LOCUS       c00044_NZ_NFJN..        7243 bp    DNA     linear   UNK 01-JAN-1980
DEFINITION  NZ_NFJN01000049.1 Gordonibacter urolithinfaciens strain An234A
            An234A_contig_49, whole genome shotgun sequence.
ACCESSION   NZ_NFJN01000049
VERSION     NZ_NFJN01000049
KEYWORDS    .
SOURCE      
  ORGANISM  
            .
COMMENT     ##gutSMASH-Data-START##
            Version      :: 1.0.0-1555cd7(changed)
            Run date     :: 2024-03-14 00:52:50
            Original ID  :: NZ_NFJN01000049.1
            NOTE: This is a single cluster extracted from a larger record!
            Orig. start  :: 0
            Orig. end    :: 7243
            ##gutSMASH-Data-END##
FEATURES             Location/Qualifiers
     protocluster    1..7243
                     /aStool="rule-based-clusters"
                     /contig_edge="True"
                     /core_location="[2365:7192](+)"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D,
                     HleuD1, HleuD2, HleuS1, HleuS2, Lactoyl-CoA1,
                     Lactoyl-CoA2]) and minimum(1, [ACP_syn_III, ACP_syn_III_C,
                     AcetylCoA_hyd_C, AcetylCoA_hydro, Acyl-CoA_dh_1,
                     Acyl-CoA_dh_2, AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG,
                     Biotin_lipoyl, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_6_Glutaconate, CoA_transf_3,
                     ECH_1, ECH_2, ETF, ETF_alpha, FGGY_C, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, Mal_decarbox_Al, Peptidase_M22,
                     Peptidase_M23, Thiolase_C, Thiolase_N, ketoacyl-synt]) and
                     not (minimum(2, [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /neighbourhood="10000"
                     /product="Others_HGD_unassigned"
                     /protocluster_number="1"
                     /tool="gutsmash"
     proto_core      2366..7192
                     /aStool="rule-based-clusters"
                     /tool="gutsmash"
                     /cutoff="10000"
                     /detection_rule="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D,
                     HleuD1, HleuD2, HleuS1, HleuS2, Lactoyl-CoA1,
                     Lactoyl-CoA2]) and minimum(1, [ACP_syn_III, ACP_syn_III_C,
                     AcetylCoA_hyd_C, AcetylCoA_hydro, Acyl-CoA_dh_1,
                     Acyl-CoA_dh_2, AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG,
                     Biotin_lipoyl, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_6_Glutaconate, CoA_transf_3,
                     ECH_1, ECH_2, ETF, ETF_alpha, FGGY_C, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, Mal_decarbox_Al, Peptidase_M22,
                     Peptidase_M23, Thiolase_C, Thiolase_N, ketoacyl-synt]) and
                     not (minimum(2, [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /neighbourhood="10000"
                     /product="Others_HGD_unassigned"
                     /protocluster_number="1"
     cand_cluster    1..7243
                     /candidate_cluster_number="1"
                     /contig_edge="True"
                     /detection_rules="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D,
                     HleuD1, HleuD2, HleuS1, HleuS2, Lactoyl-CoA1,
                     Lactoyl-CoA2]) and minimum(1, [ACP_syn_III, ACP_syn_III_C,
                     AcetylCoA_hyd_C, AcetylCoA_hydro, Acyl-CoA_dh_1,
                     Acyl-CoA_dh_2, AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG,
                     Biotin_lipoyl, Carboxyl_trans, CoA_trans,
                     CoA_trans_230_acto, CoA_trans_6_Glutaconate, CoA_transf_3,
                     ECH_1, ECH_2, ETF, ETF_alpha, FGGY_C, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, Mal_decarbox_Al, Peptidase_M22,
                     Peptidase_M23, Thiolase_C, Thiolase_N, ketoacyl-synt]) and
                     not (minimum(2, [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /kind="single"
                     /product="Others_HGD_unassigned"
                     /protoclusters="1"
                     /tool="gutsmash"
     region          1..7243
                     /candidate_cluster_numbers="1"
                     /contig_edge="True"
                     /product="Others_HGD_unassigned"
                     /region_number="1"
                     /rules="(minimum(1, [HAAA1, HG2B1, HG2B2, HGD-D, HleuD1,
                     HleuD2, HleuS1, HleuS2, Lactoyl-CoA1, Lactoyl-CoA2]) and
                     minimum(1, [ACP_syn_III, ACP_syn_III_C, AcetylCoA_hyd_C,
                     AcetylCoA_hydro, Acyl-CoA_dh_1, Acyl-CoA_dh_2,
                     AdoHcyase_NAD, AlaDh_PNT_C, BcrAD_BadFG, Biotin_lipoyl,
                     Carboxyl_trans, CoA_trans, CoA_trans_230_acto,
                     CoA_trans_6_Glutaconate, CoA_transf_3, ECH_1, ECH_2, ETF,
                     ETF_alpha, FGGY_C, HCDH, HCDH_N, Hacid_dh, Hacid_dh_C,
                     Mal_decarbox_Al, Peptidase_M22, Peptidase_M23, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and not (minimum(2,
                     [AcetylCoA_hyd_C, BcrAD_BadFG, CoA_trans,
                     CoA_trans_230_acto, Mal_decarbox_Al]) and Lactoyl-CoA2 and
                     Lactoyl-CoA1) and not (minimum(4, [ACP_syn_III,
                     ACP_syn_III_C, Acyl-CoA_dh_1, Acyl-CoA_dh_2, AlaDh_PNT_C,
                     BcrAD_BadFG, ECH_1, ECH_2, ETF, ETF_alpha, HCDH, HCDH_N,
                     Hacid_dh, Hacid_dh_C, IlvN, NAD_Gly3P_dh_N, Thiolase_C,
                     Thiolase_N, ketoacyl-synt]) and HAAA1 and not HleuS1))"
                     /tool="gutsmash"
     CDS             complement(47..1018)
                     /locus_tag="ctg44_1"
                     /transl_table=11
                     /translation="MGTKELVLRMLECQRDRHVSGAWLAEELGVTRNAVWKAVEALRAE
                     GYVVEAATNRGYRLAQENDLLSPASIERFLPDGHPFDITVRKSVDSTNAEARRRALEGA
                     PEGVVVVAEEQTAGRGRLGKTFYSPAGAGVYLSVVLRPRLQADAAQYLTCAAAVACAQA
                     IEAVTDEEALIKWVNDIFCRGRKVAGILTEGIVDMESGRFEHAVLGMGVNVRVPASGFP
                     SEIADVAGAVCDEAVGALRSQLAAEMLARFWSLYESLPHRSFYDEYRRRCFLLGQPIVV
                     ARNGSRVRARAVDLTEDFKLVVELPDKTRRELPYGEVSTGPA"
     CDS             1586..2305
                     /locus_tag="ctg44_2"
                     /transl_table=11
                     /translation="MTTAVAGKMARGTAKSVAPVAVAPVPAAAKPDDGSRSVPACCEDR
                     RITRSKRALRDALIELMEERGFDGFTVNDLCVRADLNRGTFYNHYHDKEALLAAFEGEI
                     MHDLERFQVQMQDLTVRSLMTYRARKKPLPFLVELFDYLREQGDFLHAVLGPGGDVRFG
                     PRLRDSVCANLVQSILHERYRNDPTPFVGYYVAFFASAYLGVIERWIETGMQESSEEMA
                     LIAMRLFFIKPGESIKL"
     CDS             2366..7192
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: BcrAD_BadFG"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     Others_HGD_unassigned: HGD-D"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg44_3"
                     /sec_met_domain="HGD-D (E-value: 7.2e-64, bitscore: 204.2,
                     seeds: 370, tool: rule-based-clusters)"
                     /sec_met_domain="BcrAD_BadFG (E-value: 7e-37, bitscore:
                     115.0, seeds: 18, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MANEPMDTNEEQAGRVEARNEAAGQGLAGGDGAEGPAETAAEGAA
                     VEPVPLHIGIDVGSTTVKLAILDAANDVKFSVYRRHHADVRATIVEVLSEAAADFGDKR
                     MTIAITGSGGLLLAQWLGIEFVQEVIASKTAVETFIPATDVAIELGGEDAKIIYFDQGI
                     EQRMNGTCAGGTGAFIDQMAALLNTDAGGLNVLAQGATTLYPIASRCGVFAKTDVQPLI
                     NEGARKEDIAASIFQSVVTQTISGLACGRPIRGHVAFLGGPLQYLPELRKRFYETLELD
                     DEHIVVPDNAHLFVASGCAIAGAASETTRAELLGDVLDRLKSLGDIQGSEVVRLPPLFA
                     SEDEYAQFKSRHDGERVRRGELMDYEGTAYLGIDAGSTTFKAALIGEDGALLWSHYASN
                     KGDVLGCARTALTNLYNAMPVNADTGEPLVRIGHATVTGYGEHLLLEALRVDSGEIETV
                     AHLRGAQEMLPGVEFILDIGGQDMKCLRVKDGVIDHIMLNEACSSGCGSFIESFATGLN
                     LDVAEFAQTAVSAERPVDLGSRCTVFMNSRVKQAQKEGATVGDIAAGLAISVIKNALFK
                     VIKIRDPHDVGTKVIVQGGTFLNDAVLRAFEQLSEVQAVRPDIAGNMGAFGAALLARDR
                     CHEAMALEARKAKAGAAWSSENDELAAPAAVCSTLLSLEQLAALSPTHKTVRCKACSNH
                     CLLTVNDFGVDDVTGKHRRFITGNRCEKGAGTFDEAKAAVPNLYEYKSQRLFGYEPLPA
                     DRATRGSVGIPRALNQYENYPFWFTFFTKLGFRVVLSDPSTKKTYEAGIESMPSESVCY
                     PAKLSHGHIMNLLDKHPDFIWFPCSKWERQEDEGAGNHFNCPIVASYPEALRLNIDELR
                     TSDVKLLTPWLPYDQKEHLKKRLFVELVEAHPELMGTAGAPTQAEVDAAVDAAWAEDEA
                     FKRDIRAKGEEALVWMEATGTHGIVLAGRPYHNDPEINHAIPELLTSFGLAVLTEDSIA
                     HLGTLERPIRLVDQWMYHTRLYAAAKVATERRDLDLVQLNSFGCGLDALTTDQVQEILE
                     RAGKVYTVLKIDEVSNLGAARIRVRSLLAALKDQADEQADAERMPRGCPALSIDPEKFA
                     ATPEAAVQAKSGQAEAVIARELTGATPETFTQKAAPEVIARFKQREGATTEFPRAVFTE
                     EMKEAGYTILCPQMAPIHFELLVKIFHRNGYNLELLPSVDHGAVDAGLKYVNNDICYPS
                     ILVTGQIMEAVMSGRYDTDKLAVIITQTGGGCRATNYISLIRKALAAVGLPHIPVIALS
                     FKDLGESNPGFKVTPSMLLQAAYSIFYGDLLMMALYRTRPYEAEPGSANRLFDHWMSVC
                     QDQLMRGLKRREFKDTVRRIVEDFDTLPLVGEGTKPRVGVVGEILVKFHPTANNQIVDV
                     IEREGCEAVVPGLAEFFLFGIAGGIFQKDPLGRSAKGALGSRIGLWAIAKLRAPVTRAL
                     KASSRFEPPADIYELAEYASEILSLCNSMGEGWLLTAEMVELIRTGAPNVVCTQPFACL
                     PNHVVGKAVIKELRRRYPDSNIVAVDYDPGASEVNQLNRIKLMISVAKANLAEKEAEAE
                     AARDRFVDAARPHATQEDAGELEIETEKA"
ORIGIN
        1 ggtcgggggc gggtgcgaaa agaggggaag gctgggcgga aggaggctag gcggggccgg
       61 tgctcacctc gccgtagggc agctcgcggc gcgtcttgtc gggcagctcc accaccagct
      121 tgaagtcctc ggtcaggtcg acggcgcggg cacgcacgcg cgagccgttg cgcgccacga
      181 cgatgggctg gcccagcagg aagcaccgac ggcggtactc gtcgtagaac gagcggtggg
      241 gaaggctctc gtagaggctc caaaagcgcg ccagcatctc ggcggccagc tggctgcgca
      301 gcgcgccgac ggcctcgtcg cacacggcac cggccacgtc ggcgatctcg ctggggaaac
      361 cggaggcagg cacccgcacg ttcacgccca tgccgagcac ggcgtgctcg aagcgtcccg
      421 actccatgtc cactatgccc tcggtgagga tgcctgccac cttgcggcca cggcagaaga
      481 tgtcgttcac ccacttgatg agggcctcct cgtcggtgac ggcctcgatg gcctgcgcgc
      541 acgccacggc agccgcgcag gtgaggtact gggcggcgtc ggcctgcagc cgggggcgca
      601 gcaccacgct caggtacacg cccgcgccgg cgggggagta gaacgtcttg cccagccgcc
      661 cccttccggc cgtctgttcc tcggccacca cgaccacgcc ctcgggcgcg ccctcgagcg
      721 cccggcgccg cgcttcggcg tttgtggagt ccacactctt gcgcaccgtt atatcgaacg
      781 gatgcccgtc cggaaggaat cgctcgatgc tggccggcga cagcaggtcg ttctcctgcg
      841 ccaagcgata tccccggttc gtggccgcct caacaacgta cccttccgcc cgcagcgcct
      901 caacggcctt ccataccgcg ttgcgggtca cccccagctc ctctgccagc catgctcccg
      961 acacatgccg gtcccgctgg cactccagca tccgcagtac gagctctttg gttcccatcg
     1021 cgcgcctccc tcgttcgtcc gcttccatcc tagaagtgcg gttcccacgc tgtcaacgtg
     1081 tatgataaag aaaggtgaca atgagaagtg cgcaaccgct cttttatgag atacgaatcg
     1141 aaaaatggaa cgaatgtttc acgtgaaaca tcaggcttat gctctgcgca atgaaagatt
     1201 cgcgcggagt ccggtccggc cttcaattcg taggatgaag cgtttatgcg gaatgaagaa
     1261 ttcatgtccc gaaaaagcag aagcagaagc agatgcagat gcagaagcgg atgtagaagg
     1321 ggagggggct ctgcgcatcg gcttcgccgg cggtcttttc cagcggcttt ttccggttaa
     1381 tttttcgtct gccggcttgg ggtctccggt tacggtcgga tttgggtggg gaaagtccgg
     1441 gaatcgggga gcggcgttga aattctgcgg ttatcctcgt acaatgggcg ctattgaaca
     1501 agttgtctat tattggccga aatgttcaaa agcgtgtaat tcgcctgttc gacctgccgg
     1561 tatcggttga aacgaaggga gccgcatgac gacggctgtt gctggaaaaa tggctcgggg
     1621 caccgcgaaa tcggtcgcgc cggtcgcggt cgcgcccgtt cccgctgctg cgaagccgga
     1681 cgatggctcc cgttccgttc ccgcgtgctg cgaggaccgg cggatcacgc ggtcgaagcg
     1741 ggcgctgcgc gacgcgctca tcgagctcat ggaggagcgc ggcttcgacg gcttcacggt
     1801 gaacgacctg tgcgtccggg ccgacctgaa ccgcgggacg ttctacaacc attaccacga
     1861 caaggaggcg ctgctcgccg cgttcgaagg cgagatcatg cacgacctcg agcgcttcca
     1921 agtccagatg caggacctta cggtgcgcag ccttatgacg taccgtgcgc gcaagaagcc
     1981 actgccgttt ctcgtggagc tgttcgacta cctgcgcgag cagggcgact tcctgcacgc
     2041 ggtgctcggc cccggtggcg atgtgcgctt cggcccgcgc ctgcgcgact cggtgtgcgc
     2101 caacctcgtg cagtccatcc tgcacgagcg ctaccgcaac gatcccacgc cgttcgtcgg
     2161 ctactacgtg gcgttcttcg cctcggcgta cctgggcgtg atcgagcggt ggatcgagac
     2221 gggtatgcag gagagctcgg aggagatggc gttgatcgcc atgcggctgt tcttcatcaa
     2281 gccgggcgaa tcgatcaaac tgtagcgcct cgaagcgcaa gccgaggagg cggactctgt
     2341 gaaggaacct atgaaggaga gcgtcatggc gaacgagccc atggacacca acgaagagca
     2401 ggcagggcgc gtggaggccc ggaacgaggc tgccggccaa gggttggcgg gtggagacgg
     2461 cgcggaaggg ccggctgaga cggcggctga aggcgctgcc gtggagcccg tcccgctgca
     2521 tatcggcatc gacgtggggt ccaccacggt gaagctggcc atcctcgatg cagcgaacga
     2581 cgtgaagttc tccgtctatc gccgccacca cgccgacgtg cgtgccacca tcgtggaagt
     2641 gctctcggag gccgcagccg acttcggcga caagcgcatg accatcgcca tcacgggctc
     2701 gggcggcctg ctgctcgccc agtggctggg catcgagttc gtgcaggagg tcatcgcgtc
     2761 caagacggcg gtggaaacct tcatccccgc caccgacgtg gccatcgagc tgggcggcga
     2821 ggacgcgaag atcatctact tcgaccaggg catcgaacag cgcatgaacg gcacgtgcgc
     2881 cggcggcacg ggcgccttca tcgaccagat ggccgcgctc ttgaacaccg atgccggcgg
     2941 cctgaacgtg ctggcgcagg gcgcgaccac gctgtacccc atcgccagcc gctgcggcgt
     3001 gttcgccaag accgacgtgc agccgctcat caacgagggc gcgcgcaagg aggacatcgc
     3061 cgcgtccatc ttccagtcgg tggtgacgca gaccatcagc ggcctggcgt gcggccgccc
     3121 catccgcggc cacgtggcgt ttctcggcgg cccgctgcag tacctccccg agctgcgcaa
     3181 gcgcttctac gagacgctgg agctggacga cgagcacatc gtcgtgcccg acaacgccca
     3241 cctgttcgtg gccagcggct gcgccatcgc cggcgcggcc agcgagacga cgcgtgccga
     3301 gcttctgggc gacgtgctcg accgcctgaa gagcctcggc gacatccaag gctccgaggt
     3361 ggtgcgcctg cccccgctgt tcgccagcga ggacgagtac gcccagttca agagccgcca
     3421 tgacggcgaa cgcgtgcgcc gcggcgagct catggactac gagggcacgg cctaccttgg
     3481 catcgacgcc ggctccacca cgttcaaggc cgcgctcatc ggcgaggacg gcgcgcttct
     3541 gtggtcgcat tacgccagca acaagggcga cgtgctgggc tgcgcccgca cggcgctcac
     3601 gaacctgtac aacgccatgc cggtgaacgc cgacaccggc gagccgcttg ttcgcatcgg
     3661 ccacgccacg gtgacgggct acggcgagca cctgctgctg gaggcgctgc gcgtggactc
     3721 cggcgagatc gagacggtgg cgcacctgcg cggtgcgcag gagatgctgc cgggcgtgga
     3781 gttcatcctg gacatcggcg gccaggacat gaagtgcctg cgcgtgaagg acggcgtcat
     3841 cgaccacatc atgctcaacg aggcgtgcag ctcgggctgc ggcagcttca tcgagagctt
     3901 cgccacgggc ctcaacctgg acgtggccga gttcgcgcag acggccgtga gcgccgagcg
     3961 ccccgtcgac ctgggcagcc gctgcaccgt gttcatgaac agccgcgtga agcaggcgca
     4021 gaaggaaggc gccaccgtgg gcgacatcgc cgcgggcctt gccatctcag tcatcaagaa
     4081 cgcgctgttc aaggtcataa agatccgcga cccgcacgac gtgggcacga aggtcatcgt
     4141 gcagggcggc acgttcctga acgacgccgt gctgcgcgcg ttcgagcagc tgtccgaggt
     4201 ccaggccgtg cgccccgaca tcgccggcaa catgggcgcg ttcggcgccg cgttgctcgc
     4261 tcgcgaccgc tgccacgagg ccatggcgct cgaggcgcgc aaggccaagg cgggggcggc
     4321 gtggagctcc gagaacgacg agctggccgc gcccgccgcg gtgtgctcga ccctgctctc
     4381 gctcgagcag ctggcggccc tctctcccac gcacaagacc gtgcgctgca aggcgtgctc
     4441 gaaccactgc ctgctcaccg tcaacgactt cggcgtggac gacgtcaccg gcaagcaccg
     4501 ccgcttcatc acgggcaacc gctgcgagaa gggcgcgggc acgttcgacg aggccaaggc
     4561 cgccgtgccg aacctttacg agtacaagag ccagcgcctg ttcggctacg agccgctgcc
     4621 cgccgaccgg gcgacgcgcg gcagcgtggg catcccgcgc gcgctcaacc agtacgagaa
     4681 ctacccgttc tggttcacgt tcttcacgaa gctgggcttc cgcgtggtgc tgtccgaccc
     4741 gtccacgaag aagacctacg aggcgggcat cgagtccatg ccgtccgaga gcgtgtgcta
     4801 cccggccaag ctttcccacg gccacatcat gaacctgctg gacaagcatc ccgacttcat
     4861 ctggttcccg tgcagcaagt gggagcgcca ggaggacgag ggcgcgggca accacttcaa
     4921 ctgccccatc gtggccagct accccgaggc gctgcgcctc aacatcgacg agctgcgcac
     4981 gtccgacgtg aagctgctca ccccgtggct gccctacgac cagaaggagc acctcaagaa
     5041 gcgcctgttc gtggagctgg tggaggcgca ccccgagctc atgggcacgg cgggcgcgcc
     5101 cacgcaggcc gaggtggacg ccgccgtgga cgccgcgtgg gccgaggacg aggccttcaa
     5161 gcgcgacatc cgtgcgaagg gcgaggaggc gctcgtctgg atggaggcca cgggcacgca
     5221 cggcatcgtg ctggcgggcc gcccctacca caacgacccg gagatcaacc acgctatccc
     5281 cgagctcttg accagcttcg gcctggcggt gctcaccgag gactccatcg cgcacctcgg
     5341 cacgttggag cgtcccatcc gcctcgtgga ccagtggatg taccatacgc ggctgtacgc
     5401 ggcggcgaag gtagccaccg agcggcgcga cctcgacctc gtgcagctga acagcttcgg
     5461 ctgcggcctc gacgcgctca ccaccgacca ggtgcaggag atcctcgagc gcgcgggcaa
     5521 ggtgtacacc gtgctgaaga tcgacgaggt gtcgaacctg ggagcggcgc gcatccgcgt
     5581 gcgctcgctc ttggcggcgc tcaaggacca ggccgacgag caggccgacg ccgagcgcat
     5641 gccgcgcggc tgcccggcgc tcagcatcga ccccgagaag tttgccgcca cgcccgaagc
     5701 tgccgtccag gcaaagtccg gccaggccga ggccgtaatc gcacgcgagc tgaccggcgc
     5761 aacccccgag acgttcaccc aaaaggcggc gcccgaggtc atcgcgcgct tcaagcagcg
     5821 cgagggcgcc actaccgagt tcccgcgcgc ggtgttcacc gaggagatga aggaggccgg
     5881 ctacaccatc ctgtgcccgc agatggcgcc catccacttc gagctgctgg tgaagatctt
     5941 ccaccgcaac ggctacaacc tggagctgct gccgtcggtg gaccacggcg cggtggacgc
     6001 gggcctcaag tacgtgaaca acgacatatg ctacccgtcc atcctggtca ccggccagat
     6061 catggaggcc gtcatgtcgg gacgctacga caccgacaag ctggccgtca tcatcacgca
     6121 gacgggcggc ggttgccgcg ccacgaacta catctcgctc atccgcaagg cgctcgcagc
     6181 cgtgggcctg ccgcacattc cggtgatcgc gctgtcgttc aaggacctgg gcgagagcaa
     6241 cccgggcttc aaggtgacgc cgagcatgct cctgcaggcc gcgtactcca tcttctacgg
     6301 cgacctgctc atgatggcgc tgtaccgcac gcgcccctac gaggcggagc cgggcagcgc
     6361 gaaccgcctg ttcgaccact ggatgtccgt gtgccaggac cagctcatgc gcgggctcaa
     6421 gcgccgcgag ttcaaggaca cggtgcgccg catcgtggag gacttcgaca cgttgccgct
     6481 ggtcggcgag ggcacgaagc cgcgcgtggg cgtggtgggc gagatcctcg tgaagttcca
     6541 ccctacggcg aacaaccaga tcgtggacgt tatcgagcgc gagggttgcg aggccgtggt
     6601 gccgggcctg gccgagttct tcctgttcgg catcgcgggc ggcatcttcc agaaagaccc
     6661 gctcgggcgt tcggcgaagg gggcgctggg cagccgtatc gggctctggg ccatcgcgaa
     6721 gctgcgcgcg cccgtgacgc gcgcgctcaa ggcttcgagc cgcttcgagc cgccggccga
     6781 catctacgag ctggccgagt atgcgagcga gatcctcagc ttgtgcaact cgatgggcga
     6841 gggctggctg ctcacggccg agatggtgga gctcatccgc accggcgcgc ccaacgtggt
     6901 gtgcacgcag ccgttcgcgt gcctgccgaa ccacgtggtg ggcaaggccg tcatcaagga
     6961 gctgcgccgc cgctacccgg acagcaacat cgtggccgtg gactacgatc ccggcgcgtc
     7021 ggaggtgaac cagctcaacc gcatcaagct gatgatcagc gtggcgaagg cgaacctggc
     7081 cgagaaggag gccgaggcgg aggcggcgcg cgaccggttc gtggacgccg ctcgcccgca
     7141 cgcaacccaa gaggacgccg gcgagctgga gatcgagacc gagaaagcgt aatgccgagg
     7201 ggccgccgcc gaaacgccgc ggcccattcg ccgaattcgg ggg
//
