LOCUS       gnlProkkaAMGFIGEM_66    5939 bp    DNA     linear   UNK 01-JAN-1980
DEFINITION  gnl|Prokka|AMGFIGEM_66.
ACCESSION   gnlProkkaAMGFIGEM_66
VERSION     gnlProkkaAMGFIGEM_66
KEYWORDS    .
SOURCE      
  ORGANISM  
            .
COMMENT     ##antiSMASH-Data-START##
            Version      :: 7.1.0
            Run date     :: 2024-12-01 13:44:12
            Original ID  :: gnl|Prokka|AMGFIGEM_66
            NOTE: This is a single region extracted from a larger record!
            Orig. start  :: 0
            Orig. end    :: 5939
            ##antiSMASH-Data-END##
FEATURES             Location/Qualifiers
     protocluster    1..5939
                     /aStool="rule-based-clusters"
                     /category="other"
                     /contig_edge="True"
                     /core_location="[217:2262]"
                     /cutoff="20000"
                     /detection_rule="(phosphonates and minimum(1,
                     [2-Hacid_dh_C, Aldedh, Aminotran_1_2, Aminotran_5, AurF,
                     CTP_transf_like, DUF4992, Fe-ADH, HMGL-like, Metallophos_2,
                     NTP_transf_3, NTP_transf_5, PALP, PEP_mutase, TPP_enzyme_C,
                     TPP_enzyme_N, phosphonates]) and not (phosphonatesHydrolase
                     or phosphonatesMeIsocitrateLyase))"
                     /neighbourhood="5000"
                     /product="phosphonate"
                     /protocluster_number="1"
                     /tool="antismash"
     proto_core      218..2262
                     /aStool="rule-based-clusters"
                     /tool="antismash"
                     /cutoff="20000"
                     /detection_rule="(phosphonates and minimum(1,
                     [2-Hacid_dh_C, Aldedh, Aminotran_1_2, Aminotran_5, AurF,
                     CTP_transf_like, DUF4992, Fe-ADH, HMGL-like, Metallophos_2,
                     NTP_transf_3, NTP_transf_5, PALP, PEP_mutase, TPP_enzyme_C,
                     TPP_enzyme_N, phosphonates]) and not (phosphonatesHydrolase
                     or phosphonatesMeIsocitrateLyase))"
                     /neighbourhood="5000"
                     /product="phosphonate"
                     /protocluster_number="1"
     cand_cluster    1..5939
                     /candidate_cluster_number="1"
                     /contig_edge="True"
                     /detection_rules="(phosphonates and minimum(1,
                     [2-Hacid_dh_C, Aldedh, Aminotran_1_2, Aminotran_5, AurF,
                     CTP_transf_like, DUF4992, Fe-ADH, HMGL-like, Metallophos_2,
                     NTP_transf_3, NTP_transf_5, PALP, PEP_mutase, TPP_enzyme_C,
                     TPP_enzyme_N, phosphonates]) and not (phosphonatesHydrolase
                     or phosphonatesMeIsocitrateLyase))"
                     /kind="single"
                     /product="phosphonate"
                     /protoclusters="1"
                     /tool="antismash"
     region          1..5939
                     /candidate_cluster_numbers="1"
                     /contig_edge="True"
                     /product="phosphonate"
                     /region_number="1"
                     /rules="(phosphonates and minimum(1, [2-Hacid_dh_C, Aldedh,
                     Aminotran_1_2, Aminotran_5, AurF, CTP_transf_like, DUF4992,
                     Fe-ADH, HMGL-like, Metallophos_2, NTP_transf_3,
                     NTP_transf_5, PALP, PEP_mutase, TPP_enzyme_C, TPP_enzyme_N,
                     phosphonates]) and not (phosphonatesHydrolase or
                     phosphonatesMeIsocitrateLyase))"
                     /tool="antismash"
     CDS             complement(218..1522)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     phosphonate: CTP_transf_like"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     phosphonate: phosphonates"
                     /gene_functions="biosynthetic (rule-based-clusters)
                     phosphonate: PEP_mutase"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1231:carboxyvinyl-carboxyphosphonate (Score: 203.5;
                     E-value: 6.7e-62)"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg66_1"
                     /sec_met_domain="CTP_transf_like (E-value: 6.1e-14,
                     bitscore: 40.6, seeds: 65, tool: rule-based-clusters)"
                     /sec_met_domain="phosphonates (E-value: 3.1e-119, bitscore:
                     385.4, seeds: 8, tool: rule-based-clusters)"
                     /sec_met_domain="PEP_mutase (E-value: 7.2e-64, bitscore:
                     203.6, seeds: 69, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MSKTVYIGMTADIMHPGLIRIINEATKYGDVIIGLLTDKAIAEHK
                     RLPYLTYEQRKEVVQNIKGVCKVVPQEEWSYVENLKRIKPDYIIHGDDWKTGPLREERV
                     RVFEVMNEQGGKVIEIPYTLGINSSSLDKDIKAIGTTPDVRLKSLRRLINAKPVVRILE
                     AHDGLCGLIIENQEILKGDKREVFDGMWSSSLTDSTSKGKPDIEAVDLTTRLQDLNNIL
                     ECTTKPIIFDGDTGGKIEHFVFTVRTLERHGISAIIIEDKVGLKKNSLFGTDVIQTQDT
                     IEGFCNKIKAGKASQITDDFMIIARIESLIAGKPVSDALERAFAYVQAGADGIMIHSKN
                     KSGEDIKEFCLAFRKQYAHVPIVVVPTTYDHIYESELCDWGVNIIIYANHMLRAAYPAM
                     MNVAKIILENERALEVRELCMPIKERGGTAIYVLI"
     CDS             complement(1543..2262)
                     /gene_functions="biosynthetic (rule-based-clusters)
                     phosphonate: NTP_transf_3"
                     /gene_functions="biosynthetic-additional (smcogs)
                     SMCOG1064:glucose-1-phosphate
                     adenylyl/thymidylyltransferase (Score: 54.5; E-value:
                     1.6e-16)"
                     /gene_kind="biosynthetic"
                     /locus_tag="ctg66_2"
                     /sec_met_domain="NTP_transf_3 (E-value: 5e-17, bitscore:
                     50.8, seeds: 297, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MIRTAMIMAAGMGTRFGQYTELIPKGFVKVGGIPMIVRSIDTLLS
                     CDIERIVIGTGYKQEVYEELKTDYPMLETCFSPRYAETNSMYTLYNTREILGNDDFLLL
                     ESDLIFEKQAIMSLLECPAADAMLITPVTKFQDQYYVEHDDNFRLSSCSVNKNKLNAKG
                     ELVGIHKLSGSFYKIMCADYASIVDEQPNLGYEYELLRISCSQSPVYVHKVEGLKWYEI
                     DDISDLEYAEKYIVPYC"
     CDS             complement(2326..3474)
                     /locus_tag="ctg66_3"
                     /transl_table=11
                     /translation="MIEKQSYQEPFSEVDKRKDDEMEIDLMAIFYKIITVRGVLCKAAG
                     VGVIIAIVVALSIPKQYTVKVTLSPEMGNAKGSNGLAGLAASFLGDGALIGESTDALNA
                     SLSADIVSSTPFLLELLEMEVSVSKKDDKMTLGSYLDEESSPWWDYLIGFPGIVIGGVK
                     SLFGEDTVPASGGRQGTIELTKEVNEKINFLKKKISASIDKKTAITSITVTLQNPQITA
                     VIADSVVHKLQEYIIGYRTSKVKEDCAYLERLFKERQQEYYAAQRKYADYVDAHDNVVL
                     QSVRAEQERLQNDMSLAYQIYSQVANQLQVSRAKVQEEKPVFAVVEPAVVPLKPSGMGL
                     KIYILLFVFLSVSGTLVWVFFGKSLLASLRKELKNKEIEQDK"
     CDS             complement(3485..5896)
                     /gene_functions="biosynthetic-additional
                     (rule-based-clusters) Poly_export"
                     /gene_functions="transport (smcogs)
                     SMCOG1186:polysaccharide export protein (Score: 32;
                     E-value: 8.4e-10)"
                     /gene_kind="transport"
                     /locus_tag="ctg66_4"
                     /sec_met_domain="Poly_export (E-value: 3.4e-19, bitscore:
                     56.9, seeds: 183, tool: rule-based-clusters)"
                     /transl_table=11
                     /translation="MKIQRLFSILLFCLMLGSGSLMAQSMSDSQVLEYVKDGIRQGKEQ
                     KQLASELARKGVTKEQAMRVKQLYEQQNNVNTSKSTGTDINESRLREETKKNTSDMLED
                     HPTTQDLARGDQVFGRNIFNTRNLTFEPSVNLATPANYRLGPGDEVIIDIWGASQNTIR
                     QQISPEGTINIQKIGPVNLSGMTVSAANDYLKNALNKIYNGLNNTTDPTSDIRLTLGNI
                     RTIQINVMGEVVQPGTYALSSFSTVFHALYRAGGVSDIGSLRNVQLVRNGKNIATIDVY
                     EFIMKGNTQDDIRLQEGDVVIVPAYDVLVKISGKVKRPMRFEMKKDENLATLIKYAGGF
                     EADAYTRSLRVVRQNGEEYEVNTVKDMDYSIYTMRNGDVVTAEAILNRFTNKLEIRGAV
                     YRPGIYQLSGKLNTIRELVHEAQGLTGDAFLNRAVLYRQREDLTSEVVQIDIKSIMDGT
                     SPNLALMKNDILYIPSIHDLEDRGNVTVHGEVAHPDSYPYADNMTLEDLIIQAGGLKEA
                     ASTVRIDISRRIKNPRSTADNDTIGQMYTFSLKDGFVIDGQPGFILEPYDQVYVRRSPG
                     YQAQQNVAIEGEILFGGNYAMTSREERLSDLVNKAGGPTNYAYLRGAKLTRVANASEKK
                     RMGDVIRLMSRQLGEAMIDSLGIRVEDTFTVGIDLEKALSNPKSNADLVLREGDVISIP
                     KNTNTVTINGAVMVPNTVSYMKGKNVDYYLNQAGGYSDNARKSKKFIVYMNGQVTKVKG
                     SGKKQIEPGCEIIVPGKAKKKGNIANILGYATSFSSLGMMIASIANLIKK"
ORIGIN
        1 ccgcttttac ttatctctcg catggatgga atatttgatt tatagaggaa aggtaaataa
       61 attcccgtat atgttcccat atatcccgaa gaaacttgaa acggattaag acaaattaaa
      121 aactcaatcc cgaatctgat accacataaa acactgtata ttagcgataa tatttgcact
      181 tatttggctt ttcttttcat tttgcctatt tcaagcacta tatcaaaaca tatattgcag
      241 ttccacctct ttcttttatg ggcatacaca gttcgcgcac ctctaaagca cgttcattct
      301 ctaatattat ctttgcgaca ttcatcatag caggataagc ggcacgaagc atatgattag
      361 cataaataat tatattcaca ccccaatcac acaattcaga ctcataaata tgatcatatg
      421 tagtaggcac aaccacgata ggtacatgag catactgttt tcgaaacgcc aaacaaaatt
      481 cttttatatc ttcacccgac ttatttttgc tatgtatcat aataccgtcc gctcccgctt
      541 ggacatatgc aaaagctctc tctaaagcat cacttaccgg ctttcccgct ataaggctct
      601 caatacgagc gataatcata aaatcatcag taatctgaga tgcctttcct gctttgatct
      661 tattacagaa accttcgatt gtatcttgag tttgaataac atctgtacca aacaatgaat
      721 tcttttttaa tccaacttta tcttcaatta ttatagctga aattccatga cgttctaaag
      781 tgcgtactgt aaatacgaaa tgttcaattt taccacctgt atctccatca aaaataatag
      841 gtttagtagt acactccaga atattattca aatcttgcaa tcgggtagtt aaatcaaccg
      901 cctcaatatc aggtttacct ttactggttg aatccgtaag gctactagac cacattccgt
      961 caaatacttc cctcttatcc ccttttaata tttcctgatt ttcaattatc aagccacata
     1021 gtccatcatg agcttccaaa atacgaacta cgggtttggc atttatcaaa cgacgaagtg
     1081 attttaaacg tacatcaggg gttgtaccta tagccttaat atctttatcc aaagaagatg
     1141 aattaattcc caaagtatat ggaatttcga taacctttcc tccctgttca ttcatcactt
     1201 caaatacgcg cacacgttct tcacgtaaag gcccggtttt ccagtcgtca ccatgaatta
     1261 tatagtcagg tttaatgcgt ttgagattct caacatagct ccattcttct tgaggaacaa
     1321 ctttacatac gcctttaata ttctgaacta cctcttttcg ttgttcatag gtcagataag
     1381 gaaggcgttt atgctccgca atagctttat ctgtaagaag accaattata acatcaccgt
     1441 atttagtagc ctcattaata atgcggataa gtcctggatg cataatatcc gcagtcatcc
     1501 caatataaac tgtcttactc ataatttgat atattatttt aattaacaat acggaacaat
     1561 atatttctct gcatattcca aatctgatat gtcatcgatt tcataccatt tcagcccttc
     1621 tactttatgc acataaacag gagattgaga acaagatatt cgtagtaatt catactcata
     1681 tcccaaattg ggttgttcat caacaatact cgcataatca gcacacatta ttttgtaaaa
     1741 ggaaccggat agtttatgga tgccgaccaa ttcgccttta gcgtttagtt tattcttatt
     1801 gacagaacat gaagaaaggc gaaaattatc atcatgttcc acataatact gatcttgaaa
     1861 ctttgtcact ggagttatta gcattgcatc tgccgcagga cactccaata agctcattat
     1921 tgcttgtttc tcaaaaatca aatctgactc taacaataaa aaatcatcat tgcccagaat
     1981 ctcccgcgta ttatataaag tatacatact atttgtttca gcataacgag gactaaaaca
     2041 ggtttcaagc ataggatagt ctgtcttcaa ttcttcataa acttcttgtt tatatcctgt
     2101 accgattaca attcgctcaa tgtcacatga taacaaagta tcaatagaac gaactatcat
     2161 tggaatacct cccactttga cgaacccttt aggtatcaat tctgtatatt ggccaaaacg
     2221 ggttcccatg cccgcagcca ttatcatagc tgtacgtatc attcgtttaa taatatagta
     2281 agtgaattta attgatgtaa gaatgttgta aacgacgttt tagcatcatt tatcctgttc
     2341 tatctcctta tttttcagtt cttttctcaa gctagccagc agacttttgc caaaaaacac
     2401 ccacacgaga gtaccagata cggacaggaa cacaaataat aaaatataaa ttttgagtcc
     2461 catacctgaa ggtttcaaag gtacaacggc aggctcaact actgcaaaga ctggcttttc
     2521 ctcctgtact ttggctctgg atacctgcaa ctgattagca acctgactat atatctgata
     2581 agccaaactc atgtcgttct gtaaacgctc ctgctcagca cgtacacttt gaagaaccac
     2641 attatcatgg gcgtctacat aatccgcata ttttctttga gcagcataat attcctgctg
     2701 acgttcttta aacaaccgtt ccaaatacgc acagtcttct tttacttttg aagttcgata
     2761 cccaataata tattcctgta atttatgaac gacagaatct gctataaccg cagtgatctg
     2821 cggattttgt aaggtgaccg taatgctcgt tatggcggtt ttcttatcaa tggatgcact
     2881 aatcttcttt ttaagaaaat taatcttctc atttacttct ttcgtcaatt cgatagttcc
     2941 ttgccgccct ccactggcag gaaccgtatc ttctccgaat aatgatttaa ctcctcctat
     3001 tactatgccc ggaaaaccta taagataatc ccaccaagga gatgactctt catcgagata
     3061 agaccccaaa gtcattttat catccttttt agaaacggag acttccattt ctaaaagttc
     3121 caataaaaaa ggagttgaag aaacaatatc tgctgaaaga gaagcgttca aggcatctgt
     3181 gctttcccct attagagccc catctcccaa aaacgaggca gcaagtccgg ctaaaccatt
     3241 acttcccttc gcattaccca tttcaggaga aagggtaacc tttactgtat attgcttggg
     3301 aatgctcaat gccaccacta tagcaattat tactcccact ccagcagctt tgcatagtac
     3361 tccacgaaca gtaataatct tataaaaaat agccatcaag tctatttcca tttcatcatc
     3421 tttcctttta tccacttcag aaaacggttc ttgataagat tgcttttcaa tcataatagg
     3481 tcatttattt ctttatcaaa ttagcaatag aagcaatcat cattcccaaa gaactgaagg
     3541 aagtagcata acctaaaata ttagctatgt tccctttctt cttagcctta ccaggcacaa
     3601 taatctcaca ccccggctca atctgtttct taccactacc cttaaccttc gtcacctgac
     3661 cattcatgta aacaatgaat ttcttactct tccttgcatt atcagaataa ccaccggcct
     3721 gattcaggta ataatccaca ttcttgccct tcatataaga aaccgtattc ggaaccatga
     3781 cagcaccatt gatagttaca gtattagtat tcttaggtat ggagatcaca tcaccttcac
     3841 gtaagacaag atcggcatta cttttaggat tgctcaaggc tttttccaaa tctattccaa
     3901 ccgtaaaagt atcttcaaca cgaataccca aagagtcaat catggcttcg cccaattgcc
     3961 tgctcataag gcgaattaca tcacccatac gtttcttttc actagcgtta gccacacggg
     4021 tcagtttcgc accacgcaga taggcataat tggtcggacc gccggcttta ttcactaaat
     4081 cggaaagacg ttcctcacgg ctggtcatgg cgtaatttcc tccgaaaagg atttcacctt
     4141 caatggctac attctgttgt gcctgatagc ccggactgcg acggacataa acctgatcat
     4201 aaggctcaag gataaaaccg ggctgaccat ctattacaaa accatccttt aaagagaagg
     4261 tatacatctg accaatcgta tcattatccg cagtactacg aggattcttg attcgtctcg
     4321 atatatcaat acggacagta gaggcggctt ctttcaagcc accggcctga atgatcagat
     4381 cctcaagtgt catgttatcc gcataaggat aggaatcagg gtgggcaacc tcaccgtgaa
     4441 ctgtgacatt accccggtct tccaggtcat ggatacttgg aatgtagagg atgtcattct
     4501 tcattagggc aaggtttggg gaagtgccgt ccatgataga cttaatgtct atctgaacaa
     4561 cttcactggt caggtcttca cgctggcgat agaggacggc acgattcagg aaagcgtcac
     4621 cggtcagacc ctgagcttca tggacaagtt cgcggatcgt gttcagttta ccgctgagct
     4681 ggtagatacc gggacgatag acagcgccac ggatttccag tttgtttgtg aagcggttaa
     4741 ggatggcttc ggctgttaca acgtcaccgt tacgcattgt gtagatactg tagtccatat
     4801 ccttgactgt gttgacttcg tattcctcac cattctgacg gacaacacgt aatgaacggg
     4861 tgtaggcgtc agcttcaaag ccgccggcat atttgatgag agtagcaagg ttctcgtctt
     4921 tcttcatttc aaaacgcata ggacgtttta ccttgccgct aatctttacc aatacatcat
     4981 aggcaggaac aatcacaacg tcaccttcct gtaggcggat gtcatcctgt gtgttgcctt
     5041 tcataatgaa ttcgtagacg tcgatggtgg caatattctt tccgttgcgt accaactgaa
     5101 cgtttcggag gctaccgata tcactcacac cgcctgcacg ataaagcgca tggaagacgg
     5161 tagagaagga agaaagggcg taggtaccgg gctgtacgac ttctcccatc acattaatct
     5221 gaatagtacg gatattacct aacgtcagac ggatgtcgga agtaggatcg gtagtattat
     5281 tcagaccgtt atatatttta ttcagggcgt tcttcagata gtcattggcg gcagagactg
     5341 tcataccgct aaggttgaca gggccgatct tctgaatgtt gatagtacct tcaggagaga
     5401 tttgctggcg gatcgtgttc tggctcgcac cccagatatc aatgatgact tcatcaccgg
     5461 gaccaagacg gtaattggca ggagtggcaa ggttgacact aggctcgaac gtcaggttgc
     5521 gggtattgaa gatgttacgt ccgaagacct gatcaccacg ggcaaggtcc tgagtagtcg
     5581 gatgatcctc cagcatatcg gaagtattct tcttagtctc ttcacgcagg cgggattcgt
     5641 tgatgtccgt gcccgttgat ttcgaggtat ttacattgtt ctgctgctcg tatagctgct
     5701 tcacacgcat tgcctgttct ttggttacac ccttacgggc tagttcggaa gcaagctgct
     5761 tctgttcctt gccttggcgg atgccgtctt ttacatattc cagtacctgt gagtcactca
     5821 tggactgagc cataagcgag ccacttccca gcatcaaaca aaatagtaga atgctaaaaa
     5881 gtcgttgtat tttcattgac aaataaaaaa gtttcagttg atttcacaca gttcctgca
//
