNEGAAVRHGSIGTVCWKHDEIRLLEPGTEREVPLGQSGELCFRGPSSLR
                     GYYAAPDITAASLTSDGFFRTADMVRAGQVGSRTVYYFEGRMRDNINRGGEKFGTEDIE
                     LLLGRHPQIMDGKVVAMPDPVYGEKACAYLVPRDGKTLPTVQELATFLVSQGLAKYKCP
                     ERIEAIEAFPVTRVGKLDRQQMRQWIAAKLSSRPPAQ"
     CDS             32732..33166
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: HBT"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_fatty_acids: HBT"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_74"
                     /sec_met_domain="HBT (E-value: 1e-05, bitscore: 21.9,
                     seeds: 132, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MYQYTYERRLHWSECDPGGIIFFPHYARWMVEGLNEMFLELGVDP
                     NGPRGGAALGGLPVLALVMKFASAPALHEMVTHRIEVTRLGGKSLAFRHCFLRGQELLM
                     EAEETRVWAEHPHGDPRGLRATPIPDEVRALLQQDLRAPS"
     CDS             33180..34349
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) NAD_binding_8"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) FAD_binding_3"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_75"
                     /sec_met_domain="NAD_binding_8 (E-value: 1.6e-07, bitscore:
                     27.6, seeds: 167, tool: rule-based-clusters)"
                     /sec_met_domain="FAD_binding_3 (E-value: 6e-10, bitscore:
                     34.9, seeds: 19, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MKVKILGGGPAGLYAAYRIRRDVPGAEVTVFEQNHAHTTFGFGVV
                     FSDRALEFLAAGDEETLSLITAGLERWSDIELRVHGQRIRVDGVGFTAIGRLHLLDILR
                     ERALSVGATLIDSRVVHDLAELGEANLVIGADGVNSLVRRTFEPQFGTQMTLLENRFAW
                     FGATRPFDYLTQTFKQVPQGSFNAHHYRYAPSMSTFLVEVDAQTFERVGFEQMNEEQSR
                     RYCEDLFADELEGARLVTNKSIWRRFPVISNQEWAVGKHVLLGDALRTAHFSIGSGTRL
                     ALEDVQALVHALAAHPGSVDDALGEFVARRKPIVDKLAGAATRSATWYDHFAEHLNQPA
                     WEFAMSYIGRSGRIDPERLRAMSPRFVDGYEAWRSTADAAVVDKTMGES"
     CDS             34349..35386
                     /locus_tag="ctg2_76"
                     /transl_table=11
                     /translation="MNASTEESARERYYEQLQPLNLAPLWSVLKGLVPAQPVPAARACM
                     WSWNEVYPQLLRAGELITAEEAERRVLVLENPGLAGKSQVTDTLYAGLQLILPGETAPA
                     HRHTQSALRFVLHGSGAYTAVDGEKTPMHRGDFIITPHWTWHDHGHDGDEPVVWLDGLD
                     VPLVTFLRAGFREEFSHKAQSTSRSAGDSAARFGSGLLPIDHTQRGLTSPMFCYPYARA
                     REAIEVQARTADPDPHLGVCLRYINPATGGWAMPTIGAVLRYYPGGFVTRPYRSTDSTV
                     LVGLEGEAEIRVNGYDALCIGPNDVAVVPGWSDWTVAARRDTLLFSYSDRPVHEKLGLL
                     REARN"
     protocluster    34426..69038
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[90408:105021]"
                     /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="6"
                     /tool="gutsmash"
     proto_core      44426..59038
                     /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="6"
     CDS             35417..36289
                     /locus_tag="ctg2_77"
                     /transl_table=11
                     /translation="MKLCLFDDHRIGVVTGTGVVDVTLAFAHVPKASWPYPPGDWLIQN
                     FAAAREEVEQIAASGTPLPLDQVQLLSPVANPGKIIGAPINYKDHIDEANADNEINHGK
                     TYTELDKFGLFLKANSSLIGCSQEIQIPFADRRTDHEVELAVIIGRTAKRVSRAAALDY
                     VLGYCIGLDMTVRGPEFPTFRKSPDTFCVLGPWMVTKDEISDPNNLDLSIRVNGEVKQS
                     SNTKYLIFDVQRLIEYASAIYTLHPGDVIMTGTPAGVGPVAAGDVLNASVQGIGAMSVR
                     VARESASAG"
     CDS             36720..37244
                     /locus_tag="ctg2_78"
                     /transl_table=11
                     /translation="MPTGAEHPPQRATMNVPPAWTGVVRFLHITPRAFLPMESFDELTL
                     VAGKGIEGDRYMIGRESGFYSHKPEEGRQITLFEIETLEALARDAKIQMLPEEHRRNVT
                     VQGVPLNHLVGRQFWVGETLLEATRLSTPCRHIEEILGKAVFDPLINRSGLNCRILKGG
                     VIRVGDAVHGA"
     CDS             37246..38196
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer2"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_79"
                     /sec_met_domain="Fer2 (E-value: 1.5e-06, bitscore: 24.2,
                     seeds: 206, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MPKAIKHLQAVVREIDEPLPGVKRLVLADQDGWRLPAFRPGAHID
                     LHLANGLVRTYSLCNEPADCRRYVIAVKREEAGRGGSRHIHDELRAGEVIGVSVPRSGL
                     ALSPTGMNIFVAGGIGVTPFVSAILAMEREGQSNYQLHWASMGEPSLIDMLAPAVKGGR
                     VHLYNTLEVSPPDIRPIVDGSGPDAKAFCCGPAGMLDAFESAVAEWPESRKHVERFTAP
                     KLVPTLNAQPYSVVLARSGREMEVRPEVGLLATLEAMDADISVSCAGGICGACRTRWIE
                     GPPIHHDRVLSPQERAHEVIVCIAECAGPRLVLDL"
     CDS             38248..38871
                     /locus_tag="ctg2_80"
                     /transl_table=11
                     /translation="MVDTLVPESGPAAISSGSRAADQPDLDPFKALALHLKYLRVQSGL
                     TLENLARDSGLTRSYLSKIERGVSTPSIESALNIAKALGVTVDRLFGQQPEEDVVSIVR
                     GNGSIAGDPTTHLSLVAGLRDDRVMRAFIVRPGKTQKRGRIMSHHEGEEILFVLTGHIE
                     MQIGARKERLEPGDCVQFDSTIPHKLTALTDEPASALVVIAATA"
     CDS             complement(38912..39601)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: CoA_trans"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_fatty_acids: CoA_trans"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_81"
                     /sec_met_domain="CoA_trans (E-value: 1.2e-28, bitscore:
                     96.0, seeds: 40, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNSLTRLELARLVAHQLPKQGFVNLGIGAPTGVADHLPSDTSVML
                     HSENGILNVGPKPAEGEEDLDLINAGKMPVTLARGGSFFDSSLSFSMMRGGHLDIAILG
                     AFQVSQHGDLANWTTGDLNGAPPAIGGAIDLAVGAKQIWVMMEHTTRDAQPRLVERCTL
                     PLTAMGVVAKVFTNLAIIDVTADGFVVHALFEGASLESVQQLTGAPLKPAPTLRRFSSD
                     GVLAPPR"
     CDS             complement(39598..40260)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: CoA_trans"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_fatty_acids: CoA_trans"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_82"
                     /sec_met_domain="CoA_trans (E-value: 4.2e-57, bitscore:
                     189.1, seeds: 40, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MRNVVVKDANAAVSGLRDGDTVMVGGFGGAGVPRGMIKAVLDLGV
                     RELTVISNNAGSGGQDLSLWFGARIVRKIICSYPRSADVFADQYRAGDVELELVPQGTL
                     VERIRAGGAGLGGFLTPTGVGTVFEKGKQKVVVDGREFLLEKPLRAQFSLLKGRQADVL
                     GNLNYNKTARNHSVVMATAAEVVAVEVDELLEPGELDPEGIITPCIFVDRVFLSRPA"
     CDS             complement(40257..41459)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: Acyl-CoA_dh_1"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_fatty_acids: Acyl-CoA_dh_1"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Acyl-CoA_dh_M"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Acyl-CoA_dh_N"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_83"
                     /sec_met_domain="Acyl-CoA_dh_1 (E-value: 5.8e-30, bitscore:
                     100.5, seeds: 49, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_M (E-value: 2.3e-15, bitscore:
                     52.7, seeds: 43, tool: rule-based-clusters)"
                     /sec_met_domain="Acyl-CoA_dh_N (E-value: 1.7e-15, bitscore:
                     53.7, seeds: 796, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNFYDLYDERLSAVERSLVEAAGDFCRGEFSAHLLQSHTQGRAYD
                     ASWIDKWAKEGFLGLQTPKEFGGHDASFLCKIRVAQTMAEHGFAAAFAINNLQGSATRV
                     ARFGSEKQRAELLHAMLGGRTLCAPAMSEPDGGSDLAALKTKARRVDGGWLISGTKSWV
                     TNGSIIRCANLLARVGDSVGAEAGDIASFLVPLVDGPTLRREELVMPGALSFRLASLVF
                     QDHFVPDWCLFDPPGQAFKSSMASVNAARVHVAAMCVAAARAALAETVGYAESRQAFGK
                     PLLRHQGFGWELAEVSLRLEAANALVLRAAIAVQTGKPALTLAAQAKKFAVDVAVWALD
                     QCQRAMGATGASADHRLAMLSSETRLAAFGDGTSQMLLDRIAKGLAKDYGPSPAQKESD
                     R"
     CDS             complement(41481..42464)
                     /locus_tag="ctg2_84"
                     /transl_table=11
                     /translation="MKPHSLKNWLVAAGLACLAITTALADEPYPSKPIKLVAGFPPGGP
                     TDIIGRVIAQALGKELNGTIIIDNRAGAGGVVGADAVAKSKPDGYTLLVAVESSQTRGQ
                     ALNPTLSYDQLKDFAYVRNVAKQRNLVVVNPEVPVNSVKDLIAYAKANPGKLNFGGTFG
                     ATSHIGGTLFDARNGTQLTFVNYKGGAQPITDLMAGVVQVGFFTEATVAQHVRAGKIKA
                     LAVAAPERSPAFPDLPTLQEAGSKPIDLSPWFGIAAPAGTPGPVVQKIAAALDKVVTSP
                     EFLAQLETLGAVPVKVSTPDLYTKQVAKEIVFWNDWAKTLTTPLAR"
     CDS             42830..43405
                     /locus_tag="ctg2_85"
                     /transl_table=11
                     /translation="MELLTEQGFSSTGLDAVLKRATVPKGSFYHYFANKDAFGAAVMDA
                     YDDYFKRKLDRWLLHQERAPLDRLADFIADASRGMRKHRFTRGCLVGNLSQELGALPVD
                     FRARLDAILVGWQERVARCLREAQAAGTISATLDVEQLAEFFWIAWEGAVLRARLVQSD
                     RPLVTFIEAFLSSLGARALASPRTVADH"
     CDS             43426..44412
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ADH_N"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) ADH_zinc_N"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_86"
                     /sec_met_domain="ADH_N (E-value: 1.4e-06, bitscore: 24.3,
                     seeds: 68, tool: rule-based-clusters)"
                     /sec_met_domain="ADH_zinc_N (E-value: 8.3e-14, bitscore:
                     47.8, seeds: 88, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MFKGIVVEKDAQGYRASLAEIDENRLPAGDVTVRVEYSTLNYKDG
                     LAITGKGPVVRSFPMVPGIDFAGVVEQSDHPEFKPGDTVVLNGWGVGEAHWGGLAQRAR
                     VKGDWLIPLPKRFSTRDAMAIGTAGYTAMLCVMALERHGLKAGDGPVLVTGANGGVGSV
                     AIALLAKLGYTVTASTGRPGESDYLRRLGATDVIDRKELSEPGKPLQKERWIAAVDSVG
                     SHTLANVCAQLRYNGVVTACGLAQGLDLPASVAPFILRGVSLVGIDSAMRPKADRTAAW
                     ERLARDLHGPFLEDIATEIALPQAIDAAAKLMRGEIRGRVVVDVNAS"
     CDS             44426..46066
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_fatty_acids: TPP_enzyme_C"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_AA_metabolism: TPP_enzyme_C"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_87"
                     /sec_met_domain="TPP_enzyme_C (E-value: 2.1e-40, bitscore:
                     134.1, seeds: 323, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTYRVAEAIVDSMVAHGADRAFSVPGESFLALLDALHAREDFDLV
                     TCRHEGSAALAAIADAKLTGRAGIVMASRGPGAFNAAIGVHVAAEEAVPLILLIGQVET
                     PNLGRGAVQEIDSGKAFSGLLKWSGRIDKAACAAEVMARAFATAASGTPGPVAVELPED
                     VLTELVERQPARVHGVALAEATLEDAARVHDLLSKASRPILIVGGECRTDDFREDLQAL
                     VDRWNIPVAVTNKNQDQFSNTDPRWVGQLSFFTSPAHTALFSEADLIVAIGSRMGDVSS
                     LGFAFPRQGTNSQKFVHVYPDPSMIGRHFAAELPIVSTAHGFVRAALRHGGSGAASSQW
                     LERVRAAADRAHGWQPQNVVANDVLGHTIMAIARLAQNDAVLTTDSGNFAAWVHRIFKM
                     TPANRLLGSACGAMGTGVPAGIAAALRHPGREVLAFVGDGGFLMNGNELITAVDRGLNL
                     RVVVSNNGSYGTIRTHQQRHFPHRISGTDLANPGFAKLAEAFGARGFRIEHSRDAAGIV
                     EQAMSVEGPALIEVCSDADMSVERSLKWE"
     CDS             46193..46990
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Aldolase_II"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_88"
                     /sec_met_domain="Aldolase_II (E-value: 7.5e-38, bitscore:
                     126.4, seeds: 389, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MAEDLRSKNYFDDRATREMAKHLASPRRTLKENLACACRILAMTG
                     QEAGLAGQISARSDRAGAYWTLRFGLGFDEATPDDFIEVDGDLNTLTGSGMPNPATRFH
                     LWVYEARPDVQSIVHTHSPWASALAAARQPLVIAQMDMTPLHDDCAFLGQWPGVPIADD
                     EGVIISRALGSKRAIILAHHGYLTAGTTTQEATYLSVYLERAARMQIRAQAAFGPLTPV
                     DDTLAREAHDYLLKPSIVNSTFDYWCRQAEAGSAAPLAGRPRP"
     CDS             47126..48145
                     /locus_tag="ctg2_89"
                     /transl_table=11
                     /translation="MKLVRLAAAALMGLCLSGIGHAGQTFDTVKKRGFVQCGVSTNLPG
                     FAFTDSKGEWQGIDVDTCRAIAAAMFGNATKFKVIPLTTQARFTALQSGEVDVLTRNTT
                     QTMSRDTTLGLIGVGVNFYDSQGIMVTKDANVSSAKNLAGATICVLPGTTTELNLTDWF
                     RGLKQSFKPVLLDTVDEIKRAFAAGRCDGITMDKSQLALARIAFGNTDKYVILPEPLSK
                     EPLGPMVRQGDEAWFNVVRWSLNALLEAEEYNLTSKNVDEIAKGSIPPNIQRILGTSPG
                     MGKGLGLDDKWAYNIIKQVGNYGEVFDRSLGAGSPMKLERGLNALYTKGGLMYGWPIR"
     CDS             48173..49345
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) BPD_transp_1"
                     /gene_functions="transport (smcogs)
                     SMCOG1004:Binding-protein-dependent transport system inner
                     membrane component (Score: 57; E-value: 7.2e-18)"
                     /gene_kind="transport"
                     /locus_tag="ctg2_90"
                     /sec_met_domain="BPD_transp_1 (E-value: 1.3e-16, bitscore:
                     57.0, seeds: 81, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSSHHRAPLKFSWNNPEFRALAYQFVVVGLAALMAYYLVSNTLHN
                     LATRNIATGFAFLEREAGFAIGESLIEYSPSDTYARAILVGLANTLRVSAVALVLATML
                     GVIVGIARLSSNWLIVRLASAYVELIRNVPLLLQLLIWYAVIGELLPGPKSAFHPLPGI
                     YLSNRGMLMPSIDGPAVAGILWGLGLAVVTIVAVGRWQRSSRRRTGAQSRLWPSALMLL
                     LFMPVAGWLVGGREFHLSIPHRSGFNFEGGWALSPELFALLVGLVTYTAGFIAEIVRAG
                     VQSVSHGQWEAAQTLGLPRSRVLRLVILPQALRVIVPPTTSQYLNLVKNSSLAVAIGYP
                     DLVSVVNTVLNQTGQAIEGVLIIMAAFMTVSLTVSLLMNWYNKRIALVER"
     CDS             49348..50439
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) BPD_transp_1"
                     /gene_functions="transport (smcogs)
                     SMCOG1004:Binding-protein-dependent transport system inner
                     membrane component (Score: 82; E-value: 1.5e-25)"
                     /gene_kind="transport"
                     /locus_tag="ctg2_91"
                     /sec_met_domain="BPD_transp_1 (E-value: 2.6e-24, bitscore:
                     82.0, seeds: 81, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MITTTHTDRPALLAPPRVRARLVTRLRQSLFQSPASAVLTILTVW
                     FVLMLAPPLVQWLLVKASFRAPDAQACREAGGACWAFIREKYRLILFGTYPHAEQWRPL
                     LATALLVASIVWTATRRLAGLQIVGLWVFTILAVATLMWGGFLGLAFVENTRWGGLPLT
                     LILSTFGIAFAFPVGILLALGRRSRMPAIKAMCVAYIELIRGVPLISLLFMSSVMLPLF
                     LPEGFSIDKLLRAQLAIIFFAAAYVAEIVRGGLQAIPKGQYEGAESIGLSYWQQTRKIV
                     LPQALKVVIPPLVSTFIALFKDTSLVVIIGIFDLTQAAKAALSDPAWTGFGVEAYLFIG
                     LIYFVFCYSISRYSRSLERNLKR"
     CDS             50458..51198
                     /locus_tag="ctg2_92"
                     /transl_table=11
                     /translation="MSEVIVSLQKVNKWYGDFHVLQNIDLNVQRGERIVICGPSGSGKS
                     TMIRCINRLEEHQSGLIKVDGVELIHDLKRIDAIRKEVGMVFQHFNLFPHLTVLENLTL
                     GPTWVLRKPLAEAQAIAMKYLERVRIPDQAHKYPGQLSGGQQQRVAIARSLCMSPKVML
                     FDEPTSALDPEMVKEVLDVMVSLAEETKMTMLCVTHEMGFARKVADRVIFMDRGEIVEE
                     NVPELFFGNPQTDRARQFLNQIVH"
     CDS             51259..52464
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_AA_metabolism: Cys_Met_Meta_PP"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_93"
                     /sec_met_domain="Cys_Met_Meta_PP (E-value: 9.9e-125,
                     bitscore: 412.0, seeds: 25, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNEDSQGLGFQTRALHHGHDRSDPYGAVSPPIYMTSTFAFDNTAE
                     AAAVFSGESERYVYGRQHNPTQHLLETRLAELEGAEAALATGSGMGAICSALLTLLSAG
                     DELIVHHTMYSTATSLVDEGLPRFGVKVTKVDLTRPEKLKEALSDRTRLVYFETPVNPT
                     AQLLNIRELAEVAHSRPGVRVLVDSTFGSPALQRPIEHGANLVVHSMTKYINGHGDLLA
                     GVVLGDLPTIKRIRSAGLKYMTGATLSPMLCFLVLRGLKTLTLRMRQHSESALKVARML
                     DAHPAVKLVRYAYLEDSPDRPLGLSQMSAGGGMLSFELHAGGDGAIAMIDRLKLISRAI
                     SLGDTETLITHPGTLILARQKVEPAARLSAGVTMDLIRLSVGLEDVDDILTDLRQALDS
                     LQ"
     CDS             complement(52554..53447)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) LysR_substrate"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) HTH_1"
                     /gene_functions="regulatory (smcogs) SMCOG1012:Bacterial
                     regulatory helix-turn-helix protein, lysR family (Score:
                     75.6; E-value: 7.5e-24)"
                     /gene_kind="regulatory"
                     /locus_tag="ctg2_94"
                     /sec_met_domain="LysR_substrate (E-value: 2.5e-32,
                     bitscore: 108.0, seeds: 361, tool: rule-based-clusters)"
                     /sec_met_domain="HTH_1 (E-value: 1.3e-22, bitscore: 75.6,
                     seeds: 1330, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MAIETLDRPLRYFLCIAELGSLSKAADKLDQTQSGLSKQLGALES
                     NLGQPLFVRTGRGVELTEAGTKLYDALAPAFREIDRAVDSVRRQGVTHGTVRLATVHTL
                     SYYFVAEVFSLFVSTHPDVNLSLLSRSSPEVVALVENGKADLGFVYDSAVDCGTLTSKP
                     LFEDEMALVVLDGSPFESPQDLSTLSLRLVGFPAHYALRRMIHSAGLQATYVAEAETID
                     AMLKLVSSGVGHCILPSRIPDRLLADYGLRKVSIEHPPLRRRVVAISSTGKVMAPLTSD
                     LLACVLQVAEQLQRST"
     CDS             complement(53504..54625)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_AA_metabolism: Cys_Met_Meta_PP"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Aminotran_1_2"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_95"
                     /sec_met_domain="Aminotran_1_2 (E-value: 2e-05, bitscore:
                     20.0, seeds: 48, tool: rule-based-clusters)"
                     /sec_met_domain="Cys_Met_Meta_PP (E-value: 4.3e-87,
                     bitscore: 288.1, seeds: 25, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MEKHTSAIKPESWLVTAGRASEPGAPLNVPLIPASNFIIGRGREY
                     SRDDGTATWEALEDVIGGLESGKAVAFASGMAAIASVFDQLAAGANVVLPDDCYQGVAG
                     LAAAGAERGRWSVQRVAVDDTAGWIQACGVADLIWLESPSNPLLAVADLEAICAAPRKP
                     GAIVAVDNTFATPLNQHPLDFGATVSLQSATKFIGGHSDLLAGVATTKDDALWHALRKS
                     RELTGATPETLEAFLAVRGARTLALRLQRAQQTAMLLSERLEGHPLITRVRYPGLPSHS
                     THAVAKRVLKGFGTIISFDMHGGADFADSVCRNVRLIRHATSLGAVESTMERRAAIPGQ
                     GHLPPSLLRLSVGIEDADDLWSDLDSAIRSAAP"
     misc_feature    complement(53879..53881)
                     /note="tta leucine codon, possible target for bldA
                     regulation"
                     /tool="gutsmash"
     CDS             complement(54715..55122)
                     /locus_tag="ctg2_96"
                     /transl_table=11
                     /translation="MAWMLLLVAGLLEVGWAIGLKYTDGFTKLWPCIFTIASMVISVVL
                     LGIAMKSLPVGTSYAVWVGVGAVGTAILGIVLFGESAAPGRLVSLGLIVAGIVGLKLAS
                     SAWFARPQVRASEYSALRACILNAVHRTARW"
     CDS             complement(55194..55538)
                     /locus_tag="ctg2_97"
                     /transl_table=11
                     /translation="MYTSTFTFAKGEFDDEFHALDNVIAQLAKSIPGYLGEESWENPAT
                     GLVSNVYYWKTMEALQELIGHPAHIAAKQRQALWLKGYQVVIAQVVRSYGDGGIPHPLA
                     GETRSVPGVR"
     CDS             complement(55561..56193)
                     /locus_tag="ctg2_98"
                     /transl_table=11
                     /translation="MYLPTHFGETRPEELSRIIREHPLGALITHGTSGLEADHLPFEFD
                     PDVGTHGLLSAHVARANPLWQRCPTGTPVMVIFGGAQAYISPSWYPSKHEAHRQVPTWN
                     YEVVHAHGVLTVHDDERFARGIIARLTRRHEAAEPKPWKMGDSAPEFIDSMVRNIVGIE
                     IAITSLVGKSKLSQNKEARDRLNAAEMLKARGHEEMSELMRNASGTS"
     CDS             56209..57756
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Aminotran_1_2"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_99"
                     /sec_met_domain="Aminotran_1_2 (E-value: 2e-23, bitscore:
                     79.2, seeds: 48, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MVWAVGTVARNRHNEKVQFHSFYMDQFSTPSSRSSGADRAGRRIY
                     HLLRSQIADGTLAEGAQVPSTRALAADLGVSRTTVTAAYEQLAAEGFLATSVGRVARVA
                     SPLAASAQFNAKPKRRLGTAPSLSAFGRRVAAIDMPGLAPAEPCRIDFLYGAVASRDFP
                     ALAWRRAYQAELLRHQRRLYYVAPEGDASLRRSLQGYLRRARGLACDAEQILMVHGSQQ
                     AIDLCARLLLNPGDAFVFEEPGYLMARRCFEATGAEALAIPVDAQGLDTARLPKDERAR
                     LAYVTPSHQFPLGGVLPIGRRLELLRWARTHRAWVVEDDYDGEFRYGQRPIDALQSIDT
                     DGRVIYIGTFSKALSPQLRLGYLVLPPELVPVFRQAKRLADRHAPVLEQRVLASLIDSG
                     AYERHVRRTRRAHERRRAALLEAIARHLPATATVIGAAAGLHVVLWLPFLRPQDEPALA
                     AAARGKGVGVYPVSPLFAKPMSRMQPRPAGLILGYASLTVEEIDQGMRVLAAVIAGR"
     CDS             complement(57809..59038)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     TPP_AA_metabolism: PALP"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg2_100"
                     /sec_met_domain="PALP (E-value: 4.6e-68, bitscore: 225.8,
                     seeds: 146, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MLIANERATRSAYPSELQSVMSVAKAQESRDWISSWDSLNPGATP
                     LYELSGLARSLGIGKLYLKDESVRSDLGSFKALGAPIALARLILRLWPDHNLDPKLLFK
                     GGYRSLLEAFTVISATDGNHGKGLAAAAQTMGCHCVIVLHANVSEEREQAIARFGARVM
                     RVQGNYDASVEEAARLAKANDWHVVSDTSYDGYEEVPRDVMQGYGTVAAEIVEASGSDQ
                     TVPFTHVFLQGGVGGLAAGILSYFWECYGERRPTVVIVEPAQADCLFQSALRGIASKAT
                     GSVDSVMAGLACGEASPLAWRFLVSGADYFMTITDDDAVAAMRLLAIGNAVDLPVVSGE
                     SGAAGLAGLIELLSHPAQAATVGLGPDARVLLISTEGATAPAAYQALVGQSEAQVLARQ
                     RNRVRLSQST"
     CDS             59234..59701
                     /locus_tag="ctg2_101"
                     /transl_table=11
                     /translation="MHLDNYDVKILSLLQSDSKISQRELSEAVNLSPSAVNRRIAALES
                     AGVIAGTVCIVDPSSVGHPITIVVEVKLESERLDLLDEVKTRFADCPQVQQVYYVTGEY
                     DFVLVIVVKDMTEYEQLTRDLFFSSGNVKGFRTYVAMQRVKVTLNVPLAEK"
     misc_feature    59471..59473
                     /note="tta leucine codon, possible target for bldA
                     regulation"
                     /tool="gutsmash"
     CDS             59947..61059
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) SBP_bac_1"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_102"
                     /sec_met_domain="SBP_bac_1 (E-value: 3.2e-11, bitscore:
                     39.8, seeds: 129, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSINRRQVLKGVAGAGGAAIAPSFLAVPALAQSLKGTGEVVVYDG
                     GGSWGEAKRVALFDPFEKETGIKVIAQPRTDLGAVRASALAGSPRYDVTILTGGNTTAF
                     ERENLLIPIDYGYFNKADLDAFNPVATGKFTVPHIIYSLLIAYDPAKFGSNSISSWADV
                     WDTKKFPGGRTLCTGTRGPDGAVFEAALLADGVDPAKIYPIDWDRAFKSLSRIKPEIVK
                     WWNSGAEGPQLLIDKQVTAGSGWNGRIYAANEKSQKIGFTWNQGILQYDSWVVLKGSKN
                     VDNANKLLAFMSRAEVQANFSKHILYAPPNSRAYDYIPAERAKMLPTYAEFKKQQIVQD
                     YAFWNALGKNGRPNNLTAVAEWERWLVGAR"
     CDS             61166..62878
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) BPD_transp_1"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_103"
                     /sec_met_domain="BPD_transp_1 (E-value: 3.3e-12, bitscore:
                     42.6, seeds: 81, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MILLLVVPALAIFAAGYLFPVAQLVLKSFRNESTWSLLHYQEIAS
                     SGVFAWVLFQTLLLAVVVTLACLILAYPLAYSISRCPPWLASLLLVLVTLPYLTSILIR
                     TYAWTVLLSPAGLINQLLLYLGIVSEPLRLVFNKIGVYIGMIQVQLPLMVFPLYAALAR
                     FDRKLSIAAQSLGSSPADAFLRITLPSSMPGIVSGCTLVFLSCLGFYITPALLGGPNDY
                     MIAQGITIRVLTLGEFEAAAAQATVLLAMVATVFVIFRTKVATELEDESQSSQSVKKVR
                     DLSATAHIPAPLAKGLQRALEVISSVRSPLLVLLSAFTLALLVLPFVVVIPLAFSDAAY
                     LSFPPPGYSLRWFTKFFSNSQWLSALSFSGRTALLASLLAITIGVPIAFALVRFRFVGR
                     VPLYLLLISPMIVPHVVMAVAFFFSFAQTPLIGTATAFVLAYTIIATPYVVVILIAGLK
                     KFDRSLEQAAISLGGHPLTALRTVTLPLLLPSLASALVFAFITGFDDVVYGLFVSGPSS
                     TPLPIRMWDDIRLEISPQIAVVAVLFLASLAALVAVKTFVSAALHHRSHRKDI"
     CDS             62881..64029
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Peptidase_M24"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_104"
                     /sec_met_domain="Peptidase_M24 (E-value: 5.4e-26, bitscore:
                     87.6, seeds: 437, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSSIGLFAFSVEEYRRRLRMVQDVMRARHLDWAILDEPETMGWVS
                     GYAVQENLWRACLVPVVGDPFLLIRKLDMAPARAKSWLQDIVAFSDWEEPVSVLAAALR
                     SRGAHARIGVDFQSHSFTRQRQDLLAQALPESIFCDLERAVWDARRCKSNEEVEHFRMA
                     ASLLDRAVLKVADAIRPDASQRDVAAVAAAEYYRLGFDDGFVGYVTAGSDWDCLHSSMS
                     DEPIGEGALVHVELLPKLKGYSVRIMRTVAVGRATEDQKSTFAALCALQDEQFSAMRPG
                     AVAADVDAIVRQGVLSAGLRPDYENITGYTLGFSAPSSQRVSDLYRSFVPTATWLLEKG
                     MVFHMYTSARGLAVSETVLVTESGAERLTRTPRKIFETGVKA"
     CDS             64026..65144
                     /locus_tag="ctg2_105"
                     /transl_table=11
                     /translation="MMTGRMESVRDIPEAQVGRRSAGVGVANVSKSYGAFKALDDVSLT
                     VEPGEFVALLGPSGSGKSTLLMMIAGFETPSSGDLLVKGIRVNDQPAYKRGFGVVFQRY
                     ALFPHMTVSENVAYPLFRRGLRGKEVEAEVAKALDLVALGTLRNRLPAQLSGGQQQRVA
                     LARALVFKPPLLLMDEPLGALDRKLRQQLQLEIKQIHRQIGSTIIFVTHDQEEALSMAD
                     RVAVLEGGRLQQFGSPRDLYESPASAFVADFIGETSFLPVVLSPAGAEINAEIASLRIR
                     RSIPVERVLTRSTSGRLAIRPENVQLRLSEDGPARVVESAYAGTTQVVLVEVGDVRLLS
                     RSQMTPDRQLFHAGQRVEVDLDTAHAMVYPIE"
     CDS             65158..66591
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Peptidase_M20"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_106"
                     /sec_met_domain="Peptidase_M20 (E-value: 6.4e-21, bitscore:
                     71.0, seeds: 360, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MHHPNHSTRKSAISAALETFDSGRFLADLNRRVSYRTESQVESSA
                     SQLHAYLRDEIAPTLGRLGFTFRIVANPAGVDAPILLAERIEEEGLPTVVTYAHGDVVR
                     GYDDQWRKGLEPWKVVVEGDRWYGRGTADNKGQHSINIAALESVIAVRSGRIGYNIKLI
                     FETGEEIDSPGLGALCAAEKDFLTGDLFLASDGPRVAADRPTIFLGSRGELNFELEVDL
                     RDGAHHSGNWGGALRNPAVVLSHAIATLIDKDGRILVKGLLPPPISPAVRAAISDLALG
                     SDEHAPAVDPSWGEPGLTPAERVWAWNALEVIAFKAGNPDAPVGAIPPTARAHCQLRYV
                     VGTNWENAHRHLEEHLAAKGIASVKVTVQPAGTATRLDLKDPWVEWALRSIEASTGKKP
                     ALLPNIGGTVPNAIFAETLGLPTVWVPHSYAACSQHAPNEHLLGSVAREALAVMAGIWW
                     DLGDDGADVAASRKRRIEA"
     CDS             complement(66609..67658)
                     /locus_tag="ctg2_107"
                     /transl_table=11
                     /translation="MSSSDFLPPLPEGVERSVVMGRSPGFHLKPPPAPAALRDFITSDA
                     QLFETIHMGSVEVDATRWRLQVDGLVRRPFSIGLEGLKRLPSVSVTAFHECFGSPLVPA
                     NGNLWRVGNVQWTGVPLAVLLEQAQLEAGATHAWSDGLDSGEFGGRSMNRYRKDLPISK
                     ALSHEVLVAYEMNGAPLTRERGGPVRLVVPGWFGTNMTKWLCRLSVQGRRANSPFTTDW
                     YNRDSEHEGKVIREPVWAVEPNSMITHPAPDDTISTDDVEVKGWAWSNNGIGGVALSTD
                     GGATWQEAEVRPRREFEWQQFAATLALPRTPGPVSIIARARDADGSTQALSGTRNAAHS
                     VQIQRVPPL"
     CDS             complement(67651..68691)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) CN_hydrolase"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg2_108"
                     /sec_met_domain="CN_hydrolase (E-value: 1.1e-39, bitscore:
                     132.4, seeds: 52, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSSLPRVKVAAAHAAPLLLDKTATTEKAVSIIKEAALHGAQVIAF
                     PETYIPAFPVWAALWAPIYNHDLFEAMVENSVYVPGPEVALIAAAAKRFGVCVSMGISE
                     RSTVSAGCIWNSNLLIGETGELLNHHRKLVPTFYEKLIWAAGDGQGLRVAETRFGRIGG
                     LICGENTNPLARFSLMAQAEQIHISSWPPMWPTRKPSGGGNFDNVAANRIRASAHSFEA
                     KAFGIVCASFMDKAMRDFLVDRDPAVAEVVDGTPRAASMFVDPTGTQIGDTLQNEEGIA
                     YAEFDLNKCIEPKQFHDVVGYYNRFDVFSLGVERRRHEPVAWSGPSDPQFPRLLDDEIT
                     AGVLDE"
ORIGIN
        1 atgaacaaca tgcagaacaa ccccccaaat ctcgccgata tcgacacccc cgcagccgtc
       61 gtgtcgcttc cgcgcatgca gcggaacatc gcgcgcatgc agcagcaggc cgatgcgctg
      121 ggcgtgcgct tccgcccgca cgtgaagacc agcaaatgcg ccgatgtggt cgcggcccag
      181 cttgccgccg gcgcggccgg catcacggtg tcgacgctga aggaggccga ccagttcttc
      241 gcccgcggcg tgaccgacat cctctatgcc gtcggcatgg cgccgcaccg gctcgcgcat
      301 gcgctggacc tgcgccagcg cggctgcgcg ctgcagatcc tgaccgacag cgtcgagggc
      361 gcgcgggcca tcgccgaata cggccgcgcg cacggccacg ccttcgaggt gctcatcgag
      421 atcgacaccg acggccaccg ctccggcatc aagccgggcg aggacctgct gctcgaggtc
      481 ggccgcgtgc tgcacgaggg cggcatgcgc ctggccggcg tgctcacgca tgcgggctcc
      541 agctacgaac tgcacacgcc cgaggccctg gccgccctgg ccgagcagga acgcgcgggc
      601 tgtgtgcagg ccgcggaacg cctgcgcgcc gcgggcctgc cgtgccccat cgtgtcggta
      661 ggctccacgc ccacggcgct ggaagctgcg tcgctcgaag gcgtgaccga actgcgcgcc
      721 ggggtctatg tcttcttcga cctggtgatg cgcaacgtgg gcgtctgccg caccgaagac
      781 atcgcgctga gcgtgctcac caccgtcatc gggcaccagg ccgacaaggg ctgggccatc
      841 gtcgatgccg gctggatggc catgagccgc gaccggggca cgggcaagca gcagcgcgac
      901 tacggctatg gccaggtgtg caccgtggac ggggtgccga tcgagggcta cctgctgtcg
      961 gccgccaacc aggagcacgg catcctgtcg cgcgagggcg ctgcggacgc ggacatcgcg
     1021 gcgcgcttcc cggccggaac ccggctgcgc atattgccca accatgcctg cgccaccggc
     1081 gcgcagtttc ctgcctacca ggcgctggcc gcggacggca cggtgcaaac ctgggagcgt
     1141 ttccatggct ggtgaaaacg ccgccgagtc caacagcatg tcgggcccgg tccatgtcgc
     1201 ggtgcccgcg ctggccaggc cgggcggcca ctacagccat gccgccatcg gcagcggcct
     1261 ggtcttcatc gccgggcaac tgccgatcac gccggccggc gagcgcctgg ccgatgcggc
     1321 gttcgaagcc caggcggcgc agacgctggc gaacgtgcag gccgccttgc tggccgcggg
     1381 ttcgggcatc gacaagctgc tgcaggtgag ggtctacctc gacgacatcg ccaactggcc
     1441 ggccttcgac aggatctatg cgcagtgggc cggaccatcg cgcccggcca gagccgtcgt
     1501 gccgaccggg ccgctgcact tcgggttcaa ggtcgaggtg gaggcgatgg cgcttgcgtg
     1561 agtgggcgag ctgctctcaa ggcacgctac gtcgcaggaa cacatgcgtg gcgcgctcgc
     1621 ccgccacttg ccgttcgcag cggtagccca gcgccggcag atccaggcct gcgaacagcg
     1681 cctcgccctt gcccagcagc accggatgca cggcgaggtg cagttcgtcg atcagcccgg
     1741 ccttcaggta ttcgcgtacg gttgccacgc cgccgcccac gcgcacgtcg cgcgtgcctg
     1801 cggcggcccg cgccagtgcg agggcttcgt ggatgccgcc ggtgacgaag tgaaaggtgg
     1861 tgccgccgcg catggtcagc ggcgcgcggg catggtgggt cagcacgaag accggcacgt
     1921 ggtacggggg ctcgtcgccc caccagcctt tccagctttc gtcgggccag ggaccgcgca
     1981 ccggcccgaa catgttgcgc ccgaggatcc aggcgcccat ctcggcaaag ccttgttcgg
     2041 ccatctcgtt gtcgatgccg gtctcgccgt tcgcctcgcc ggtcttttgc atctgctgcc
     2101 agacgcgcgt gggaatgaac cagtccatga gttcgggacc gcgaacgccc agcggatgct
     2161 ccaggctctg gtccggaccg gcggcgaagc cgtcgagcga aacgccgaag ctgcgcacga
     2221 gcaatcgggc catggtgtca tttcctgcaa gaagggagcc tcagtctagc gctggcggcg
     2281 ccccgacgaa ccatcgttcg aggccatggc gtcgcgcaga atgcgcgcat gagcatcgaa
     2341 tacatcagcg ttgaagaagc cattgccggc accggcctgc gcatggtggt cgtgggccac
     2401 attcccagtc cgtggtccga agcggccaag ggcatcctgc gtgtgaaagg catcccgtgg
     2461 aaagcggtgc gcctggccta cgacagcccg caactcaagg agtgggccgg ccagcgcaat
     2521 gcgcccgtgg ccatctacaa caacgaggcg ccgcgctcgg gctgggcaga catcctgctg
     2581 ctgtgcgagc ggctcgcgcc gcagccgtcg ctcctgccgg ccgatgccgc cgaccgggcg
     2641 ctgatgttcg gcctcgccca cgagatctgc ggcgagcagg ggctggcctg gtcgcgccgc
     2701 ctgcaactgg tgcaggccgg cttggcagga gaaggcggtt tcgctgcgca ggctgccgca
     2761 tacatcggca agaagtacgg tttcagtccg caggcgggcg cgggtgcact cgcgcgcgtg
     2821 gtggccgtgc tgaagatgct ggcggcgcgc ctgaaggcac agcaggcggc cggcagcgat
     2881 tactacatcg gcaagagcct tacggccgtg gacatctaca gcgcgaccgc gctggcgctg
     2941 atgcgtccgt tgccgcacgc catctgcgag atggatcccg ccacgcgaca ggctttcgaa
     3001 ttccgcgagc cggtgaccga cgccgcgctg gacgctgtgc tgctccggca ccgggacctg
     3061 atgtacgagc ggcacctggg gctgccgctg tcgctgtgac gtgaatgcaa tcacggcgcg
     3121 cttgtccgct cgttcagtgg ccggcaaacc tccagcacca ttccgcgcag ctactgatgc
     3181 gcaggatccc gatccaggcg cggatgccac atctgcgata cggtgatctg ctccgtgggc
     3241 atcggcagcg gaaacgagcg cagcgtgccc cgcgccctca ggtgttcgaa gtaggaggac
     3301 ggtatcaatg caaccagctc ggtcgcggcc gctatcgaca gggcggtgct gaagctgggc
     3361 accacgaccg cggtattgcg taccaggccc atcgccgcga gcgcgtcgtc gaccggtcct
     3421 acggtccggc cgtggcgtga agtcaccacg tggccgcagg ccgcgtagcg ctcggccaaa
     3481 cacttcggaa cctgacctca ggggatcgac aatgcaagcg cccggcgcgc ctgttcgacc
     3541 cgggcgcgtg tcacgcagcc ggcagcatgg tcattgatca gccccacggc ctgcatgaag
     3601 gcatacacag tggtgggccc gacaaacttc cagccctgtt tcttcaagtc cttggacaac
     3661 gcctgcgagg acgccgacgt agaagcggtt tgcggctctg caagctgcgc agggttcggc
     3721 tcgtggcgcc agaagtaaga cgccagcgat ccctcgcgct gcgccatctc ctcggccatg
     3781 cgcgcattgt gaatcacagc ctcgatcttg ccgcgatggc gcacgatgcc gctgtcgccg
     3841 agcaatcgct cgacatcacg ttcgcccaag cgcgcgacac gccggtagtc gaagcccagg
     3901 aaggctttcc ggaagttctc tcgcttggcc aggatggtgc gccagctcag ccccgactga
     3961 aagccttcca ggcacagttt ctcgaagagg cgctggtcat ccgtgacggg gaagccccat
     4021 tcagtatcgt gatagtggag aaattcgggg gcggcggcgc accagcgaca ccgcggctgc
     4081 ccatcgggcc cgaggagggt cgagcccatt tcaggtacgt tccaccagga actgcaggcg
     4141 ttcgtcggcc ctgccgggcg ccatctccac gatctcgacc ttgaccacgt cctgcgccac
     4201 gaagggatcc agcgccacgc gattttccag cgcctcgcgg gtggtgttgt gtgccaggac
     4261 ggtgccgccc tgattgcccg agaggctgcc tgtcaggagg aagacgccat cttcgaatcc
     4321 ctgctctatc catcgcttgt gctctgccat gtggcgtgat gcctggcctt tgttgctcga
     4381 gaacttgagg aacacacaga acatgaatga cctttcctga aaagatggct aacgcgaacg
     4441 tccggaggcc gtcgtcttca ccggcgcaca ggactcgagc caggcactca tgagcgccac
     4501 ctcctgctgc acgaatttct tgtcgcgcag agactgcgca agtaccgccg ctccctggct
     4561 gcgcgccagg agatgcaggg cgagcgcgtc cgcttccttg cctcggccca tttggcggaa
     4621 ctgccctcgc agccatgcgc ggaagaggtc caggatggcg ttggcctcgc cttgccccgg
     4681 gtgcccgagc ttggccagct ccgtgcaaag ggtgccgacc ggacagccgt ggcgcatgat
     4741 cttggcttga ttgcggatca gcagggtgat gaacaggcgg atgcgctcct gaggactgcc
     4801 gccctcggtc tcccactgcg tcaacattgc tcgcgtgcgc tccattcgct cggcaacgac
     4861 cgccgtgagg atctcgtcct tcgtcttgaa gtgatagtag aagttgccgc gcgagatctt
     4921 cacggcatcc gcgatgtccg cgaaggacgt gtgctcgaac ccgcgctcgt agaacaaggc
     4981 gtcggcggct tgaacgatgc tgtcgcgggt aggcaaggct tgaataggac agttgaccta
     5041 aagaaggcgc aaactgtagg acgtgtgtcc tatattgtca atcgaagatc acttcggctt
     5101 gccgatggac ctcatgcacc cgtggaaggc gcctgggcac gcctgatgaa gtcgagcatc
     5161 agcgcaacgg cggcatccgc atgggtttcg agcagcaggt ggcctgcatc caggacatgg
     5221 gcttccatcc tgggcagcac acgcatccag gacagaacct cggccaggtc gaaatagata
     5281 tcgtgccttc cccacaccat gagggcaggg ggctgccaac gctcgaggta ctgggcgatg
     5341 gcgccgaagc gggcggcgta gttcgcgtag tccgcgatca gcgcccgctg agtgtccatg
     5401 tggcccggca ggttcatcac ccgccaatcc tcttcccagt gctcagcggg gatgcgctcg
     5461 gccacttccg gcgggacgcc ggcgatgtag gtgtcgcgtg tgcctgcgag ggtcaggtgc
     5521 gcggtcgccg ccgcctggtt ttctgcgttg ggctgcgccc agtaggcctg cgttgcggcc
     5581 catcccggtc cccaccccgt tcggtgcgcg ttggcgttct gcacgatgag gcccaggact
     5641 ttctcgggcg cctgcatcgc gatctgcagg cccacgggcg ctccccagtc atgcaggtag
     5701 atgaatcgcg gcccgatctc gagcgaatcc agcagttcgg aaatcgcctg gccgatgacg
     5761 ggaaacgagg gcgccggcaa cggctcggac tcgccgtggc cgggcagatc cggtgcgatc
     5821 acgaaagcgg cctgctacag cgcgggcacg accgcccgga acaggcgggc cgagttcggg
     5881 gttccgtgca acagcaacag ggcgggcctg gacgcctcgc ccgcggtggt gaacgacagc
     5941 tcgatgccgc cggagaggcg aagccgttcc gtcttgatgt catcgcccgt gctgcccggc
     6001 aggggctttc gcttcaaggc gggtggcttc ctggttccca tgcatcaatt ctggcttccg
     6061 gaaattcgcc tcttgtcagc gcaggtcgct acagcgtgtc tgcattcgca gaaacggccc
     6121 aagccgtacc agccgaccga cgccctcatc ggaaaatcga cccgttcggc tataacctcg
     6181 atttccgcag tgccgcccag gcgaaggagt tcttgatgag tttggatttc actttcggcc
     6241 gcgtggcact cgccctctgc gccggttcgc tcttcagcgt gactcccgcg atcgccggcg
     6301 aggtcgccag ccacgcggcc aacgagagtc tcgtcatcca gaaactggct gctcgcaccg
     6361 gacgggagag cgttgtcgtg gagagcgcag ggccctacgg cgtcgacacg gaaagcgtca
     6421 ggcgccatct tgccaacacc ttggcagagg gttcggcgct gacgcctctc ccgcgcaaca
     6481 acgagcggta cagcttcgat ggaaagctcc gcacctatgt cgtgccggtg cgcccggcca
     6541 tcgacaaccc catcaacagc tattcgccct acgacagcag ttcgttccgc cgagatgccg
     6601 tggccgcgga tgcgtcgaat ctcggcttgc tccaggcggt gttcaagcgc ctcgctgcgg
     6661 attgaacgag gcgccggcaa cggcgcatcg accgtgcggt gtcggctctg aaaatccgtc
     6721 gtcgcaagtc tgtcggagcg gattgatact acggctgtcc gaacgtcgcg acggcctgca
     6781 gccggccagg accagacctc tgtacagcac cttccagttc gctctcaaag ccagccccta
     6841 tgaccagcta cgtgagtctc agagaccgga aattcgacgt cgcatcggcc gtcgtccaga
     6901 attccggcgg gctgtggagc gtggaaatcg agacagcgcc gaaggagttc gacggcgaga
     6961 tgtgggcgcc caggctgtat caccaaggcc tgcggctgcc agcacataca ggaagcgggc
     7021 tggaaggcac aagcacctcg tggagaagaa agtcggaggc tgcatgtcct catcccgaac
     7081 tcggcttgat gcatgtgttc ggccaccacg acgtgtatga cacgaccctg gcattcggtc
     7141 gcgttaacgc cgggcacatt gaactcgtgt gggatgggct ttgtgacgta ttctggtctg
     7201 gtgacttcac cgaggcagtg ccttttcggt gtcgctgcgt tgcagcgttg cagcgctgcg
     7261 ccaaggctcc aacattggcg gtggactgcg cggagtgcac gctgaccgat gattgtccac
     7321 aatgagcatg cggactggtg cccatgcacc ggtgcattca aggagttgca gcgatgctgg
     7381 cagatccgtg ggttgtcatc accatccttg ctatcgtggc cgtcgccgca tatgggtggt
     7441 ggaagtggtt caagatattc aactccgccg acggagaacg ctactcgcgt gcagtgaccc
     7501 aggggccgct ggtccctctt tcacccgagg acatcgaggc cgacgccaag cgccgcagcg
     7561 accggacggc gaactagccg ttggatgcca tgtgatccgc cgttggaagc tgcgttgcag
     7621 catgctcttc ttgctcgccg ctttggcccc gacggtacag gcacagcggc ccgccgaatg
     7681 gaggaagtcc tcggcggccg agcaggccca ggatgcggtg gcgttcgccg ggctcgatca
     7741 ggcaatcagg gaagattccc ccgacgtgca gagcgcggtt gtcgtgttgc aaggccgcgt
     7801 cgtctatcag ttctaccgcg acggctcgcc cgacactctg cgcgatgtgc gctcggtggt
     7861 aaagagcgcg ctgtccacgc tgacgggtat tgcgttgggc cagggccatc ttgcaagcct
     7921 cgatgagcgc atcgtctcgt tggtgcccga gtgggtgggt ctgaaccctg acccgcgggc
     7981 tgcagcgatc acggtgcgcc acctgctgac gatgactgcg ggcttcgagg tgaacgagct
     8041 ggcggcgccg gccgggaacc ctcaagacgc gtggaagcgg ccgatgcgta acgatccggg
     8101 ccgcgcgttc gcctatgaca gcgcgttgat tccagtgctg tccgccgtcc tggagaaggc
     8161 caccggcatg tccgtggccg actacgccag gcggcacctc gtcgaaccgc tggcgctggc
     8221 tgaaccctct tatcgacaag ggctgcgcat gcgcacgctc gacatggcga agctcggcca
     8281 actgtatttg cagaacggcg tttgggcggg ccggcagatc ttgcccgaga cctatgttcg
     8341 cgaggcaacg cgccgtcaga gtgaaggggg gctgcccttg cgcctgcctt acggctacat
     8401 gtggtgggtc gtgcgctccg atgccgctcg cccgcccttc attgctagcg ggatcggagg
     8461 acagtacgtc tgggtccgtc cgtctctgga tctggtgata gcaaccactt cgacggtatc
     8521 gcgcgagagc ctgcagcgct tgcaggccga gaagctgatc atccggcggc tcttaccggc
     8581 agcgcagcag cgtgcgaacg agctatcccg ttgattgaca cccgtcccgc cgggcggatt
     8641 cagccgacgg tgtacggcgt ttcgggcacc tgcgtgtgga agctgtcatt gagcatgttc
     8701 cacgagcgga tcgcgcagac cgcgaacgaa agatctgcga tctgtgcgtc gctgaagtgc
     8761 cgcttcactg cgtcgaagtc cgcgtcgctg ggcgtgcgct gcggcaccgc gttgacggcc
     8821 tccgcccagt tgaacgctgc gcgctcggct tcgctgaaga agcgctcggc ctcgcgccag
     8881 ccggccacag cgttgacatg gcgcgggtcc atgccctgct tgagcaagtc ggcccagtgc
     8941 atgtcgatgc agaaagcgca gccgttgacc tggctgatgc gcaggttcac caattcacgc
     9001 aggcgcttgt ccagcgtacg gccggcggcg tgggaaaact gggtgccggc gcgcgctgcc
     9061 gcgggcgcga gggcgtgata gtcgagtcgg gctgaggaca tggtgagctc cttgtagctt
     9121 gagggttggg gaaacacctc ttagacgggc gggcacattg ccttgtgaca ggtgcggcgc
     9181 ccggtaccgc gcgaccatgc ctcggccaca tgagtggcta tcgccccaaa catcatcagc
     9241 actttttttt gaaatcatat atgatgaaca tcatgcgaaa gtcaaaacat cccgtcagaa
     9301 cggcagccaa ggaagcctca cacgagcgca tcgtctcggc tgctgcgcgg gcgatccgtc
     9361 gcagcggcta tgacggaacc ggagtcgccg acatcatgaa ggaggccggc ctgacccatg
     9421 gcgccttcta tgcccacttc gcctcgcgcg aggccatgct ggcggaagca gcggagcggg
     9481 cctgtgcgga gtcggcagcc ctcgcggcag acgcggctgc cagcgtgccc ccggagcagg
     9541 ctttgaccta catgctccac gcctatcttt cgcgagaaaa cctggagcag atagagcagg
     9601 gttgtcccct ggcggcgctg ggctcggaaa ccgtgcgcca gacccccgaa gtccggcgag
     9661 tgaccacccg gtacatcaag gaaatggtcg atcttgttgc ccgccagtcg ccagattggg
     9721 ggcaggccgg tgtccacgag cgcgccctcg tgaccgtcgc taccatggtc ggcaccttgc
     9781 tgctggcccg cgtggtcgac gagcctgcgc tgtccgacag cctgcgagcg gctgccttga
     9841 agcacctgcc catcgcctga cgccattgaa cccatcgatt ctttgctcgc caaaaaatat
     9901 gacgagcatc atgcgaatgt caaacactga aggaaaaaca ggatgaacac gaagaacaag
     9961 gtggccctcg tgacaggggc ctcgtccggc ataggcgaag ccattgcgca gcagctctcg
    10021 aaggctggtt acaaggtata cggcaccagc cgccgtggcg gcggcgaggt gggccagcga
    10081 acgttcaaga tgctgccact cgatgtgacc caggacgcgt cggtcgacgc tgtggtccgg
    10141 caactgatcc agctggaggg ccgcatcgac ctgctggtca acaacgccgg cttcggagtc
    10201 gctccagccg gcgcggaaga gagttcgatt gcccaggccc aggccatctt cgacaccaac
    10261 ttcttcggca tggtgcggat gatccgctcc gtcgtgcctc atatgcgtcg ccaggggagt
    10321 ggccgcatca tcaacatcgg ctccgtggtg gggttcctgc cctcacctta catggcgctg
    10381 tactccgcca ccaagcatgc ggtcgccggc tattcggaat cgctggacca tgaactgcgc
    10441 acgcagggca ttcgcgtctc ggtggtggag cctccctata tcaacacgcc gttcgaagcg
    10501 aattcgatgc agccagacaa acccctggac atgtaccgcg acattcgcgc gggcatggag
    10561 cagcggctca aggagggaat cgcgggtgca gaaggacctg aggtggtggc cgacatcgtg
    10621 ttgaaggcgg ccacggccgc acagcccaag acccactacg cacccggcat ggccagccgc
    10681 ctgcgcctgc tgcgcaggtt tgcacccgcc agcttgctgg acgccggagt gcgcaaggac
    10741 ctccggctcg acgcacaggc ggccggccat ctcgcacgcc atcccaaaca acactccatc
    10801 tgaaagaaga cgatgacctt ccaagcactg ctcgccaaca aggcaggtga caagatcacc
    10861 accagcgtgg tctcgctgaa tgaacaagac ctcatgcccg gagacgtcgt ggtcgacgtc
    10921 gattactcca acgtgaacta caaggacgcg atggccatca ccggccgcgc ggaggtgatt
    10981 cgccaattcc ccttgattcc cggcatcgac ttcgccggca cagtcaagac ttcttcctac
    11041 cctggcatcg ccgctggcga ccgcgtcgtc gccaatggct ggggcttgag ccagacccat
    11101 cacggtggct atgcgcagca ggcgcgcgtg aaaggcgaat ggctggtcaa gctcccggca
    11161 gccttgtcca ccaaagacgc gatggccatc ggaacggcgg ggtacaccgc gatgctgtcc
    11221 gtgctggcgc tcgagcacgg cgggctcatg cctcaacatg gcgacgttct cgtgacgggc
    11281 gccaatggcg gggtcggctc catcgccatc gccctgctgt ccggtctcgg ttaccgggtt
    11341 cttgcctcca cggggcgact ggaggaaagc gactatctgc gcaacctggg ggcagccgac
    11401 atcatcgatc gccggacgct ttcggaaccg ggggcaccga tcgcccgcga aagatgggcc
    11461 ggcgccgtcg actcggtcgg cagccacacg ctggccaacg tgctggcaca gacaaagtat
    11521 cgaggcgtgg tcaccgcttg cggcctggcc cagggcatgg atcttccggc ctcggtgctg
    11581 ccattcatcc tgcgcaatgt gacgctggcc ggcattgatt cggtcaatgc accccaacac
    11641 gtgcgcatcg aggcctggtc acggctggcg cgggacctgg atctggacaa gctcgcgcga
    11701 gcgacacacg tggttggcct tgccgaggtg cctgcagccg ttgagcgatt gttcgcagga
    11761 aaaatccagg gccgtaccgt tgttgacgtc aacgcatgag tacgcagaac cgagggaaaa
    11821 tatgagcgat ctgaataccc acacggccgc ccgcaccggc aagcgcgcgt tgatgaccgg
    11881 cgcatccagc ggcatcggcg cggccatcgc gcgtgagctc gcggcgctcg gcgtcgatct
    11941 cgtgctgacg gcgcggcgac gcgacgcact cgaagcggtc gccgcgacct gcaagggcgt
    12001 caagatcgag atcatcaccg cggacctcgg caagcccgat gccgcgcgcg cgttgtggaa
    12061 cgaggcgatc gccggcggcc cgatcgacat cctgatcaac aacgccgggt tcggctactt
    12121 ccgccgcttc gacgaggtcg actgggcgcg cgacgcggag ctcgtccagc tcaacgtgac
    12181 ctcgctcgtc gcgctcgcgc gctgcttcgt cgatgcacgc aagacaagca ccggacctgc
    12241 gcacatggtg aacatcgcct cgacgggcgc gtaccagtcc gtgccgaaca tggcgctgta
    12301 cgccgcgtcg aaggcgttcg tgcgcaactt cagcgagggc cttcatgacg agcaccgcgg
    12361 cacgccgctg tcggtgacct gcgtctgccc cggcggcacc gaaacggcct tccacgcggc
    12421 gtccggcggg ggcgactact cgtggatcgc gaacgcatcg acgaaaagcg cggagttcgt
    12481 ggcgcacgcc gccatccgcg cgatgctggg cggcaagcgc acggtcatcc ccggcctgtt
    12541 caacaagctc tcgtgcttca gcgtgcgatt cgtgacgcgg cggttcgcgt cgcgggtggc
    12601 gacccaggtg cttggcaagc cgcggctcgc gctgccggcc cgaagagtgt tgattgccac
    12661 tgaaaattga cccggctaag gcactaattt ccgtctaaga ctgacccacg taaaacccta
    12721 ccctgctcat ttttaaggca ggggatccta ggagtgatag acgtggcgac attgagtgtc
    12781 atcagacgct gggccctgcg cgagcagatg tccattcgcg agatagccag gcgtacaggc
    12841 ctgtctcgca acaccgtgaa gaagtacctg cgagcgggcg acgaagcgcc gcgctacgcc
    12901 aagcgggcgg gctcaagcaa gctcgcgatc tggctcgcgg tcgaggccat cagatcgcgg
    12961 aaacagccac gcaatctgcg gcaggtccac acaaaggaga acatcaaaca cttatccaca
    13021 tcgtgaagcc ttcgggctca cagagcgggt ggggtagttt cgatggaaat ctcgggtcag
    13081 cttactcagg ccgaatgccc tcaaaagcct tttgcaagag ttccttaatc tcgcctcgct
    13141 gggctacgcc gatctctcgc gggttccagt aggggttgtt caccacgaga tctgcagcgc
    13201 ggtcgaggtc tgcctccttc atgccaatgt ctcgcaatgc cactggtgcg ccgttatctc
    13261 gcgccaggtc aaagaggtcg gctgcggcgc tgcgcggctc cgccgacccg agggcgcgtt
    13321 cgattcggga aatggcttca ggcgccgagg tcgcgttgaa ggcgatggcc tgaggcagca
    13381 tcaccgtgtg cacctcggca tgcggcaggt tgaagctgcc gcccagggtg tggcacagct
    13441 tgtggtgcag cgccatgccc acgttgccaa gtaccgtacc gcacagccag gcaccgtaca
    13501 gcgcgtctgc gcgggcaccg acatcgtcgc tgcgctggcg gatggccggc aacgccctgg
    13561 tgagggcgcg aatgccttcc tcggccatca ggttcatcac gggattgccg tcgcgcgcat
    13621 acaggccttc ggccgcgtgt gcaatcgcat ttatgccgct ggtcacgctc agggaaaccg
    13681 gcagcgtcag cgtcaactcc gggtcgtaga gtacggtgcg aggcagcacg cgcgcgtcct
    13741 tgccggtctt cttcaagccg ctctcggtga tgccgtagat cggcgtcatc tcgctgcccg
    13801 cataggtcgt ggggatcgca aggatcggca agccggattc cagcgcgatg gccttgccca
    13861 ggccggtggt cgagccaccg ccgatggcaa ctgcgcagtc ggcgcccagc cggcgcgcct
    13921 cgtctcgggc ctcgcgcgcg gtctcaatgg gcacgtgcat gactgcgcgc gcaaaaacgc
    13981 cagcggcacg agcgccgaga cgctcggcaa ccatctgcgc ctgcccctgc tgctcaggcg
    14041 tgcacagcac cagcgcacga cgcgctccga ggatctcgat ctcacgctcc aggtgcgcca
    14101 gggagccggc accgaacacc actcgcgacg gctggccgtt gtagacgaag tccttcattc
    14161 gattcctgcc atgtcgtgat gatctcaggc gctgccggcc cggacttcgt agtccacctg
    14221 atgccgtgcg atgcggacgc cagccagttc gtcgcgtacc cgcagatgtt cgggatgcag
    14281 cgcatacgcg gccaatgctt cccaggattc gaactcgctg tacaagacaa catcgcaggc
    14341 atagtcaatc ttgctgagat ccacaccgac ctccaggtgg agcaatccgg gaatgcagcc
    14401 gcgcagacca tggaagccgc tttgaatgcg gtccatgttt cgctgctttt ccttggtcgt
    14461 atcgccgctc acatcccaca tgacgatgtg ccggatcatt gcctggcttt cgcggttgtc
    14521 gacccgggca gcatgtcaga cgtccgcggc gttctgccgg acgggcttca gcacgaagtc
    14581 gtactcgacg aggtaggagc catccggctg ctgcttccaa tcggcaatca gcgactggcg
    14641 cacgccgaac accgcatccg aatccaggta gcggtcgtcg ctgcggaaca cgtgcgtgat
    14701 cagcttctcg tagccgtcgg cctcgatcag gaagtgcagg tgcgcgggcc gccagggatg
    14761 ccggccggtc gctttcagga gatcgcccac cgggccatcg tgcggaatgg cgtagggaac
    14821 ggccaggatc gagcggaagt ggtagcggcc ctcgccgtcg gcgtgcacga tgccgcgcgc
    14881 ctgcgcatgg tcgatatccg gatgctgcac gtcgtacagg ccgtcttcgt ccgattgcca
    14941 cacgtccatg cgggcgttgc cgaccggctc gccgccgatg ccgcgcaccg tgccgcgcac
    15001 caggcacgga acgccgggcg cgccgttgga gatgttcgcg ccaagttcgt agcggggcgc
    15061 gccttccacg tggaacgggc cgaagacggt cgcctcggtg cagccggcag gcttgtcgtt
    15121 gttctgcgcc accgtcagca tcgacaggcc cagcacgtcc gacaggagga tgaactcctg
    15181 tcgcttgtcg tcggtgatgt ggccgcagcg ggtcaggaac tcgatgcccc tgaaccattc
    15241 ttcttcggtc agctccacct cgcgtgcaaa ggcatgcagg tgctgcacga gactgtccat
    15301 gatgcgcttg agccgcgggt ccgccgcctg cgcctgccgc gcaagcacgg cgtcggtgat
    15361 ggtgtgatgg tccagattgc gcatgatggc tactctcctt cagtccagct gcagttgggt
    15421 ccgctgcgcg accgtacccc acttggcaaa gtcttcctgg ctgcgccgtt gcgcttcctg
    15481 ggtgctgtag ccctctacac gcaggtccat ctccgccaag cgcgctttga cggccggagc
    15541 ctggagcgcg gcacgcacgt cgccctggat cttctcgacg gtagcggccg gcaagctcga
    15601 cggcgcggca agggtctcga agaaggtggc atcgaagccc ggatgtccac tctcggcaac
    15661 cgtcggaacg ccgggcagca ggcccgatct ttcctttccg gagacggcaa tcgcgcgcag
    15721 ccgtccgctc tgaacatgcg gcaggacgac ggaggagacg atgaagccgc agtccacatg
    15781 gccgcccatc acgtcctgcg cggcagggcc gggccctttg tagggcacat gggtgagctt
    15841 ggttccggtg gtggccagca gcatctccat ggccatgtgg cttggcgtgc ccgcgccgcc
    15901 ggaggcatac agccgggtgg aaggcaactg gatgaacttt gcgagcgttg ggacttcagc
    15961 ggccggattg cacaccagca actggttgaa gctcgcgaag taggtgacgg gtttgagcga
    16021 agccctcgga tcgaagccca gcttcttgta cagatgggga ttgatggtga ggatggtgtc
    16081 gggcccgacg agcagggtgt ggccgtcctt ggcttgcgcg acttccccgg cggccaggtt
    16141 gcctccggcg cctgtcttgt tctcgatgac gaccggctgg ttccaggcgg cctgaagcgc
    16201 cggctgtatc aaccgcgcga tcacatcgcc cggagtgccc ggcggaaagg ccgccacgag
    16261 gcggaccggc ctggttggcc aagcctgcgc aaatgccgaa ggagcgattg ccaaggccgt
    16321 cgccaggacg gcgagacgaa gaagcggggt gctgactttc atgcgcggtt tcctcccgtc
    16381 gcatcgacgg agatcgttgt tgagggtttc gaagtgacgt gaggtactgc ggagcaaggc
    16441 cgggccgtga cgtgggacag cacgccggct gcatcgttcg cagttgcacc gcgccatgcc
    16501 acgatctggt ccgggcgaat cagcgcaagc ggcgcttcat agagctcgcg cagggaaggc
    16561 tgcgccaacc gcacgacgcg cagatccatt tccagatccc gggccgcggc ttcgaaggcc
    16621 tcggtagcgg gggcatcagg ccccagcgcg agcagggtcc attcggcgtg gaaaaggtcg
    16681 aacagcgaac gcccgtcgtc gagccacgcg tgtggcggcc ggccgcccgg gctggcggtg
    16741 ggtgtgtagg cattcggctc gtccggcggc agcacagccc cgtcgccgaa gatgatcggc
    16801 gaaccgtcgt agcgcccgcc gaaggtcacg cccggaatat tgaattcgag ccgggcatgc
    16861 gcatcgaagt gctggcccgc aagcttgcgc tcggcatcgc cccgcgtgga ggcttcttcc
    16921 agctcgggct ttgccgcgaa gagccccacc gagtcggcga acttgcgcgc gtagcccgtg
    16981 ttgcgctcgg ccagcggcct gcgctcggcc tcgtagctgt cgagcagcgc cagcggtgcc
    17041 tggccgcgga tcacgctcgc gagcttccag cccaggttga ccgcgtcttc gacggccgtg
    17101 ttgtagccca gcccgccggt gggcgtgaac aggtgtgccg catcgcccgc aatgaagacc
    17161 cggcccttgt gcaagcgctg tgccaccagc gcgtgacccg cgagccaggt gcccatggag
    17221 agaatttcga tcggcacgtg cgcgcccacc gcttctgcga aaacgcggcg cgcatcggcc
    17281 tcggtccaac cgtcagcgtc ttcgccgggg cgcagcgccg catggaaggc gtactcggac
    17341 acgccgtcca ccgaggccat gaaggcacgc ctttcgtggt tgacggccac gtacatccag
    17401 gccttgggag attgcagtgc agagaggaac tggggcgcgc gcaggtagat ggcgaacatc
    17461 ttgccgccca tgaactcgcg ctggatgccg ctcacgccgc cccattcgat gcccagctgc
    17521 tgccggacca gactgcgcgc gccatcggca ccgatcagga actttgcgac cacgtcttgc
    17581 gccggacctc cttcgctcgg ccggacagtg gcgctcaccg atccatcgtc gtcgctgaac
    17641 cgctccagcc gccagccata gcgcacatcg gcggaaggcc aggcctgcgc gtggcggcgc
    17701 agggcttgtt cgacgaattt ctgcgacacg cgatgcggca gctcggcggc gctccaggac
    17761 cccgtcatgg tcttgacctt gaccgccgcc tcggcggccg tgggcaagct gatgcgtgcc
    17821 aactcatggc cggcgaagcg tgtgaagtag gcaatgtccg tcggatgatc ggcgggcagg
    17881 cccagcgcgc ggatctcgtg cgcgaagccc agccggcgga agtgctccat tgtgcgggcc
    17941 tgggtcgcgt tggcctgcgg gttgaaggcc gtgcccggct tggcgtcgat cagcaggcag
    18001 cggatgcctc gtcggccgag ctcgttggcg agcatcagcc cgcaagggcc gccgccggcg
    18061 atcagcacgt ccgtggcgat gaggggaggg tggccggctg caggccgggg cgtggcggtc
    18121 atcggttgtc tttcttcttc atgcatcagt cggcgcggat gccgcgctcc cggatcacgg
    18181 cgcccaaccg cttgaagtcg gccgcgccct tgtcgccgaa ggccgcgggc gtgagaggct
    18241 ccggcacgtt gccgagggtt tcgatggttg ccctgacagc cggcagtgcg agcgcgcggt
    18301 ttacctcggc attgatccgc tcgaccacgg ccggccgcat gccggcaggc gcgtagaggc
    18361 cgaacacggc atcggcgtcg aagcccttga ggccaagttc gtcgagcgtg ggcacctcgg
    18421 gcatctgggg cgcgcgcttg aggcttgcca cagcaagcat gcgcagcttg ccggtcttca
    18481 cgtgctggat gctgattccc gggtcgaaga ggaagtcgat ctggccgccc agcaggtcgg
    18541 tcagcgcggg cgccgcgccg cggtagggca catggatggc cgtggtacct gtctggcccg
    18601 tcatcatttc cgccgcgagg tgaggcgagc tcccgttgcc gggcgatccg aacgagcgct
    18661 tgccggggtt tgccttgagg tcggcgacca gtcccttgaa gtccttgacc gggctgtcgg
    18721 cacgaaccac caggtagaac ggcacgcgtg caacggatgc gaccgggacg agatccttcg
    18781 ccgggtcgaa cggcatcttc gcgtagatgt gcggattgat cgacaccatg ccgccggaac
    18841 tcatcaggaa ggtatagcca tcggcagacg acctggcgac gaactcgccg cccaggttgc
    18901 cgcccgcgcc gcccttgttc tcgacgagca ccggctgacc gagggcttcc tgcagcggcg
    18961 cactgatcac gcgggccaac tggtccgccg cgccgccggg cgcgaagttg gcgacgatct
    19021 tgatcggctg ccggggccag tcctgggcct gggccatgcc gcacgggccg aggccgaacg
    19081 ccagcgccgc ggttgcaagc agggatttca tgggttgtct cctgcttttc atcagaacgg
    19141 atagtggcgg tcggtggtct gcaccgtgag ccagcgcagt tcggtgaagg cgtcgatgcc
    19201 ggccttgccg ccgaagcggc cgtagcccga gtccttcacg ccgccgaagg gcatctgggc
    19261 ctcgtcgtgc acggtggggc cgttcacatg gcagatgccg gagtcgatgc ggttggccac
    19321 ttcccaggca cgggcgatgt cgcgcccgaa caccgccgcg gacagcccgt acgggttgtc
    19381 gttggccacg cgcaccgctt cgtcgacgcc gtcgacgcgc accaccggct tcacgggacc
    19441 gaagctctcc tcatggtaga tgcgcatctg cggcgtcacg tggtcgagca gcgtcgcggg
    19501 catcagcgtg ctgtcggcct tgccgccgca cacgagcttc gcgcccttgg caagcgcgtc
    19561 gtcgatcagc gcgttgcagc gctcgacagt gctcgcgtcc accaccgaac ccagcaccac
    19621 cggccccttg cgcggatcgc ccagcggcag ctgtacggcc ttggcggcga gctttgcgac
    19681 gaaggcatcc gcgatcttgc ggtccacgat gatgcgctcg gtgctcatgc agatctggcc
    19741 gctgttggcg aaggcaccga aggccgcgcc gttgaccgcg gcgtcgaggt cggcatcgtc
    19801 cagcacgacc agcggtgcct tgccgccgag ctccagcacc gccggcttca ggtacttcgc
    19861 gcaggtctgc gcgatcagcc tgccgacgcg ggtggagccg gtgaagttca cgcggcgcaa
    19921 cgctggatgg gcaatgatcg cctcgaccac ctcggccgca tccgccggcg cattggtcac
    19981 gaagttgacg acgcccggcg ggaagccggc atccttgaat gcttcgacga tcagcccgtg
    20041 cgtggccggg ctgagttccg agcccttgaa caccaccgtg ttgccgcagg ccagcggcgt
    20101 ggcgatcgct cgcacgccga ggatcaccgg tgcattccaa ggcgcaatgc cgagcaccac
    20161 gccggccggg cggcgcaggc ccagggccag gctgccgggc acgtcggagg gaatgacctc
    20221 accgctgatc tgggtcgtca tgccggccgc ttcctgcagc atgccggcgg ccaggtgcac
    20281 gttgaacccg gcccatgggg cgccggcgcc ggtctcggag gccatggcat ccgtcagggc
    20341 ctgggccttg gcttcgatgg cctctgcggc cttcagcagc agcgccctgc gtgcgcccgg
    20401 cccggtgcgg gaccaggccg gaaacgcggc cgcggcggct tcgaccgctg ccacggcgtc
    20461 ggccttcgta gcggccggcg cgatggtcgc caccgtgccg tcgagcggat tgcgacgctc
    20521 gaaggtggca ccgtccgcag cctggcggtc ctcgccattg atcaacatcg atatcgtgcc
    20581 catcgtcttg tctccttgta gatttggaaa agcaaaaaaa cccgtcaggc cacttcgatc
    20641 tcgaccagca tcggtgcggt cgattgcagg gcctggtgca atgcgggacg cagttgctcc
    20701 gcggtgttga cgcgcagccc cttcatgcct tgcgcgccag ccagcgcgac aaaatcgaga
    20761 tcgggcaggt cggtgcccgg aacatgcgcc tcgggccggt agccgaagat gcgggcgaac
    20821 tcatacagcg cggcgtagcg gcggttcttc aggatcagca ccgtgaccgg cagcgccaac
    20881 tgggcggcgc tccacagcgc ctggatggca tacatcgccg agccatcgcc caccaatgca
    20941 atgacccgtg cgccaggttt gcccagcgcc acccccacag cagccggaag gccgaaaccc
    21001 aggccgccgc tgcacatggt gtagaaggtt tccgactcga agacgggcag gtgggcgtgc
    21061 atcacgggcc gtgcgctggg tgcttcctcg accacgatgc tgccccgcgc gcgcacgtcg
    21121 gccagcgtct gcaggaccca cgccaccggc aggcgttcgc ccggctcggg ctctgcaacg
    21181 cgcggcggcc gcacgtgggc aggtggtgcc ggacgactgc ccggcgtgct gcactcgagc
    21241 aggtcgagca acccgaggcg gatgctgccg accacggagg ttcctgtcgg cgcccaggct
    21301 gcaacctgag gatcgtccgt gagctgcacc agctcggtcc cttcgggcag gtgcggccca
    21361 tggcccggga catggtaggt gaacgccggc gcgccgagcg caaatacgag gtcgtggccg
    21421 gcgagccgct cgacgatgcg ctcgcgcatc ggcggcagga agccgcccca cagcgggtgg
    21481 tcttccggaa agctgcatcg gcccgacatg ggcgcgacgt acacgcgggc gttgtgccgc
    21541 tcggccaatt caactgcttc tttccaggcc tcgtcgcggt cgacggcggc accgaccacg
    21601 aacgccgggg agcgggcgcc atcgagggct gcggcaatgc gcgcgagaag gtcggggtcc
    21661 gcgcgcacgt ggcggctgac ctcgcgtgca tcgaccggca aggtctgaac gtcccagtcg
    21721 tccgacggga tcgagaccag cacgggaccg cgcggcggcg tcatcgcgat gtagtaggcc
    21781 cgcgcgatcg ccagcggcac gtcctcggcc cgcgccggct cgacgctcca cttgacgtaa
    21841 ggcctcggca gctccggtgc ctgcgtggag ccgaggaagg gctcgaaggg caggatcgag
    21901 cgcgcctgct ggccggccgt gatcaccagc ggcgtgcggt tgcgaaaggc cgtgaagatg
    21961 ttgcccatcg catggccgac gccggccgcg gaatgcaggt tgacgaatgc cgcgttgtgc
    22021 gtggcctgcg cgtagccgtc cgccatgccc acgaccaccg actcctgcag cccgagcacg
    22081 tagcggaagt cttccggaaa gtcgatgaac atcggcagtt ccgtcgagcc ggggttgccg
    22141 aacacgcggg tcatgccgaa tgcgcgcagc agcctgaaaa ccgcatcccg cacggtcagg
    22201 gtgctgccgg ccgggagggg cgcttgcgcg ggaagttcga cgcgtcgatc catgaatgct
    22261 cctagatgag gtccgcagtt ttgcgcttca tctggtattc atcaatacaa tgaaatgtct
    22321 agagcaaaat aagcatcatg catactgaaa agctggacat gaacctgctc cggctgttcg
    22381 aggctgtgta ccgcctcggc agcgtcagcc atgccgccga tgcgctgggg ctgtcgcaac
    22441 cggctgccag ccaaggcctg acgcgattgc ggctcgcctt gggcgacgcg ctcttcgtgc
    22501 gcgccaatgg gcgcatgcgc ccgacgctgc gtgcggagcg gctggcaagc gtcgttcagc
    22561 ccgccgtggc cgccatcgag gatgtgctgc gggacgaaga caccttcgac ccgtcgcgct
    22621 cgcgcatgac cgtccggctg cacatgaacg acatcggcga ggcccggctg ctgccggaac
    22681 tgatggaagc cttgcaccgc caggcacccg gcatacgggt gcacacgacg ccgctgccgc
    22741 acggggagat caccgatgcg ctcgaaaccg gagccatcca tttcgcactc gggtttctgc
    22801 cttcggtcag cggcacggag cgcgtcgaac tgctgcgcga tcgctacgcg gtggtggtgc
    22861 gggcagggca cccgatggcc aaagggtcga aggcggtgga tgcccgcatg accattcagg
    22921 acctgcggcg cctggagtac gtggccgtgc gctcgcactc ggagaccttc cgcatcctgc
    22981 agcagctcgg gctcgatgga aggctggtgc tcaactcggc gcatttcctg gcgctgccgg
    23041 cgatcattgc gcgcaccgat ttcgccgtcg tgatgccgca ggcgatcgcg cgcaggttca
    23101 tcgagccgaa gcgctatgcg gtgcttccgg cagagctgcc ccgcagcgcc ttcacggtgt
    23161 cgctgcattg gagccgccgg ttcgaatcgg atccggcgca ccactggatg cggaatctct
    23221 tcatcggtct tttcaaggac taggtacgca gacgctggaa tgttgccgcc ttgtcgaggt
    23281 gtgctgcaac tgctgcagga agctttcggc cagatgcagg agacctgcgc gatcggtgtg
    23341 cccatgcacc acaaagtcgg accgcgtcag aacggcctag gagtcgagcg actccagaaa
    23401 cagggcgtac acggtgtcgg catctatcag acgatcaccc tgggagaggc gtgaagcagg
    23461 tgccaactcg acaaaccgga cgccgtccgc ctgcagcggc ggccatgaga gtcgtaggca
    23521 tttcgtcgac ctgcggtttg cgagacgggc gaaaggaaaa ccgacatgct cagggcctcc
    23581 ggaccagccg ggtttcctcg ctgccaaaca gttgcaccac ggattcccgc aaccatctca
    23641 cggccgcatc cgattgatac cgcgggtgcc aaaattgctt gagagcatag gggcggatat
    23701 tgatcggcgg ctcgacgatg cgcagccgct ccacgcgggt gtagtagtcg gcgatggacc
    23761 gggggacggt gacgatcatg tccgtcgcgg cgacgatggc cggcacagtt aggaagtgca
    23821 gggaggtcag ctgcacgcgc cggctgtagc ccttctcctt caggagtgtc tcgaacagtt
    23881 caccgctgcg ccccatcggg atcaccaccg cgtgtgacat ctccaggaat ttgcgaagcc
    23941 cgatgcgaga ggagcgcacc tcgggatggt cggcgcgcac cacgcaggcc aatgagtgca
    24001 tgaagagcgt ctgggtatag agcgtcggcc gctccagatt ggggaagaag ccaagggcaa
    24061 ggtcgcagcg cccatcctcg agcgcgcgtg cgatgtcctc caggggaaag gtctcgcagc
    24121 gcacgttgca gtggggcgct tcgcgctgca ggtgagccat caggcggggc atgaagtgca
    24181 gctccccgac gtccgccatg gtcaggacga agtcgcggcg ggtggtggct ggatcgaaca
    24241 ccgtgccgtg ctgcacggtc tcgtcgatct cggtgagcgc tttcctcgct gactcgacca
    24301 cctgggtgca gcgcgccgtc gggagcatcc cggtgggtga ccgcacaaat aacgggtcgc
    24361 ccaagctctt tcgcagccgt ccgagtgcaa ggctggttgc gggctggctg agatctagct
    24421 cgaccgaggc cttggaaacg ctgcgccatc gatggacggc tagcagcacg cgcagcaagt
    24481 tgaggtcaaa accgaagtgc tcggacattt gcgttgtaaa taatgacttt aacttcaagt
    24541 ttattgtcta aatggttgta ctggccgatc cttgctctcc ataaaagcgc cgatcaggaa
    24601 tttccgtcgg ccagacagga gacagaaccc catggattcg aacggccact cgatcgtcca
    24661 gcgacccggc tccgccgctt cgctggactc acgcttcgac gtcgagacag ccgttgcgtt
    24721 cctaaacggc aacaacgctc tgatccggat gatggtcgag cagatgcggt cggaccgcgc
    24781 cgcggggctg cgcagccaag ccttcgtcac gggctatccg ggctcacccc tgggcagcat
    24841 cgacatcgcc ttgcggcaag cgcgcaagac gctcgatgct cacggaatca cgcaccgcga
    24901 ggcgcaaaac gaggagttcg ccgtctcgat gctgagcggc acccagatgc tggaggagca
    24961 ccctcatccg gaggtcgacg gcgtggtcgg ctactggtac ggcaagggac cggggctgga
    25021 ccgtgcgggt gacgcactca agcacgccaa cttcgctggg acaagcacgc atggcgccgt
    25081 ggtcatcctc agcggcgaag accatgaagc gaaaagctcg accgttcctt accagcagga
    25141 attctcgttc gagcaccacg gcatccctgt gctgtacccg gcgagcatcc aggaaattct
    25201 tgactatggc ctgcatgcag ccgcgctctc gcgctattcg ggctgctggg tggcgctgaa
    25261 gcttgtcgga acgttgtgcg acggcgggga agtcgtgcag ctgcatgccg acggaatccg
    25321 gccggcagtt cccacactgg agctcgtggg ccagcctttc gcgaaggctg cgaaccaccg
    25381 gttctttcct gtgaccaacg tcgagacgga acgtcggctg tacgacgaac gtcacgctgc
    25441 cgtacttgcg tatgcacgcg cgaacgatct caaccgcgtc gtccaagcga ccactgaaga
    25501 ccgcatcggc atcgtcagtg ccggcaagag ctgggccgat accttgcagg ccctcgaaga
    25561 tctcgggctg gaccgggccg cgatgcaggc ccaaggcgtg aggctggcca aggtgggcct
    25621 gctctgcccc ggcgacgccg ccttcttccg cgagttcgcg cagggcctcc ataccatcat
    25681 cgtcgtcgaa gagaagcgcg acttcctgga gcggcaggtg gccgtcggca tcgtcggtac
    25741 cagcgttcga gaactgctcg gaaagcagga ctcgcagggc gatcggcttt tccctgtgca
    25801 cgggggcatg acgagcgaca tggtcgccga acggcttgcg cgcgtgctcc agcgtcactt
    25861 cgagctgccg caacggggcc tgcagcgcgt gcgctacctc gcgcaaaaga ccgcccaccg
    25921 cgctgcgagc ctgccggcac gtgcgcccaa ctactgctcc ggctgcccgc acaacgtgtc
    25981 gacgttgctt gcgccggggc aggtggcgtg gggagcacca ggctgccacc tgttcgctgc
    26041 attgatggaa gacccgcaaa agcgagtcga aggaacgacg cagctgggag gtgaaggctt
    26101 gccttggctt ggactcgcgc aatacaccag tcgcccgcac atcgtgcaga acgtcggcga
    26161 tggcgcgctg gctcattcga gctaccagaa catccggttc gcgatcacca ccggagcgaa
    26221 catcacgttc aagttgctga tcaacggcgt gctggccaac acgggcgggc agcaggcagt
    26281 tggtgcgacc gccatcgccg accttgcggg ccgcttgctt caggacggag ccgcccgcgt
    26341 cgtgctggtg agcaaggaaa aagagcagta tgcggcggtg cgtctgccgg cagggcttgt
    26401 gcaccgcacg ccgtcggagc tcgaggccac gatggcggag ctggcgcaag tgtccggcgt
    26461 caccatcgtg atctacgacg gtgcttgcgc caacgagcgg cgccgccgcc agaagcgcgg
    26521 gctggagcca gcgccgacgc tgttcaccgt ggtgaacgag gaggtgtgcg aaaactgcgg
    26581 cgactgcgga gcgaaggcga actgcatgtc gctgcagaag gtcccgacgg agttcggact
    26641 gaagacgcag atccaccagt cgacctgcaa ccaggacagg gcctgcatcg gaggcgaatg
    26701 cccttcgttc gtcaccgtgg aagtctcccc cggcacgggg gtgcgcaagc ccgtgcggcc
    26761 aacgatccgg gcccatgatc tgccggagat cgaggtcgcg cggctggcgg cgccgtatca
    26821 cgtgtacatg ccgggcctcg gcggctccgg cgtgctgacg gccagtgcga tcctggcgca
    26881 ggcggcggcg atggacggtc tgcaggtcaa gacctacgac caaaccgggg cctcgcagaa
    26941 gtggggcgcg gttctgtcca gcctgatcct tgcgccggcg gatgcgcctt cgcacaccaa
    27001 caaggtcggt atcggcaagg ccgacctcta ccttgcgctg gacctcctgg cggcggttga
    27061 cgcgaacaac ttgaagtgct gcgatgcggg acggacccgc gccgtgatca actcgggcgt
    27121 gtttcccaat ggggacgtgg tgcgcgactc gcgcaagtcg ttaccggtcg atgaactggt
    27181 cgcgaccgtc gccggagccg ctcgcgagga cggcagggtg acgctggacg cacggcggat
    27241 tgccgaggtc ctgttcggcg acttcatgat gaccaacatg gtggccatcg gtgccgcgta
    27301 ccaggcgggg tggctgccca tcccggcgga tcggatcgag gccgcgattg ccctcaacgg
    27361 cacccaggtc gagacgaaca cccaagcttt cagagctggc cggctgtggg tgcacgcacc
    27421 ggagcagatt gcacagctcg ggaccctgca gccccagccc ctggccgacc gcgcagaggc
    27481 tttgcggact gccgacaagg ccgtggcact tgcgtctttc gaactgctgg ccgccaggtt
    27541 gccgccgaag ctgcgtgacc gcgtcttgtt gcgggcccgg gatctggccg actaccagga
    27601 tgcgaggtat gcaaagcgat acctcgagca ggtggccgct tcggttcgcg ccgaatcttc
    27661 gctcggcgca tcgggatctt cgtttgccgt gaccggggct gttgtcgaca gcctgcacaa
    27721 actcatggca tacaaggacg agtacgaggt ggccaggctc ctcacgagaa ccggcttcga
    27781 gcagcgcgtc ggtgccatgt tctcgggccc ggtgcggctt tcctacaacc tgcagccccc
    27841 attcgcgaga ctgctcgggc tcaagggcaa ggtgcgcgta ggcccctgga tgcgcccggt
    27901 gctggttgca ttggcacggt tcaaggtgct gcgtggcacc gccgccgacc cattcggccg
    27961 aatggcgtcg cgtcgcgaag agcgtgcgct gatcgactgg tacgaagtcc tgttgcgcga
    28021 cggccttgtg ctcctcgagc cggacaacac ggcacttgtg gcgcagctgc tggcattgcc
    28081 gatggacatc cgcggctacg agcgcgtcaa atcggccgcc gtcgccgagg tcaggcaacg
    28141 cgctgacgcg ctgctgaccc aacttcggcg acgccgcacg atcccgattc aatccgttcc
    28201 cctcgcagcc tgaccgcatc gttccaccat aacaggagac aacctgatga cccccaacct
    28261 gaaacacctc gcactcgcgg ccttgctcgg cgcgactgct ctggcggcaa ccgcacagga
    28321 ggcgcaactg cgcctggcga ctgcattccc cgaaaacacc gcctggtcgc aggagatcat
    28381 caagtggagc gagcgggtca atgcccaggg caagggactg gtgaagatca acttcgttgg
    28441 cggcccgcgc gccgtgccga ccttcgagat cggcaacgcc gtcaagagcg gcgtggtcga
    28501 catcgctctg agccccggcg ccttctacac caacgtgttt cctgaggcgg acacgttgaa
    28561 gatggcgcag atcccgatcg ccgagcagcg caagaacggc gccgtcgatt acatcaacaa
    28621 ggtctggaac gagaagggca acatgcagta cctcgcccga atggtggagg gttatccgtt
    28681 tcatatcttc ctgacgaaga agccggagaa gctcgatttc actggacaga agatccgcgt
    28741 gtcgccggcg atccggcccg cactgcaggc cctgaacggc aaccccatca acgtgccacc
    28801 cggtgagatc tacaccgcac tcgagcgcaa cgtcatagac ggctatgggt ggtcagtcgg
    28861 cggcgtgttc gatctgaatc tggcggcgat gaccaaatat cggctcgacc cgggcttcta
    28921 cgacgccgac gtttcgatcg tgatgaatct cgacaaatgg aagagtctca acccgcagca
    28981 gcgcgacttc atccagaaga tggcgatgga agtcgaggcg aactccggct attggcgcaa
    29041 ggaaggagaa gacgagaagc gcaggcagaa cagttcgggc atccagtccg ttaccttcgg
    29101 ccccgcagag acgtccaagt acctcgacaa ggtctacgag gccggctgga ccgacctgat
    29161 caagctgagc cccgtccacg gcccaaagct gcgtgccctg ctgtcggctc cgaagtgact
    29221 gcgatggcac gcctgcaagc ggccttcggc cgcatctact ccttcatgat gacactggcc
    29281 tgcgtcgtgc tgctcggggt ggtcggctcc attgccggcg acgtcctgct gcgcaacgtc
    29341 gctgtcccgg gattgccgcg cggcttcacg gccgccaacg acatctccga atacggtctg
    29401 tacttctgca ccttgctggc cgcgcccgcg ctgctgcggg cgggacagca catccgggtg
    29461 gacattctgc tgcgggcggt tccccgggag gtcgcctggg cctgcgagtg ggtgtccgac
    29521 gttgcaggcc tggccgcatg cgcggcactg gcctggatga gctggatcat ggtcggaaag
    29581 agctatgcag ccggtgccat gcagacgcgc agtctggtgg ttccggagtg gtggctgctc
    29641 gcgggcatgc cgattgcctt tgcgctgctg gccatcgagt tcgtgttccg catgtggcga
    29701 cttgcccacg gtccggtgga gccgcgttcc gacgcggtgt cggcggcatg aacgactgga
    29761 tctttccggc cgtcttgctg ctgggcggct cgacggtgct gctctttgtc ggcattcccg
    29821 tggccttcgc cttcctcgtg acgaacctcg tcggcgcctg gctttacctg ggcaacgaag
    29881 cgggacttgg gcagatcgtg cgcaacggct ttgtcgcggt gagctcgttc tccctgacgc
    29941 ctattccact tttcatcctg atgggagaga tcctgttcca cacgggcttg gcggtgaagg
    30001 tgatcgaagg cgtcgagcgc ttgatcacgc gcttgcctgg ccggctggcg gtcgtcgcgg
    30061 ttgttgcagg gacggtgttc tctgcaatct cgggatctac catcgcgacc actgccatgc
    30121 tgggctcgct gatggtgccg gtcatgctgg cacgaggtta ccaccccacc atggccacgg
    30181 gtccgatcat ggcgatcggc gcggtcgaca tgctgattcc tccaagcgcg ctgacggtgc
    30241 tgctgggaag cttggcaaac atctcgatct ccggactgct gatcggcggc atcggtcccg
    30301 gcttgctgct gtccaccggc ttcgtgcttt ggatcgtgat ccggtgcacc atgaaaccat
    30361 cccttgcacc tccgaccgag ttcgagagct tccgcggctg ggagcgcttc aggccattct
    30421 tccagtacgt cctgccgttg ctgtccatct tcggcgtggt ggtcggcgcc atggtggctg
    30481 gctggtcgac gccgaccgag agcgctgcgc tcggtgtggt cgcgaccctg gcgatcgccg
    30541 tggcctaccg cgcactgtcg ctcaaggcgc tgatgcagtc cctgagagga accattgcga
    30601 tcgccggaat gatcctgttg atcatcatgg gcgcgactac cttcgcccaa atactgtcct
    30661 tctccggcgc ctccaatggc atcgtcgagg tgatcaccgg taccgggctc gggccaatgg
    30721 ccatcgtcgc tggaatgatg ttgatcctga tcttcctcgg gattttcgtg gaccaggtga
    30781 gcatgatgct gatcaccatt cccatcttca tgcccatcgt gcagaggctc ggtatcgatc
    30841 cgatctggtt cgggatcatg ttcctgatct gcatgcagat gggcttgctg ctgccaccgc
    30901 acggcctgct gctgatgacg atgaagggcg tcgcaccgcc gaccgtcacg atggctcaca
    30961 tcttccgtgc cgtcgcgccc tacgtggcca tgagcttcat cgtgctcgtg gccgttttct
    31021 tcttcccgcc acttgcaacg tggctgccag gaaccatcaa atgagcggta tcgaaccccg
    31081 ttcgagcctc cagttggaag gcgtggtcta cacgccgccc gagcaggcac tgcgctatct
    31141 ggaagccggc gcgtggcagc gcagaaccgt tggccaggcg cttgccgaag cggcagaacg
    31201 tcatccgcgt cgagtggctt acatctgcga agaccttcgc atcaccttcg cagaactgga
    31261 cgaccgaagc ggccggatcg ccgcaggctt gcgtgagctc ggcctgcggc ccggtgaccg
    31321 ggcgatcttc cagatgggaa ccagcatcga cacggcactg gcgctgttcg ggtgtttcaa
    31381 ggccggcgtg ctgccggtct gcaccattcc gcaatacagg tcggtcgaaa tctctgcgct
    31441 ggcacaggcg accaagccac gcgccttctt tgtgcaagcc gacgttgcgc cgaacttcga
    31501 ccaggttgcg ttcgcccagg aaatatcggc cgtgcacgag atcgagcacg tggtagtcgc
    31561 tggcggccgg ccggaagcgc cgggaattgc tctagaggat ctggaggccc atcgccccga
    31621 taccggcttc caggaacagt ggaactgctg tgacgtcgtg gcgcttcaac tctcgggtgg
    31681 ttcgacgggc gtgcccaaag tcatcccgcg ccatcacggc gagtacctgg cgcacgccaa
    31741 ggcctggtgc gatcacttcg gctgcgagga gggcgacgtc ggcatctggg ccctctcgat
    31801 gttgcacaac gccggaatga tgttttcggt gttgcgctgc gtgctgtacg gggctaccac
    31861 cgtgttgatg ccgcgctggg atgtagcccg ctttttcgct tccgtcgagc gcgagcgcgt
    31921 tcaacacgcc ttcaccatcg gtccgcatgc gccggccatc gcaggctaca cggacgtcgc
    31981 acgccacgac ctttcgtcgc tgcagctcac cctcacgttg atcggtgccg agccgatcga
    32041 gaaaggcacc ggccgccccg cgaccaacat gtacggaatc accgagggac tggtgctctg
    32101 cggtacaccg aatgagggtg ccgccgtgcg ccacggttcc atcggcacgg tgtgctggaa
    32161 acatgacgaa attcgcctgc tcgaacccgg gacggagcgc gaggttccgc tcggccagtc
    32221 gggggaactc tgcttccgcg gaccttcgtc gctgcgaggc tactacgcag cgccggacat
    32281 caccgccgcg agcctgacat ccgacggctt cttccggact gccgacatgg tgcgcgcggg
    32341 tcaggtgggt tcgcggacgg tctattactt cgaagggcgc atgcgagaca acatcaaccg
    32401 cggtggagag aagttcggca cggaggacat cgaactgctg ctcggcaggc acccacagat
    32461 catggatggc aaggtcgtcg cgatgcccga ccccgtctac ggcgagaagg cgtgtgccta
    32521 cctggttccg cgcgacggca agacccttcc cacggtccag gagctggcga cctttctcgt
    32581 ctcccaaggg ctggcgaaat acaagtgccc ggagcggatc gaagccatcg aggccttccc
    32641 cgtcacacgc gtcggcaagc tggatcgcca gcagatgcgc cagtggatcg cggccaagct
    32701 ctcgtcccga cctcccgcgc agtgaacgac catgtaccag tacacctatg aacgccgatt
    32761 gcactggagc gagtgcgacc ccggggggat cattttcttt cctcactatg cacgctggat
    32821 ggtggagggc ctgaacgaaa tgttcctcga actcggcgta gatcccaatg gcccgcgcgg
    32881 cggcgcggcg ctcggtggct tgcctgtcct cgcccttgtc atgaagttcg cgagcgcacc
    32941 agccttgcac gaaatggtca cgcaccggat cgaagtcacg cgcctgggcg gcaagtctct
    33001 ggctttccgg cactgctttc tgcgcggaca agaactgctc atggaagccg aggagacacg
    33061 cgtgtgggcc gaacatccgc acggcgaccc acgcggactg cgcgcgacgc cgatccccga
    33121 cgaagtgcgc gcgcttctgc agcaagacct tcgagcacca tcgtaaggag caccaaaaaa
    33181 tgaaagtcaa aattcttggc ggagggcccg ccggcctcta tgccgcctat cgcatccggc
    33241 gagacgtgcc gggagccgaa gtgaccgtgt tcgagcagaa ccatgcccac acgacgttcg
    33301 gctttggcgt cgtgttctcc gatcgcgcgc tggaatttct cgctgcgggc gacgaggaaa
    33361 ccctgtcgct catcacggcc ggactcgaga ggtggagcga catcgaactg cgcgttcatg
    33421 gccagcgtat tcgcgtcgat ggtgtcggat tcacggccat cgggcggttg catctgctgg
    33481 acatcctgcg cgaacgggca ctatccgtag gcgccacgct gatcgacagc cgcgtcgtgc
    33541 atgacctcgc ggaactgggg gaagcgaatc tcgtgatcgg tgcggacggc gtgaactccc
    33601 tggtgcgccg aacgttcgag ccgcagttcg gcacgcagat gaccttgctg gaaaaccggt
    33661 tcgcgtggtt cggcgcgact cggccgttcg actacctgac ccagacgttc aagcaagttc
    33721 cgcagggaag cttcaatgcg caccactatc gctatgcacc ttcgatgagc acctttctgg
    33781 tggaagtgga cgcacagacc ttcgagcgcg tcggcttcga gcagatgaat gaggagcagt
    33841 cgaggcgcta ttgcgaagac ttgttcgccg acgagctgga aggcgcccgg ctggtgacca
    33901 acaagtcgat ctggcgccgc ttccctgtca tcagcaatca ggagtgggcg gtcggcaagc
    33961 atgtgctgct cggcgacgcc ttgcgcaccg cgcatttttc gatcggatct ggaacgcggc
    34021 tggccctgga agatgtacag gcgctcgtcc atgcactcgc tgcacacccc ggcagcgtgg
    34081 acgacgcact gggtgagttc gttgcaagga gaaagccgat cgtggacaag ctggccgggg
    34141 ccgcaacgcg cagcgccacc tggtacgacc atttcgccga gcacctgaat cagcctgcgt
    34201 gggagtttgc gatgtcctac atcggccgat cggggcgaat cgaccccgag cgcctgcgag
    34261 ccatgtctcc gcgcttcgtc gacggctatg aagcgtggcg aagcactgcc gatgccgccg
    34321 tcgttgacaa gaccatggga gagtcgtgat gaacgccagt acggaagagt cggcgcgtga
    34381 gcgctactac gagcaactgc agccgctgaa cctggcgccg ctgtggagcg tgctcaaggg
    34441 ccttgtgccg gcgcagcccg ttcccgccgc acgggcctgc atgtggtcct ggaacgaggt
    34501 gtacccccaa ctgcttcggg cgggcgaact gatcacggct gaagaagccg agcgccgggt
    34561 gctggtgctc gaaaaccccg ggctggctgg gaaatcccag gtgacggaca cgctgtacgc
    34621 gggcctgcag ctcatcctgc ccggtgagac ggctccggcg caccggcaca cgcaatcggc
    34681 attgcggttt gtgctgcatg gttcaggcgc ctacaccgca gtcgacggcg agaaaacacc
    34741 gatgcaccgc ggtgacttca tcatcacacc gcactggacc tggcacgacc atggccacga
    34801 cggggacgag ccggtggtgt ggctggacgg gctcgatgtt ccgctggtca cgttcttgcg
    34861 ggcagggttc cgcgaggagt tctcgcacaa ggctcagagc accagccgca gtgcgggtga
    34921 cagcgcggcg cgtttcggct cgggcctgct gccgatcgac catacacagc gcgggctcac
    34981 gtcgccgatg ttctgctacc cgtatgcgcg tgcgcgggaa gccatcgagg tgcaggcacg
    35041 cactgccgac cccgaccccc atctgggcgt gtgcctgcgg tacatcaatc cggccaccgg
    35101 cggctgggcg atgccgacga tcggtgcggt gctgcgttac tacccgggtg gattcgtgac
    35161 ccgaccgtat aggtcgacgg acagcacagt gctggtcggc ctggagggtg aggcggaaat
    35221 tcgcgtgaac ggatacgacg cgctgtgcat cggtcccaac gatgtggccg tggtcccggg
    35281 ctggagcgat tggaccgtgg ccgcgcgccg ggacaccttg cttttcagct attccgaccg
    35341 ccccgttcac gaaaagctgg ggctcttgcg cgaagcccgg aattgacctg ctgctacttc
    35401 tactggattc aacaagatga aactctgtct ctttgacgat caccgcattg gtgtggtcac
    35461 cggaaccggc gtcgtcgatg tcacgctagc gtttgcgcat gttcccaaag cctcttggcc
    35521 ctatccgcca ggggactggc tgatccagaa cttcgccgcc gcgcgggagg aggtcgagca
    35581 gatcgccgcg tccgggacgc ccttgcccct ggatcaagtg cagttgctgt caccggttgc
    35641 caaccccgga aagatcatcg gcgcaccgat caactacaag gatcacatcg acgaagcgaa
    35701 cgccgacaat gagatcaacc atggcaagac ctacacggaa ctcgacaagt tcgggttgtt
    35761 cctgaaggcc aacagctccc tcatcggctg cagccaagag atccagattc ccttcgcgga
    35821 ccggcgcacc gatcacgagg tcgagctggc cgtcatcatc ggtcgaacgg caaagcgcgt
    35881 gtcccgagcc gcggcgcttg actacgttct tggatactgc atcggactcg acatgacagt
    35941 gcgcggaccc gagtttccaa ccttccgtaa gtcgccggac actttctgtg tgctgggacc
    36001 gtggatggtg accaaagacg agatatccga tccgaacaat ctcgatctca gcatccgcgt
    36061 caacggtgag gtcaagcagt catcgaacac gaagtacctg atcttcgacg tccagcgact
    36121 gatcgaatat gcgtctgcca tctacacgct gcacccaggg gacgtgatca tgacggggac
    36181 gccggccggt gtcgggccgg tggccgcagg ggacgtgctg aacgcctcgg tgcaggggat
    36241 cggcgcgatg tcggtccgtg tagctcgcga aagcgcaagc gcgggatgaa gtcattttga
    36301 ttgcctgaga gcccggcagg tcgcactgtg agctagaagc tttcagcaaa tggcatgcga
    36361 gcatgcgagc gcgtcatttc tcgagcttgg aattgatgca atggcgtcga gcagatcctg
    36421 atggtggccc gggcgccaga ggaatggggc aaccctcgcg cgtcgcaagt tgcgttcgtc
    36481 tgagcaatgt gccccattcg acaacctgac gttcgaatgg caccgccagt cgaggcagat
    36541 cgtgtctcgg ggcgccacgc tcaccacgag caccggccgg tgaagaggga attccgaaca
    36601 gatctgtcca ggccatgaac tctgttgcaa cgctcttgag ttccatggga cacaaagtgt
    36661 cctaaaatgg tagttcctca tcaagccggc cggaccgccg ctatcaagga gcgttgaata
    36721 tgcctactgg cgccgagcat cccccacagc gcgcaacaat gaatgtccct cccgcctgga
    36781 caggtgtcgt tcgctttctt cacattacgc ctcgcgcctt ccttcccatg gagtcattcg
    36841 acgagttgac gcttgtggcc ggcaagggca ttgagggaga ccggtacatg atcggccgag
    36901 agtctgggtt ctattcccac aagccggagg aggggcgcca gatcacgctg ttcgagatcg
    36961 agaccctcga ggccttggca cgcgatgcaa aaatccagat gctgcccgaa gagcatcgaa
    37021 gaaacgtaac cgtccaaggt gtgccgctca accatctcgt cggccgccag ttctgggtcg
    37081 gggaaactct ccttgaggca acccggctgt ccacgccgtg ccgccatatc gaagagatcc
    37141 tcgggaaggc ggtgttcgat ccattgatca acagatcagg cctcaactgc cggattctga
    37201 agggtggcgt cattcgcgtg ggcgacgctg tccacggggc gtgatatgcc gaaggcgatc
    37261 aaacaccttc aagctgtcgt tcgggaaatc gatgagcctc tgccgggggt caagcggctg
    37321 gtattggccg accaggacgg ttggcgcctg cctgccttca ggcccggagc gcacatcgat
    37381 ctccatttgg ccaatgggct cgtacgcacc tattcgctgt gcaatgagcc cgccgactgc
    37441 aggagatacg tcattgcggt caagcgcgag gaagcagggc gcggcggctc ccgccacata
    37501 cacgacgagc ttcgtgccgg cgaagtcatt ggtgtttcgg tacccagaag cgggttggcg
    37561 ctctcgccca ccgggatgaa catctttgtc gcaggcggaa tcggcgtgac gccgttcgtg
    37621 tctgccatcc tggcaatgga gcgtgaaggc cagtcgaact atcagctgca ctgggccagc
    37681 atgggagagc cgagcctgat cgacatgctg gcgccggcgg tgaagggtgg ccgggtccat
    37741 ctctacaaca cgctcgaggt cagcccgcct gacatccgac ccatcgtgga cggctccggc
    37801 ccggatgcga aggcattttg ctgtggcccc gccggaatgc tcgatgcatt cgagtccgct
    37861 gtcgccgagt ggcccgaaag ccgcaagcac gtcgagcggt tcaccgcgcc caagctcgtt
    37921 ccgaccctga acgcgcagcc gtacagcgtg gtgctggcca ggagcggacg cgagatggaa
    37981 gtgcggcccg aggtgggcct tctggccacc ttggaagcga tggacgccga tatctctgtg
    38041 tcgtgcgccg gtggcatctg cggcgcatgc cgtacgcgct ggatcgaggg gccgccgatc
    38101 caccacgacc gcgtcctgag tcctcaagag cgcgcgcatg aagtgattgt ctgcattgcg
    38161 gagtgtgcgg ggccgcgcct ggttctcgat ctgtaggccg cggtcttgga aagcagcagg
    38221 cataccgcgt cgatcttggt tgggacgatg gtagacacac tcgtgccaga atcgggcccc
    38281 gcagcaattt ccagtgggtc ccgggcagcg gatcagcctg acctagaccc cttcaaagcc
    38341 ttggcactac acctcaagta cctgcgcgtc caaagcggac tgacgctgga gaatctggct
    38401 cgagattcag ggctcacgcg cagctatttg tcgaagatcg agcgtggcgt atccacgccg
    38461 tcgatcgagt cggcgctcaa tatcgccaag gccctgggtg tgacggtgga ccggctcttc
    38521 gggcaacagc cggaggaaga cgtcgtttcg atcgtccggg gcaacgggtc cattgcggga
    38581 gatcccacga cgcatctctc gctggtcgcg ggccttcgcg acgaccgcgt gatgcgggca
    38641 ttcatcgtgc gccccggaaa aacccagaag cgcggccgga tcatgagcca ccatgagggc
    38701 gaagaaatcc tcttcgttct caccggccac atcgagatgc agatcggggc acgcaaggag
    38761 cgcctggagc ccggtgactg cgtgcagttc gactccacca tcccgcacaa gctcaccgcg
    38821 ctcaccgacg aaccggcttc ggcccttgtc gtgattgccg ccaccgcata ggtcctcggg
    38881 cgcggctcgc cccgcagcct gaaccccggc atcagcgcgg tggcgcgagc accccatccg
    38941 aagagaatcg ccgcagcgtg ggcgccggct tcagcggcgc tccggtgagc tgctgcacgg
    39001 attcaagcga ggcaccctcg aaaagcgcgt gcaccacgaa tccatcggcg gtgacgtcga
    39061 tgatcgcaag gttcgtgaac accttggcca caacgcccat tgccgtgagt ggcagggtgc
    39121 aacgctcgac caggcgtggt tgggcgtcgc gcgtggtgtg ctccatcatc acccagatct
    39181 gctttgctcc cacggcaaga tcgatggcgc caccgatggc cggcggcgcg ccgttcaggt
    39241 cgcccgtggt ccagttggcc aggtcgccgt gctgggatac ctggaacgca ccgaggatgg
    39301 cgatgtcgag gtggcctccg cgcatcatcg agaacgacag gctcgaatcg aagaaagatc
    39361 cgccacgggc gagcgtgacg ggcatcttcc cggcattgat gaggtccagg tcttcctctc
    39421 cctcggccgg tttgggcccc acgttgagaa tgccgttctc gctgtggagc atgaccgagg
    39481 tatcggaggg aagatggtcc gccacgcccg tcggagctcc gatgccgagg ttgacgaacc
    39541 cttgcttggg aagctggtgg gcgaccaggc gcgcgagttc cagtctggtt agagagttca
    39601 tgcgggcctc gagagaaaga cgcggtcgac aaagatgcag ggagtgatga tgccttcggg
    39661 gtcgagctcg ccgggctcca ggagttcgtc gacttccacc gcaaccacct ctgcggcagt
    39721 ggccatcacc acagaatgat ttcgtgccgt cttgttgtag ttcaggttgc cgagcacatc
    39781 ggcctgccgg cccttcagca gcgagaactg cgcgcgcaag ggcttctcca gaagaaactc
    39841 gcggccatcg accacgacct tctgcttgcc cttttcgaac acggtgccca cgcctgtggg
    39901 agtcaggaat ccgccaaggc ctgcgccgcc ggctctgatg cgctcgacca gcgtgccctg
    39961 cggaaccagt tcgagttcga cgtctccggc ccggtattga tcggcgaaca cgtccgcgct
    40021 tcgcggatag gaacagatga tcttcctgac gatgcgcgca ccaaaccaaa gcgaaaggtc
    40081 ctggcccccg gagcctgcgt tgttggagat gacggtcagt tcgcgcaccc ccaggtccag
    40141 caccgccttg atcatcccgc gcggaacgcc tgcgccgccg aagccaccga ccatcaccgt
    40201 gtctccgtcg cgcaatccgc tgactgcggc attcgcatcc ttgacgacca catttctcat
    40261 cgatcggatt ccttttgcgc gggcgaaggc ccatagtctt tggccaggcc cttggcgatg
    40321 cggtcgagca gcatctggct ggtgccgtcc ccgaatgccg ccagccgtgt ttcgctcgac
    40381 agcatggcaa ggcggtgatc ggcgctggcg ccggtggccc ccattgcgcg ctggcactgg
    40441 tcgagtgccc agacggccac gtcgacggcg aacttttttg cctgggcggc cagcgtcagg
    40501 gccggctttc ctgtttgcac ggcaatggcc gcgcgcagca cgagtgcatt ggctgcctcc
    40561 aggcgcagtg agacctctgc gagctcccac ccgaatccct ggtgcctgag cagcggcttg
    40621 ccgaaggctt gcctagattc cgcgtagccc accgtctctg ccaaggccgc tctggcagcg
    40681 gcgacgcaca tcgccgcgac atggacgcgc gcggcattga cggacgccat ggaagacttg
    40741 aacgcctgcc ccggtgggtc gaagagacac cagtcgggaa cgaaatgatc ctggaagacc
    40801 agggatgcca gccggaagga cagggcgccc ggcatgacga gttcttccct tcgcagcgtc
    40861 ggcccgtcaa ccaggggcac cagaaaagac gcgatatctc cggcctccgc gccgacggag
    40921 tccccaactc ttgcaagcag gttggcgcac cggatgatcg aaccgttggt gacccacgac
    40981 ttcgtgccgc tgatcaacca tccgccgtcc acgcgccgtg ccttcgtctt caatgcggcc
    41041 aggtcgctgc cgccgtcggg ctcggacatg gcgggggcgc acagcgttcg cccgcccagc
    41101 atggcgtgga ggagctcggc acgttgcttc tcggagccga agcgcgccac gcgagtcgcg
    41161 gagccctgca gattgttgat ggcaaaggcg gcggcaaagc catgctccgc catcgtctgg
    41221 gccacacgga tcttgcagag gaacgaggca tcgtggccgc cgaattcttt tggcgtttga
    41281 agccccagga agccttcctt tgcccacttg tcgatccatg aagcatcgta ggcgcgaccc
    41341 tgcgtgtgcg actgcaggag gtgggcgctg aattcgccac gacagaagtc accggcggcc
    41401 tcaaccagcg atctttccac cgcggacagt ctctcgtcgt agaggtcgta gaagttcatc
    41461 gggtcccggt tgtggttcgt tcagcgggcc aagggcgtcg tcaatgtttt cgcccaatcg
    41521 ttccagaaca cgatctcctt ggccacctgc ttggtataca gatcgggtgt cgaaaccttc
    41581 accggaacgg cgccgagcgt ctccagctgc gccaggaact cggggctcgt caccaccttg
    41641 tcgagcgccg ccgcaatctt ctggacgacg ggacccggcg tgcccgcagg cgccgcaatg
    41701 ccgaaccaag gcgaaaggtc gatcggcttg ctgccagctt cctggagcgt gggcagatcc
    41761 gggaacgcgg gcgagcgctc cggcgccgct actgccagag ccttgatctt tcccgcacga
    41821 acgtgctggg cgaccgttgc ctcggtgaaa aagccgacct gcaccacgcc ggccatgagg
    41881 tcggtgatgg gctgtgcgcc gcccttgtag ttcacgaacg tgagttgcgt gccgttgcgt
    41941 gcatcgaaca gcgttccgcc gatgtgcgat gtcgcgccga aggtgccgcc gaaattcagc
    42001 ttgccggggt tcgccttggc gtaggcgatg agatccttga cgctgttgac cggcacctcg
    42061 ggattcacga cgacaaggtt gcgctgcttg gcgacgttcc tgacataggc gaaatccttg
    42121 agctggtcat aggaaagcgt cgggttcagg gcttggccgc gcgtctggga agactccacc
    42181 gcgacgagca gggtgtagcc gtccggcttc gacttggcca cggcgtcggc gcccaccacg
    42241 ccgccggcgc ccgcgcggtt gtcaatgatg atcgtgccat tgagctcctt gcccagggcc
    42301 tgcgcaatca cgcggccaat gatgtccgtg ggtccccctg gcgggaaacc cgccacgagc
    42361 ttgatcggct tcgacggata cggctcgtcg gccagcgcgg tggtgatggc caggcaggcg
    42421 aggccggcgg cgacaagcca gttcttgagg gagtggggct tcatggggct tccttctgca
    42481 gaagtgagga ggtggtagaa gtattggcta caggacacat tgtgtcaatt aggactcgca
    42541 tcagggttta cgagcaagac tcgggcctgc gatcaagtcg ggagaaatct gcagattcaa
    42601 tccttcgacc ctgcaattaa gtgcagatcg cccaatgaaa gtgcatgcgc atccgcatgt
    42661 tggtgcgact ttggcagatg cgcgtacgcc ttcgagaaag cagtggatga tctctagacg
    42721 atcggtctag aattgccgca tgacagaaaa acccaaagcg gccgtggcgc gcggcaggcg
    42781 gccctcgccg gcatatgcgg caacgcgcga tgtactgatc cgatgcggga tggagctgct
    42841 cacagagcag ggcttcagtt cgacgggcct ggatgccgtg ctgaaacggg cgaccgtgcc
    42901 caagggctcg ttctatcact acttcgcgaa caaggatgcg ttcggagcgg ccgtgatgga
    42961 cgcctatgac gactacttca agcgcaagct cgaccggtgg ttgttgcacc aggaacgcgc
    43021 accgctcgat cggcttgccg acttcattgc cgatgcatcc cggggcatgc gcaagcaccg
    43081 cttcacgcgg ggatgcctgg tcggcaacct gagtcaggaa ctgggtgccc tgcctgtgga
    43141 ttttcgcgca cgcctcgacg ccattcttgt cggctggcag gagcgggtgg ctcgctgcct
    43201 ccgagaggct caggccgcag gaaccatctc ggcaacgctg gacgtcgagc agctcgccga
    43261 gttcttctgg atcgcctggg agggggccgt gcttcgagcc aggctggtgc agtcggaccg
    43321 tcccctggtg accttcatcg aggcattcct gtccagcctg ggcgcgcgcg ccctggcctc
    43381 gccccgcacc gtagcggatc actgattttt ttattggagc gaaacatgtt caaaggcatc
    43441 gtcgtggaaa aggacgcgca gggttaccgc gcctcgctgg ccgagatcga tgaaaaccgc
    43501 ctgcctgcag gcgacgtcac ggtccgcgtc gaatacagca cgcttaacta caaggacggc
    43561 ctggccatca ccggaaaggg gcccgtagtc cggagcttcc ccatggtgcc gggcatcgac
    43621 tttgcgggcg tggtggagca gagcgaccat cccgaattca agccgggtga cacggtggtg
    43681 ctcaacggct ggggcgttgg cgaagcgcac tggggcgggc ttgcacagcg ggcgcgcgta
    43741 aagggcgact ggttgattcc gcttccgaag cgtttcagca ccagggatgc catggccatc
    43801 gggaccgccg ggtacaccgc catgctgtgc gtgatggccc tggagcggca cgggctcaag
    43861 gcgggcgacg ggccggtgct cgtgacgggt gcgaacggcg gcgtcggaag cgttgcgatc
    43921 gcgctgctgg ccaagctcgg gtacacggtc accgcgtcca ccgggcggcc gggcgagtcc
    43981 gactatctgc ggcggctcgg tgccaccgac gtgatcgatc gcaaggagtt gagcgaaccg
    44041 ggcaagccgc tgcagaagga gcgctggatt gccgccgtgg attcggttgg cagccacacg
    44101 ctggccaacg tatgcgcaca gcttcgatac aacggcgtgg tcactgcgtg cggcctggcc
    44161 caggggctcg acctgcctgc gtcggttgcg ccattcatcc tgcgcggtgt aagcctcgtt
    44221 ggcatcgata gcgcgatgcg gccaaaggca gaccgtaccg ccgcgtggga gcggctggcg
    44281 cgcgatctgc acggaccgtt tctggaagac attgcgaccg agatcgcgct gccgcaagcg
    44341 atcgatgcag ccgccaagct catgcggggc gagatccggg gccgcgtggt cgtcgacgtg
    44401 aacgcgtctt gaaagaagga cgttcatgac gtacagagtt gccgaggcca tcgtcgacag
    44461 catggtcgcg catggtgcgg accgtgcatt cagcgttccc ggtgaaagct tccttgcgct
    44521 cctggacgcg ctgcatgcgc gggaggactt cgatctggtg acatgccgcc acgaaggatc
    44581 cgcggctctg gctgcgattg ccgacgccaa gctgacgggc cgcgccggca tcgtcatggc
    44641 aagcaggggg ccgggcgcat tcaacgccgc gatcggcgtc cacgtggcgg ccgaagaagc
    44701 ggttccgctg atcctcttga tcggccaggt cgaaacgccg aacctgggcc gcggcgccgt
    44761 tcaggaaatc gattccggca aagctttctc cggcttgttg aaatggtccg ggcgcatcga
    44821 caaggcggca tgcgccgccg aagtgatggc ccgcgccttt gccacagctg cctcgggaac
    44881 gccaggaccg gtcgcggtcg agttgcccga agacgtcctg accgaactgg tcgagcggca
    44941 gcccgcgcgg gttcatggcg tggcactcgc agaggcgacc ctggaggatg cggcgcgcgt
    45001 gcacgatctg ctttccaagg ccagccggcc gatcctgatc gtcggcggtg agtgccggac
    45061 cgatgatttc cgcgaggatc tccaggcgct cgtcgaccgg tggaacattc ccgttgccgt
    45121 cacaaacaag aaccaggacc agttctccaa cacagaccct cgctgggtgg gccaactgag
    45181 cttcttcacc tcgcccgcgc acacggcgct cttcagcgaa gccgacttga tcgttgccat
    45241 cggcagccgc atgggcgacg tgtcgtccct ggggttcgcc tttccacggc aaggcaccaa
    45301 ttcgcagaag ttcgttcacg tgtatcccga tccctccatg atcgggcgtc acttcgccgc
    45361 ggaactgccg atcgtctcga cggcgcatgg cttcgtgcgt gccgcattgc gccatggtgg
    45421 ctccggcgcg gcgtcgagcc agtggctcga gcgggtgcgc gcggcggccg atcgtgcgca
    45481 cggatggcaa ccacagaatg tggtggcgaa cgacgtcctg ggccacacga tcatggcgat
    45541 cgcacggctg gcccagaacg atgcggtctt gacgaccgat tcaggcaact ttgcagcctg
    45601 ggttcaccgc atcttcaaga tgacgccggc gaaccggctg ctcggctcgg cttgcggagc
    45661 catgggaaca ggggtcccgg ccggtatagc ggctgccttg cgccatccgg ggcgagaagt
    45721 tctcgccttc gtcggcgatg gcggatttct catgaacggc aatgaactga tcaccgcggt
    45781 cgacagaggg ctgaacctgc gcgtggtggt gtccaacaac gggtcttacg gcaccatccg
    45841 cacccaccag cagcggcact ttccccatcg catcagcggc acggacctgg cgaatcccgg
    45901 cttcgcaaaa cttgccgagg cattcggcgc ccgcggattc aggatcgagc actcccggga
    45961 tgccgcaggc atcgtcgagc aagcgatgag cgtcgaggga ccggcgttga tcgaagtctg
    46021 cagcgatgcg gacatgtcgg tggaacgctc tctcaagtgg gagtgagcgc ccgtccattc
    46081 ttccggcgtg tcgccgcgcg aagctcatag ctgctatgag ctgggctgca tggtgtgtcg
    46141 agccgaagcc caggatactt tgtgtcatta caaagacacg gagacacgcc acatggctga
    46201 agacctgcga tcaaagaact actttgacga tcgtgccacc cgggaaatgg ccaagcacct
    46261 ggcgtcacct cgccggacct tgaaggaaaa cctggcttgt gcttgccgga tccttgccat
    46321 gacggggcag gaagcgggtc ttgcaggcca gatcagcgcg cgctccgaca gggcaggcgc
    46381 ttactggacg ctcaggttcg ggctcggctt cgacgaagcc acgccggacg acttcatcga
    46441 agtcgatggc gacctgaaca cgctgacggg cagcggcatg ccaaaccccg cgacgcgttt
    46501 ccatctgtgg gtctacgagg cgcggcccga cgttcagtcc atcgtccata cgcattcgcc
    46561 ctgggcctcc gcgctcgctg cagccaggca gccattggtc atcgcccaga tggacatgac
    46621 gcccctgcat gacgattgcg cgttcctcgg acagtggccg ggggtgccca ttgcggatga
    46681 cgaaggggtc atcatctcgc gggcgctcgg atcgaaacga gccatcatcc tggcgcacca
    46741 cggctacctc acggcgggga cgacgacaca ggaagccacc tacctgtcgg tctatctcga
    46801 gcgtgccgcg cggatgcaga tccgggcgca ggccgcattc ggcccgttga cgccggtgga
    46861 cgacaccctg gcgcgcgagg cgcacgacta tctgctgaaa ccgtcgatcg tgaacagcac
    46921 cttcgactat tggtgccggc aggccgaagc aggctcggcg gcgccgctcg ccggccggcc
    46981 gcgcccctag agcactcgcc caacccctgc gccttgaatc cgatggacat gcacccggca
    47041 tgtacgtcct agacctcgtt cgcccgtccg ctctccacgc ctagcgtccg cgctgaaaaa
    47101 cctccagtcc acaagaaaga tcgccatgaa acttgtccgc ctcgcggccg ccgccctgat
    47161 gggcctttgt ctctcaggca taggccatgc cggccaaaca ttcgatacgg tgaagaagcg
    47221 aggcttcgtg cagtgcgggg tctcgacgaa tctccccgga ttcgcattca ccgatagcaa
    47281 gggagagtgg cagggtattg acgtggacac ctgccgcgcc attgcagccg cgatgttcgg
    47341 caatgcgacc aagttcaagg tgatcccgct caccacccaa gcacgcttca ctgcgctgca
    47401 gtccggcgag gtcgacgtcc tgacgcgcaa caccacccag acgatgtcgc gcgacaccac
    47461 cttgggcctc atcggcgttg gcgtgaactt ctatgacagc cagggcatca tggtgaccaa
    47521 ggatgccaac gtcagcagcg cgaagaacct ggccggcgcc accatctgcg tcctgccggg
    47581 aaccacgacc gaactgaatc tcaccgactg gttccgcggt ctgaagcaga gcttcaagcc
    47641 ggtgctgctg gacaccgtcg acgagatcaa gcgcgccttt gcggcgggcc gctgcgatgg
    47701 catcacgatg gacaagtcgc agctggcact ggcgcgtatc gctttcggaa acacggacaa
    47761 gtacgtgatc ctgccggagc cgctgtccaa ggagcccctc ggaccgatgg tccgccaagg
    47821 cgacgaagcc tggttcaacg tcgtgcgctg gtccctcaat gcgcttctgg aggcggagga
    47881 atacaacctg acgtccaaga acgttgacga gatcgcgaag ggcagcatcc cgcccaacat
    47941 ccagcggatc ctcggtacct ctcctggcat gggcaaggga ctcgggcttg acgacaagtg
    48001 ggcatacaac atcatcaagc aggtcggcaa ctatggcgaa gtgttcgatc ggagtctggg
    48061 agcggggagc ccgatgaagc tcgaacgcgg cctgaatgcc ttgtacacga agggcggttt
    48121 gatgtacggg tggcccattc gatagcgcca cgcttgtgcg acaggcctcc ccatgagctc
    48181 acaccaccgc gctccgctca agttcagctg gaacaatccg gagttcaggg cacttgccta
    48241 ccagttcgtc gtcgtggggc tggccgccct catggcgtac taccttgtct ccaacacctt
    48301 gcacaacctt gcgacgcgca acatagcgac tggttttgca tttctggaaa gagaagcggg
    48361 attcgccatc ggcgagtcgc tgatcgagta ttcgccgtcg gacacctacg cccgcgccat
    48421 tctcgtggga ctcgccaaca cgctgcgggt ctccgccgtc gcactggtgc tggccacgat
    48481 gctcggggtc atcgtcggaa tcgcccggct gtcgagcaac tggctcatcg tgcggctggc
    48541 aagtgcctac gtcgaactga tccgcaacgt gccgcttctg ctgcagctct tgatctggta
    48601 tgccgtcatc ggtgaactgc tgccgggtcc gaagtctgcc tttcatccgc ttccgggcat
    48661 ctacctgtcg aaccgcggca tgctgatgcc atcgatcgat ggaccggccg ttgcggggat
    48721 tctttgggga ttgggtctcg ccgtagtcac catcgtggca gttggccgat ggcagcgctc
    48781 cagccggcgc cggaccggcg cccaatcgag actttggcct tccgcgctga tgctcttgct
    48841 gttcatgccg gtggccggct ggctggtcgg aggccgcgaa tttcatctca gcattcctca
    48901 ccggagcgga ttcaacttcg agggaggctg ggcgctctct cccgagctgt tcgcattgct
    48961 ggtcggcctc gtcacctaca cggccgggtt cattgcagag atcgtccgcg ccggcgtcca
    49021 atcggtgagc cacggccaat gggaggcggc acagacgctc gggcttccga ggtcccgggt
    49081 gctccggctc gtcatcctgc cccaggcgct tcgcgtgatc gttcccccga cgaccagcca
    49141 gtacctgaac ctggtcaaga acagctcgct cgctgtcgca atcggctacc ccgacctggt
    49201 ttccgtcgtc aacacggtgt tgaaccagac cggccaggcg atcgagggcg tcctgatcat
    49261 catggccgct ttcatgactg tgagcctcac agtttcgctg ttgatgaact ggtacaacaa
    49321 gcgcattgcg ctggtggaaa gataagcatg atcaccacca cccacacgga ccggcccgcc
    49381 ttgctggcac cgcccagagt ccgggccagg ctcgtgacca ggctgcgcca aagcctcttt
    49441 cagtctccgg cgagcgcggt cttgacgatc ctgacggtct ggttcgtcct gatgctggca
    49501 ccgccacttg tgcagtggct gctggtcaag gccagcttcc gggcccccga cgcacaggcc
    49561 tgcagggagg cgggcggggc ttgctgggct ttcatccggg agaagtatcg actgattctc
    49621 ttcggtacct atccgcatgc cgagcaatgg aggccgttgc tggcgacggc gctgctcgtc
    49681 gcgtcgatcg tctggacggc cacacgccgg ctggccgggc tccagattgt tgggctgtgg
    49741 gtgttcacga tcctggcggt ggcgacgttg atgtggggcg gattcctcgg cctggcgttc
    49801 gtcgagaaca cgcgctgggg gggcttgccc ctgacactga tcctgtcgac attcggaatc
    49861 gcgtttgcct tccccgtcgg catcctgctc gccctggggc ggcgctcccg gatgcccgcc
    49921 atcaaggcaa tgtgcgttgc atacatcgag ttgatacgcg gtgtgccgtt gatcagcctg
    49981 ctattcatgt cttcggtgat gctgcccttg ttcctgccag agggcttcag catcgacaag
    50041 ctgttgaggg cgcagctggc gatcatcttc tttgcggcgg cctacgttgc ggaaattgtc
    50101 cgtggcggac tccaggccat tcccaagggt caatacgagg gcgccgagtc catcggattg
    50161 agttactggc agcagacgcg caagatcgtc ctgccccagg ccctcaaggt ggtgattccg
    50221 ccgctggtga gcaccttcat tgcgctgttc aaggacacct cgcttgtcgt catcatcgga
    50281 atcttcgacc tgacgcaagc agcgaaggcg gccctttcgg acccggcttg gacaggcttc
    50341 ggcgtagagg cttacttgtt catcggcctg atctatttcg tcttctgcta ttccatatcg
    50401 aggtacagcc ggtccctcga acggaatctg aagcgctagc gtccaaaggg gacatcaatg
    50461 agcgaagtca tcgtcagtct gcagaaggtc aacaaatggt atggggactt tcatgtcctg
    50521 caaaacatcg atctgaacgt gcagaggggg gagcggatcg tgatctgcgg accgtccggg
    50581 tcaggcaagt ccacgatgat ccgctgcatc aaccggctcg aggaacatca gtcggggctc
    50641 atcaaggtgg atggcgttga actgatccac gacctgaagc gcatcgacgc catcaggaag
    50701 gaagtgggta tggtgttcca gcacttcaac ctgtttcctc acctcaccgt gctggagaac
    50761 ctcacgctgg gaccgacctg ggtcctgagg aaaccgctgg ccgaagcgca agcgatcgca
    50821 atgaaatacc tggagcgggt tcgcataccg gaccaagcgc acaagtaccc gggccaattg
    50881 tccggaggac agcagcagcg tgtcgcgatc gcgaggtcgc tgtgtatgtc gcccaaggtc
    50941 atgctgttcg acgagcccac ttcggcgctc gacccggaaa tggtcaagga agtgctcgac
    51001 gtgatggtga gcctggccga ggagacgaag atgaccatgc tctgcgtgac gcacgagatg
    51061 ggcttcgccc gcaaggtggc agacagggtg atcttcatgg accgggggga gatcgtcgaa
    51121 gagaacgttc cagagctgtt ctttggcaac ccgcagacag atcgcgcccg ccaattcctg
    51181 aaccagatcg tccactaggc gctgccgccg ggacgctggc ttgtttttat cgacagattc
    51241 acattgaaag agtcaagcat gaatgaggat tcgcaaggcc tgggatttca gacacgcgca
    51301 ctgcaccatg gccacgacag atccgatccc tatggagccg tttctccgcc gatctacatg
    51361 acctccacct tcgccttcga caacacggcg gaggcggcag cggtgttctc tggagaaagc
    51421 gagcgctacg tctacggccg gcaacacaac ccgactcagc atctcctgga gaccaggctc
    51481 gcagagctcg aaggggctga ggcggcgctg gccaccggct cgggcatggg agccatctgc
    51541 tccgccttgc tcacgctcct gtcggccgga gacgagttga tcgtgcacca cacgatgtat
    51601 tcgacggcga cttcgttggt cgacgagggc ttgccgcgct tcggggtgaa ggtcacgaag
    51661 gtcgacctca ccaggcccga aaagctgaaa gaagcattgt ccgatcgcac gcggctcgtg
    51721 tacttcgaaa cgcccgtgaa cccgacggct cagctcttga acatcaggga gctggccgaa
    51781 gtggcgcaca gccgtcctgg tgttcgggtc cttgtcgatt cgaccttcgg atcgcccgcc
    51841 ctgcagcggc cgatcgagca cggtgccaac ctcgtggtgc actccatgac aaagtacatc
    51901 aacgggcacg gcgatctgct cgccggagtc gtgctcggag atctgcccac gatcaagcgg
    51961 atcaggtctg caggcctcaa gtacatgacc ggcgcgacgc tctcgcccat gctgtgcttc
    52021 ctggtcctgc gcggactgaa gacattgacg ctgcggatgc ggcagcacag cgagagcgcg
    52081 ttgaaggttg ctcgcatgtt ggacgcccat ccggcggtga agctcgtgag atatgcctac
    52141 ctcgaagaca gccctgatcg tccactcggc ctctcgcaga tgagtgcggg tggtggaatg
    52201 ttgtcctttg agcttcacgc cgggggcgat ggtgcaattg cgatgatcga tcggttgaag
    52261 ctcatttcca gggccatcag cctgggcgac accgaaaccc tgatcaccca tcccggcacc
    52321 ctgatcctgg cgcgccagaa ggtcgagcct gccgcgcgtc tcagcgccgg cgtgacgatg
    52381 gatctcatcc ggctgtctgt cgggctggaa gatgtggatg acatcctcac tgaccttcgg
    52441 caggcactgg actcgttgca gtagcgagag gggcggcatc cccaaggcga acattgcggc
    52501 gctggggaga ttgatgcagg ctccgctcac acccgtgccc gaacctgaaa agatcaggtc
    52561 gagcgttgca gttgttcggc gacctgcaag acacaagcga gcaggtcgga ggtcaacggt
    52621 gccattacct tgccggtgct ggagatcgcc accacccggc ggcgcagcgg ggggtgctcg
    52681 atggagacct tgcgaagccc gtagtcggca agcagcctgt cgggaatgcg cgacggcaag
    52741 atgcaatgac cgaccccgga agatacgagc ttgagcatgg cgtctatggt ttctgcttcg
    52801 gcaacatagg tggcctgcag cccggcgcta tggatcatcc gcctcagagc gtagtgcgct
    52861 ggaaagccga ccaggcgcag gctgagggtc gacaggtcct ggggcgattc aaagggactg
    52921 ccgtcgagga cgaccagcgc catttcgtct tcgaacagcg gcttcgatgt caaagttccg
    52981 cagtccaccg cggagtcgta gacgaagccc aggtccgcct tgccgttctc gaccagagcg
    53041 acgacttcgg gcgagctgcg actcagcagc gagagattca catccgggtg cgtgctgacg
    53101 aagagcgaga acacttcagc gacgaagtag tagctgagcg tatggaccgt tgccaggcga
    53161 accgtgccgt gcgtaacccc ttgccgtcgc acgctgtcga cagcgcggtc gatctctctg
    53221 aaggccggcg ccagagcgtc gtagagtttc gtgccggctt cggtcaactc gacgccgcga
    53281 cccgtccgga caaacagtgg ctggcccagg ttcgattcga gtgcgcccaa ttgcttgctc
    53341 aatccggact gtgtctggtc gagcttgtcg gcagccttcg agagcgagcc cagttccgcg
    53401 atgcatagga aataccgcag cgggcggtca agtgtttcga tcgccatggt atttcttggt
    53461 tgggtcgctg tgtacgtggt cgaagtacgt gcgaagttgg ctgttacggt gcagcggaac
    53521 gtattgccga gtcgaggtcg ctccagagat cgtccgcatc ctcaatgccg acactgagcc
    53581 gcagaagcga aggtggaagg tggccctgtc cggggatcgc agctcttctt tccatcgttg
    53641 attccactgc gccaagactg gtggcatggc ggatgagtct gacatttcgg cagacactat
    53701 cagcaaagtc agccccgcca tgcatatcga acgaaatgat cgttccaaag cccttgagca
    53761 cgcgtttggc aacagcatgc gtcgaatgtg aaggcaggcc tggataccgg acacgggtga
    53821 tcagcggatg tccctcaagc cgctccgaaa gcagcatggc tgtttgctgg gcccgctgta
    53881 agcgaagcgc gagagttctg gcgccgcgga ccgcaaggaa tgcttcaagc gtttctggtg
    53941 tcgcgccagt caactcgcgg gacttcctga gggcgtgcca cagcgcatcg tcttttgtcg
    54001 tggcgacgcc tgccagcaag tcggagtggc cgccaatgaa cttggttgcc gactgcagag
    54061 acactgtcgc gccgaagtcg agcgggtgct gattcaaggg cgtggcgaag gtgttgtcca
    54121 ctgccacgat cgcgccgggc ttgcgcggag ctgcgcagat ggcctccaga tccgcgacgg
    54181 ccagcagggg attggaaggt gattcaagcc aaatcaggtc agcgacaccg caggcttgaa
    54241 tccaaccagc tgtatcgtcc accgccacgc gctgcacgga ccaacgccct ctttcagcgc
    54301 ccgctgccgc taggcctgca acaccttgat agcaatcatc tgggagcacg acattggcgc
    54361 cagccgcaag ctgatcgaac accgaggcaa tggcggccat accagaggcg aacgctacgg
    54421 ccttgcctga ctcaagccca ccgatgacat cttcgagtgc ttcccaagtc gcggtaccgt
    54481 catcacgcga gtactcgcgc cccctgccga tgatgaagtt cgatgctggg atcagcggca
    54541 cgttcaacgg ggcgcccggc tcagaggcac ggcctgccgt gacgagccac gattccggct
    54601 tgattgcaga agtgtgcttt tccattctca gtacctccaa aaaaactgtg gtgcggaact
    54661 attgatgcga gttctgagaa tcccatggcc aatgcctggt tggcatcaat ctgtctacca
    54721 acgtgccgtg cggtgcacgg cgttgaggat gcaggcacgc aacgcgctgt attcggaagc
    54781 tcgcacttgc ggccgagcaa accacgccga gcttgccagt ttgaggccga cgataccggc
    54841 aactatgagc cccagactga ccaaccgacc gggtgctgca gattccccga acaggacaat
    54901 gccgaggatt gcggtgccga ccgccccgac tccgacccag acggcgtatg aggtgccaac
    54961 gggtagggac ttcatggcga ttcccagcaa cacgacgctg atgaccatgg aagcgatcgt
    55021 gaagatgcat ggccacagct tggtgaatcc atccgtgtac ttcaggccga tggcccagcc
    55081 cacttcaaga agaccggcaa caagcagaag catccaggcc atacgattct ccgttcggcg
    55141 atccagatgc cgcatccgat cgactccgtc gctgttcata agaccgccga aattcagcgg
    55201 acaccaggta ctgatcgcgt ttcgccagcg agcgggtgcg gaatgccgcc atcgccgtaa
    55261 ctgcggacaa cctgtgcaat gaccacctgg tagcccttga gccaaagcgc ctggcgctgc
    55321 tttgcagcga tgtgtgcggg gtgcccgata agctcctgga gcgcctccat cgtcttccag
    55381 tagtacacat tggaaacaag ccctgttgca gggttctccc agctctcttc gccaaggtag
    55441 ccggggatgg acttggcaag ctgggcaatg acgttgtcca gggcgtggaa ctcatcgtcg
    55501 aattcgccct ttgcgaaagt gaaggtggac gtgtacatgg gattgtttgc gcagccctgg
    55561 tcagctcgtt ccgctggcat tgcgcatcaa ttccgacatt tcctcgtgtc cgcgcgcctt
    55621 caacatctct gcggcattga ggcgatcgcg cgcttccttg ttctggctga gcttggactt
    55681 gcccaccagt gaggtgatgg cgatctcgat gcccacgatg ttgcgcacca tgctgtcgat
    55741 gaactcgggt gcggagtcac ccattttcca gggcttcggt tcggccgcct cgtggcgccg
    55801 cgtcaggcgc gcgatgatgc cgcgcgcaaa acgctcgtcg tcgtgcacag tgagcacgcc
    55861 gtgtgcgtgc accacctcgt agttccaggt cggcacctgg cggtgcgcct cgtgcttgga
    55921 cgggtaccag ctgggcgaga tgtaggcctg cgcgccgccg aagatgacca tcaccggcgt
    55981 ccccgtgggg cagcgctgcc acagcggatt ggcgcgcgcg acatgcgccg acagcaagcc
    56041 atgcgttccc acgtcggggt cgaactcgaa ggggaggtga tcggcttcca gccccgaggt
    56101 cccatgcgtg atcagcgcac ccagcggatg ctcgcggatg atgcggctca attcttcggg
    56161 tcttgtttcg ccgaagtgcg tggggaggta catcggggga gggtatgaat ggtgtgggca
    56221 gtcggtactg tcgcgcggaa ccggcacaat gagaaggtcc agtttcattc cttttacatg
    56281 gaccagtttt caacgccatc gagccgaagt tccggtgccg acagggccgg acgccgcatc
    56341 taccacctgc tgcgttccca gatcgccgac ggcacgctcg ccgagggcgc gcaggtgccg
    56401 tccacgcgtg ccctggcggc ggacctcggg gtgtcgcgca ccaccgtcac cgccgcctac
    56461 gagcaactcg cggccgaggg cttccttgcc acgtcggtcg gacgcgttgc ccgcgtcgcg
    56521 agtccgttgg ctgcgtctgc acagttcaac gcaaagccga aacggcgact tgggactgca
    56581 ccatccctct cggcgttcgg ccgtcgcgtg gcggccatcg acatgcccgg gcttgctcct
    56641 gcggaaccct gccgcatcga cttcctctat ggcgcggtcg cttctcgcga ttttccggcg
    56701 ctggcctggc ggcgcgccta ccaggccgaa ctgctgcgcc atcaacgccg gctctactac
    56761 gtcgcgcccg aaggcgatgc gtcgctgcgc cgctccctgc aggggtatct ccggcgcgcg
    56821 cggggcctgg cctgcgatgc cgagcagatc ctcatggtgc acggttcaca gcaggccatc
    56881 gacctgtgcg cgcggctgct gctcaatccc ggcgacgcct tcgtcttcga ggagcccggc
    56941 tacctgatgg cgcgccggtg tttcgaggcc accggcgcgg aagccttggc aataccggtg
    57001 gacgcccaag gcctggacac ggccaggctg ccaaaagacg agcgcgcacg cctggcctat
    57061 gtgacgccat cccaccagtt tccgctggga ggtgtgctgc ccatcggccg gcgcctggaa
    57121 ctgctccgtt gggcgagaac acaccgcgcc tgggtcgtcg aggacgacta cgacggggag
    57181 tttcgctacg gccagcgccc gatcgacgca ctgcagtcga tcgataccga cggccgcgtg
    57241 atctacatcg gcaccttctc caaggcgctg tcgccgcagc ttcggctcgg ctacctggtg
    57301 ctgccgcctg aactggtgcc ggtgtttcgg caggccaagc ggctggccga ccgccacgcg
    57361 cccgtgctgg agcagcgtgt gctggcgtcg ctgatcgaca gcggcgctta cgagcgccac
    57421 gtgcggcgca cgcgccgcgc gcacgagcgt cgccgggcgg cgctgctcga ggccattgcg
    57481 cgccatctgc ctgcgaccgc cacggtcatc ggcgcggcgg ccgggctgca tgtggtgctc
    57541 tggctgccat tcctgcggcc gcaggacgag cccgcgctgg cggctgctgc ccgcggcaag
    57601 ggtgtgggtg tctacccggt gtcaccgctg ttcgccaagc cgatgtcgcg catgcaaccc
    57661 cggccggctg gactgatcct ggggtatgcc agcctgacgg tggaagagat cgatcagggg
    57721 atgcgtgtcc tggctgcggt gatcgccggg cggtgagcga ggccgagcgc cgaagtgcgc
    57781 ctttcgccgg gccggatgcg gtactcgatc aggtgctctg gctgagcctc acgcgatttc
    57841 tttggcgtgc cagcacttgc gcctcagact gtccgaccag cgcctgatag gcggcagggg
    57901 cagtggcacc ttcggtactg atcagcagca cgcgcgcatc gggccccagc cccaccgtgg
    57961 cagcttgtgc cgggtggctt aggagttcga tgaggcctgc gaggccggct gcgcctgatt
    58021 caccagaaac cacagggaga tccactgcat tgccgatcgc cagcagccgc atcgcagcga
    58081 ccgcatcgtc atcggtgatg gtcatgaaat agtcagcccc ggacacaaga aatctccatg
    58141 caagtggcga ggcttcgccg caggccaggc cggccatgac cgagtcgacc gagcccgttg
    58201 ccttggacgc aatgccgcgc aacgcacttt gaaaaagaca gtcggcctgc gccggctcta
    58261 cgattaccac tgtggggcga cgctccccat agcactccca aaagtagctc aggattcctg
    58321 ccgcgaggcc gccaacgccg ccctgaagaa agacatgcgt gaacggcacc gtctggtcgc
    58381 tacctgacgc ttcaacaatt tcagcagcga cagtcccgta cccttgcatg acgtcccgcg
    58441 ggacctcttc gtagccgtcg tatgacgtgt ctgaaacaac atgccaatcg ttggccttgg
    58501 cgagacgagc agcttcctcg acagaggcgt cgtagttccc ctggacgcgc atcaccctgg
    58561 cgccaaacct ggcgattgcc tgctctcgtt cttcgctgac attcgcatgg agaacgatca
    58621 cacaatggca gcccatggtc tgcgctgccg ccgcaaggcc tttgccgtga ttgccatctg
    58681 tcgcgctgat caccgtaaag gcttctagca acgatctgta gccgcccttg aaaagcagct
    58741 tcggatcaag gttgtgatcc ggccaaaggc gaaggatcag ccgggccaaa gcgatcggcg
    58801 ctccaagcgc cttgaaactc ccgagatcgg atcggacgga ctcatccttc agataaagct
    58861 ttccgattcc gaggctgcga gccaggccac tgagctcgta caacggcgta gcacccgggt
    58921 tcaaactgtc ccaggacgat atccagtcgc ggctctcttg ggctttggcg acggacatca
    58981 ccgactggag ttcactggga tacgcactgc gcgtggcgcg ctcattggca atcagcatgc
    59041 ttggattcca ttggttgttt tccgccccct tggctcggac gccgggagcc catgaatcct
    59101 agaagcgctt ctggtgttgc ttggcgcgat ctggagcgta aaaacaggag aacgaatcaa
    59161 atccatgggg aacaatggaa ggctgttgcg ttcgcgagcg ctcctcgccc ttgccacgcg
    59221 gataatggac ggcatgcacc tcgataacta cgacgtgaag atcttgagtt tgctccagag
    59281 tgacagcaag atctcacagc gcgaactgtc ggaggccgtc aatctgtctc catcggcggt
    59341 caatcgtcga attgcagctc tcgaatctgc gggggtgatc gccggcaccg tgtgtatcgt
    59401 tgatccttcg tccgtcggac atcccatcac gatcgtcgtt gaagtcaagc tcgagagcga
    59461 gaggcttgac ttactcgacg aggtgaagac acgttttgcc gactgtccgc aggtacagca
    59521 ggtttactac gtcacggggg agtacgactt cgtgctcgtg atagtcgtca aggacatgac
    59581 ggagtacgag caactcaccc gcgacctctt cttcagctct gggaacgtca aggggttcag
    59641 gacctatgtc gccatgcagc gtgtcaaggt cacactgaac gttcccctcg ccgaaaagtg
    59701 accgaaatag ggcactgagc ggctccaaat cgggcatgcc gctccgggac ggtgccaagc
    59761 atcatccgtg caaaaaaccg tctcacaacg cgtcgatctt ccgcaaccac aagggggatc
    59821 ggtgattttc tccgccccgt gcgcaccaga attctcctca ccgatggcgg cgatgggcgt
    59881 aaaacctact tcatcacacc ggggcccaca aagttcagca gactgaccat ttagaggagc
    59941 aagctcatga gcatcaatcg tcgccaagtt ctgaagggtg tcgcaggagc cggcggtgca
    60001 gccattgcac cgtcgttcct cgcagtaccg gcactggccc agagtctcaa gggcaccggc
    60061 gaggtcgtcg tgtacgacgg cggtgggtcg tggggagagg caaagcgagt ggcacttttc
    60121 gaccccttcg agaaggagac cgggatcaag gtcattgcgc agccgcgtac tgacctgggc
    60181 gctgttcgcg ccagcgcgtt ggctggctcc ccgcggtacg acgtaaccat tttgacgggc
    60241 ggcaatacca cggccttcga acgcgagaac ctcctgattc cgatcgacta cgggtacttc
    60301 aacaaggccg atctggatgc cttcaaccct gttgctacag gcaagttcac cgtcccgcac
    60361 atcatctatt ccctgctgat tgcctacgat cccgcgaagt tcggcagcaa ctcgatttcg
    60421 tcctgggccg acgtgtggga cacgaagaag tttccgggcg gccgcaccct gtgtacgggg
    60481 acgcgagggc cggacggtgc tgtcttcgag gcggctctac tggcagacgg tgtcgacccc
    60541 gccaagatct atccgatcga ttgggatcgc gcattcaaga gcctttcccg catcaagccc
    60601 gagatcgtga aatggtggaa cagcggtgcc gagggccctc agctgctgat cgacaagcag
    60661 gtgaccgccg gcagcggatg gaacgggcga atctacgctg caaacgagaa gagccagaag
    60721 attggcttca cctggaacca aggcatcctg caatacgaca gctgggtggt tctcaaaggt
    60781 tccaagaacg ttgacaacgc gaacaagctg ctcgctttca tgtcgcgcgc agaggtgcag
    60841 gcgaacttct ccaagcacat tttgtacgcg ccgccgaact cgcgcgccta cgactacatc
    60901 cctgcggaac gcgcaaagat gctgccgacg tacgccgaat tcaaaaagca gcagatcgtt
    60961 caggactacg ccttctggaa cgcgctgggc aagaacggtc gccccaacaa ccttaccgcg
    61021 gtggcggaat gggagcggtg gctggtcggt gcgcgctgaa cggtccatct gggcgcatcg
    61081 aatcgtcggt tgcacacggc tctagagcca ttcggaagtt ctcatgaagc ttggttggaa
    61141 aagcgcacgc catagccgtg cgccaatgat cctgctcttg gtcgtgccgg cattggcgat
    61201 tttcgcggcg ggatatctct ttccggtggc ccaactggta ctcaagagct ttcgcaacga
    61261 gagcacttgg tcgctgctgc actaccagga gatcgcgagc tcaggggttt ttgcctgggt
    61321 cctgtttcag acgctgctgc tggcggtcgt ggtgacactg gcctgcctga tcctggccta
    61381 tccgctcgca tattcaatct ctcggtgccc tccgtggctg gcaagcctcc tcttggtact
    61441 ggtcactctc ccgtacctga ccagtatctt gatccggaca tacgcatgga ccgtcctgct
    61501 gagccctgcc ggcctgatca accagttgct gctgtacctt gggatcgttt cggagccgct
    61561 gcgactggtc ttcaacaaga tcggcgtgta tatcggaatg atccaggtgc aactgccact
    61621 gatggtgttt ccgctgtatg ccgcactcgc tcgttttgac cgaaaactga gcatcgccgc
    61681 gcaaagcttg ggaagttctc cggcagatgc cttcctgcgc atcacgctcc ccagttcgat
    61741 gcccggtatt gtcagcggct gcaccctcgt gtttctctcc tgcctgggct tttacatcac
    61801 gcccgcactt cttggcggtc cgaacgatta catgattgcg cagggcatca ccatccgagt
    61861 cctgaccctc ggtgagttcg aggctgctgc cgctcaggcc acagtcttgc tcgcgatggt
    61921 tgcaacggtc ttcgtgatct ttcgcaccaa ggttgcgacg gagctggagg acgaatctca
    61981 gtcaagtcaa tcggtgaaga aggttcgaga tctttccgca actgcgcata tacctgcacc
    62041 tcttgcaaag ggtcttcagc gcgcgctgga agtgatttct tcggttcgtt caccgctgct
    62101 cgtgctgctg tcagcattca cgctggccct gcttgtcctt ccgtttgtgg tggtgatccc
    62161 acttgcgttc agcgacgccg cctacttgag ctttccaccg cccggttact cgctgcgatg
    62221 gttcaccaag ttcttcagca actcgcaatg gctgagcgcg ctttcgttca gcggccgtac
    62281 ggcactcctg gcctctctgc tggccatcac gatcggcgta cccatcgcat ttgcgctcgt
    62341 gcggtttcgc ttcgttggcc gggttccgct ctatcttctg ctgatttctc cgatgatcgt
    62401 tccccatgtg gtcatggcgg tggccttctt cttcagcttt gctcagaccc cgctcatcgg
    62461 cacagcgact gcattcgtgc ttgcatacac catcatcgca acgccctacg tggtcgtcat
    62521 cctgatcgca ggcctcaaga agttcgatcg gagcctggag caggcagcaa tcagcctcgg
    62581 cgggcatccg ctcaccgcgt tgcgtaccgt gacgctcccg ctgctgcttc cctcgttggc
    62641 cagtgcgctc gtattcgcgt tcatcacggg attcgacgac gtggtctacg gcctgtttgt
    62701 gagcggtcca tcctcaacgc ctctgccgat ccgcatgtgg gatgacatcc gcctcgaaat
    62761 cagtccgcag attgccgtcg tagccgtgct ctttctggcg agcctggcgg cgctcgtcgc
    62821 ggtcaagacg tttgtgtcgg cggctctcca ccatcgctcg catcggaagg acatctgaac
    62881 atgagcagca ttggactctt tgctttctcc gtcgaggagt accgtcgccg cctccgcatg
    62941 gtgcaagacg tgatgcgcgc tcgtcatctc gactgggcga tccttgacga gcccgagacc
    63001 atgggctggg tctccggcta cgccgtgcaa gaaaatctgt ggcgcgcatg cctcgtcccg
    63061 gtggtcggtg acccctttct gctgatccga aaactcgaca tggcgcctgc acgtgcgaag
    63121 agctggctgc aagacatcgt tgccttctct gactgggagg agcctgtctc ggttttggcc
    63181 gccgcgctga ggtcccgggg ggcacatgcg cgaatcggtg tcgacttcca gtcccactcc
    63241 tttacccgtc agcggcaaga cctcctcgcg caggcccttc cagagtctat tttttgcgat
    63301 ctggaacggg cagtctggga cgcgcgtcga tgcaagtcga acgaggaggt cgaacacttt
    63361 cgaatggctg cgagcttgct ggatcgcgca gtcttgaaag tggccgatgc cattcggccg
    63421 gacgcttcgc agcgcgacgt tgccgccgtt gctgccgccg agtactaccg gctgggtttc
    63481 gacgatggtt tcgttggcta cgtgacggct ggttcggact gggattgtct gcacagctcg
    63541 atgagtgacg agccgattgg agagggtgca ctggttcacg tcgagcttct gccgaagctc
    63601 aagggctact cggtgcggat catgcgcacc gtggccgtgg ggcgggctac cgaagaccag
    63661 aagtcaacct tcgcggccct ctgtgcgctt caggacgagc aattcagtgc catgcgccct
    63721 ggcgcagtag cagccgatgt ggacgccatc gtgcggcagg gcgtactgtc ggcgggcctg
    63781 agacccgact atgaaaacat cacgggctat accttgggat tttcggcacc ctcgtctcag
    63841 cgcgtgagcg atctctacag gtctttcgtg ccgaccgcca cttggctgct tgagaagggc
    63901 atggtgttcc acatgtacac ctccgctcgc ggcctggctg tcagcgagac ggtcttggtg
    63961 accgaatccg gcgccgagcg attgactcgc acgccccgca agatttttga aactggggtg
    64021 aaagcatgat gactggccgc atggaatcgg ttcgggacat tcccgaggcc caggtgggga
    64081 ggcgaagcgc tggtgtcggc gttgcgaatg tctcgaagtc ctatggagcg ttcaaggcgc
    64141 tcgacgacgt ctcgctcact gtcgaaccgg gggagttcgt cgcgcttctg ggccccagtg
    64201 gttccggcaa gtcgaccttg ctcatgatga tcgcgggttt cgaaaccccg agctcgggcg
    64261 accttctggt gaaggggata cgcgtcaacg atcagcccgc gtacaaacgc ggcttcggag
    64321 tggtgttcca gcgctatgca ctgtttccac acatgacggt ctctgaaaat gtggcgtacc
    64381 cactctttcg tcgcggattg aggggcaagg aggttgaggc agaggtcgcc aaggcgttgg
    64441 acctggtggc acttgggacc ttgaggaaca ggcttccagc ccaactgtcc ggtggccagc
    64501 agcagcgggt ggctctcgcg cgcgctctgg tattcaagcc gcccctcttg ctcatggacg
    64561 agcccttggg agcgctggac cgcaagctgc gccagcaatt gcagctggag atcaagcaga
    64621 tccacaggca gatcggaagc acgatcattt tcgtgaccca tgaccaggaa gaagcgctgt
    64681 cgatggcaga ccgggtcgcg gttctcgaag gaggccgctt gcagcagttt ggatcgcctc
    64741 gagatcttta tgagagcccc gcgagcgcgt tcgtggcgga cttcatcggg gaaaccagct
    64801 ttctgcccgt ggtgttgtcg ccggctggag cggaaatcaa cgcagaaatc gcctctctgc
    64861 gaattcgcag gtcgataccc gttgaacgag tcctcacccg ttcaacctct ggccgccttg
    64921 caattcgccc ggagaacgtg caactgcgac tgtcggagga tggtcctgct cgcgttgttg
    64981 aatccgcgta cgccggaacg acccaggtgg tgctcgtcga ggttggtgac gttcggcttc
    65041 tctcccgctc gcagatgaca ccggacaggc agttgtttca tgccggccag cgcgttgaag
    65101 tcgatctcga cacggcgcac gcgatggtct atccgatcga ataggggctg acctgatatg
    65161 catcatccca accactccac gcggaaatcg gcgatttcag cggcgctgga aacgttcgac
    65221 tcgggccgat tcctcgccga cttgaatcgc cgtgtctcgt accgcaccga aagccaggtc
    65281 gaaagcagcg cctcgcaact tcatgcgtac ctgcgggacg agatcgcgcc gactctcggt
    65341 cgccttggct tcacattccg gatcgtcgcc aacccggcgg gtgtcgacgc tccaattctt
    65401 ctggcagaac ggatcgaaga ggagggcctg ccgacggtcg tcacttatgc gcacggagac
    65461 gttgtccgtg gctatgacga tcaatggcga aagggtctcg agccatggaa ggtggtcgtt
    65521 gaaggagatc gctggtatgg acgcggcacc gctgacaaca aggggcagca ttcaatcaac
    65581 atcgccgcgc ttgaatcggt gatcgcggtc cgaagcggac ggatcggtta caacatcaag
    65641 ctgatattcg aaaccggtga ggagatcgac tcgcccgggc tcggtgccct ttgcgcagcc
    65701 gagaaggact ttctgacggg ggatctcttc ctggcgtcgg acgggccgcg cgttgctgcg
    65761 gacaggccga ccatttttct cggctcgcgc ggagagctca acttcgagct cgaggtcgat
    65821 ctacgggacg gcgcccatca ctccggcaac tggggaggcg cactacgcaa ccccgccgtc
    65881 gttctgtcgc atgcgatcgc aacgctgatc gacaaggatg gacgcattct ggtgaaaggg
    65941 ctccttcctc cgccgatctc tcccgctgta cgcgccgcaa tttcggatct cgcgctcgga
    66001 agcgacgagc atgcccccgc ggtagatcca tcttggggcg agcctgggtt gacccctgcc
    66061 gaaagggtct gggcatggaa cgcgttggag gtgatcgcgt tcaaggcggg caaccctgac
    66121 gcacccgtcg gtgcgatccc accaacggca cgggcgcact gccaattgag atacgtcgtc
    66181 ggcacgaact gggaaaacgc gcaccggcac ctcgaagagc accttgccgc caaggggatt
    66241 gcatccgtga aggtcacggt gcagcccgcc ggaaccgcaa cccgcctgga tctgaaggac
    66301 ccctgggtcg aatgggcact tcgctccatc gaagcaagta cggggaagaa gcctgcattg
    66361 ctgccgaata tcggcggcac cgttcccaat gcgatcttcg ctgaaaccct tggcctgccg
    66421 acggtatggg taccccattc ctatgcggcg tgctcgcagc acgcgccgaa cgaacacctc
    66481 ttgggctcgg tggcgcgtga agccctggcc gtgatggccg ggatttggtg ggatcttgga
    66541 gacgatgggg ccgacgtagc cgcatcgcgc aaacgccgaa tcgaagccta ggtcccggcg
    66601 accactggtc agagcggtgg aacccgctga atctggaccg aatgggccgc gtttcgtgtg
    66661 ccgctcaacg cctgggtcga tccatcggcg tcccgtgctc tcgcgatgat gctcaccggg
    66721 cccggcgtcc gcggcagtgc aagcgttgcc gcgaactgct gccattcgaa ttctcggcgc
    66781 ggccggacct cggcctcttg ccacgttgcc ccgccatcgg tgctgagagc cacgccgccg
    66841 atgccgttgt tgctccaggc ccagcccttg acttcgacat catctgtgga gatggtgtcg
    66901 tcgggtgccg gatgggtgat catcgaattg ggctcgacag cccacaccgg ctctcgaatg
    66961 actttgcctt cgtgctcgct gtcgcggttg taccaatcgg tcgtgaaggg ggagttcgca
    67021 cgcctgcctt ggaccgacaa ccggcatagc cacttggtca tgttggtgcc gaaccagcca
    67081 ggcacgacga gccgaaccgg gccgcctcgc tcgcgcgtca agggtgcacc attcatctcg
    67141 taggccacga gcacctcgtg cgacagcgcc ttcgaaatgg gcagatcctt gcgataccga
    67201 ttcatgctgc ggccgccgaa ctcgccactg tcgaggccgt ccgaccaggc atgagtggcg
    67261 cccgcctcga gttgcgcttg ctcgagcagc acagccagtg gcacacccgt ccactggacg
    67321 ttgcctaccc gccagagatt gccgttggcc gggaccaggg gactgccaaa gcactcatgg
    67381 aaggcagtga cggagactga aggcagccgc ttgagacctt ccagcccgat cgagaaaggc
    67441 ctgcgtacga gcccgtccac ttgcagtcgc cagcgcgtgg cgtcgacttc gacggaaccc
    67501 atgtggatgg tttcgaagag ctgcgcatcg gaggtgatga agtcgcgcag cgccgcaggg
    67561 gcaggtggcg gcttcagatg gaacccggga gaccggccca tgacgaccga gcgctccacg
    67621 ccttcaggca gcggtggcag gaaatcggag ctactcatcc agcaccccgg cggtgatctc
    67681 atcgtcgagc agccgcggaa actgcggatc ggacggccct gaccacgcga ccggctcgtg
    67741 ccggcggcgt tcgacaccca gagagaagac gtcgaatcgg ttgtagtagc ccaccacgtc
    67801 atggaactgc ttcggctcga tgcacttgtt caggtcgaac tcggcgtagg cgatcccttc
    67861 ctcgttctgg agcgtgtcgc cgatctgtgt gccggtgggg tccacgaaca tcgatgcggc
    67921 gcgcggcgtg ccgtcgacca cctctgccac ggcgggatcg cgatccacca gaaaatcacg
    67981 catcgccttg tccatgaagc tcgcgcagac gattccgaac gccttggctt cgaacgaatg
    68041 agcggaggcc cgaatgcggt ttgccgcaac gttgtcgaag tttccgccgc ccgagggctt
    68101 ccgcgtgggc cacatcggcg gccagctgga gatatgaatc tgctctgcct gcgccatgag
    68161 cgaaaagcgc gcgagcgggt tggtgttctc gccgcagatc aggccgccga tgcgcccgaa
    68221 gcgggtctcg gcgacgcgaa gcccctgtcc gtctccggcc gcccagatca gcttctcgta
    68281 gaaggtcggc accagcttgc gatggtggtt gagcaactcg cccgtctcgc cgatcaggag
    68341 gttcgagttc cagatgcagc cggcgctcac ggtgctgcgt tcgctgatgc ccatcgacac
    68401 gcacacgccg aagcgcttgg cggccgcggc aatcagggcc acctcgggcc ccggcacata
    68461 gacgctgttc tcgaccatgg cctcgaacag atcgtggttg tagatgggcg cccacagggc
    68521 cgcccacacc gggaacgccg ggatgtacgt ctccgggaac gcgatcacct gcgcgccatg
    68581 aagggcggcc tccttgatga tggacacggc cttttcggtc gtggcggtct tgtcgagcag
    68641 caacggcgct gcgtgggcgg cggcaacctt cacccggggc aatgaactca tgtcaggtac
    68701 tcgctgtgcg ttgctgaggc tcacaggata gttgcgggta cagccgcaga gatgctcgaa
    68761 aaacgcaaca agaggtgcgt ttttgcggcc tccacgggtc catggagcat ctgcgcacag
    68821 cgggttgtga atttcccagc ggctatttgc acggaacatg ctcaccattg acgtgtcgcc
    68881 gacctgattc gttcaatcca cttggagggc ccatggaccc atcacatgag tatgttcgcc
    68941 tttcccgcac cggcctctgt gcctgtggca gtacccacgg tgacgatgag gagtgcctcg
    69001 cggagaagcc tgcgaacgct gacgatgcgc tggccggc
//
