LOCUS       NC_021016.1            36815 bp    DNA     linear   UNK 01-JAN-1980
DEFINITION  NC_021016.1 Anaerostipes hadrus, complete sequence.
ACCESSION   NC_021016
VERSION     NC_021016.1
KEYWORDS    .
SOURCE      
  ORGANISM  
            .
COMMENT     ##gutSMASH-Data-START##
            Version      :: 1.0.0-1555cd7(changed)
            Run date     :: 2024-03-13 23:34:32
            NOTE: This is a single cluster extracted from a larger record!
            Orig. start  :: 1496488
            Orig. end    :: 1533303
            ##gutSMASH-Data-END##
FEATURES             Location/Qualifiers
     cand_cluster    1..36815
                     /candidate_cluster_number="1"
                     /contig_edge="False"
                     /detection_rules="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and minimum(2, [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))"
                     /detection_rules="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /detection_rules="((PFL_acetate1 or PFL_acetate2) and
                     Radical_SAM)"
                     /detection_rules="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D,
                     HleuD1, HleuD2, HleuS1, HleuS2, Lactoyl-CoA1,
                     Lactoyl-CoA2]) and minimum(1, [ACP_syn_III, ACP_syn_III_C,
                     AcetylCoA_hyd_C, AcetylCoA_hydro, Acyl-CoA_dh_1,
                     Acyl-CoA_dh_2, AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG,
                     Biotin_lipoyl, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_6_Glutaconate, CoA_transf_3,
                     ECH_1, ECH_2, ETF, ETF_alpha, FGGY_C, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, Mal_decarbox_Al, Peptidase_M22,
                     Peptidase_M23, Thiolase_C, Thiolase_N, ketoacyl-synt]) and
                     not (minimum(2, [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /detection_rules="(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="(minimum(1, [PFOR_II, POR, POR_N]) 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 (Gly_radical_scatole or Gly_radical or
                     Gly_430_pcre or Gly_8-9_TMA))"
                     /kind="chemical_hybrid"
                     /product="GR_AA_metabolism"
                     /product="GR_fatty_acids"
                     /product="Pyruvate2acetate-formate"
                     /product="Others_HGD_unassigned"
                     /product="OD_fatty_acids"
                     /product="OD_AA_metabolism"
                     /protoclusters="1"
                     /protoclusters="2"
                     /protoclusters="3"
                     /protoclusters="4"
                     /protoclusters="5"
                     /protoclusters="6"
                     /tool="gutsmash"
     region          1..36815
                     /candidate_cluster_numbers="1"
                     /contig_edge="False"
                     /product="GR_AA_metabolism"
                     /product="GR_fatty_acids"
                     /product="Pyruvate2acetate-formate"
                     /product="Others_HGD_unassigned"
                     /product="OD_fatty_acids"
                     /product="OD_AA_metabolism"
                     /region_number="8"
                     /rules="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and minimum(2, [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))"
                     /rules="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /rules="((PFL_acetate1 or PFL_acetate2) and Radical_SAM)"
                     /rules="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D, HleuD1,
                     HleuD2, HleuS1, HleuS2, Lactoyl-CoA1, Lactoyl-CoA2]) and
                     minimum(1, [ACP_syn_III, ACP_syn_III_C, AcetylCoA_hyd_C,
                     AcetylCoA_hydro, Acyl-CoA_dh_1, Acyl-CoA_dh_2,
                     AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG, Biotin_lipoyl,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_6_Glutaconate, CoA_transf_3, ECH_1, ECH_2, ETF,
                     ETF_alpha, FGGY_C, HCDH, HCDH_N, Hacid_dh, Hacid_dh_C,
                     Mal_decarbox_Al, Peptidase_M22, Peptidase_M23, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and not (minimum(2,
                     [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /rules="(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="(minimum(1, [PFOR_II, POR, POR_N]) 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 (Gly_radical_scatole or Gly_radical or
                     Gly_430_pcre or Gly_8-9_TMA))"
                     /tool="gutsmash"
     protocluster    1..29104
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[1506488:1515592]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and minimum(2, [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="GR_AA_metabolism"
                     /protocluster_number="1"
                     /tool="gutsmash"
     proto_core      10001..19104
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and minimum(2, [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="GR_AA_metabolism"
                     /protocluster_number="1"
     protocluster    1..25494
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[1506488:1511982]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /neighbourhood="10000"
                     /product="GR_fatty_acids"
                     /protocluster_number="2"
                     /tool="gutsmash"
     proto_core      10001..15494
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [Gly_430_pcre, Gly_8-9_TMA,
                     Gly_radical, Gly_radical_scatole, PFL-like, PFL_6_pcresol,
                     PFL_9_tma, PFL_acetate1, PFL_acetate2, PFL_proline,
                     PFL_toluene]) and not NRDD and (minimum(2, [ACD1_car,
                     ACP_syn_III_C, AcetylCoA_hyd_C, AcetylCoA_hydro,
                     Acyl-CoA_dh_1, Acyl-CoA_dh_2, Butyrate_kinase,
                     CT_Propionyl_CoA1, CT_Propionyl_CoA2, CT_Propionyl_CoA3,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_2_CAF, CoA_trans_6_Glutaconate, E1_dh, ECH_1,
                     ECH_2, HBT, HBT_2, HCDH, HpaB, Ketoacyl-synt_C, Thiolase_C,
                     Thiolase_N, adh_short, adh_short_C2]) or FA_synthesis) and
                     not (POR or POR_N or PFOR_II))"
                     /neighbourhood="10000"
                     /product="GR_fatty_acids"
                     /protocluster_number="2"
     protocluster    1..22960
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[1506488:1509448]"
                     /cutoff="2000"
                     /detection_rule="((PFL_acetate1 or PFL_acetate2) and
                     Radical_SAM)"
                     /neighbourhood="10000"
                     /product="Pyruvate2acetate-formate"
                     /protocluster_number="3"
                     /tool="gutsmash"
     proto_core      10001..12960
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="2000"
                     /detection_rule="((PFL_acetate1 or PFL_acetate2) and
                     Radical_SAM)"
                     /neighbourhood="10000"
                     /product="Pyruvate2acetate-formate"
                     /protocluster_number="3"
     protocluster    3281..29104
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[1509768:1515592]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D,
                     HleuD1, HleuD2, HleuS1, HleuS2, Lactoyl-CoA1,
                     Lactoyl-CoA2]) and minimum(1, [ACP_syn_III, ACP_syn_III_C,
                     AcetylCoA_hyd_C, AcetylCoA_hydro, Acyl-CoA_dh_1,
                     Acyl-CoA_dh_2, AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG,
                     Biotin_lipoyl, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_6_Glutaconate, CoA_transf_3,
                     ECH_1, ECH_2, ETF, ETF_alpha, FGGY_C, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, Mal_decarbox_Al, Peptidase_M22,
                     Peptidase_M23, Thiolase_C, Thiolase_N, ketoacyl-synt]) and
                     not (minimum(2, [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /neighbourhood="10000"
                     /product="Others_HGD_unassigned"
                     /protocluster_number="4"
                     /tool="gutsmash"
     proto_core      13281..19104
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D,
                     HleuD1, HleuD2, HleuS1, HleuS2, Lactoyl-CoA1,
                     Lactoyl-CoA2]) and minimum(1, [ACP_syn_III, ACP_syn_III_C,
                     AcetylCoA_hyd_C, AcetylCoA_hydro, Acyl-CoA_dh_1,
                     Acyl-CoA_dh_2, AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG,
                     Biotin_lipoyl, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_6_Glutaconate, CoA_transf_3,
                     ECH_1, ECH_2, ETF, ETF_alpha, FGGY_C, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, Mal_decarbox_Al, Peptidase_M22,
                     Peptidase_M23, Thiolase_C, Thiolase_N, ketoacyl-synt]) and
                     not (minimum(2, [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /neighbourhood="10000"
                     /product="Others_HGD_unassigned"
                     /protocluster_number="4"
     protocluster    4117..35303
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[1510604:1521791]"
                     /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="5"
                     /tool="gutsmash"
     proto_core      14117..25303
                     /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="5"
     CDS             4248..4601
                     /locus_tag="ctg1_1487"
                     /transl_table=11
                     /translation="VKTEVKNNITYLYPDSGKRLKMLNGTDTYSVLILAKDDTQDNYEE
                     VDSLWEPDLPETETVPEVPEITPDENGKITYEDAQKLVDTIKEMQSRMVDMQESNTMLT
                     ECILEMSEVVYDA"
     CDS             4642..4773
                     /locus_tag="ctg1_1488"
                     /transl_table=11
                     /translation="MMAMLWTQQIMIGKKTYAQVPKLLKEKVKEILIDSGCEELVTE"
     CDS             4791..5099
                     /locus_tag="ctg1_1489"
                     /transl_table=11
                     /translation="LSDYITREEHDEFKDGLKAEHARTNARLREVEEVVKEIHTMSTTL
                     IVLCEKMSSVNNSIDALNADVDTLKARDGEMWRKIVAYILTTVAGIIIGYIFKQIGM"
     CDS             5113..5409
                     /locus_tag="ctg1_1490"
                     /transl_table=11
                     /translation="MLKNCVFKIDVDTKQWFKSTIIRAIKTFAQVAASMITVGVAITDI
                     NWKIVFSVAFVAAIYSILTSIGGLPEVPAVNTDSEDLEDTTYKEVEDLKEGDL"
     CDS             5409..6203
                     /locus_tag="ctg1_1491"
                     /transl_table=11
                     /translation="MAIKKVNVHGGHNPAGKIACGAKDLLDESKEDRKIAKAVIKYLRK
                     AGVTVYNCTVSNGTSQRDVLKKICAKCNQNGVDFDVSVHLNSGRNDHKGDKKLGGFEVW
                     ATAFSGIKKEVAERAVVNMKKLGFSSHGDPYKRTMELYYLNHTKAKAILFEICFVDDKD
                     DYLLYKTVGADKIGKALAEAIVGHSIKTSKTAKIASVFKSGVSVKIVGNATYGGASKGK
                     LISSAYLNKKYTVTKVQTNNGQQEALIKQLNSWVPTKYLKLC"
     CDS             6282..6974
                     /locus_tag="ctg1_1492"
                     /transl_table=11
                     /translation="LFSVCLAQTVGQYFFFYIGVAHTSGVKGGIITGLGNFIAILMSCL
                     IVRNEKLTGRKLTGCILGFAGVVVINLLGNSLDFGFTMMGEGFVLISQLAYATSTILIN
                     YYSKKVSPVILSGTQFFIGGIVLFLIGNAMGGHLDHVTVGGITVVLYLALVSAVAYTLW
                     SVLLAYNDVSKVAIFGFVNPLCSVILSALVLGEIKQAFNIGSLIALALVCVGIYIVNAK
                     KNNKSNLE"
     CDS             6988..7671
                     /locus_tag="ctg1_1493"
                     /transl_table=11
                     /translation="MRYEILGETLPVVICYLESGEKMVTEGGGMSWMSPNMKMETTSNG
                     GIGKIFGRVFSGEKMFQNVYTAQGGKGMIAFASCFPGSIKAFEIAPGQEMILQKSAYLA
                     GENGVELSAFFNKKIGAGLFGGEGFIMQKASGHGIMFAEFDGHVVEYELEAGEQIVVDT
                     GHLAAMTASCTMEIKSVPGVKNMLFGGEGVFNTILTGPGKVWLQTMPISNVAGVLSPYF
                     PSSSK"
     protocluster    7159..36815
                     /aStool="rule-based-clusters"
                     /contig_edge="False"
                     /core_location="[1513646:1523303]"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) 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 (Gly_radical_scatole or Gly_radical or
                     Gly_430_pcre or Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_AA_metabolism"
                     /protocluster_number="6"
                     /tool="gutsmash"
     proto_core      17159..26815
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [PFOR_II, POR, POR_N]) 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 (Gly_radical_scatole or Gly_radical or
                     Gly_430_pcre or Gly_8-9_TMA))"
                     /neighbourhood="10000"
                     /product="OD_AA_metabolism"
                     /protocluster_number="6"
     CDS             7711..7944
                     /locus_tag="ctg1_1494"
                     /transl_table=11
                     /translation="MAFFDYDRNGKKDWKDNAREYYLYNKLKENDASKHSQGKKESSDD
                     GKSNVGCGSVLLCFLFMFCMMWFAMMVDSLCK"
     CDS             7959..9485
                     /locus_tag="ctg1_1495"
                     /transl_table=11
                     /translation="MTKTKAYIAIDLKSFYASVECKERNRDPLTTNLVVADQSRTEKTI
                     CLAVSPSLKSYGIPGRPRLFEVVQKIKEVNNTRRWKALNRTFTGSSDDSTELNANPALK
                     VDYIVAPPRMEYYLEYSSKIYNIYLKYIAPEDIFPYSIDEVFIDATDYLNTYQMTAREL
                     AMTMIRDVLKTTGITATAGIGTNMYLCKIAMDIVAKHIKPDKDGVRIAELDEMSYRRKL
                     WNHRPLTDFWRVGKGYAKKLEEHGLFSMGDVARCSVGKPNEFHNEELLYKMFGINAELL
                     IDHAWGYEPCTMEQVKAYKPETNSVCSGQVLHCPYDFDKAKLVVKEMTDLMTLDLVDKR
                     LVTDQIVLTVGYDIENLTDPDRYRKYKGSVTIDRYGRKVPKHAHGTTNLKKKTSSTMLI
                     TDAVMELYDRIVDKNLLIRRINITANKLVDESFSKEEETYEQLDLFTDYTVKEQEQAEE
                     EAVLEREKRMQQTMLTIKKKFGKNAILKGMNLQEGATAKDRNEQIGGHKA"
     CDS             9519..9947
                     /locus_tag="ctg1_1496"
                     /transl_table=11
                     /translation="MKDQYNHKYDDIINLPHPTSKKHPRMSLYARAAQFSPFAALTGHE
                     AAIKETVRQTDAKQVLSEEVIAELNKKLYLIAETIGTQQMVEITYFVPDAKKDGGAYIT
                     CSGCVKKIDKYKHTVVMTDQTIIPIEQISNIEGEMFEE"
     CDS             complement(10001..12232)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Pyruvate2acetate-formate: PFL_acetate2"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_AA_metabolism: Gly_radical"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_AA_metabolism: PFL_acetate2"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: Gly_radical"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: PFL_acetate2"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg1_1497"
                     /sec_met_domain="Gly_radical (E-value: 4.1e-44, bitscore:
                     147.0, seeds: 99, tool: rule-based-clusters)"
                     /sec_met_domain="PFL_acetate2 (E-value: 0.0, bitscore:
                     1052.3, seeds: 33, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MLNEWNGFNDGVWTKEINVRNFIQKNYTLYEGDDSFLADVSQKTK
                     KVWNKCEELLAEELKKGGVLDVETDIISGITNFAPGYIDKENEVIVGLQTDAPLKRIVN
                     LYGGKRMAHQSLEQYGYKLNEEIDRHFNEYRKTHNEGVFDAYPKRTRLARTAGLLTGLP
                     DAYGRGRIIGDYRRVALYGIDHLIEEKQKDLDFEDGPMTEDRIRLREEISEQIRALSKM
                     KEMAASYGVDISKPAKNAKEAVQAVYMGYLAGTKENNGAATSLGRTSTFLDIYIERDLK
                     NGVITEIEAQELIDQFIIKLRLTRHLRTPEYDELFGGDPTWITESIGGVGINGKPLVTK
                     NSFRYLHTLYNIGTAPEPNLTVLWSEKLPDNFKHFCSKVSIDTDSIQYENDDVMRPVYG
                     DDYAIACCVSAMKVGKQTQLFGARCNLAKSLLYAINGGIDEKKGIQVVPGIEPITDDVL
                     DFDKVWENYKKVMTYVAELYVDTVNIIHFMHDKYAYEASQFALHDTNLERIAAYGIAGL
                     SIAADSLSAIKYATVKPIRNENGVAIDFETIGDFPKYGNDDDRADDLAVNTVTFFSDEL
                     KKHPIYRNAIHTLSALTITSNVMYGKKTGSTPDGRKLGEPLAPGANPMHGRDENGALAS
                     LNSVAKIPYRDVCQDGVSNTFSIVPDALGKDQEQRVQNLTTILDGYFVQGAHHLNVNVM
                     HRETLIDAMEHPEKYPTLTIRVSGYAVNFNRLSREQQEEVIRRTFHQSM"
     CDS             complement(12226..12960)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Pyruvate2acetate-formate: Radical_SAM"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1015:4Fe-4S single cluster domain (Score: 78.6;
                     E-value: 1.9e-24)"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg1_1498"
                     /sec_met_domain="Radical_SAM (E-value: 1.3e-30, bitscore:
                     104.5, seeds: 518, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTVGHVHSIESMGLVDGPGIRTVIFLQGCALRCRFCHNPDTWELS
                     GGTEYTPEKLVAKIRRFKPYFKEDGGVTFSGGEPLLQPDFLKETLKLCKNEGIHTCIDT
                     AGYGLSDYDEILNHTDLVLLDLKHIHKTDYEKMTGRSMDRFEEFLNALKKHQTKIWIRH
                     VVVPGITDSEDHMAQLKAYIQTIPNVEKVELLPYHLLGTNKYKVMDIPYSLEGVPAMDK
                     KKTEMLQQTYFDHVYFMEEKSC"
     CDS             13281..14075
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: ECH_1"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: ECH_1"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg1_1499"
                     /sec_met_domain="ECH_1 (E-value: 3.7e-60, bitscore: 200.8,
                     seeds: 9, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MKLKKLQFVVEDGVGIITMNYMKNLNAIDDQMADELMYVVDTCEN
                     DPNVKVVVLKGMPKAFSAGGDIGYFYNLIQQGGEVNMDSLISKVGNVTDGLKRMSKLVI
                     SSVSGAAAGAGVSLAFSGDFVVCADNAKFIMAFVNLGLVPDTGGTYLFVKSLGIQKAME
                     LCVTGRPMKAQEAKDAGMVYDVVPAEELDDTVMKLAKKFANGPLLSYKNIKKQIYQAGL
                     ADYKKYLDECEIPTQRECAASSDFIEGVKAFMEKRKAEFKGE"
     CDS             14117..14833
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: CoA_trans"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: CoA_trans"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: CoA_trans"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg1_1500"
                     /sec_met_domain="CoA_trans (E-value: 2.7e-53, bitscore:
                     178.1, seeds: 40, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="LKSKVVTREEALSRIHDGQTIMFGDWHGEFAADEIIDGMLEKGIK
                     DIDAIAVSAGMADQGVGKLIKDHRVKSLITTHIGLNPIAKDQMFAGELAIEFSPQGTFA
                     ERIRCGGAGLGGCLTPTGLGTEVEEGKQKLTIDGKEYLLELPLRADVALIKATKADTAG
                     NISFRMNSRATNSTMAMAADTVIVEVEEIVEVGELGPEEIDVPAPVIDMIYERTGEKRP
                     MCPMWQRAKAKAEGGQ"
     CDS             14835..15494
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_fatty_acids: CoA_trans"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: CoA_trans"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: CoA_trans"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg1_1501"
                     /sec_met_domain="CoA_trans (E-value: 5.5e-27, bitscore:
                     92.1, seeds: 40, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MAGLTGRKLIASRCAKFFKDGDFVNLGIGVPLMCVNYLPEGVDLW
                     LEAEIGTVGSGPTPSWDEADIDVIDAGGQPASVIKGGSVYDHEMSFAFIRGGHIDAAVL
                     GTLQVDQEGNIANWTIPGKMVPGMGGAMDLCAGVKKIIVATDHCEKSGKSKILKKCTLP
                     LTGVHCVTDIVTERCYFEVTKDGLVLRELAEGYSVEDILACTEADVIVPDEIGVMS"
     CDS             complement(15577..16968)
                     /locus_tag="ctg1_1502"
                     /transl_table=11
                     /translation="MNQEKNKGAEYDFYGKLPLQKAILLGLQHVFAMFVGNLTPVLIIT
                     GACGIASGTEFADVQIALLQNAMLIAGIVTLIQLYAIGPIGGKVPIIMGTSSGFIGVCS
                     SVASVMGGGILGYGAIMGASIIGGLFESVLGFMLKPLRRFFPAVVTGTVVLSIGLSLIG
                     VGVNSFGGGNSANDFGSIENLLLGTIVLVIIIALKHGTKGITSASSVLIGIIAGYIIAG
                     IMGVVLPTTAVNADGVEYTKAWVLNWDKVAQAGWFAIPKFMPVKIIFDARAIVPVLIMF
                     IVTAVETVGDISGVIEGGMDREATDSELSGGVVCDGIGSTIAAFFGVLPNTSFSQNVGL
                     VTMTKIVNRFALATGAIFLILCGLFPKLAALISIMPQSVLGGAAVMMFSSIVISGIQLI
                     TKEPLTMRNITVVSVALGLGYGIGANSTVLSGLPEGIQLIFGGSGIVPAALVAIILNIA
                     LPKED"
     CDS             17159..17926
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_AA_metabolism: BcrAD_BadFG"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: FGGY_C"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: BcrAD_BadFG"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_AA_metabolism: BcrAD_BadFG"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg1_1503"
                     /sec_met_domain="FGGY_C (E-value: 1.8e-06, bitscore: 25.3,
                     seeds: 64, tool: rule-based-clusters)"
                     /sec_met_domain="BcrAD_BadFG (E-value: 3.2e-51, bitscore:
                     171.9, seeds: 18, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="VISLGLDSGSSMTKAVLLEDTKIIDTKMIPTSISPRKSLEALYRE
                     IKKQHKEIDVIVTTGYGRNLLDQADFKITEITCHAAGAFFMNPDCDTIIDIGGQDSKVI
                     TIDDLGCVTDFLMNDKCAAGTGRFLEMTMKRVESEIGRIDTFVKDAKPAKINSMCAVFA
                     ESEIVGLLAQDIAPGDIVLGCVESICQRTAAFAQKLAPANPKVFFSGGLAQFDVIKQSL
                     ANHLGVKEVATDSLCQYTGAIGAAVLGIRKIKR"
     CDS             17953..19104
                     /gene_functions="biosynthetic (rule-based-clusters)
                     GR_AA_metabolism: HGD-D"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: HGD-D"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_AA_metabolism: HGD-D"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg1_1504"
                     /sec_met_domain="HGD-D (E-value: 2.4e-78, bitscore: 261.7,
                     seeds: 370, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="VVELKKELPEIFEEFAEQRKNSFLAIKEVKEKEIPVVGVFCTYLP
                     REIPNAMGAAVVGLCSVSDETIPDAEKDLPRNLCPLIKSSYGFAKTDKCPFFYFSDLVV
                     GETTCDGKKKMYEMLADFKPVHVVELPNCQTEDGIQLYKKELLRFKKVLEDKFETTITD
                     EAVLHQIKLRNGINKALRRLQYVMANDPAPVNGLDVINTVYGSGFDINTEGLEDRINAV
                     TDKIEKEYTEGKNIGKKPRILVTGSPSGGAALKVIRAIEDNGGVVVCFENCTGMKPLAM
                     VDEENPDVYDALARKYLNIGCSCMSPNKNRLDLLDELIDDFQVDGVVDLVLRACHTYNV
                     ETALIKKLVKDKKGIPYTVVETDYSQADIEQINTRMAAFIEML"
     CDS             19215..20024
                     /locus_tag="ctg1_1505"
                     /transl_table=11
                     /translation="MSKYYSINKFSKILGVSAXXXXXXXXXXXXXXXXXXXXXXXXXXX
                     XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
                     XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
                     XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
                     XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVSST"
     CDS             20119..21516
                     /locus_tag="ctg1_1506"
                     /transl_table=11
                     /translation="MEKKQPIIELKHIKKCYTKDVPVIYDFNLTINEGEFVTFLGPSGC
                     GKTTILRMLAGFETPTSGEILFNGKDISELPPNERKFNTVFQKYALFPHLNIYDNISFG
                     LKEKKVPKNEIKKKVKRVLEIVDLEGFEKRKIDSLSGGQQQRIAIARAIVNEPRILLLD
                     EPLSALDYKMRQEMQIELKNMHKELGITFIFVTHDQEEALMMSDKIVVMSKGQIQQVGT
                     PEEIYNKPQNAFVADFIGESNIFDGMKKEGNLIHFAHHDFVCHDDHEPGTRLDVVIRPE
                     DVVLTTPDKGKFTGEVISCLFCGKFYEVAVLSDKNEIEAHILHELTPGTKVGVDFTADT
                     IHTMPKDLKVNHYIGTIDKDGWLELTDGRIPVKEKEPKAHPEGTRLKMYFPSKLAKLSD
                     DPEEGYFQGNIISIIYKGDHYNYRILSENKVEYSVDDEDLWNIGDFVSVVVPEDAMVFE
                     SVSEDAE"
     CDS             21513..22298
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) BPD_transp_1"
                     /gene_functions="transport (smcogs)
                     SMCOG1004:Binding-protein-dependent transport system inner
                     membrane component (Score: 60.4; E-value: 6.4e-19)"
                     /gene_kind="transport"
                     /locus_tag="ctg1_1507"
                     /sec_met_domain="BPD_transp_1 (E-value: 3.2e-17, bitscore:
                     60.4, seeds: 81, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MKNDRLKSILGIPYFLFLVIFVVCPVLILLYYAFTNGAGEFSLAN
                     FTLFFTDSKAIGTLIYSVMVAVVTTIVCLLIAYPVAYLLAKGEFRRGNVLLMLFVMPMW
                     INFTLRITALKEILTLIEGNLAFHPFLNTVIGMTYDFLPFMILPIYNTIAKIDHSYIEA
                     AKDLGAKSYRVFLRVILPLSIPGIISGITMVFLPSMTNYVVLDMMYNSTYIMGSLVGSY
                     FSMYDWNNGSVISMILLILILLLSTITGEFSDKEDNAYE"
     CDS             22291..23088
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) BPD_transp_1"
                     /gene_functions="transport (smcogs)
                     SMCOG1004:Binding-protein-dependent transport system inner
                     membrane component (Score: 55.5; E-value: 2e-17)"
                     /gene_kind="transport"
                     /locus_tag="ctg1_1508"
                     /sec_met_domain="BPD_transp_1 (E-value: 1e-15, bitscore:
                     55.5, seeds: 81, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNKKTIQSVFLGMVLLLMYLPILLLAVYSFMDSAIIGRSGSFTVK
                     NYVYLFHSEDLRSMIFGTLILAVVVAVISTILGTLGAIGAFYSSKKLKRPIHLMNQIPV
                     VNADVVTGFSICVLLIVFFKMDKASYIPLVIGLVSLCSPFVYLSVIPRLKQMDPQLYEA
                     ALDLGCSPFGALRKVVLPQLTSGIVSGFMMSITLTLDDYFITTYTKPSMFDTISTYVVN
                     ATKGAQTDVKTALWALSTIIFLIVIFVVIGMNHTGRKENDHEI"
     CDS             23078..24499
                     /locus_tag="ctg1_1509"
                     /transl_table=11
                     /translation="MKYKVFSIIFSILLVITLPLALCSCSTQKSSKNDEIILRIANWEE
                     YLDEGDWDDDEEIELENGKKIIGRNSMIKDFENWYEKTYHKKVKVEYSTFGTNEDMYNQ
                     LTIGDTYDLICPSEYMTMKLMAEDKILKYSDEFWDTSDANNYYAKGVSPYIKKSLDQLK
                     YQGQSVGDYTAGYMWGTLGYVYNPKYVSREDAEDWGLLLNQKYYKKITAKDSVRDCYFA
                     VRGMQTQKEILTKKFQNQSNYKERLSSLLNDTSDQSIQNAGMILSKIKDNVYSFETDSG
                     KADLVSGKVVANLQWSGDGVYSMQQVEEEGIKLRYAVPKASTNLWFDGWCMLKAGIGKD
                     KEKQQAAQAFVNYISRSDNVVRNMYYVGYTSVISGGEDKTIYDYIKYMYGSEDKKSVDY
                     DLNYFFQQNGDNYNYVMKTSEEMSKGQLYAQYPTQDVMRRSAVMTYFGDQANKKISRMW
                     IDMRCFDPRIKKNSK"
     CDS             24722..25303
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_AA_metabolism: POR"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_fatty_acids: POR"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg1_1510"
                     /sec_met_domain="POR (E-value: 1.7e-37, bitscore: 126.7,
                     seeds: 86, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNNGLEIRWHGRGGQGAKTAALLLADVAFKTGKYVQGFPEYGPER
                     MGAPITAYNRISDEVIRVHSNIYTPGLVVVVDETLLHSVDVTAGLKEDGAIIVNTPKSA
                     DEIKPMLNGYQGKVYTVDARKISVQALGKYFPNSPMLAAAVAVSGVMKKDAFISEMRAS
                     YQHKFAKKPEVIDGNMQALELTYEELKDVL"
     CDS             25333..25635
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_21"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_2"
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Fer4_4"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1020:4Fe-4S binding domain (Score: 38; E-value:
                     3e-12)"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg1_1511"
                     /sec_met_domain="Fer4_21 (E-value: 2.2e-10, bitscore: 38.1,
                     seeds: 35, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_2 (E-value: 1.5e-07, bitscore: 28.7,
                     seeds: 214, tool: rule-based-clusters)"
                     /sec_met_domain="Fer4_4 (E-value: 0.0023, bitscore: 15.9,
                     seeds: 79, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MRTDISKINEQTPHQDLTEGLMLFAGGTSKQFHTGEWRTRTPILD
                     QDLCRQCMVCSMVCPDSSIPLKDGERVEFDYDHCKGCGICAKACPFDAITMKEGR"
     CDS             25637..26815
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_AA_metabolism: PFOR_II"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     OD_AA_metabolism: POR_N"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg1_1512"
                     /sec_met_domain="PFOR_II (E-value: 1.2e-28, bitscore: 96.9,
                     seeds: 27, tool: rule-based-clusters)"
                     /sec_met_domain="POR_N (E-value: 2.9e-69, bitscore: 230.8,
                     seeds: 31, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MARKDRMSGNEAVSFAIRQINPDVMPAFPITPSTEIPQMVSTYIA
                     NGEIDTEFVPVESEHSAMSAAIGSEAAGARTLTATSSAGLALMWEELLLAASNRMPIAL
                     ALVNRTLSGPININCDHSDGMGARDTGWIQIYAENNQEAYDNFIQAYPIAESAGVHLPI
                     MICQDGFITSHAVENIELLEDEEVKNFVGEYEPEEFLLNPGKPIAVGPYSVTSYAMEAK
                     KNQEIALENAKDAVLKVAKEFKKISGRSYGLFEEYKTKDADYIMLLIGSAAGTAKQAVD
                     DLRAKGKKVGVIKLRLFRPFPADELATALKGAKAVAIMDRTESYNGNGGPLGSEVTAGL
                     FRNKVMIDTVNYIYGLAGRDFTVQEVYDIFADLEDHIENGTKLEQFKYIGLR"
     CDS             26829..27770
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) TPP_enzyme_C"
                     /gene_kind="biosynthetic-additional"
                     /locus_tag="ctg1_1513"
                     /sec_met_domain="TPP_enzyme_C (E-value: 4.3e-21, bitscore:
                     72.8, seeds: 323, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="VSSYNVKEMMSKKERLAPGHRMCAGCGATIGVRAVLRALHEEDHA
                     VIANATGCLEVSSFMYPYSAWEDSYIHNAFENAGATLSGVETAYKALKKRGKLPKDENF
                     KFIAFGGDGGTYDIGFQSLSGAMERGHDMVYVCYDNGAYMNTGIQRSSATPMFADTTTT
                     PTGKESVGKMQNRKDLASIIADHDVAYVGQSTFTLNFNDLHKKAEKAIYTEGASFLNIM
                     TPCPRGWRYNTEDIMEICRLAVETCYWPMFEVDHGKWNLTYEPKKKLPIEDFLRAQGRF
                     KHLFKPGNEHLIEEFQKEVDRRWENLLYKCDR"
     CDS             27798..28685
                     /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:
                     56.6; E-value: 6.3e-18)"
                     /gene_kind="regulatory"
                     /locus_tag="ctg1_1514"
                     /sec_met_domain="LysR_substrate (E-value: 5.7e-26,
                     bitscore: 88.7, seeds: 361, tool: rule-based-clusters)"
                     /sec_met_domain="HTH_1 (E-value: 3.1e-16, bitscore: 56.6,
                     seeds: 1330, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MTLLTYQVFKTIADVGSFHKAADILGLTPSAISHAISSMENELGF
                     SVLTRSKAGVSLTNYGEQLLPYVNAVLNCDESLKQEIAELNGLKQGKVKIGVFSSVCTS
                     WLPEILHSFKKKYTEIDIEVFQGTYDDVVYWIKNGVVDLGFLSVSSAKDIPIEPLYRDE
                     LLCVLPSGTKANKSTNYIDIEEMKHHQFVTQRDSTDADIQNFLKENSLQVQSNYHVVDD
                     LSTIALVEKGFGICLMPKLVMTDIPYKVDSYPTKPSASRIIGLAAMNPNFMAPAVRTMF
                     NHIVDKYQENEFKK"
     CDS             28739..29995
                     /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="ctg1_1515"
                     /sec_met_domain="ADH_N (E-value: 1.5e-09, bitscore: 35.2,
                     seeds: 68, tool: rule-based-clusters)"
                     /sec_met_domain="ADH_zinc_N (E-value: 1.6e-15, bitscore:
                     54.7, seeds: 88, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MQVKGVRLYAKDDIRLEEFELPEIKDDEILVKVMSDSICMSTWKM
                     VKQGADHKRVPADVADHPIIIGHEFAGDIVKVGKKWQDKFKPGQKFAQQPAIPGQAESP
                     GYSYTECGGAATYCIFPNDIIEAGCLWTHEGDSYFESSVAEPMCCVICGYKTNYHVKDR
                     YEHVMGTKAGGSIAILGGCGPMGLGAVSYALAIENKPAKVIVTDIDDAKLARANEVISV
                     EEAKEKGVELIYVNTAKMDDPVDGLKALSVDGKGFDDVFVYVPVRPVAELGNKILGYDG
                     CMNLFAGPTDSEFSADVNLYDCHYNATKILGSTGGSIDDMKEAIDRAARKEIKPAVMIT
                     HVGGIDSIVDTTMNLPNIPGGKKLSYLHINMPMTAISDLRSLAKDDPFFNELADICDRH
                     NGLWSAEAEKALLTHYGVE"
     CDS             complement(30110..30853)
                     /locus_tag="ctg1_1516"
                     /transl_table=11
                     /translation="MDNQNILAVVAGEEITQKDLDALIAALPKEQQAYAGNEHFRNQCL
                     EQIITVHLFAKLGEELKLEETEAFADNLAHAKREILAQMALGEAMKDITVSEDEAKEYY
                     KANENQFMAGETVHAKHILVDDEDKCQEILEKIIGEETTFEDAAKEFSTCPSKEKGGDL
                     GAFGRGQMVKEFEDAAFAAEVGHVVGPVKTQFGYHLIKVEDKKDAETSVYEDVADTIKN
                     IILQQKRNDVYGNKIAELKEKYVEK"
     CDS             31000..31821
                     /locus_tag="ctg1_1517"
                     /transl_table=11
                     /translation="MSVIQITDLNDPQLDIYARLSEGQLLHYYEPDLGIFIAESPKVIQ
                     TAFEQGYEPISFLVEDRHIKTQAKDIILQYQDIPVYTASFDVLKQLTGFGLTRGMLCAM
                     RRKPLPALETICDHAKRIVILENVMNPTNVGAIFRSAAALNMDAILLSKGCSDPLYRRS
                     VRVSMGTVFQIPWTFLGDDTWPADGMHRLKELGYKNVAMALTARSVSIDDEALMSEDKL
                     AIILGTEGDGLCQETIDACDYTVKIPMAHGVDSLNVAAASAVAFWQLAKRK"
     CDS             31826..32707
                     /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; E-value: 1.6e-20)"
                     /gene_kind="regulatory"
                     /locus_tag="ctg1_1518"
                     /sec_met_domain="LysR_substrate (E-value: 6.7e-33,
                     bitscore: 111.3, seeds: 361, tool: rule-based-clusters)"
                     /sec_met_domain="HTH_1 (E-value: 7.7e-19, bitscore: 65.0,
                     seeds: 1330, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MNTNFEHYRIFYYVAKYGNLTKAATVLHTSQPSVTRTIHNLEKNL
                     NCRLFERSKVGMKLTPEGEVFYEYIAAGCAQFFKAESNLSDMLSLENGTIYVSATETAL
                     HCYLFQAMESFNEQYPNVHFKILNNSTRKSINIVKEGNVDFAVVSAPFQIEKPLQQKVL
                     RKYHDILIGGKRFEELKGQKISIKQLAKYPWISLTPEAITRKFLNQYFEKNGLKFEADM
                     ELATTDMILPAVRHNLGIGFIPPEFAKDDLESGEVFEIEVKETFPQRNIILIYDTEYPQ
                     SIAAKAFLRFLN"
     CDS             33014..34129
                     /locus_tag="ctg1_1519"
                     /transl_table=11
                     /translation="MFTKKFTVIISFFLIIAIGIGGMLGYYDARLEAAVTPKKQSMDKV
                     KIKNEEDLTFDKDVVNILLVGSDNGAQGSEKGDHGRSDSMMVATINFKTKELKLTSFLR
                     DMYVEIPGHGRNKLNAAYAFGGEALLYQTLAQNFNIKIDKFCVVDLAAFEKVINRIGGI
                     EMTLEQREAEYLNTTNYISKKKYRNVKVGKQTLNGNQALGYARVRHVFSKKYGVEEFGR
                     TGRQRAVMQATFQKMLQQNPLDLVDIAIDALGDVSTDMDATYIKKLILSVAKMGTTEID
                     QLRVPIENTYKTAVAGSYPPCGYVFFVNFKANQEALKYFMFNKGKRQDFAKNYGGADAA
                     ETCGYPSKYDYNRSKGDSGNIFNSSDTTEGE"
     CDS             34294..34632
                     /locus_tag="ctg1_1520"
                     /transl_table=11
                     /translation="MDLTKVLSVVKSKKTGFFAAGVLFGTAGIKALSSKDAKKLYTNCT
                     AAVLRAKECVMDTVATVQENAEDIYAEAQQINEERAAEAEEWEAYAETDEAEETEEVSE
                     DTFKEVAE"
     CDS             34700..36790
                     /locus_tag="ctg1_1521"
                     /transl_table=11
                     /translation="MKFTIKHEIRGRIRIHNCQKTMSADQADELQYYLITKDFVTSVKI
                     YDRTNDIVICYDASRSEILTALKEFYHGIITVPDNYQESQSRQLNQTYQEKLISKVLFH
                     YGNKLLFPYPLRAGITVIKSLKYIYEGIHTLAQGKIEVPVLDGTAIGVSIIRRDINTAS
                     SIMFLLGIGEILEEWTHKKSVDDLAKSMSLNIDKVWKVEEDHEILVPSNEIDANDIVHI
                     QMGNMIPFDGVVVDGEAMVNQASLTGESTPVRKIPDGYVYAGTVVEEGDLKVCVKEVNG
                     SSKFDKIVTMIEESEKLKSSLESKAEHLADRLVPYTLAGTALTYLFTRNVTKALSVLMV
                     DFSCALKLAMPISVLSAIKEANDHQIVVKGGKYLEAMAEAETIVFDKTGTLTKAEPTVL
                     DIVSFNGMKCKELLRIAACLEEHFPHSMAKAVVQAAVDRNLVHEELHSEVEYIVAHGIS
                     SMIENKKVVIGSYHFVFEDEQCTIPEGKEELFEKLPEECSHLYMAIEGKLAGVICIEDP
                     LREEAKDVIKALKAAGIKKVVMMTGDSDRTAKVIAAKVGVDEYHAEVLPEDKAAFVEKE
                     KAEGRKVIMIGDGINDSPALSASNVGIAISDGAQIAREIADVTIEGDHLHGLVTLKHIS
                     NHLMRRIHNNYRFIVGFNAGLIGAGVLGFIQPTTSAVLHNTSTLCIGLRSMKNLVSEEE
                     LQ"
ORIGIN
        1 acaacacaaa gatattctta ggaacaaaac ttgaaactgt tgattcaaaa tgggttccaa
       61 atgtgttcgg aaactgtgaa atttatagtt ttagagtgta tgcaagagca ttggacagtg
      121 aagaaattgt taaaaacttt gtagctgata ttccggatat ggatgaacag caagcgaaat
      181 atcttcttaa ctacgaaaat gctatgccta cgatgtattt ctacggagat acttcggcaa
      241 tgacgaaaga aaacaaagta ccgcttagga ttaaatatat atctggtaat gcagatgaat
      301 atggagcttc ttttgattta gagaattgtc aagttggatg gcagggaaca tcttcattgc
      361 agtatgctgt aaagaattac aaaatcaagc taaagaatcc ggatggaagt aaatataagt
      421 atagtccgtt caagaatgga atcttggaag atacattctg tctgaaagcg gattatatgg
      481 aatcatctca cgcaaacaat accggaatgg ctaaatttat caatgacgag ttatacgata
      541 caaaagtacc acctcagcaa acaaatagta aggtccgtac agcgattaac ggatttccaa
      601 tccagttata tatcgcgaag gattctgcat caacaccagt gtatatgggt gtgtttaatt
      661 tcaaccttga taaaggatgt aataaatcat tcggactgga taatgaaatt accggacagg
      721 aaaactgtat gtcttttgag gtatcatcaa actctgacac atcagcaggt gcctttaaaa
      781 atgatacaga tgaatcttta cgtacagact ttgaattgag atatccagac gaagatgatt
      841 gcacatctga acagattact gagaagtaca acgtattgaa aagacttgtt acttgggtaa
      901 aaaatgcaga tgaaacaaca ttcaaaaacg agttagaaca gtatttcaac aaagaatatc
      961 tactcaaata tttcttgcag gtacatctat tcggaatggt tgacaactta ggtaagaaca
     1021 tgatgttaac cacatgggac ggaaacatct ggtatccgca gttctatgac ctcgatacac
     1081 agctaggtct ggataataca ggatatttga agttttacag tgacatcgat attacagagg
     1141 gcgtttataa tacgtctggt tctaaattat ggacgatggt tgaaaatgtg tttgcagacg
     1201 aattatctgc aatgtataag aaacttagaa cttctaaata tagattagat aatatcttga
     1261 aatactggta tgacggacag gtagcacaaa taggggaact gcaatataac aaggatatgg
     1321 aagcaaaata tataaagttc aaaaacgatt acctgtttat gctgcatggt agacgaagcg
     1381 agcatatgaa aaaatgggta aaagaaagac tgttatatct tgacactata tacggttatg
     1441 aagaagatac gaaagaatct atcacgattc gtgcgaacac taccgcaaac atcaatctcg
     1501 atattcttac atattctcca cagtatctga cagtacgttg gagaaatgga gtagaacaga
     1561 gattaaaagt tggtcgtgat gttaacggca tgatgaaagc cacacgattt aacggaactc
     1621 ttgcgacagc aacggaccaa gaaatcatcg tttacaacgc aaagcagatt aaaaagattg
     1681 acggactgac aaacgcaaat ccatcaacat taaaccttgt agaagcaagc cgattggttg
     1741 aggtcgattg tcagaacgca agggtgctga atgatattcg tctgaacgaa aataacaagt
     1801 ttatttcaaa gataaaactg aatggttgta caaaattagg agatgcatcc acaggaaaat
     1861 cttctgtatt agacttatct atgtttgcga tgttgagtga ggttaatcta aacgatacgt
     1921 tacttacgaa tgtcttgttc cctacaactg ggtgtaactt aaagacatta cagataacat
     1981 caagcaaatt acaatcgcta tccttgaaaa atatgccatt acttgggttg ttatcagtta
     2041 ataaagatgc aatattgtcg gagtttacag ttgagaactg tccagaagca tacatgcggt
     2101 atgaagtaca aaacggaaga aaaacggttc ttataaggtc agaaacaata tcaattagtg
     2161 gttctcctaa attatttacg gatgatgatg ttgtatcaat aaatattacc agtacagtta
     2221 gcggtaataa taattataat acgccattgt taagaaatct taagttatgt gatattgata
     2281 atattcctat attgttaata aatggtacag gagcacaagg tagttataaa gaaactcaca
     2341 ttgaaacttt caaaatagag tgtggtattg gattcttgag attgtatggt atggggttta
     2401 aaacaatgca agaacagatg gatattaata tggaacgagt taaatgtctt atgttaaagc
     2461 gatttacaaa tatcagaagc gtttatttaa catcaaaaat gaatggtgtt tatattagta
     2521 atgaagctat ttgtggcgaa aataatgcta atagatattt ttataataat gggttttact
     2581 ttggaagtag tagagacaat ggaaactata ataatatgac aaaacttgag tctatttata
     2641 tggataacgt ggaagtgact gatactatag atttttcaaa taatctaaaa atgggtatgt
     2701 tagtactaga cgaaactgta ataccagagt caatcggaaa agtaattgtg aattgtgatt
     2761 ttacagcata taaaactcaa gaatggatgt ataacgaccg taatgctcgt ttctacctac
     2821 caccaacatt tgaggttgaa ggatatatca agaccacggg tgctgataga ttatggcaaa
     2881 aaaccgcatc agatacagca tatccacctc tccgtaattt tgatagattg acgttagagt
     2941 tggatgagga tttaaacagt ttagaaaagt ttttttacaa cttcaaagcc ttagagaaat
     3001 taccagattg cattacagca gaagcgattg gtaaatgcaa atgtatccgt gcgatgcttg
     3061 atggatgcac tgcattaacc aacattaatc gtttagaggg agctgatatt gagattaggt
     3121 ctgattcaga atacgataca gcagcaagag cttttgccgg cgttaaagga ccttttacgt
     3181 taggtaatgt cagtattacg aatacggttc gtaacaacgg ttataacatg gacggcttat
     3241 ttgtcaatag cggtctaaca tctattggga atgtaacgct taacaatgtc gacaataata
     3301 gatcgtgtaa tagtatattc gaaaattgtc aaaaattaac gtcagttggg aatatcacta
     3361 tcaatttaaa aggcttaatt aatgctcaaa gaatattcgc caatacccca ttattaaagc
     3421 atattgaaag ctttaatatt aatcttgtag atgcttctat atcgtttgct aatgcgtttg
     3481 agaattgtgg gctaactgat tattcatctg ttaatattcc gataaatgct gatttactac
     3541 gatgttttca aagaagtcaa ttaaatttaa ttgaaaatat tccaaattat aaagaaataa
     3601 taagaacatc cacaaattta gacagtgtgt ttgccgaaac acaaatagaa agtgtaccag
     3661 accttgtaat agataattct acggttctta ataatatgtt ttctgaatgt caaaaattga
     3721 tatcagttgg aaatatcaca ggagaagcaa ttatttcaag tattggaagc atgtttagaa
     3781 attgtatcag cctacaacaa atatcaaaaa tatcatttcc aaacatgaaa caacttacgc
     3841 aaaatctcgc aagttttaat atatttctga atattggtaa gtcaaacggg acagggaaag
     3901 ttataataaa ttacctagat tttggaaaag cattaagtgt taacaaagaa aaagttacta
     3961 ataatgcata cgatcatgca ttttcattcg gtggaagtcc aacacctgtt aaaatcaatt
     4021 tccaatgcaa tattggaacg attattgaaa aaacaggttg gttaggcaac atcaatggtc
     4081 taccagacgt agaaacacta aacagctttg cagatcacgc acttacatta gatagtgctt
     4141 atacgttaaa ggtttctaaa aatatctata gcttatttac atcggaaata ttagctaagt
     4201 tatcagctaa aaactggacg atcgcatcag cgtaggaggt ggtagaagtg aaaacagaag
     4261 taaaaaacaa tatcacgtat ctctatccag acagcggaaa aaggttgaaa atgttaaacg
     4321 gtacggatac gtatagtgtt ttgatcctcg caaaagacga cacgcaagac aattacgaag
     4381 aggtggattc tttgtgggaa ccggatttgc cagaaactga aacagtacca gaagtaccag
     4441 aaataacacc ggatgaaaac ggtaagataa cctatgaaga tgcacaaaaa ctggtagata
     4501 caataaaaga aatgcagtca cgaatggtgg acatgcagga atcaaatacc atgctgacag
     4561 aatgcatatt agaaatgtcg gaagtggtgt atgatgcata gattgatatt taaattatta
     4621 tacagaaagg agggcgaaac aatgatggct atgttatgga cacagcagat tatgattggc
     4681 aaaaagacat atgcacaggt accaaaactg ttaaaagaga aagtaaaaga aatcttaatt
     4741 gacagtgggt gcgaagaact tgtaactgaa taataaaaaa ggagtaaaca ttgagtgact
     4801 atattactag agaagagcat gatgagttta aagacggact taaagccgaa catgctcgta
     4861 cgaacgctag acttcgcgaa gttgaagaag tagtcaaaga aatacacacg atgtcaacta
     4921 ccttaatagt cttatgtgaa aaaatgtcat ctgtgaataa tagcatagat gcattaaatg
     4981 ccgatgttga tacattaaaa gctagagacg gagaaatgtg gcggaaaatc gttgcatata
     5041 tcttaacgac tgtagccggt atcatcatcg gctatatttt taagcaaata ggtatgtgaa
     5101 aggagacgtt atatgttaaa gaattgtgtt tttaaaattg atgtagatac aaaacagtgg
     5161 ttcaaatcta ctatcattcg agcaataaaa acttttgctc aagtagcagc atccatgatt
     5221 acagtgggtg ttgcgattac tgatattaat tggaaaattg tatttagtgt agcttttgta
     5281 gctgcaatct attcaattct tacaagtatt ggtggattac cagaagtacc agctgttaat
     5341 actgattcag aagatctgga agacactaca tataaagaag tagaggattt aaaagaaggt
     5401 gatttgtaat ggcaattaaa aaagtaaacg ttcatggagg acataatcca gcgggtaaaa
     5461 ttgcttgtgg agctaaggat ttactggacg aatctaaaga agatcgtaag atcgcgaaag
     5521 ctgttattaa atatttgcgt aaagcaggtg ttacagtgta taattgtact gttagtaacg
     5581 gtactagcca aagagatgta ctaaaaaaga tctgtgctaa atgcaatcaa aatggagttg
     5641 actttgatgt gtctgttcat ttgaatagtg gacgcaacga ccacaaaggc gataagaaat
     5701 taggtggttt tgaagtatgg gctacagcat tttcgggcat aaaaaaagaa gtggctgaga
     5761 gagctgtggt taatatgaag aagcttgggt tctcttcaca tggtgatccg tacaaaagaa
     5821 ctatggaatt atattatctg aaccatacga aagcaaaagc gatcttattt gaaatctgct
     5881 tcgtagacga taaggatgac tacttattgt ataagactgt aggtgctgat aaaatcggta
     5941 aagctttagc cgaagcaatc gttggtcata gtatcaaaac gagtaagact gctaaaattg
     6001 catctgtatt taaatcaggc gtatcagtta agatcgttgg taatgctacg tatggaggag
     6061 catccaaagg taaacttatt tccagtgctt atctgaataa gaagtataca gttaccaaag
     6121 ttcagacgaa taatggtcag caggaagctc ttattaagca gttaaatagc tgggtaccaa
     6181 caaaatattt gaagctttgt tagatgtaat tagctgtgat aaaaagcggt aggtttatat
     6241 cttactcata cattaacact cctcaaaccc gcataaatac gttgttttct gtctgccttg
     6301 cacagactgt tggacaatat tttttctttt atatcggcgt ggcacataca tctggagtga
     6361 aaggtggaat cattacaggt ttaggaaatt ttatcgcaat cctaatgtca tgtttgatcg
     6421 tacgaaatga aaaactaacg ggaagaaaat taacaggatg catcttagga tttgcaggag
     6481 ttgtcgtgat caatcttctt ggaaattctt tggatttcgg ctttacgatg atgggagaag
     6541 gattcgtttt gatttcacag ttagcctatg caacatccac gatattgatc aattactatt
     6601 caaaaaaagt atcaccagtt atattaagtg gaactcagtt ttttattggt ggaattgtat
     6661 tatttttaat cggaaacgca atgggtggac atttagatca tgtaacagtt ggtggaatta
     6721 cggtcgtgtt gtatcttgca ttggtatctg cagttgccta tacactttgg tctgtattac
     6781 ttgcatataa tgacgtgtca aaggtagcaa tcttcggatt tgtgaatcca ttatgcagtg
     6841 taatcttgtc ggcattggta ttgggagaaa tcaaacaggc atttaatatc ggaagtctga
     6901 ttgcactcgc acttgtatgt gttggaattt atattgtaaa tgcaaagaag aataacaaat
     6961 caaatcttga gtaaggagga aaacattatg agatatgaaa ttttaggtga aacacttcca
     7021 gtagttatct gttatctgga atctggagaa aaaatggtta cagaaggtgg aggaatgtct
     7081 tggatgtctc caaatatgaa aatggaaaca acttcgaatg gaggaatagg aaagatcttt
     7141 ggaagagtgt tttcaggaga aaagatgttc cagaatgttt atacagcaca aggcggaaaa
     7201 gggatgattg cctttgcttc atgcttcccg ggatccatca aggcatttga aattgcacct
     7261 ggacaggaaa tgatattaca aaaaagtgct tatcttgccg gtgagaatgg agttgagtta
     7321 tctgcattct ttaataaaaa gatcggagct ggattatttg gcggagaagg ttttattatg
     7381 cagaaagcat ctggccatgg tattatgttt gcagaatttg atggtcatgt tgtggaatat
     7441 gaattagagg ctggagagca gattgttgta gatactgggc atttggctgc gatgacagca
     7501 agttgtacga tggagatcaa aagtgttccg ggtgtaaaga atatgttgtt tggtggagaa
     7561 ggagtgttta acacaatact tacaggccct gggaaagtat ggctgcaaac aatgccgatc
     7621 agtaatgtag ctggagtatt aagcccatat tttccaagct ctagtaaata gaaaaaacat
     7681 gaatagatta aggaatgggg agtgatcaat atggcctttt ttgactatga tcgaaatggg
     7741 aaaaaagatt ggaaagacaa tgccagagaa tattatcttt ataacaaatt aaaagaaaat
     7801 gatgcatcga agcatagcca agggaagaag gaatcatccg atgatgggaa atcaaatgtt
     7861 gggtgtggtt ctgtactatt gtgtttttta tttatgtttt gtatgatgtg gttcgctatg
     7921 atggttgatt cattatgcaa atagaggagc atagaacgat gacaaagaca aaggcttata
     7981 ttgcgatcga cctcaaatca ttctatgctt ctgtggaatg taaggagcga aatcgcgatc
     8041 ctttaacgac aaatcttgtg gttgcagatc aaagccggac ggagaagacg atctgccttg
     8101 cggtatctcc atcgctgaaa agctatggaa taccaggcag accacgtttg tttgaagtcg
     8161 tgcaaaagat taaagaagtc aataataccc gcaggtggaa agctttaaac agaacattta
     8221 caggttcgtc ggatgacagc acagaattaa atgcaaatcc ggcattgaag gttgattata
     8281 ttgttgcacc accacgtatg gaatactatt tggaatatag ttccaagatt tataatattt
     8341 atctgaagta tattgcgcca gaagatattt ttccgtactc aattgatgaa gtatttatag
     8401 atgcaacaga ttatctgaat acttatcaga tgactgcaag ggaacttgcc atgactatga
     8461 tacgagacgt tttaaaaaca acgggaatta cagcaaccgc cggaatcgga acgaatatgt
     8521 atctgtgcaa gattgcgatg gatatcgtag caaagcatat taaaccggat aaggatggcg
     8581 taaggatcgc cgaattagac gaaatgtctt accgtaggaa gctatggaat cacagaccgc
     8641 ttacggattt ctggagagta ggcaaaggct atgcgaagaa gttggaagaa cacggtcttt
     8701 tttcaatggg agatgttgca agatgttccg tcggaaagcc aaatgaattc cataatgaag
     8761 aactgcttta taagatgttt gggatcaatg cggaactgct gatcgatcat gcctggggct
     8821 atgagccttg tactatggag caagtcaaag cgtacaaacc ggaaaccaac agtgtatgct
     8881 ccgggcaagt acttcactgc ccatatgact ttgataaggc aaagttagtt gtaaaagaaa
     8941 tgactgatct tatgacactt gatctggtag ataagagact tgttactgac cagatcgtat
     9001 tgaccgtagg ttatgatata gaaaatctaa cggatccaga tagatatagg aagtacaagg
     9061 gatctgttac gattgaccga tatggaagga aagttccaaa acacgctcat ggaacaacaa
     9121 acctgaaaaa gaagacatca tctaccatgc tgatcacaga tgcagtgatg gaattatatg
     9181 atcggatcgt ggataaaaat ctgctgatca gaagaatcaa tatcacagcg aacaagctcg
     9241 tggatgaaag tttttcaaag gaagaagaaa cgtatgaaca gcttgatctt tttacagatt
     9301 atacggtaaa ggaacaggaa caagccgaag aagaggctgt tttagagcgt gagaaacgga
     9361 tgcaacagac aatgctcaca atcaaaaaga agtttgggaa gaacgctatc ttgaaaggaa
     9421 tgaaccttca ggagggagca acagcaaaag accgtaatga gcaaatcggc ggacataaag
     9481 catagaaagt aagtattcag cgtcaatgga ggaagattat gaaggatcag tacaatcata
     9541 aatacgatga tattatcaat ctgccgcatc caacttcaaa gaagcaccct cgtatgtcac
     9601 tttatgccag ggcagcacag ttttcgcctt ttgcggcact taccggacac gaagcagcta
     9661 ttaaagaaac tgtaagacaa acagatgcaa aacaggtgtt gagtgaagaa gttatagcag
     9721 aattaaataa aaagttatat ctgatcgctg aaacgatcgg tacacaacaa atggttgaga
     9781 tcacgtattt tgtaccagat gctaagaaag atgggggagc atatattacc tgttctggtt
     9841 gtgtaaagaa aattgataaa tataaacaca cagttgttat gaccgatcag acgatcatcc
     9901 ctattgaaca gataagtaat atagagggag aaatgtttga agaatagtaa tggtgcctga
     9961 ttcaaataag aatcagacac cattgctgtt tcataaaaag ctacatactc tgatggaatg
    10021 tacgacgaat cacttcttcc tgctgttcgc gtgataatcg attaaagttc acggcatatc
    10081 cagaaacacg gatcgtaagt gttggatatt tttctggatg ttccatagca tcaatcaaag
    10141 tttctctatg cataacattt acattcaaat gatgtgcacc ttgaacaaag tatccgtcta
    10201 agattgttgt aaggttttgt actcgttgtt cctgatcttt tccaagagca tctggtacga
    10261 tggaaaaggt attggataca ccatcctgac atacatcgcg atatggaatt ttagcgacag
    10321 agtttaagga tgcaagagca ccattttcgt ctcgtccatg cattgggttt gcacctggag
    10381 ctaaaggttc tccgagtttt cttccatctg gtgtggatcc ggttttctta ccatacataa
    10441 cattggatgt gatcgttaaa gcagataaag tatggatcgc atttctataa attggatgtt
    10501 tctttagttc gtcagagaag aatgttactg tgttaactgc aagatcatct gcgcggtcgt
    10561 catcatttcc atacttaggg aaatccccaa tggtttcaaa gtcaattgct acaccatttt
    10621 cattgcggat tggttttaca gttgcatatt tgatcgctga tagagagtct gcggcaatag
    10681 acagaccagc aattccataa gctgcgattc gctctaagtt tgtatcatga agagcaaact
    10741 ggctggcttc atatgcgtat ttatcatgca taaaatgaat gatatttact gtatcaacat
    10801 ataattcagc aacataagtc ataactttct tatagttttc ccatactttg tcaaaatcaa
    10861 gaacgtcatc tgtgatcggt tcgattccag gaacaacctg gattcctttt ttctcgtcaa
    10921 ttcctccatt gatcgcataa agcagtgatt ttgccagatt gcagcgggct ccgaacagct
    10981 gtgtctgttt tccaaccttc attgcagata cacaacaagc gatcgcataa tcatccccat
    11041 agactgggcg cataacatca tcattttcat attggataga atccgtatca atagaaactt
    11101 tagagcaaaa atgtttaaag ttgtctggca gtttttcaga ccataaaaca gttaagttag
    11161 gctctggagc agttccaatg ttatataaag tatgaagata acggaaagag ttcttagtaa
    11221 ccagaggttt tccattaata ccaactccac cgatagactc cgtgatccac gtaggatccc
    11281 caccaaatag ttcgtcatat tcaggagttc ttaaatgtct tgtcagacga agtttgatga
    11341 taaattgatc gatcaattcc tgagcttcta tttctgtgat cactccattt ttaagatctc
    11401 gttcaatata aatatcaagg aatgtagaag tacgtccaag ggaagttgca gctccattat
    11461 tttcttttgt tcccgcaaga tatcccatat aaaccgcctg aacagcttct ttcgcatttt
    11521 ttgcaggttt tgaaatatca acaccataag atgcagccat ttctttcatt ttagaaaggg
    11581 cacggatctg ctcagaaatt tcttcacgca gacggatgcg gtcttctgtc ataggtccat
    11641 cttcaaagtc tagatctttt tgtttttctt cgatcaagtg gtcgattcca taaagagcaa
    11701 cacgacggta gtctccaata atacgtccac gtccataagc atcaggaagt cctgttagaa
    11761 gtccagcagt tcttgcaaga cgagtacgtt ttggataggc atcaaaaacc ccttcattgt
    11821 gtgtttttct gtattcatta aaatggcggt cgatctcttc atttagttta taaccatatt
    11881 gttccaatga ctggtgcgcc atacgtttac cgccatatag attgacaata cgttttaggg
    11941 gtgcatctgt ctgaagtcca acaatcacct cattttcttt atcaatatat ccaggtgcga
    12001 agttcgtgat accagaaatg atatctgtct caacatctaa aacgcctcct tttttcaatt
    12061 cttcagcaag cagttcttca catttattcc agactttttt tgttttctga gatacatcag
    12121 ctaagaaaga gtcatctcct tcatagagag tgtagttttt ctgtataaaa tttcttacat
    12181 tgatttcttt tgtccagaca ccatcgttga atccattcca ttcgtttaac atgatttttc
    12241 ctccataaaa taaacatgat caaaataggt ttgttgtaac atctctgttt tctttttatc
    12301 catggcaggt acaccttcta aagaataagg aatatccata actttatatt tgttggtacc
    12361 aagtaaatga tagggaagca gctcaacttt ctctacatta ggaatcgttt gaatataagc
    12421 ttttaactga gccatatgat cttcgctgtc agtaattcct ggaacaacga catggcgaat
    12481 ccatatctta gtctgatgtt tttttaaagc attcaaaaat tcttcaaaac gatccattga
    12541 tcttcctgtc attttctcat aatccgtttt atggatgtgt ttcagatcaa gaagaacaag
    12601 atctgtatga tttaaaatct catcataatc agaaagtcca taacctgcag tgtcgatgca
    12661 agtgtgaatg ccttcattct tgcatagttt taatgtctct tttaaaaaat caggttgtaa
    12721 taaaggttct ccaccagaaa aagtaacacc accatcttct ttaaaataag gtttaaatcg
    12781 tcggatcttt gcaacaagtt tttccggtgt gtattcggtc ccgccagata attcccaagt
    12841 atcaggatta tggcagaaac gacatcttag agcacatcct tgtaaaaaga taacggttcg
    12901 tatccctggt ccatcaacca gacccatcga ttcgatggaa tggacatgac caactgtcat
    12961 agtattcctc cttatggatg atacgtactt aggacaagta cgtaaaaagt taacaggatt
    13021 aatatctgaa cgataaagcg ttgtaaaaat agaataaaaa aacgccgcac gtccagacag
    13081 attgcccaga cggtcggcga ttaatgatca tacttccatg tggttaattc cacgtgctcc
    13141 gtcagttata tgaccttatg gctataagat actatagaaa atgagattcg tcaacccctt
    13201 aattttgtcg aaaaacttca caaattgtac aaaaaatgat acaatatagt tatcaaaaca
    13261 acttaaagga ggatatgcct atgaagctaa agaaattgca gttcgttgta gaagatggag
    13321 ttggtatcat cacaatgaac tatatgaaga atcttaatgc aattgatgat cagatggcag
    13381 acgagttgat gtacgtagta gatacttgtg agaatgaccc gaatgtaaaa gttgttgttt
    13441 taaaaggaat gccaaaggca ttttcagcag gaggagacat tggatacttc tataacctga
    13501 tccaacaagg tggagaagtg aatatggatt ctctgatcag taaagttggc aatgtaaccg
    13561 atggtctgaa gcgtatgagt aagcttgtga tctcaagtgt aagtggagcg gcagcaggtg
    13621 caggagtaag tcttgcattt tcaggggact ttgttgtatg cgcagacaat gcgaagttta
    13681 ttatggcatt tgtgaatctt ggactagttc cagataccgg cggaacgtac ctgtttgtta
    13741 agagtcttgg aattcagaaa gcaatggaac tgtgtgttac aggaagacca atgaaagcac
    13801 aggaagcaaa agatgccgga atggtatatg atgtagttcc agcggaggaa ttagatgata
    13861 ccgttatgaa acttgctaag aaatttgcta atggaccatt actttcttat aagaatatca
    13921 agaaacagat ttatcaggca gggcttgctg attataagaa atacctggat gaatgtgaga
    13981 ttccgacaca gcgtgaatgt gcggcatctt ctgattttat agaaggagtc aaagctttta
    14041 tggagaagag aaaggctgaa ttcaaaggag aataaagcca ggatcaaacc atgaacatag
    14101 aagggaggtc acgcctttga agtcaaaagt tgtaacaaga gaggaagcgc tctcaagaat
    14161 tcatgatgga cagacgatca tgtttggaga ctggcatgga gaatttgcag cagatgagat
    14221 cattgatgga atgttagaaa aaggaatcaa agacattgat gcgatcgctg tatctgctgg
    14281 aatggcagat caaggagtcg gaaagctgat caaagatcac agagttaaga gtttgatcac
    14341 aacacatatt gggttgaacc cgatcgccaa ggatcagatg tttgcaggag aacttgcgat
    14401 agaatttagt ccgcaaggaa cctttgcaga aagaatccgt tgtggtggag caggcttagg
    14461 aggctgtctg acaccaacag gacttggtac agaagtagaa gaaggtaaac aaaaactaac
    14521 gatcgatggc aaagaatatc ttctggaatt accattgcgt gcagatgttg ctttgatcaa
    14581 agcaacgaaa gcagatactg caggtaatat ttcattccga atgaattcca gagcaacaaa
    14641 cagtacgatg gctatggctg ctgatacggt gatcgttgaa gtcgaagaga tcgtggaagt
    14701 gggtgaacta ggaccagaag agatcgatgt tccagcacct gtgatcgata tgatctatga
    14761 aagaaccggt gagaaacgac caatgtgtcc aatgtggcag cgagccaaag caaaagcgga
    14821 aggaggtcag tgatatggca ggattgacag gaagaaagct gatcgcatca cgatgtgcaa
    14881 agttttttaa agatggagat tttgtaaatc ttggtatcgg agttccgctg atgtgtgtaa
    14941 attatctccc agaaggtgtg gatctgtggc tggaagcaga gatcggaacc gtcggaagtg
    15001 gaccaacccc aagctgggat gaagcagata ttgatgttat tgatgctggc ggacagcctg
    15061 catctgtgat caaaggtgga agcgtgtatg atcatgagat gtcttttgca tttatacgtg
    15121 gcggacatat tgatgcagca gttcttggta cacttcaggt agaccaagaa ggcaatatcg
    15181 ctaactggac gattccaggg aagatggtgc caggaatggg tggtgccatg gatctgtgtg
    15241 ccggagtgaa gaagatcatc gtagcaacag accattgtga aaagagtgga aagtctaaga
    15301 tattaaagaa atgtacactt cctttgacgg gagttcattg tgtaacagat atcgtaacag
    15361 aacgctgcta ttttgaagtt acaaaagatg gtctcgtgtt aagggaactt gcagaaggat
    15421 atagtgtaga agatatcctt gcatgcacag aagctgatgt gatcgtaccg gatgaaattg
    15481 gtgttatgag ctgataatag acgcaggaaa gcatatagaa aaacagcact gtacaggaat
    15541 aaaattccca atgcagtgct gtttttatta gtttatttaa tcttcttttg gcaatgcaat
    15601 atttaagata attgcaacaa gtgccgcagg tacaatacca gatcctccga agatcaactg
    15661 aattccttca ggtagtccag aaagaactgt gctgtttgca ccgattccat atccaagtcc
    15721 gagagctaca gatacgacag taatatttct cattgttaat ggttcttttg tgatcagctg
    15781 aataccactg attacgatag aagagaacat cataacagct gctccaccta atacgctctg
    15841 tggcatgata gagatcaatg cagcaagttt tggaaataat ccacacagga ttaagaagat
    15901 tgctcctgtt gcaagtgcaa aacggtttac gatctttgtc atagtaacaa gaccaacatt
    15961 ctggctgaat gatgtatttg gtaaaacacc aaagaatgct gcgatcgtag atccgatacc
    16021 atcacagaca acaccaccag aaagctcaga atctgtagct tcacgatcca taccaccttc
    16081 gataactccg gaaatatccc cgactgtttc tacagcagtt acgataaaca tgataagtac
    16141 agggacgatc gctcttgcat caaaaatgat ttttacaggc ataaattttg gaatggcaaa
    16201 ccatccagcc tgagcaactt tatcccagtt taacacccat gcttttgtat actctacacc
    16261 atctgcattg acagcagttg taggaagtac aacacccatg attcctgcga taatgtatcc
    16321 tgcgataatt ccgatcagta cagaagaagc acttgtgata cctttcgttc catgttttaa
    16381 tgcaatgatg atcacaagaa caattgttcc aagtaacaag ttctcgattg aaccgaaatc
    16441 attagcagaa tttcctccac caaaagaatt cacaccaaca ccgatcagtg ataatccgat
    16501 ggaaagtaca accgtaccag ttacgacagc tgggaaaaat cttcgaagtg gttttaacat
    16561 aaatcctaat acagattcaa ataacccacc gataatggaa gcacccatga tcgcaccata
    16621 tccaaggatt ccaccaccca taacagatgc aacactgctg cagacaccga taaatcctga
    16681 actcgttccc atgatgattg gaacttttcc accgatcggt ccgatcgcgt acaactggat
    16741 cagtgtaaca attccggcaa ttaacattgc attttgtaaa agcgcaatct gaacgtctgc
    16801 aaattcggtt ccagaagcaa taccacaagc ccctgtaatg ataaggactg gagtaaggtt
    16861 acctacgaac atagcgaata catgctgcag accaaggaga atcgcttttt gcagcggaag
    16921 tttcccgtaa aagtcgtatt ccgcaccttt gtttttctct tgattcattt ttctttcgtc
    16981 tccttttttt taatgcatga tgagcagttt tatactgcta tttttcacag catactatta
    17041 taaaggattt gaatgaaaat gtatagttct ttttttaagc atgttttttt acattgcaac
    17101 cacaccattt tcatgataaa atttacccga aaaactttcc aaaaggagtc aatgtacagt
    17161 gataagttta ggattagatt ctggttcgtc tatgacaaaa gccgttttgt tagaagatac
    17221 gaagataata gatacaaaga tgatcccaac atcaatcagt ccaaggaaat ctctagaagc
    17281 tctttacaga gagataaaaa aacaacataa agaaatagat gttattgtaa caactggata
    17341 tggaaggaat ctgttagatc aggcagattt caagatcacg gagattactt gccatgcagc
    17401 tggagcattt tttatgaatc cagattgtga cacgatcata gatatcggtg ggcaggatag
    17461 caaagtgatc actattgacg atcttggatg tgtcacagat tttttaatga atgataaatg
    17521 tgctgctgga actggacgtt tccttgagat gacgatgaaa cgagtcgaaa gtgagattgg
    17581 aagaatcgac acttttgtaa aagatgccaa gcctgcgaag atcaacagta tgtgtgctgt
    17641 atttgcagaa agtgaaatcg ttggattatt ggcacaggat attgcacctg gtgatattgt
    17701 tcttggttgc gtagaatcta tttgtcagcg aaccgctgca tttgcacaga aattggcgcc
    17761 agcgaatcca aaagtatttt tctctggtgg actagcacaa ttcgatgtga tcaaacaatc
    17821 attagccaat catttaggag tgaaagaagt agcaacggat tcattatgtc aatacacagg
    17881 agcaattgga gctgccgttt tgggcatccg caaaataaaa cgataatttt tacttacagg
    17941 aggattcaaa cagtggttga attaaagaaa gagttaccag agatttttga agaatttgca
    18001 gagcagagaa agaattcttt tctcgcgatc aaggaggtta aagaaaaaga gatacctgtt
    18061 gtcggtgtat tttgtactta tcttccaaga gagattccaa atgccatggg tgcagcagtt
    18121 gtcggattat gttccgtatc agatgaaaca atcccagatg cagaaaaaga tctgccaaga
    18181 aacctatgtc cattgatcaa atcaagttat ggatttgcca aaacagataa atgtccattc
    18241 ttctattttt cagatttggt tgtaggagaa acaacatgcg atggaaagaa aaaaatgtac
    18301 gaaatgcttg ctgattttaa accagttcat gtcgtagaac ttccaaactg tcagacagaa
    18361 gatggaatcc agttatataa gaaagaatta cttcgtttca agaaagttct agaagataaa
    18421 tttgagacaa cgatcacaga tgaggcagtt cttcatcaga tcaaattaag aaatggaatc
    18481 aataaagcat taagacgtct tcaatatgta atggcaaatg atcctgcacc agtcaatgga
    18541 ttagatgtga tcaatactgt atatggaagt ggttttgaca ttaacacaga aggtcttgaa
    18601 gacagaatca atgcggtaac agataaaatt gaaaaagaat atacagaagg aaaaaatata
    18661 gggaaaaaac caaggatcct tgtaaccgga tctccatctg gcggtgcggc cttgaaagtc
    18721 attcgtgcaa ttgaggataa tggtggagtt gtcgtatgtt ttgaaaactg tactggaatg
    18781 aaaccgttag caatggtaga tgaagagaat ccagatgtat atgatgcact cgcaagaaaa
    18841 tatttaaaca ttggatgttc ttgtatgtct ccaaataaga atcgtctgga tcttttggat
    18901 gagctgatcg atgattttca ggtagatggt gtcgtagatc ttgttcttcg ggcgtgtcat
    18961 acatataatg tggaaaccgc acttatcaag aaattagtga aagacaaaaa aggaatcccg
    19021 tacacagtgg ttgagacaga ttattcacag gcagatattg aacagatcaa tacgagaatg
    19081 gcagctttta ttgagatgct gtaagtacaa aatttggtaa tcactgtcca aaacgtatta
    19141 catctattat ggaggtgttt aactgttaaa ataatcttat aataaattat aaatattata
    19201 tggagaattt gtttatgagt aaatattatt ctatcaataa attttcaaaa atattaggtg
    19261 tatcggctcn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19321 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19381 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19441 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19501 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19561 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19621 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19681 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19741 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19801 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19861 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19921 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    19981 nnnnnnnnnn nnnnnnnnnn nnnnnnnttg tgagtagtac atgaattgat tcgttacaaa
    20041 agcatactcg ttgaagtagg aatgaaacat aaaggtttat aactttttat aagttttcag
    20101 taacggtata aaaaattaat ggagaaaaaa caaccgatca tagaattaaa acacatcaaa
    20161 aagtgttata cgaaagatgt accggttatt tatgatttta atctgacgat aaatgaagga
    20221 gagtttgtta catttttagg gccttccgga tgcggaaaga caaccatctt aagaatgtta
    20281 gcaggctttg aaacaccaac gagtggagaa atcttattta atggaaagga tatcagtgag
    20341 cttcctccaa atgagagaaa gtttaatact gtattccaaa aatatgcatt gtttccacat
    20401 ttaaatatct acgataatat ttcttttgga ctaaaagaaa agaaagtacc gaagaatgag
    20461 attaaaaaaa aggtaaagcg tgtgcttgaa atcgtagact tagaaggatt tgagaaaaga
    20521 aagattgaca gtttatctgg cggacagcag caacgtattg cgatcgcacg tgcgatcgta
    20581 aacgagccga ggatcttatt attagatgag ccgttaagtg cccttgatta taagatgcgt
    20641 caggagatgc agatcgagtt aaaaaatatg cataaggaat taggaatcac ctttatcttt
    20701 gtcacacatg atcaggaaga agcattgatg atgtctgata agattgttgt tatgtcaaaa
    20761 ggccagattc agcaggttgg aacaccagaa gagatttata ataaaccaca gaatgccttt
    20821 gttgctgatt ttatcgggga aagtaatatt tttgatggta tgaaaaaaga aggaaatctg
    20881 atccattttg cacatcatga ttttgtatgt catgatgacc atgaacctgg aacaagacta
    20941 gatgttgtca tccgcccaga agacgttgtt ttaacaactc cagacaaagg aaaatttact
    21001 ggagaagtaa tctcatgtct gttctgcggt aaattttatg aagtggctgt tttatcagac
    21061 aaaaatgaaa ttgaagcaca tatcttgcac gagttaacac caggaacaaa agttggggtt
    21121 gattttactg cagatacgat ccatacgatg ccaaaggatc tcaaagtcaa ccattatatt
    21181 ggtacaatag acaaagatgg ttggctagaa cttacagatg gtcgtattcc tgtgaaggaa
    21241 aaagagccaa aagcacatcc tgaaggtaca agattaaaaa tgtattttcc atcaaaactt
    21301 gcaaaattaa gtgatgatcc ggaagaagga tattttcagg gaaatatcat ctcgatcatt
    21361 tacaagggag atcattataa ttatcgaatt ttaagtgaga ataaagtaga atattcggtt
    21421 gatgatgaag atttatggaa tatcggtgac tttgtcagtg tggtagttcc agaagatgcc
    21481 atggtatttg agagtgtttc ggaggatgca gaatgaaaaa tgatagacta aaaagcattc
    21541 tgggcattcc gtatttccta tttctagtca tttttgtcgt ctgtccagta ttgatcttgc
    21601 tgtattatgc atttaccaat ggagcgggtg agttttctct tgcgaatttt acattgtttt
    21661 ttacagacag taaagcaatc ggaactttga tctacagtgt gatggttgct gtcgtgacaa
    21721 cgatcgtctg ccttttgatc gcatatccag ttgcgtatct tcttgcaaag ggagaattcc
    21781 ggcgagggaa tgttttatta atgttatttg taatgcctat gtggatcaac ttcactttgc
    21841 gtatcacggc attaaaagaa atcttaacat tgatcgaagg aaatcttgca tttcatccat
    21901 tcctaaatac cgtgatcggt atgacttatg attttctccc atttatgatc ctgccaatct
    21961 ataatacgat cgcgaagatc gatcatagtt atattgaagc agcaaaagac cttggtgcaa
    22021 agtcttaccg cgtattttta cgagtgatcc tgccattgtc tattcctgga atcatcagtg
    22081 ggatcacgat ggtatttctt ccatctatga cgaattacgt tgtgcttgat atgatgtata
    22141 acagcacata tattatggga agtcttgttg gaagctattt cagcatgtat gactggaaca
    22201 atggatctgt tatttccatg atcctcttga ttttaatctt attattaagt acgatcacag
    22261 gagaattttc agacaaggag gacaatgcat atgaataaaa aaacaataca aagtgttttc
    22321 cttggaatgg ttctgttgct gatgtatctg ccaatcttgc tcttagctgt ctacagtttt
    22381 atggattctg cgatcattgg acgatctgga agttttacag tgaagaatta tgtctatctg
    22441 tttcattcag aagaccttag atccatgatc tttggaacac tcatcttagc tgtggtcgtt
    22501 gcagttattt caacgatcct tggaactctt ggtgcgatcg gtgcttttta ttcttcaaag
    22561 aaactaaaga gaccgatcca tctgatgaat cagattccag ttgtaaatgc agatgttgta
    22621 actggttttt ctatctgtgt gttattgatc gtatttttta agatggataa agcaagttat
    22681 attccgcttg tgatcgggct tgtatccctt tgcagcccgt ttgtatatct atctgtgatc
    22741 cctcgcctaa agcagatgga tcctcagtta tatgaagctg ctctagacct tgggtgctcc
    22801 ccatttggag ccttaagaaa ggttgtgttg ccacagttaa cttccggaat cgtttctgga
    22861 tttatgatgt cgatcacatt aacattagat gattatttta tcacaactta tacaaagcca
    22921 tcaatgtttg acacgatcag cacgtatgtt gttaatgcca caaaaggagc acagactgat
    22981 gttaaaacag ctctatgggc actatcaacc atcatctttt tgatcgtgat ctttgttgtg
    23041 atcggtatga accatacagg caggaaggag aatgatcatg aaatataaag tattttctat
    23101 cattttttca attttacttg taatcacgct tcccctggct ttatgttcct gtagtacaca
    23161 aaagagttca aaaaacgatg agattatctt aagaattgca aactgggaag aatatctgga
    23221 tgaaggtgac tgggacgatg atgaagaaat cgaattagag aatgggaaaa agatcatcgg
    23281 gagaaattcg atgatcaaag attttgaaaa ctggtatgaa aaaacatatc acaaaaaagt
    23341 gaaagttgaa tattcaactt ttggaacaaa tgaagatatg tataatcagt tgacgatcgg
    23401 tgacacttat gacctgatct gcccatccga atatatgacg atgaaactta tggctgaaga
    23461 taaaatatta aaatattctg atgaattttg ggatacttca gatgccaaca attattatgc
    23521 gaaaggggta tctccttata ttaaaaaatc tttggatcag ttaaaatatc aagggcagtc
    23581 tgtaggggat tatacagccg gttatatgtg gggaacactt ggttatgtat ataatccaaa
    23641 gtatgtttcc agagaagatg cagaagactg gggtctatta ttaaatcaaa aatactataa
    23701 aaagataact gccaaagata gtgtcaggga ttgttatttt gcagttcgtg gtatgcagac
    23761 gcagaaagag attttaacaa agaaatttca aaaccagtca aactacaaag aaagattatc
    23821 atccttgtta aatgatactt ctgatcaaag tatccaaaat gcaggaatga tcctatcaaa
    23881 gatcaaggat aatgtatatt cttttgaaac tgacagtgga aaagctgacc ttgtcagtgg
    23941 aaaggtggta gctaatcttc aatggtctgg agacggtgta tattctatgc agcaggtgga
    24001 agaagaaggt atcaaattac gttatgctgt tccaaaagcg agtacgaatc tgtggtttga
    24061 cggatggtgt atgttaaagg ctgggattgg aaaagataaa gaaaagcagc aggcagcaca
    24121 ggcttttgta aactacattt caagatcgga taacgttgta aggaatatgt actatgtcgg
    24181 atatacatct gtgatctctg gaggagaaga taagaccatc tatgattaca tcaaatatat
    24241 gtatggaagc gaagataaga aaagcgttga ttatgatctg aattattttt tccaacaaaa
    24301 tggagataat tacaactatg taatgaaaac aagtgaggaa atgtccaaag gacagttata
    24361 tgcccaatat ccgacacagg atgttatgcg aagaagtgct gttatgacat atttcggaga
    24421 tcaggcaaat aaaaagatca gccgaatgtg gattgatatg agatgttttg atcctcgaat
    24481 caagaaaaat agtaaataat ataaaactgc aagggaatac aatagctttt gtttgttgta
    24541 ttcccttgta gttttgttta taaatgaatt ttgttcaact acataatgaa aactattcaa
    24601 agtttcaatt tacaaagtct gattttgtaa tataatagtt gatgttactg aaaaaaatct
    24661 aatttataga tgaatgtaat tcatttaagt ataattatca aaataaaggg agagaaacac
    24721 catgaacaat ggactagaga tcagatggca tggtcgtggc ggacagggtg ccaagaccgc
    24781 agcattactt cttgccgacg tagcatttaa aaccggaaaa tatgtacagg gattccctga
    24841 atacgggcca gaacgtatgg gagcaccaat tactgcatat aacaggatca gtgatgaagt
    24901 gatccgcgta cattcaaaca tttatacacc aggattagta gttgttgttg atgagacatt
    24961 acttcactct gttgatgtca cagcaggatt aaaagaagat ggagcaatca ttgtaaatac
    25021 accaaaatca gccgatgaga tcaagccaat gttaaatggc tatcaaggaa aagtttatac
    25081 tgtcgatgca agaaaaatct ctgtacaggc tttaggaaaa tattttccaa actctccaat
    25141 gctcgcagca gctgttgcag tcagtggcgt tatgaaaaaa gatgctttta tttctgaaat
    25201 gcgagcttct tatcagcata aatttgcaaa gaaaccagaa gtcatcgatg gaaatatgca
    25261 agcacttgaa ttaacttatg aagaattaaa agatgtatta taaaaacgta ttttaaatgg
    25321 agatataaca atatgagaac agatataagc aaaatcaatg agcagacacc tcatcaggat
    25381 ctgacagaag gactgatgtt atttgctggc ggaacttcaa aacagtttca tacaggggaa
    25441 tggagaacaa gaacaccaat tttagaccag gatctttgca gacagtgtat ggtctgttcc
    25501 atggtctgtc cagactctag tattcctcta aaagatggtg aacgagtaga atttgattat
    25561 gaccactgta aaggatgcgg tatttgtgca aaagcctgtc catttgatgc aatcacaatg
    25621 aaggagggaa gataagatgg ctagaaaaga tcgtatgtca ggaaatgagg cggtatcctt
    25681 cgcaatccgc cagatcaatc cggatgttat gccggcattc ccaatcactc catccacaga
    25741 gattccacag atggtttcta catatattgc aaatggagaa atcgacacag aatttgtccc
    25801 tgtggaaagt gaacattctg caatgagtgc cgcaatcgga tcagaagctg ccggcgcaag
    25861 aactttaaca gcaacatctt ctgcaggact tgcattgatg tgggaagaat tattgcttgc
    25921 agcatcaaac cgtatgccta tcgcattagc tctcgtaaac cgcacattat ccggaccgat
    25981 caacatcaac tgtgaccatt ctgatggaat gggcgcaaga gatactggat ggattcagat
    26041 ttatgcggaa aacaatcagg aagcctatga taactttatt caggcatatc caatcgccga
    26101 aagtgctgga gtccatttac cgatcatgat ctgtcaggat ggatttatca caagtcatgc
    26161 ggttgaaaat attgaattac tagaagatga agaagttaaa aattttgttg gtgaatatga
    26221 accggaagaa ttcttattaa atcctggaaa accaatcgca gttggaccat attctgtgac
    26281 aagctatgca atggaagcaa agaaaaatca agaaatcgca ttagaaaatg cgaaagatgc
    26341 agtcttgaag gttgcaaaag aatttaaaaa gatttctgga agaagctatg gattatttga
    26401 agaatacaaa acaaaagatg ccgattacat catgttattg atcggatcag ctgctggaac
    26461 agcaaaacag gcagtggatg acttaagagc aaaaggtaaa aaagtcggtg ttatcaaact
    26521 gcgcctgttc cgtccattcc cagccgatga attagccaca gctttaaaag gtgccaaagc
    26581 ggtagcaatc atggaccgta cagaaagtta taatggaaac ggtggacctc ttggaagtga
    26641 agtaactgcc ggattattta gaaataaagt gatgatcgat accgtcaact atatttacgg
    26701 acttgccgga agagacttta ccgtacagga agtatatgat atctttgctg atcttgaaga
    26761 tcatattgaa aatggaacaa aacttgaaca gtttaaatac atcggattgc gttaatagga
    26821 ggaatactgt gagtagttat aatgtaaaag aaatgatgag taaaaaagag cgtttagctc
    26881 caggacatcg tatgtgtgcc ggatgtggtg ctacaattgg agttcgtgcg gtacttcgtg
    26941 ctttacatga agaagatcat gctgtgatcg caaatgcaac aggatgtctt gaggtatctt
    27001 ctttcatgta tccatattct gcatgggaag acagctatat ccacaatgca tttgaaaatg
    27061 caggagcaac attaagtgga gttgagacag catataaagc attaaaaaaa cgtggaaaac
    27121 ttccaaaaga cgaaaacttt aaattcatcg catttggtgg agatggtgga acttatgata
    27181 tcggattcca gtctttatca ggagctatgg aacgtggtca tgacatggtt tatgtgtgtt
    27241 acgataacgg agcttatatg aatacaggaa tccaaagatc ttctgcaaca ccaatgtttg
    27301 cagatacaac aacaacaccg acaggaaaag aatctgttgg taaaatgcag aaccgtaaag
    27361 accttgcaag catcatcgca gatcatgatg tagcatatgt aggccagagt acatttacac
    27421 taaactttaa tgatcttcat aaaaaggctg aaaaagcgat ttacacagaa ggggcaagtt
    27481 tcttaaatat catgacacca tgtccaagag gatggagata caatacagaa gatattatgg
    27541 aaatctgtcg tcttgcagta gaaacatgct actggccaat gtttgaagta gatcatggaa
    27601 aatggaattt aacttacgag ccaaagaaaa aacttcctat tgaagatttc ttaagagcac
    27661 agggaagatt taaacattta tttaaacctg gaaatgaaca tttaattgaa gaattccaga
    27721 aagaggttga cagacgttgg gaaaatctgt tatataaatg tgatagataa aataataaag
    27781 taaggaagtt ttatggaatg acattattga cataccaagt ttttaagaca atcgcagatg
    27841 tagggagttt ccataaagca gcggatatct taggattaac accctctgcg atcagtcatg
    27901 ccatctcatc gatggaaaat gaattaggat tttcagtatt gacaagaagc aaagcaggag
    27961 tcagtctcac aaactatgga gagcagctat taccatatgt aaatgctgta ttgaactgtg
    28021 atgaaagctt aaagcaggaa attgctgaat taaatggatt aaaacaagga aaagtaaaga
    28081 ttggagtatt ctccagtgta tgtaccagct ggctaccaga gatcttacat tcttttaaga
    28141 agaagtatac agagattgac attgaagtct ttcagggaac ttacgatgat gttgtatact
    28201 ggatcaagaa cggagttgta gatctcggat ttttatccgt atccagtgca aaggatattc
    28261 cgattgaacc attatatcgt gacgaattac tctgtgttct gccgagtggt acaaaagcaa
    28321 ataaaagtac aaattatatt gatattgaag aaatgaaaca tcatcaattt gtaacacaac
    28381 gagacagtac cgatgcagat atccagaatt tcttaaaaga gaattcgctg caagtacaat
    28441 cgaactatca tgtagttgat gatttatcaa cgatcgcact tgttgagaaa ggatttggaa
    28501 tctgtctgat gccgaaactt gttatgacag atattccata taaagttgat agttatccaa
    28561 caaaaccatc tgcaagcagg atcatcggac ttgcagctat gaatccgaat tttatggcac
    28621 ctgctgttcg cacaatgttt aatcatattg tagataaata tcaagaaaac gagtttaaaa
    28681 aataatttcc ttgtgctaaa atatacctgt atggatttta tattttagga ggtagcatat
    28741 gcaagttaaa ggtgtaagat tatatgcaaa agacgatatc cgtctggaag aatttgaact
    28801 cccagagatc aaggacgatg agatccttgt taaggtgatg agtgattcca tctgtatgtc
    28861 tacatggaaa atggtaaaac aaggagcaga tcataagcga gttcctgcgg atgttgctga
    28921 tcacccgatc atcattggac acgaatttgc cggagatatt gtgaaagtcg gtaaaaaatg
    28981 gcaggataaa ttcaaaccag gacagaagtt cgcacagcag ccagcaattc ctggacaggc
    29041 cgaatctcca ggatactctt atacagagtg cggtggagca gcaacttact gtattttccc
    29101 aaatgatatt atcgaagctg gatgcctttg gactcatgaa ggagattctt actttgaatc
    29161 ttctgttgca gaaccaatgt gctgtgtcat ttgtggttat aaaacaaact atcacgttaa
    29221 agaccgttat gaacatgtaa tgggaacaaa agcaggtgga agtatcgcaa ttcttggtgg
    29281 atgcggacca atgggacttg gtgctgtaag ctacgccctt gccatcgaga ataaaccagc
    29341 caaagtaatc gttacagaca ttgatgacgc caaattagca agagcgaatg aggtgatctc
    29401 tgtagaagaa gccaaggaaa aaggtgttga attaatttat gtaaacacag caaagatgga
    29461 tgatccagtc gatggattaa aagcactatc tgtcgatgga aaaggatttg atgatgtctt
    29521 tgtttacgta ccagtcagac cagttgcaga acttggaaac aagattttag gctatgatgg
    29581 atgtatgaac ctgtttgcag gaccaacaga ctccgaattt tcagcagacg tgaatctgta
    29641 tgactgtcat tacaatgcaa caaagattct tggaagtact ggtggaagta tcgatgacat
    29701 gaaagaagcg attgatcgtg ctgcaagaaa agaaatcaaa ccagctgtta tgatcactca
    29761 tgttggagga attgattcta tcgttgatac aacaatgaat cttccaaata ttcctggtgg
    29821 aaagaaatta tcatatcttc atatcaatat gccaatgaca gcaatttctg atcttagaag
    29881 tcttgcaaaa gatgatcctt ttttcaatga acttgctgat atttgcgaca gacataatgg
    29941 attatggagc gcagaagcag aaaaagcctt attaacacat tacggtgtag aataacgtag
    30001 tagatttaga agattgatca tgtaataaaa attaaacatt caaaaagatg cctcccataa
    30061 agtttttgtg gaatgcatct ttttatactt tacactatgt aagaaaattc tatttttcta
    30121 catatttttc ttttaattca gcgatcttat ttccgtaaac atcgttacgt ttctgctgaa
    30181 gaatgatatt cttgatcgta tcagcaacat cttcatatac agaagtttct gcgtcttttt
    30241 tatcttcaac tttgatcaga tgatatccaa actgtgtctt tactggacct acaacgtgtc
    30301 caacttcagc agcaaatgca gcgtcttcaa attctttcac catctgtcct cgtccaaatg
    30361 caccaaggtc tccacctttt tctttggatg ggcatgttga aaattcctta gccgcatctt
    30421 caaatgtagt ttcctcaccg atgatctttt ctaagatttc ctgacatttg tcttcatcat
    30481 ctacaagaat atgcttcgca tgaactgttt ctccagccat aaactgattt tcattcgctt
    30541 tataatattc ttttgcttcg tcttcagaaa cagtaatatc tttcatagcc tctccgagag
    30601 ccatctgtgc aagaatctct ctctttgcat gagctaaatt gtcagcgaaa gcttctgttt
    30661 cttctaattt taattcttct cctaatttag cgaaaagatg aaccgtaatg atctgttcta
    30721 aacactggtt tctaaagtgt tcattccctg catatgcctg ttgttctttt ggtaatgcag
    30781 caatcagtgc atctaaatct ttctgcgtga tttcttctcc ggcaacaaca gccaggatgt
    30841 tctggttatc catagtaatt tctcctttga ttgaaatgtg tttgaaaatt tattatatca
    30901 caaatccttt atattttgta gatttagttt gtgaaatacg atataataat gtggatttta
    30961 aagctacatt tcagaacaaa gacatggagg taagataaga tgtctgtcat acagatcacg
    31021 gatctaaacg atccacaact agatatttat gcaagattgt cagaagggca gttattacat
    31081 tattatgaac cagatcttgg gatttttatt gcggaaagcc caaaggttat acagacagcc
    31141 tttgaacaag gatatgaacc gatttctttt ttggttgaag atcgacatat taaaacacag
    31201 gcaaaagata ttatattgca atatcaggat attcctgtct atacagcatc ttttgatgta
    31261 ttaaaacaac taactggttt tggactcaca agaggcatgt tgtgtgccat gcgtcgaaaa
    31321 ccattacctg cgctcgaaac gatctgtgat catgcaaaac gaatcgttat tctggaaaat
    31381 gttatgaatc caaccaacgt cggagcaatc tttcgttctg ctgcggcact taatatggat
    31441 gccatactgc ttagtaaagg ctgcagcgat ccattatacc gaagatctgt acgcgttagt
    31501 atgggaactg tttttcagat accatggaca tttcttgggg atgatacatg gccagcggat
    31561 ggaatgcatc gtttaaaaga acttggttat aaaaatgttg cgatggcatt gactgcccga
    31621 tctgtaagta ttgatgacga agctttgatg tcagaagata aacttgcgat catccttgga
    31681 acagaaggcg atggtttatg tcaggaaacg attgatgcat gtgactatac agtaaagatt
    31741 ccgatggcac atggagtaga ttcattaaat gtagctgctg cgagtgctgt tgcattctgg
    31801 cagcttgcga aaaggaaata aaacgatgaa tacaaatttt gaacattacc ggatttttta
    31861 ttatgtagca aaatatggga atcttacgaa agctgctaca gttttacaca caagccagcc
    31921 atccgtaaca agaacgatcc ataatcttga aaagaattta aactgcagat tatttgaacg
    31981 aagcaaagtt ggtatgaagt taacaccaga aggtgaagtt ttttatgaat acatcgcagc
    32041 cggatgtgct cagtttttta aagcagagag caatttaagt gatatgctaa gccttgaaaa
    32101 tggaacaatc tatgtaagtg cgacagaaac cgctctgcat tgctatttat ttcaggcaat
    32161 ggaatctttt aatgaacaat atccgaatgt gcattttaag attttaaata atagtacaag
    32221 aaaatccatc aatatcgtaa aagaaggcaa tgttgatttt gcagttgtat ctgcaccatt
    32281 tcaaatagaa aaaccgttac agcaaaaagt tttaagaaaa taccatgata ttttaattgg
    32341 tgggaaacgt tttgaggaat taaaaggtca aaaaatttct atcaagcaac ttgccaaata
    32401 tccttggatc agtctgaccc cagaagctat cacaagaaag tttttaaatc agtattttga
    32461 aaagaatgga ttaaaatttg aggcagatat ggaacttgca actacagata tgatccttcc
    32521 agctgtaaga cataatcttg gaattggttt tatcccacca gaatttgcta aagatgatct
    32581 ggaatctgga gaagtctttg agattgaggt aaaagaaacg ttccctcagc gtaatatcat
    32641 cttgatctat gatacagaat atccacaaag tatcgcagct aaggcattct taagattctt
    32701 aaattagggg attccatcgg aaattcctat gatattaaaa aatctccaaa gaacagcacc
    32761 cgttgcttat ctctggagat ttctcagaac aatatataaa aagtgtaaac tagttacctg
    32821 acttaatatg tttttatctt atcatgaata aaaacaagtg taaaatacat tttttacatc
    32881 atatccatac caaaatgata tggataaaat tctgaagatt ttcttaggaa atgaaaaaaa
    32941 caaagattaa cggtttgata tcaaaagaat atgtggtaaa atacggacag gaaaataagg
    33001 agggaacttt agaatgttta caaaaaaatt tacagtcata atcagttttt ttctgatcat
    33061 tgcaattggc attggtggta tgcttgggta ttatgatgcg cgcctggaag ccgcagtgac
    33121 gccaaaaaaa caatctatgg ataaagtcaa gattaagaat gaggaagatc tgaccttcga
    33181 taaagatgtt gtcaatattt tattagttgg ttctgataat ggggctcagg gctccgaaaa
    33241 aggtgatcat ggtcgatctg acagtatgat ggttgcaacg attaacttta aaacaaaaga
    33301 attgaaatta acttcttttt taagagatat gtatgtagaa ataccaggtc atggacgtaa
    33361 taaactaaat gccgcttatg catttggcgg ggaagcgctt ttatatcaga cactggctca
    33421 aaattttaat attaagatcg acaaattctg tgttgtagat cttgccgcat ttgaaaaggt
    33481 aattaacagg atcggcggaa ttgaaatgac tcttgaacaa agagaagcag aatacttaaa
    33541 tacaacaaat tatatttcaa agaaaaaata tcgaaatgta aaagtcggta aacagacttt
    33601 aaatggtaat caggcattag ggtatgcaag agttcgtcat gtgttctcta aaaagtatgg
    33661 tgttgaagag tttggacgaa caggaagaca gcgtgctgtt atgcaggcaa ctttccagaa
    33721 gatgttacag caaaatcctt tagatcttgt ggatattgcg attgatgcac ttggtgatgt
    33781 atctacggat atggacgcaa cttatattaa gaaactgatc ctatctgttg caaaaatggg
    33841 aacaacagag attgatcagc ttcgtgtacc gattgagaat acatacaaaa cagctgttgc
    33901 tggaagctat cctccatgtg gatatgtttt ctttgtaaat ttcaaagcaa atcaggaagc
    33961 attaaagtac tttatgttta acaaaggaaa acgtcaggat tttgctaaga attatggagg
    34021 tgcagatgct gctgagacat gtggatatcc ttccaaatac gactataacc gttcaaaagg
    34081 tgattctggg aacatattta acagctctga cactacagaa ggagagtagc gcttattgag
    34141 aaatattatc aataaggcac tgcgattagt cttgagtaat cgccatagga tgttttataa
    34201 tggacaaagt tacttagaga gcatataaag tcatatagct cttaagtata cgagaaataa
    34261 atacatattt atatcataca ggaggaaaaa accatggatt taacaaaagt tttatcagta
    34321 gtaaagagta aaaaaacagg atttttcgca gctggagttt tatttggaac agcaggtatc
    34381 aaagcattat caagtaagga tgcaaagaaa ttgtatacaa attgtacagc agctgttctt
    34441 cgtgcaaaag aatgtgtaat ggatacagtt gcaactgtac aggagaatgc tgaagatatc
    34501 tatgctgaag ctcagcagat caatgaagaa agagcagcag aagcagagga atgggaagct
    34561 tatgctgaaa ctgatgaggc ggaagaaaca gaagaagttt ccgaagatac tttcaaagaa
    34621 gttgcagaat agaatagaac attaagatta aggcacctgc agttttcctg caggtgtttt
    34681 caaacaaaaa ggagtttgta tgaaatttac gatcaaacat gagattcgag gcagaattcg
    34741 tattcataac tgccagaaga caatgagtgc tgatcaggca gatgaacttc aatattatct
    34801 tataacaaaa gattttgtaa catctgtaaa aatctatgac cgcacaaatg acatcgtgat
    34861 ctgttatgat gccagccgca gtgaaattct tactgcttta aaggaatttt atcatggaat
    34921 catcacagtc cctgataatt atcaagaaag tcagagcaga caattaaacc agacatatca
    34981 ggagaaactt ataagtaaag tcttattcca ttatggaaac aaattattat ttccatatcc
    35041 attaagagca gggatcacag tgatcaaatc tttgaaatat atatatgaag gaattcatac
    35101 acttgctcag ggtaagattg aagttccagt acttgatggt acggcaatcg gagtatcgat
    35161 cattcgaaga gatatcaata ccgcatcctc tatcatgttt ttactcggaa tcggagaaat
    35221 tctcgaagaa tggacacata agaaatccgt cgatgatctt gcaaaaagca tgtccttgaa
    35281 tattgataag gtatggaaag tcgaagaaga tcatgagatt ttagttccat ccaacgaaat
    35341 tgatgctaac gatatcgttc acatacagat gggaaatatg atcccatttg atggagttgt
    35401 tgttgatggt gaagcaatgg tcaatcaggc atcattaact ggagaatcaa cacctgttcg
    35461 caagattcct gacggatacg tatatgcagg aactgtcgtt gaagagggtg acttaaaagt
    35521 ttgcgtaaaa gaagtaaatg gatcaagcaa atttgataag attgttacga tgatcgaaga
    35581 atctgaaaaa ttaaaatctt ctttagaaag taaagcagaa catcttgcag atcgtctagt
    35641 tccttataca ttggctggaa ctgctctcac atatttgttt acaagaaatg taacaaaagc
    35701 tttatctgta ctgatggttg atttctcatg tgcattaaaa cttgcaatgc caatctctgt
    35761 tttatctgcg atcaaggaag caaatgacca tcagatcgtt gtcaaaggtg gtaaatactt
    35821 agaagcaatg gcagaagccg aaacgatcgt ctttgataaa acaggaactt taacaaaagc
    35881 ggaacctact gttcttgata ttgtttcatt taacggaatg aaatgcaagg aattattaag
    35941 aattgccgca tgtttagagg aacatttccc tcattctatg gcaaaagctg tagttcaggc
    36001 agctgttgac agaaatcttg tacatgaaga attacattct gaggttgagt atatcgtggc
    36061 tcatggaatt tcttccatga tcgagaataa aaaagttgtc attggaagtt atcattttgt
    36121 attcgaagat gagcagtgta caattcctga aggcaaagaa gagttatttg agaaactgcc
    36181 tgaagaatgt tcgcatttat atatggcgat cgaaggaaaa cttgcaggtg taatctgtat
    36241 tgaagaccca ttacgtgaag aagccaaaga tgtgatcaaa gcattaaaag ctgctggaat
    36301 caagaaagtc gttatgatga ctggagacag tgatcgtact gcaaaggtta ttgcagccaa
    36361 agttggtgtg gatgaatatc atgctgaggt acttccagag gataaagctg ctttcgttga
    36421 gaaagaaaaa gccgaaggaa gaaaagttat tatgatcgga gatggaatca atgattctcc
    36481 agcattatct gcatctaatg ttggaatcgc gatcagtgat ggagctcaga ttgcaagaga
    36541 aatcgcagat gtaacgattg aaggagacca tttacatggt ctggtaactc tcaaacatat
    36601 cagtaaccac ttaatgcgcc gaattcataa taattaccgc tttattgttg gatttaacgc
    36661 agggcttatt ggagccgggg tgttaggctt tatccagcca acaacatctg ccgtattaca
    36721 taatacttca accctttgta tagggcttag aagcatgaaa aatctggtgt ctgaggaaga
    36781 attacagtaa aaatcaagaa ggttagtcgt gaaat
//
