amidohydrolase, maker-scaffold33_size549341-snap-gene-4.24 (gene) Tigriopus kingsejongensis

Overview


Name	amidohydrolase
Unique Name	maker-scaffold33_size549341-snap-gene-4.24
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of amidohydrolase vs. SwissProt
Match: gi|81637553|sp|O34355.1|YTCJ_BACSU (RecName: Full=Putative amidohydrolase YtcJ)

HSP 1 Score: 122.094 bits (305), Expect = 1.651e-27
Identity = 147/575 (25.57%), Postives = 240/575 (41.74%), Query Frame = 0

Query:  153 VIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQK---ATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSV-VDARSFWQREH--QKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQ---VAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGH------------QSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGE 706
             I+  G IYT+  +       +  EA  VE+G I   G  E +     S  T  + L G  + PG  D+H H +       G   L  DL     K  +S      E ++     DW++G G   W   ++     L   D LD   PD+P ++     H+   NS AL+ AGI+++TP    G I    N   EP G+L + A   + +        P    Y  EA   A+      G+T    +  S++       KA+E+ A   K   +  L +  +  ++   QL  L   +       +    +K++ DG L  RTA L EPY  D P       G+     E L   +++ +     +G +  +H IGD A  + LNAIE+  P  K     +L H +++  + I R  +M +  D+Q   VA  F          +   +GK R K     ++L   G      SD  +  ++P +G+Q+A+ R              + + +  A+++YT   A  + +E   G +A G DADF V+  D F ++   P ++   ++  TV+ G+
Sbjct:    3 AIWHGGFIYTMLEEG------DRTEAVYVEDGVIKGTGSYERLKEKYGSPETEEISLNGAVMFPGFVDSHLHLIG-----HGEKQLQLDLSALTSK--DSILQAAKERERQLPKNDWLIGEG---WNENQFETPDYLTKHD-LDRLFPDRPVLLKRICRHAIAVNSAALQAAGISRNTPDPDGGVIVKDAN--GEPTGLLFDKAQDLILKAVP-----PVSQHYVDEALTAAIKDCWTKGLTGGHSEDLSYYGDVSVPMKAYEKAAAGGKYPFRCHL-LVHHEAVDRWEQLEKLSGPY-------VEFGAMKIFADGALGGRTALLKEPY-QDDPSTN----GVQVHDDETLGRLIRKARE----KGMEVAVHAIGDLAFEKVLNAIEKHPP--KNGRHDRLIHAQVLDNELIERAARMPIALDLQPHFVASDFPW--------VIDRLGKDRMKTAFAWKTLISKGILCAGGSDAPIEPVDPLLGIQSAVLRKSSHEQNGPSYNESECLPVYEAIKLYTEGSAGIIYKEKSRGKIAEGYDADFTVLSGDPFAID---PAQLHLLEIKKTVINGQ 523

HSP 2 Score: 122.094 bits (305), Expect = 1.651e-27
Identity = 147/575 (25.57%), Postives = 240/575 (41.74%), Query Frame = 0

Query:  763 VIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQK---ATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSV-VDARSFWQREH--QKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQ---VAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGH------------QSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGE 1316
             I+  G IYT+  +       +  EA  VE+G I   G  E +     S  T  + L G  + PG  D+H H +       G   L  DL     K  +S      E ++     DW++G G   W   ++     L   D LD   PD+P ++     H+   NS AL+ AGI+++TP    G I    N   EP G+L + A   + +        P    Y  EA   A+      G+T    +  S++       KA+E+ A   K   +  L +  +  ++   QL  L   +       +    +K++ DG L  RTA L EPY  D P       G+     E L   +++ +     +G +  +H IGD A  + LNAIE+  P  K     +L H +++  + I R  +M +  D+Q   VA  F          +   +GK R K     ++L   G      SD  +  ++P +G+Q+A+ R              + + +  A+++YT   A  + +E   G +A G DADF V+  D F ++   P ++   ++  TV+ G+
Sbjct:    3 AIWHGGFIYTMLEEG------DRTEAVYVEDGVIKGTGSYERLKEKYGSPETEEISLNGAVMFPGFVDSHLHLIG-----HGEKQLQLDLSALTSK--DSILQAAKERERQLPKNDWLIGEG---WNENQFETPDYLTKHD-LDRLFPDRPVLLKRICRHAIAVNSAALQAAGISRNTPDPDGGVIVKDAN--GEPTGLLFDKAQDLILKAVP-----PVSQHYVDEALTAAIKDCWTKGLTGGHSEDLSYYGDVSVPMKAYEKAAAGGKYPFRCHL-LVHHEAVDRWEQLEKLSGPY-------VEFGAMKIFADGALGGRTALLKEPY-QDDPSTN----GVQVHDDETLGRLIRKARE----KGMEVAVHAIGDLAFEKVLNAIEKHPP--KNGRHDRLIHAQVLDNELIERAARMPIALDLQPHFVASDFPW--------VIDRLGKDRMKTAFAWKTLISKGILCAGGSDAPIEPVDPLLGIQSAVLRKSSHEQNGPSYNESECLPVYEAIKLYTEGSAGIIYKEKSRGKIAEGYDADFTVLSGDPFAID---PAQLHLLEIKKTVINGQ 523

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BLAST of amidohydrolase vs. SwissProt
Match: gi|75455982|sp|Q68AP4.1|NFDA_ARTPS (RecName: Full=N-substituted formamide deformylase; Flags: Precursor)

HSP 1 Score: 105.916 bits (263), Expect = 4.023e-22
Identity = 132/561 (23.53%), Postives = 233/561 (41.53%), Query Frame = 0

Query:  157 NGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMH-KYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGV--LADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISR---------GHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEG 705
            N  + TVD +NS        +A LV  G+I  VG   ++   A      ++D+ GKTV+PG  D H H   A+ A          L   D + LE  E  C  N     WV G       + +    T  +    LDE  P+ P  +++ + H+ +ANS AL++ GI   TP    G I    +++ +P G LLE AA  +   + N   Y E      VE   + +      G+T V DA    +        + A +   T++ +     +  ++D  +   +       ++  LR   +K+++D    +       P      D      G N++++  +         +    G +  IH +G+ A    L+A E  +  +   T  +L H  I       R   +G+  +A+  +A  +    ++   + ++++         PVRS+ ++G  V+L+SD    T +P   M  A++R           ++V    AL MYT+N A +  +    G +  GK A+ +V+D+D  +    A   ++  +VL T ++G
Sbjct:   11 NANVRTVDARNSC------AQAVLVSGGRIAIVGTETEVRGAAAPD-AEVLDVSGKTVVPGFIDAHNHLSVAAFAPDSVDCSTPPLATLD-EVLEVIERHC-RNIPPGQWVRGINFHASHIREQRNPTRYE----LDEVAPNNPFFLIDASCHAGFANSAALDLVGIGAHTPEPWGGEI--ERDLSGKPTGTLLEAAANLLHSASWN--DYAERDWDRAVELLHSKMNDYLAVGLTGVGDAMVTAKSAELYRRADAAGKMPFTLQQLHGGDHFFSMQDLGRSDTVDRIM-EPESYLLRGGAMKIFVDRAYPS-------PAIDQIHDGCKTHVGANFYSKSEVHDLAVRASKL----GINLAIHGMGNCAIDIVLDAYEAVRRQSNADTVLRLEHAFIAETGQGQRMADLGIDLVANPGLAFGWGEVFNMWRGENQEHLKL------FPVRSMLDAGVRVSLASDHPCGTYSPAEIMWTAVARETMAGAPLEPDEAVTADEALRMYTINPAHASGRGSEEGSIEAGKRANLLVLDRDPVDC---ATGELRELQVLRTYVDG 533

HSP 2 Score: 105.916 bits (263), Expect = 4.023e-22
Identity = 132/561 (23.53%), Postives = 233/561 (41.53%), Query Frame = 0

Query:  767 NGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMH-KYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGV--LADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISR---------GHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEG 1315
            N  + TVD +NS        +A LV  G+I  VG   ++   A      ++D+ GKTV+PG  D H H   A+ A          L   D + LE  E  C  N     WV G       + +    T  +    LDE  P+ P  +++ + H+ +ANS AL++ GI   TP    G I    +++ +P G LLE AA  +   + N   Y E      VE   + +      G+T V DA    +        + A +   T++ +     +  ++D  +   +       ++  LR   +K+++D    +       P      D      G N++++  +         +    G +  IH +G+ A    L+A E  +  +   T  +L H  I       R   +G+  +A+  +A  +    ++   + ++++         PVRS+ ++G  V+L+SD    T +P   M  A++R           ++V    AL MYT+N A +  +    G +  GK A+ +V+D+D  +    A   ++  +VL T ++G
Sbjct:   11 NANVRTVDARNSC------AQAVLVSGGRIAIVGTETEVRGAAAPD-AEVLDVSGKTVVPGFIDAHNHLSVAAFAPDSVDCSTPPLATLD-EVLEVIERHC-RNIPPGQWVRGINFHASHIREQRNPTRYE----LDEVAPNNPFFLIDASCHAGFANSAALDLVGIGAHTPEPWGGEI--ERDLSGKPTGTLLEAAANLLHSASWN--DYAERDWDRAVELLHSKMNDYLAVGLTGVGDAMVTAKSAELYRRADAAGKMPFTLQQLHGGDHFFSMQDLGRSDTVDRIM-EPESYLLRGGAMKIFVDRAYPS-------PAIDQIHDGCKTHVGANFYSKSEVHDLAVRASKL----GINLAIHGMGNCAIDIVLDAYEAVRRQSNADTVLRLEHAFIAETGQGQRMADLGIDLVANPGLAFGWGEVFNMWRGENQEHLKL------FPVRSMLDAGVRVSLASDHPCGTYSPAEIMWTAVARETMAGAPLEPDEAVTADEALRMYTINPAHASGRGSEEGSIEAGKRANLLVLDRDPVDC---ATGELRELQVLRTYVDG 533

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BLAST of amidohydrolase vs. SwissProt
Match: gi|2498111|sp|Q06555.1|AEPA_PECCC (RecName: Full=Exoenzymes regulatory protein AepA; Flags: Precursor)

HSP 1 Score: 95.9005 bits (237), Expect = 3.750e-19
Identity = 104/416 (25.00%), Postives = 175/416 (42.07%), Query Frame = 0

Query:  154 IYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERL----ATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKM 565
            +Y+N  IYTV N   P  S       +V+ GKIV VG N+   P  K+  T +VDL+GKTVLPG  ++H HP   +    G   ++ D   T  + L   +     + KA +++L  G +V +L   +    L     LD      P V+ +   H+ WANS AL VA +  +TP    G  Y   +    P G + E+A        ++ +++  +     E  +  L T    G T++ D    +      A   + ++ K+ V      +       +  +  LK          L  +  K++MDG +   +  + +P    YP+   G+    + +Q+++    A  LK         GF   +H IGD A +  L+A    K +     R  ++H ++  P  + +F  M
Sbjct:   24 VYENARIYTV-NDRQPTAS-----VLVVDQGKIVYVGGNDGAKPF-KATATELVDLEGKTVLPGFIESHAHPATVAVMEAGD-FVYVDGARTLSQILSQLKAYLVAHPKA-NYLLAQGFNVASL--GLPQGALPTAADLDTVSESVPIVVYDSGMHAGWANSAALNVAHVDANTPDPIPGKHYFERDNKGNPTGFMHESA----MHNVVDAQQFNAVENV-AEKLQPILKTYHSLGFTAITDVGDTFSTT-VAAIARLNEQGKLKVYYQRGYFYDAAKSTEQNIASLKGLREKYHQGNLSINLYKLFMDGTIEMDSGAMYQP----YPN---GNVVEPFLSQKQINDNVAAALK--------AGFSVHVHAIGDKAQQSILDAFAANKKINPQLAR-VIAHNQVFEPQGVQKFAAM 406

HSP 2 Score: 95.9005 bits (237), Expect = 3.750e-19
Identity = 104/416 (25.00%), Postives = 175/416 (42.07%), Query Frame = 0

Query:  764 IYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERL----ATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKM 1175
            +Y+N  IYTV N   P  S       +V+ GKIV VG N+   P  K+  T +VDL+GKTVLPG  ++H HP   +    G   ++ D   T  + L   +     + KA +++L  G +V +L   +    L     LD      P V+ +   H+ WANS AL VA +  +TP    G  Y   +    P G + E+A        ++ +++  +     E  +  L T    G T++ D    +      A   + ++ K+ V      +       +  +  LK          L  +  K++MDG +   +  + +P    YP+   G+    + +Q+++    A  LK         GF   +H IGD A +  L+A    K +     R  ++H ++  P  + +F  M
Sbjct:   24 VYENARIYTV-NDRQPTAS-----VLVVDQGKIVYVGGNDGAKPF-KATATELVDLEGKTVLPGFIESHAHPATVAVMEAGD-FVYVDGARTLSQILSQLKAYLVAHPKA-NYLLAQGFNVASL--GLPQGALPTAADLDTVSESVPIVVYDSGMHAGWANSAALNVAHVDANTPDPIPGKHYFERDNKGNPTGFMHESA----MHNVVDAQQFNAVENV-AEKLQPILKTYHSLGFTAITDVGDTFSTT-VAAIARLNEQGKLKVYYQRGYFYDAAKSTEQNIASLKGLREKYHQGNLSINLYKLFMDGTIEMDSGAMYQP----YPN---GNVVEPFLSQKQINDNVAAALK--------AGFSVHVHAIGDKAQQSILDAFAANKKINPQLAR-VIAHNQVFEPQGVQKFAAM 406

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BLAST of amidohydrolase vs. nr
Match: gi|762085242|ref|XP_011424927.1| (PREDICTED: uncharacterized protein LOC105326531 [Crassostrea gigas])

HSP 1 Score: 538.11 bits (1385), Expect = 1.675e-173
Identity = 282/563 (50.09%), Postives = 373/563 (66.25%), Query Frame = 0

Query:  152 SVIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDK-NSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGD-YGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEILGSK 712
            + IY NG +YTVD     +W + P EA +V++GK+  VG N+D L       + ++DL G TVLPG HD H HP+EASS +  TC L  D   TDP+ ++     C   Q  T+WVLG GHS+ ++L ++E  G  P++I+DE +PD P VMLE TSHS W NS+AL  A ITK TP ++ G + MR   T EPNGILLE+  + + E A+ P   PE+ + N E   + L+ L +NGITSV DAR +W R H K WE V KE K+TV+A L++WAYP+ +D  Q+  L   FS++  N  LRK+QIKVY+DGLL + TA + EPY  +    GI D  G+N F Q RLA Y+KELQN D  +G+DFL+H IGD    +ALNA +E+   A   TRH+++H+E V P DI RF+K+ V+AD QVAG FT P++  H  +E  +GK RA D IP+RS+  + A VTLSSDWDVST+NPFVG+QNAISRGHQSV++K A+EMYT+N AF+MRQE   G LA GKDAD +V+D DI +   E    I  T+VL TVL GEE+  ++
Sbjct:   10 NTIYFNGNVYTVD---GTDWDQTPKEAIVVQDGKVAFVGSNQDALEYVNCE-SSVLDLNGATVLPGFHDVHIHPLEASSRVGSTCKLMSD---TDPELMKDIFKTCAPRQIGTEWVLGGGHSITSILDHIEKGGRPPREIIDEVLPDVPVVMLEETSHSVWVNSEALRRANITKWTP-VRPGGVIMREEGTGEPNGILLEDEGVSIMEFAMKPT--PELEELNYEGLIDGLWYLNENGITSVSDARVYWGRGHDKTWERVCKEGKLTVRASLALWAYPQKDDSQQIEALMDMFSDENSNCFLRKNQIKVYIDGLLDSTTAAMEEPYVKNLHLPGISDNRGLNIFDQPRLAKYVKELQNFDNNKGYDFLVHAIGDRGVHQALNAFDESWISAG--TRHRMTHLEQVKPKDINRFQKLNVIADFQVAGDFTKPSTRDH--IESLVGKDRAHDFIPLRSVYHTNAHVTLSSDWDVSTINPFVGIQNAISRGHQSVNVKDAVEMYTINAAFAMRQEHVVGSLATGKDADLVVIDTDIMDQNNE--DVIHKTRVLQTVLAGEEVYSTE 556

HSP 2 Score: 537.724 bits (1384), Expect = 2.428e-173
Identity = 282/559 (50.45%), Postives = 371/559 (66.37%), Query Frame = 0

Query:  762 SVIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDK-NSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGD-YGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 1318
            + IY NG +YTVD     +W + P EA +V++GK+  VG N+D L       + ++DL G TVLPG HD H HP+EASS +  TC L  D   TDP+ ++     C   Q  T+WVLG GHS+ ++L ++E  G  P++I+DE +PD P VMLE TSHS W NS+AL  A ITK TP ++ G + MR   T EPNGILLE+  + + E A+ P   PE+ + N E   + L+ L +NGITSV DAR +W R H K WE V KE K+TV+A L++WAYP+ +D  Q+  L   FS++  N  LRK+QIKVY+DGLL + TA + EPY  +    GI D  G+N F Q RLA Y+KELQN D  +G+DFL+H IGD    +ALNA +E+   A   TRH+++H+E V P DI RF+K+ V+AD QVAG FT P++  H  +E  +GK RA D IP+RS+  + A VTLSSDWDVST+NPFVG+QNAISRGHQSV++K A+EMYT+N AF+MRQE   G LA GKDAD +V+D DI +   E    I  T+VL TVL GEE+
Sbjct:   10 NTIYFNGNVYTVD---GTDWDQTPKEAIVVQDGKVAFVGSNQDALEYVNCE-SSVLDLNGATVLPGFHDVHIHPLEASSRVGSTCKLMSD---TDPELMKDIFKTCAPRQIGTEWVLGGGHSITSILDHIEKGGRPPREIIDEVLPDVPVVMLEETSHSVWVNSEALRRANITKWTP-VRPGGVIMREEGTGEPNGILLEDEGVSIMEFAMKPT--PELEELNYEGLIDGLWYLNENGITSVSDARVYWGRGHDKTWERVCKEGKLTVRASLALWAYPQKDDSQQIEALMDMFSDENSNCFLRKNQIKVYIDGLLDSTTAAMEEPYVKNLHLPGISDNRGLNIFDQPRLAKYVKELQNFDNNKGYDFLVHAIGDRGVHQALNAFDESWISAG--TRHRMTHLEQVKPKDINRFQKLNVIADFQVAGDFTKPSTRDH--IESLVGKDRAHDFIPLRSVYHTNAHVTLSSDWDVSTINPFVGIQNAISRGHQSVNVKDAVEMYTINAAFAMRQEHVVGSLATGKDADLVVIDTDIMDQNNE--DVIHKTRVLQTVLAGEEV 552

[Close]

BLAST of amidohydrolase vs. nr
Match: gi|1242823600|ref|XP_022292622.1| (uncharacterized protein LOC111103563 [Crassostrea virginica])

HSP 1 Score: 492.656 bits (1267), Expect = 1.830e-155
Identity = 261/562 (46.44%), Postives = 357/562 (63.52%), Query Frame = 0

Query:  149 AGPSVIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSN-DKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGD-YGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 708
            A  + IY NG +YTV  QN   W + P +A +V++GKI  VG   D L       T +++L G TVLPGIHD H HP+EA+S +  TCM+ +D   TDP+ ++     C   Q  T W+LG GHS+ ++L ++E  G  PK+I+DE IPD P ++LE TSHS W NS+AL  A IT +TP  + G + MR   T EPNGILLE+    + E+AL P   PE+ + +       L  L +NGITSV DAR +W R + K+WE    E K+TV+A L++WAYP+ ED  Q+  LK   S+   +  LRK+QIKVY+DGLL + TA L EPY  +    GI D  GMN F Q RL  Y++ELQ+ +G + FDFLIH IGD    +ALN   +        TRH+++H+E + P D+ RF+ M ++AD QVAG FT+P+      +E  IG  RA D +P++S+ ++ A+VTLSSDWDVST+NPFVG+Q+AI RGHQSV +K A+EMYT+N A++MRQ+   G +   KDADF+V+D +I  ++      I  TKVL TVL GEE+
Sbjct:   62 AVKNTIYINGTVYTVAGQN---WDKTPRQAIVVQDGKIQLVGSTADALQHVNCEST-VINLHGSTVLPGIHDVHVHPLEAASRVGNTCMMKKD---TDPELMQDILRTCASRQIGTTWILGGGHSIESILNHIEKGGRPPKEIIDEVIPDLPVILLEETSHSVWVNSEALRRAKITANTPK-RRGGVIMRIEGTNEPNGILLEDEGNSIMELALKPT--PELEELSYTGLMEGLEILNENGITSVSDARVYWGRHNDKSWERACAEGKLTVRASLALWAYPQKEDSYQIQTLKDMHSDGTSDCFLRKNQIKVYIDGLLDSTTAALEEPYVKNLHLPGIPDNKGMNIFDQPRLTKYVRELQHFEGNKRFDFLIHAIGDRGVNQALNTFSDAWVSG---TRHRMTHLEQIKPADLNRFRDMDIVADFQVAGDFTLPSE--RGRIESVIGADRAYDFVPLKSVFDTDATVTLSSDWDVSTINPFVGIQHAIDRGHQSVSVKDAVEMYTINAAYAMRQDHVVGSIETRKDADFVVIDTNI--MDPRNAGVISQTKVLQTVLAGEEV 606

HSP 2 Score: 492.656 bits (1267), Expect = 1.830e-155
Identity = 261/562 (46.44%), Postives = 357/562 (63.52%), Query Frame = 0

Query:  759 AGPSVIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSN-DKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGD-YGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 1318
            A  + IY NG +YTV  QN   W + P +A +V++GKI  VG   D L       T +++L G TVLPGIHD H HP+EA+S +  TCM+ +D   TDP+ ++     C   Q  T W+LG GHS+ ++L ++E  G  PK+I+DE IPD P ++LE TSHS W NS+AL  A IT +TP  + G + MR   T EPNGILLE+    + E+AL P   PE+ + +       L  L +NGITSV DAR +W R + K+WE    E K+TV+A L++WAYP+ ED  Q+  LK   S+   +  LRK+QIKVY+DGLL + TA L EPY  +    GI D  GMN F Q RL  Y++ELQ+ +G + FDFLIH IGD    +ALN   +        TRH+++H+E + P D+ RF+ M ++AD QVAG FT+P+      +E  IG  RA D +P++S+ ++ A+VTLSSDWDVST+NPFVG+Q+AI RGHQSV +K A+EMYT+N A++MRQ+   G +   KDADF+V+D +I  ++      I  TKVL TVL GEE+
Sbjct:   62 AVKNTIYINGTVYTVAGQN---WDKTPRQAIVVQDGKIQLVGSTADALQHVNCEST-VINLHGSTVLPGIHDVHVHPLEAASRVGNTCMMKKD---TDPELMQDILRTCASRQIGTTWILGGGHSIESILNHIEKGGRPPKEIIDEVIPDLPVILLEETSHSVWVNSEALRRAKITANTPK-RRGGVIMRIEGTNEPNGILLEDEGNSIMELALKPT--PELEELSYTGLMEGLEILNENGITSVSDARVYWGRHNDKSWERACAEGKLTVRASLALWAYPQKEDSYQIQTLKDMHSDGTSDCFLRKNQIKVYIDGLLDSTTAALEEPYVKNLHLPGIPDNKGMNIFDQPRLTKYVRELQHFEGNKRFDFLIHAIGDRGVNQALNTFSDAWVSG---TRHRMTHLEQIKPADLNRFRDMDIVADFQVAGDFTLPSE--RGRIESVIGADRAYDFVPLKSVFDTDATVTLSSDWDVSTINPFVGIQHAIDRGHQSVSVKDAVEMYTINAAYAMRQDHVVGSIETRKDADFVVIDTNI--MDPRNAGVISQTKVLQTVLAGEEV 606

[Close]

BLAST of amidohydrolase vs. nr
Match: gi|1199259000|gb|OUS25037.1| (hypothetical protein A9Q99_22590 [Gammaproteobacteria bacterium 45_16_T64])

HSP 1 Score: 468.003 bits (1203), Expect = 4.259e-147
Identity = 260/557 (46.68%), Postives = 353/557 (63.38%), Query Frame = 0

Query:  157 NGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEE---TKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSV-DLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEIL 709
            NG IYTVD   S        EA +V  G IV VG +E       S  TR++DLKG+ VLPG+ D+H HP+EA S    TC+L  +L P   KQ +S    C +     DWVLGWGHS+  LL    +    P++ LD+ IPD+P  ++E TSHS W NSKAL +AGITK+TPH + G+I    N + EPNGILL+ A   +F++A  P     + + N +   + L  +A NGITSVVDAR +W+R + KAWE    E  ++ +AVLS+WAYP  EDK QL  LK+ F +D  S +R +QIK+Y DG+L   TA ++ PY   + +  +G+YG+NYF +ER+  Y+ EL+ +    GFD  IH IGD   RE+L+AIE    T      P RH+L+H+E+VH DD  RF ++GV+AD Q+AG FT P + +  D  + IG  R KD +P+R+L +SGA VTLSSDWDVS+L+PFVGMQN++ RG QS+ ++ +A+  YT+N A  MRQEDRTG +  GK  D IVVDQDI  ++     +I  TKVL+T+LEGE + 
Sbjct:   39 NGKIYTVDGDQSV------AEAVVVRKGIIVYVGNSEGAAEYV-SNDTRVIDLKGQLVLPGMQDSHLHPLEAGSGAV-TCVLDSELSPV--KQ-QSTLRACGKEDTGLDWVLGWGHSLEQLLAMKAN----PREFLDKLIPDRPVAIMEETSHSIWVNSKALSLAGITKNTPHPEGGAILKAAN-SGEPNGILLDTAGDIVFDIAFAPS--ATLDQINYQGLLSGLAQVAANGITSVVDARLYWKRNYLKAWERAESEGTLSARAVLSLWAYPLAEDKAQLTTLKSMFRDDSTSLVRINQIKMYSDGILHNSTAAVIAPYQQYFGE--VGEYGLNYFNKERMTHYVTELEKV----GFDMHIHTIGDRGVRESLDAIEGAMVTNGTLDWPRRHRLTHIEMVHRDDYQRFMELGVIADFQLAGDFTKPENSSWMD--EQIGD-RHKDMLPIRTLYDSGALVTLSSDWDVSSLSPFVGMQNSLLRGEQSLPNIDAAIRAYTLNPAILMRQEDRTGTIEVGKLGDLIVVDQDILTID---THKIAQTKVLLTLLEGETVF 565

HSP 2 Score: 468.003 bits (1203), Expect = 4.259e-147
Identity = 260/557 (46.68%), Postives = 353/557 (63.38%), Query Frame = 0

Query:  767 NGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEE---TKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSV-DLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEIL 1319
            NG IYTVD   S        EA +V  G IV VG +E       S  TR++DLKG+ VLPG+ D+H HP+EA S    TC+L  +L P   KQ +S    C +     DWVLGWGHS+  LL    +    P++ LD+ IPD+P  ++E TSHS W NSKAL +AGITK+TPH + G+I    N + EPNGILL+ A   +F++A  P     + + N +   + L  +A NGITSVVDAR +W+R + KAWE    E  ++ +AVLS+WAYP  EDK QL  LK+ F +D  S +R +QIK+Y DG+L   TA ++ PY   + +  +G+YG+NYF +ER+  Y+ EL+ +    GFD  IH IGD   RE+L+AIE    T      P RH+L+H+E+VH DD  RF ++GV+AD Q+AG FT P + +  D  + IG  R KD +P+R+L +SGA VTLSSDWDVS+L+PFVGMQN++ RG QS+ ++ +A+  YT+N A  MRQEDRTG +  GK  D IVVDQDI  ++     +I  TKVL+T+LEGE + 
Sbjct:   39 NGKIYTVDGDQSV------AEAVVVRKGIIVYVGNSEGAAEYV-SNDTRVIDLKGQLVLPGMQDSHLHPLEAGSGAV-TCVLDSELSPV--KQ-QSTLRACGKEDTGLDWVLGWGHSLEQLLAMKAN----PREFLDKLIPDRPVAIMEETSHSIWVNSKALSLAGITKNTPHPEGGAILKAAN-SGEPNGILLDTAGDIVFDIAFAPS--ATLDQINYQGLLSGLAQVAANGITSVVDARLYWKRNYLKAWERAESEGTLSARAVLSLWAYPLAEDKAQLTTLKSMFRDDSTSLVRINQIKMYSDGILHNSTAAVIAPYQQYFGE--VGEYGLNYFNKERMTHYVTELEKV----GFDMHIHTIGDRGVRESLDAIEGAMVTNGTLDWPRRHRLTHIEMVHRDDYQRFMELGVIADFQLAGDFTKPENSSWMD--EQIGD-RHKDMLPIRTLYDSGALVTLSSDWDVSSLSPFVGMQNSLLRGEQSLPNIDAAIRAYTLNPAILMRQEDRTGTIEVGKLGDLIVVDQDILTID---THKIAQTKVLLTLLEGETVF 565

[Close]

BLAST of amidohydrolase vs. nr
Match: gi|1199236928|gb|OUS03711.1| (hypothetical protein A9Q81_07000 [Gammaproteobacteria bacterium 42_54_T18])

HSP 1 Score: 462.996 bits (1190), Expect = 4.381e-145
Identity = 264/618 (42.72%), Postives = 380/618 (61.49%), Query Frame = 0

Query:  103 MGRFTLGSLLLLLVGLVFVSAKDYDCSAQYQGKCFDCFYNANICHRAGPSVIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGV---TRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKI---PTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSV-DLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEILGSKM 713
            M  F    LL+ +VGL F+      C ++      +   N  +           NG IYTV+++ S        EA +V+ G IV VG   +    A+S +   T ++DLKGK VLPGIHD+H HP+EA S    TC+L   + P   KQ    +  C E     DWVLGWG+S+ +LL   +D    P+  LDE IPD+P  ++E TSHS W NSKAL +AGI+ +TPH K G+I +++  T +P G+LL+ A   +F++A  P    E  + N +   + L  +A+NGITSVVDAR +W+R + KAW+   KEN +T +AVLS+WAYP   D  Q+ ILK+ + +D NS LR +QIK+Y DG++   TA L+EPY   + +  +G  G+NYF + R+  Y+ EL+      GFD  IH IGD A RE+L+AIE++  +      P RH+L+H+E+V  +D  RF ++GV+AD QVAG+FT+P + +   +E  IG  R KD +PVR++ ++GA VTLSSDWDVS+L+PFVGMQN++ RG QS+ ++ + +  YT+N A  MRQED+TG +  GK  D IV+DQDI  +E+++   I  T VL+T+LEG+ +  S M
Sbjct:    1 MTGFRFWGLLIKIVGLSFILTG---CGSENNSGDVNATGNVALI----------NGKIYTVNDKQSVE------EAVVVKKGSIVFVGSTAE----AQSRIDVDTLVIDLKGKLVLPGIHDSHLHPLEAGSEAI-TCILDSSISPA--KQATKLK-ACGEENTGLDWVLGWGYSLESLLAMKKD----PRAFLDEMIPDRPVAIMEETSHSIWVNSKALALAGISANTPHPKGGAI-LKHMATGQPTGVLLDTAGEIIFDIAFAPNTVLE--EMNYQGLLSGLEQVAKNGITSVVDARLYWKRNYLKAWDRAEKENTLTARAVLSLWAYPLEGDTDQIEILKSMYRDDGNSLLRVTQIKMYSDGIIHNSTASLIEPYKEYFEE--VGPLGLNYFDKTRMTKYVTELEK----AGFDMHIHAIGDRAVRESLDAIEDSMQVNGTLDSPRRHRLTHVEMVDSNDFGRFAELGVIADFQVAGEFTLPKNSSW--VEGQIGD-RHKDMLPVRTIYDTGALVTLSSDWDVSSLSPFVGMQNSLQRGEQSLPNIDAVIRAYTINAAILMRQEDKTGSIEVGKLGDLIVLDQDIVTVEIDS---IAKTNVLLTLLEGKAVFSSPM 572

HSP 2 Score: 461.84 bits (1187), Expect = 1.210e-144
Identity = 263/617 (42.63%), Postives = 379/617 (61.43%), Query Frame = 0

Query:  713 MGRFTLGSLLLLLVGLVFVSAKDYDCSAQYQGKCFDCFYNANICHRAGPSVIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGV---TRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKI---PTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSV-DLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEILLPP 1322
            M  F    LL+ +VGL F+      C ++      +   N  +           NG IYTV+++ S        EA +V+ G IV VG   +    A+S +   T ++DLKGK VLPGIHD+H HP+EA S    TC+L   + P   KQ    +  C E     DWVLGWG+S+ +LL   +D    P+  LDE IPD+P  ++E TSHS W NSKAL +AGI+ +TPH K G+I +++  T +P G+LL+ A   +F++A  P    E  + N +   + L  +A+NGITSVVDAR +W+R + KAW+   KEN +T +AVLS+WAYP   D  Q+ ILK+ + +D NS LR +QIK+Y DG++   TA L+EPY   + +  +G  G+NYF + R+  Y+ EL+      GFD  IH IGD A RE+L+AIE++  +      P RH+L+H+E+V  +D  RF ++GV+AD QVAG+FT+P + +   +E  IG  R KD +PVR++ ++GA VTLSSDWDVS+L+PFVGMQN++ RG QS+ ++ + +  YT+N A  MRQED+TG +  GK  D IV+DQDI  +E+++   I  T VL+T+LEG+ +   P
Sbjct:    1 MTGFRFWGLLIKIVGLSFILTG---CGSENNSGDVNATGNVALI----------NGKIYTVNDKQSVE------EAVVVKKGSIVFVGSTAE----AQSRIDVDTLVIDLKGKLVLPGIHDSHLHPLEAGSEAI-TCILDSSISPA--KQATKLK-ACGEENTGLDWVLGWGYSLESLLAMKKD----PRAFLDEMIPDRPVAIMEETSHSIWVNSKALALAGISANTPHPKGGAI-LKHMATGQPTGVLLDTAGEIIFDIAFAPNTVLE--EMNYQGLLSGLEQVAKNGITSVVDARLYWKRNYLKAWDRAEKENTLTARAVLSLWAYPLEGDTDQIEILKSMYRDDGNSLLRVTQIKMYSDGIIHNSTASLIEPYKEYFEE--VGPLGLNYFDKTRMTKYVTELEK----AGFDMHIHAIGDRAVRESLDAIEDSMQVNGTLDSPRRHRLTHVEMVDSNDFGRFAELGVIADFQVAGEFTLPKNSSW--VEGQIGD-RHKDMLPVRTIYDTGALVTLSSDWDVSSLSPFVGMQNSLQRGEQSLPNIDAVIRAYTINAAILMRQEDKTGSIEVGKLGDLIVLDQDIVTVEIDS---IAKTNVLLTLLEGKAVFSSP 571

[Close]

BLAST of amidohydrolase vs. nr
Match: gi|1270394419|gb|PHR88362.1| (amidohydrolase [Blastopirellula sp.])

HSP 1 Score: 454.907 bits (1169), Expect = 2.508e-142
Identity = 250/582 (42.96%), Postives = 364/582 (62.54%), Query Frame = 0

Query:  747 FDCFYNANICHRAGPSVIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLD---PKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPL--AKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSV-DLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEILLPP 1322
            F CF+           +I KNG IYTV N++ P       EA  V++GKIV VG NE++    K G T++VDL+G+ V+PGIHD H HP+EA++    +C+L   +  +  +QL   +  C    K+ +WV GWG+       Y++D   +   P ++LDE +PD+PA+M+EFTSHS W NSKALE+A IT DTP+   G I +++  T +PNGIL++NA   M E+ L P    E+     +  K  L  LA NGITS+ DAR +W R H K W+   +EN +T + V+S+W YP+  D+ Q+  LKA +SN+    LR +QIK+Y DG+    +A + +PY  DY  +  G+ G+NYF+QER+  Y+ EL+ +    GFDF IH IGD    EALNA+E    +  +K   RH+L+H+E+    D PRFK++ V+AD QVAG +T  N   +     Y+  +RA   IP++S+ E+GA +TLSSD+DVST+NPFVGMQNA++R  +++ D+ + +E YT+NGA+++RQE   G L  GK AD +V+DQ++  +   AP +I+NTKVL T+L GEE+   P
Sbjct:    7 FLCFFTP----VKAADLILKNGTIYTV-NEDQP-----LAEAMAVKDGKIVFVGSNEEVEQHLKKG-TKVVDLEGRFVMPGIHDVHTHPLEANNPAAASCLLTAGVKVS--RQLGKIKR-CARRNKSAEWVTGWGY-------YIDDIVGETRPPVELLDEAVPDRPAIMMEFTSHSMWVNSKALELAKITADTPN-PPGGIIVKDKKTGKPNGILIDNAGNMMKELQLKPT--AELLDQAYDGLKIGLRKLASNGITSIADARVYWTRGHHKVWQRAERENVLTARVVMSLWGYPQFGDE-QISTLKAMYSNEPGRLLRATQIKIYADGITGVGSAAMKQPYLYDYGFIS-GNRGLNYFSQERMTKYITELETV----GFDFHIHTIGDRGVHEALNAVEAAAKVNKSKHDRRHRLTHVELTDKKDHPRFKQLNVIADFQVAGDWT--NIANYKRDSGYLLGSRANFAIPLKSIYEAGALITLSSDYDVSTINPFVGMQNALTRKIENLPDIGTVIEAYTINGAYALRQEKTVGSLEVGKFADLVVLDQNLLEI---APNKIRNTKVLWTLLAGEEVYRHP 553

HSP 2 Score: 454.136 bits (1167), Expect = 5.553e-142
Identity = 249/578 (43.08%), Postives = 363/578 (62.80%), Query Frame = 0

Query:  137 FDCFYNANICHRAGPSVIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLD---PKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPL--AKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSV-DLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 708
            F CF+           +I KNG IYTV N++ P       EA  V++GKIV VG NE++    K G T++VDL+G+ V+PGIHD H HP+EA++    +C+L   +  +  +QL   +  C    K+ +WV GWG+       Y++D   +   P ++LDE +PD+PA+M+EFTSHS W NSKALE+A IT DTP+   G I +++  T +PNGIL++NA   M E+ L P    E+     +  K  L  LA NGITS+ DAR +W R H K W+   +EN +T + V+S+W YP+  D+ Q+  LKA +SN+    LR +QIK+Y DG+    +A + +PY  DY  +  G+ G+NYF+QER+  Y+ EL+ +    GFDF IH IGD    EALNA+E    +  +K   RH+L+H+E+    D PRFK++ V+AD QVAG +T  N   +     Y+  +RA   IP++S+ E+GA +TLSSD+DVST+NPFVGMQNA++R  +++ D+ + +E YT+NGA+++RQE   G L  GK AD +V+DQ++  +   AP +I+NTKVL T+L GEE+
Sbjct:    7 FLCFFTP----VKAADLILKNGTIYTV-NEDQP-----LAEAMAVKDGKIVFVGSNEEVEQHLKKG-TKVVDLEGRFVMPGIHDVHTHPLEANNPAAASCLLTAGVKVS--RQLGKIKR-CARRNKSAEWVTGWGY-------YIDDIVGETRPPVELLDEAVPDRPAIMMEFTSHSMWVNSKALELAKITADTPN-PPGGIIVKDKKTGKPNGILIDNAGNMMKELQLKPT--AELLDQAYDGLKIGLRKLASNGITSIADARVYWTRGHHKVWQRAERENVLTARVVMSLWGYPQFGDE-QISTLKAMYSNEPGRLLRATQIKIYADGITGVGSAAMKQPYLYDYGFIS-GNRGLNYFSQERMTKYITELETV----GFDFHIHTIGDRGVHEALNAVEAAAKVNKSKHDRRHRLTHVELTDKKDHPRFKQLNVIADFQVAGDWT--NIANYKRDSGYLLGSRANFAIPLKSIYEAGALITLSSDYDVSTINPFVGMQNALTRKIENLPDIGTVIEAYTINGAYALRQEKTVGSLEVGKFADLVVLDQNLLEI---APNKIRNTKVLWTLLAGEEV 549

[Close]

BLAST of amidohydrolase vs. nr
Match: gi|1180403104|ref|WP_083921887.1| (amidohydrolase [Kiloniella laminariae])

HSP 1 Score: 446.432 bits (1147), Expect = 1.348e-139
Identity = 250/534 (46.82%), Postives = 345/534 (64.61%), Query Frame = 0

Query:  179 FLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGI-GDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPL--AKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSV-DLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 708
             +V+ G+I+ +G   +    + S  T+++DL GK V+PGIHD H HP+EA +   GTCML       DP+        C   Q  T+WVLGWGH +  LL    DT   P +ILD+ I D+PA+M+EFTSHS WANS+ALE AGIT DTP+   G I +++  T +PNGIL++NA  GM   A   +K P+      E     L  LA+NGITS VDARS+W R H   W+   +E  +T +  L++WAYPEL D  Q+  +K+ +SN+ +  LR +QIKVY DG++   TAK+  PY  D   LGI G+ G+NYF +ERL T++ EL+      GFDFLIH IGD A  E+LNAIE+ +      +  RH+L+H+EI  P D+PRF+++  +AD QVAG +T P    +A   + IG  RA + IP+R++ ++GA +TLSSD+DVS +NPF+GM++A++RG +++ DL S +E YTVNGA+SMRQEDR G L  GK ADFIV+DQ++F +  +   RI +TKVL T LEGE I
Sbjct:    1 MVVDQGEIIFIGKATEAESFS-SETTQVIDLNGKFVMPGIHDVHMHPLEAGNLAAGTCMLEAG---RDPETYHEEFIDCAPRQIGTNWVLGWGHYIGDLL----DTARPPIEILDQSINDRPALMMEFTSHSHWANSQALEAAGITADTPN-PPGGIIVKDPDTGQPNGILIDNA--GMMIEANAHKKTPQFMDLMYEGLLENLELLAENGITSAVDARSYWTRNHHTVWQRAEREETLTARVNLALWAYPELADD-QMETMKSLYSNNPDRLLRINQIKVYSDGIVGNTTAKMKAPYKADL-GLGIEGNKGLNYFNEERLTTFMTELEQT----GFDFLIHTIGDQAVHESLNAIEKVRSRNGLAVDRRHRLTHVEIADPLDLPRFQQLDTVADFQVAGDWTFPEE--YAPEGELIGD-RANNPIPLRTVYDTGARITLSSDYDVSPMNPFIGMEHALTRGTEALPDLASVIEAYTVNGAYSMRQEDRVGSLEVGKLADFIVLDQNLFEVSTD---RISSTKVLATFLEGENI 511

HSP 2 Score: 446.432 bits (1147), Expect = 1.348e-139
Identity = 250/534 (46.82%), Postives = 345/534 (64.61%), Query Frame = 0

Query:  789 FLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGI-GDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPL--AKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSV-DLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 1318
             +V+ G+I+ +G   +    + S  T+++DL GK V+PGIHD H HP+EA +   GTCML       DP+        C   Q  T+WVLGWGH +  LL    DT   P +ILD+ I D+PA+M+EFTSHS WANS+ALE AGIT DTP+   G I +++  T +PNGIL++NA  GM   A   +K P+      E     L  LA+NGITS VDARS+W R H   W+   +E  +T +  L++WAYPEL D  Q+  +K+ +SN+ +  LR +QIKVY DG++   TAK+  PY  D   LGI G+ G+NYF +ERL T++ EL+      GFDFLIH IGD A  E+LNAIE+ +      +  RH+L+H+EI  P D+PRF+++  +AD QVAG +T P    +A   + IG  RA + IP+R++ ++GA +TLSSD+DVS +NPF+GM++A++RG +++ DL S +E YTVNGA+SMRQEDR G L  GK ADFIV+DQ++F +  +   RI +TKVL T LEGE I
Sbjct:    1 MVVDQGEIIFIGKATEAESFS-SETTQVIDLNGKFVMPGIHDVHMHPLEAGNLAAGTCMLEAG---RDPETYHEEFIDCAPRQIGTNWVLGWGHYIGDLL----DTARPPIEILDQSINDRPALMMEFTSHSHWANSQALEAAGITADTPN-PPGGIIVKDPDTGQPNGILIDNA--GMMIEANAHKKTPQFMDLMYEGLLENLELLAENGITSAVDARSYWTRNHHTVWQRAEREETLTARVNLALWAYPELADD-QMETMKSLYSNNPDRLLRINQIKVYSDGIVGNTTAKMKAPYKADL-GLGIEGNKGLNYFNEERLTTFMTELEQT----GFDFLIHTIGDQAVHESLNAIEKVRSRNGLAVDRRHRLTHVEIADPLDLPRFQQLDTVADFQVAGDWTFPEE--YAPEGELIGD-RANNPIPLRTVYDTGARITLSSDYDVSPMNPFIGMEHALTRGTEALPDLASVIEAYTVNGAYSMRQEDRVGSLEVGKLADFIVLDQNLFEVSTD---RISSTKVLATFLEGENI 511

[Close]

BLAST of amidohydrolase vs. nr
Match: gi|1196100525|ref|WP_086029832.1| (amidohydrolase [Tenacibaculum holothuriorum] >gi|1190084720|gb|OSY89014.1| amidohydrolase [Tenacibaculum holothuriorum])

HSP 1 Score: 434.876 bits (1117), Expect = 9.645e-135
Identity = 244/561 (43.49%), Postives = 350/561 (62.39%), Query Frame = 0

Query:  154 IYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNP-----EKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSL-AHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 708
            +Y N  IYTV N N P W+E    A +++  KIV +G N +     +    RI +LKGK VLPG HD H HPME  +    T     D   TD +   +       N    +W++G+GHS+ TL     D   +P +I+D+ + D+P +++E TSHS W NSKALE+AGITK++ +   G I M++N   E NGIL++NA   +F+ A++       +Y  M  Y        L  LA+NGITSV DAR++W+RE    W+++ K+ K+T +  L +WAYP  +D  Q+ +LK+ FSND+NS L+ +QIK+Y DG+    TA L   Y  DY +L   + G+NYF++ R+A Y++EL ++    GFDF IH IG+    EALNAIE+   +     RH+L+H+E++   DI RFK + V AD QVAG FT PN    +ADL   +G   A++ IP++SLQ++G  VTLSSDW+VSTLNPFVG+QNA++R  Q++ L+ A++ YT+NGA++MRQE + G L  GK ADF+VVD+DIF +    P +I  TKV++TV  G+EI
Sbjct:   35 LYYNAKIYTV-NLNIP-WAE----AMIIKENKIVFIGSNSEAEQKVEKNAQRI-NLKGKLVLPGFHDVHMHPMEVGAT---TTSFELDEAETDAENYIATIKKAARNNPDVEWLIGFGHSINTLF----DAQRNPLEIIDDAVSDRPVIIMEQTSHSMWVNSKALELAGITKNSSN-PQGGIIMKDN--GELNGILIDNAGDIVFQQAISSLNDANGEYDGMVNY-------VLPKLAKNGITSVSDARTYWKREQHLTWKDLEKDGKLTARFNLGLWAYPAEDDINQIAVLKSLFSNDENSLLKINQIKLYSDGITHNTTAALHTNYLEDYFELPTNN-GLNYFSENRIAKYIQELASV----GFDFHIHAIGNRGVHEALNAIEK---IGTSNGRHRLTHVEMIDQSDISRFKTLNVTADAQVAGDFTKPNHWHENADL---VGNTLAQNLIPIKSLQDAGVRVTLSSDWNVSTLNPFVGIQNAVTRSPQNISLEEAIKAYTINGAYTMRQETKVGSLEAGKLADFVVVDKDIFEI---TPNKINTTKVVLTVFNGKEI 557

HSP 2 Score: 434.876 bits (1117), Expect = 9.645e-135
Identity = 244/561 (43.49%), Postives = 350/561 (62.39%), Query Frame = 0

Query:  764 IYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNP-----EKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSL-AHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 1318
            +Y N  IYTV N N P W+E    A +++  KIV +G N +     +    RI +LKGK VLPG HD H HPME  +    T     D   TD +   +       N    +W++G+GHS+ TL     D   +P +I+D+ + D+P +++E TSHS W NSKALE+AGITK++ +   G I M++N   E NGIL++NA   +F+ A++       +Y  M  Y        L  LA+NGITSV DAR++W+RE    W+++ K+ K+T +  L +WAYP  +D  Q+ +LK+ FSND+NS L+ +QIK+Y DG+    TA L   Y  DY +L   + G+NYF++ R+A Y++EL ++    GFDF IH IG+    EALNAIE+   +     RH+L+H+E++   DI RFK + V AD QVAG FT PN    +ADL   +G   A++ IP++SLQ++G  VTLSSDW+VSTLNPFVG+QNA++R  Q++ L+ A++ YT+NGA++MRQE + G L  GK ADF+VVD+DIF +    P +I  TKV++TV  G+EI
Sbjct:   35 LYYNAKIYTV-NLNIP-WAE----AMIIKENKIVFIGSNSEAEQKVEKNAQRI-NLKGKLVLPGFHDVHMHPMEVGAT---TTSFELDEAETDAENYIATIKKAARNNPDVEWLIGFGHSINTLF----DAQRNPLEIIDDAVSDRPVIIMEQTSHSMWVNSKALELAGITKNSSN-PQGGIIMKDN--GELNGILIDNAGDIVFQQAISSLNDANGEYDGMVNY-------VLPKLAKNGITSVSDARTYWKREQHLTWKDLEKDGKLTARFNLGLWAYPAEDDINQIAVLKSLFSNDENSLLKINQIKLYSDGITHNTTAALHTNYLEDYFELPTNN-GLNYFSENRIAKYIQELASV----GFDFHIHAIGNRGVHEALNAIEK---IGTSNGRHRLTHVEMIDQSDISRFKTLNVTADAQVAGDFTKPNHWHENADL---VGNTLAQNLIPIKSLQDAGVRVTLSSDWNVSTLNPFVGIQNAVTRSPQNISLEEAIKAYTINGAYTMRQETKVGSLEAGKLADFVVVDKDIFEI---TPNKINTTKVVLTVFNGKEI 557

[Close]

BLAST of amidohydrolase vs. nr
Match: gi|1123879254|ref|WP_074409118.1| (amidohydrolase [Aquimarina megaterium])

HSP 1 Score: 432.95 bits (1112), Expect = 5.261e-134
Identity = 246/569 (43.23%), Postives = 353/569 (62.04%), Query Frame = 0

Query:  153 VIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQD-----LMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDY---PDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLA-HADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEILGSK 712
            V Y NG I+T++ Q    W+E    A +VE  KI+ VG N D      S  T ++DLKG TV+PGIHD H HP+EASS      +L +D       PT  K L  F N         +W+LGWG  ++TLL    +    P DILD+    +P  ++E TSHS W NSKALE+AGI  ++     G IYM++      NGIL++NA   + ++AL P    + + YN      AL  LA+NGITS+ DAR++W+R+H   W++V KE K+T +  L +WAYP   D+ Q+ +LK+ + ND NS L+ +QIK+Y DG++   TA + E Y +D    P+    + G+NYFTQ R+ +Y+++L+NI    GFDF IH IG+   +E+LNAIE     +    RH+++H+EIV P D+ RF ++ V AD QVAG FT PN    +A+L   IGK  +K+ +P++SL+E+ A +TLSSDWDVS++NPFVGMQNA++R  Q++ ++ A++ Y +NGA+ MRQE   G +  GK ADF+V+ Q+IF+++   P +I NTKV MTV +GE I   K
Sbjct:   33 VAYINGAIFTLNPQQV--WAE----AIIVEGNKIIYVG-NTDKALTQISKDTEVIDLKGATVIPGIHDVHMHPLEASSE-NFKFILKEDNDPENYAPTIRKALRDFPN--------EEWLLGWGVDLYTLL----EAKRSPIDILDDISSTRPIAIMERTSHSIWVNSKALEMAGINNNSKD-PSGGIYMKDE-NGSFNGILMDNAGNLILDLALTPTSQTKANDYN-GLVNFALPELAKNGITSICDARTYWKRDHHTTWKQVEKEGKLTARVNLGLWAYPMQNDESQISLLKSLYENDGNSLLKINQIKLYSDGIVHNTTAAMQEEYLIDLFQKPN----NNGLNYFTQNRITSYIEQLENI----GFDFHIHAIGNRGIKESLNAIETA---SNGSGRHRITHVEIVTPSDLSRFSQLNVTADCQVAGDFTQPNHWGENAEL---IGKENSKNLVPIKSLKEANARITLSSDWDVSSINPFVGMQNAVTRFPQNITIEEAVKAYILNGAYVMRQETEVGSIEVGKKADFVVLSQNIFSVD---PTKIANTKVDMTVFDGEVIFERK 561

HSP 2 Score: 432.565 bits (1111), Expect = 9.322e-134
Identity = 245/566 (43.29%), Postives = 352/566 (62.19%), Query Frame = 0

Query:  763 VIYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQD-----LMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDY---PDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLA-HADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEIL 1319
            V Y NG I+T++ Q    W+E    A +VE  KI+ VG N D      S  T ++DLKG TV+PGIHD H HP+EASS      +L +D       PT  K L  F N         +W+LGWG  ++TLL    +    P DILD+    +P  ++E TSHS W NSKALE+AGI  ++     G IYM++      NGIL++NA   + ++AL P    + + YN      AL  LA+NGITS+ DAR++W+R+H   W++V KE K+T +  L +WAYP   D+ Q+ +LK+ + ND NS L+ +QIK+Y DG++   TA + E Y +D    P+    + G+NYFTQ R+ +Y+++L+NI    GFDF IH IG+   +E+LNAIE     +    RH+++H+EIV P D+ RF ++ V AD QVAG FT PN    +A+L   IGK  +K+ +P++SL+E+ A +TLSSDWDVS++NPFVGMQNA++R  Q++ ++ A++ Y +NGA+ MRQE   G +  GK ADF+V+ Q+IF+++   P +I NTKV MTV +GE I 
Sbjct:   33 VAYINGAIFTLNPQQV--WAE----AIIVEGNKIIYVG-NTDKALTQISKDTEVIDLKGATVIPGIHDVHMHPLEASSE-NFKFILKEDNDPENYAPTIRKALRDFPN--------EEWLLGWGVDLYTLL----EAKRSPIDILDDISSTRPIAIMERTSHSIWVNSKALEMAGINNNSKD-PSGGIYMKDE-NGSFNGILMDNAGNLILDLALTPTSQTKANDYN-GLVNFALPELAKNGITSICDARTYWKRDHHTTWKQVEKEGKLTARVNLGLWAYPMQNDESQISLLKSLYENDGNSLLKINQIKLYSDGIVHNTTAAMQEEYLIDLFQKPN----NNGLNYFTQNRITSYIEQLENI----GFDFHIHAIGNRGIKESLNAIETA---SNGSGRHRITHVEIVTPSDLSRFSQLNVTADCQVAGDFTQPNHWGENAEL---IGKENSKNLVPIKSLKEANARITLSSDWDVSSINPFVGMQNAVTRFPQNITIEEAVKAYILNGAYVMRQETEVGSIEVGKKADFVVLSQNIFSVD---PTKIANTKVDMTVFDGEVIF 558

[Close]

BLAST of amidohydrolase vs. nr
Match: gi|1175419958|ref|WP_081967745.1| (amidohydrolase [Colwellia psychrerythraea] >gi|694343072|gb|KGJ95914.1| Amidohydrolase 3 [Colwellia psychrerythraea])

HSP 1 Score: 432.18 bits (1110), Expect = 1.922e-133
Identity = 226/555 (40.72%), Postives = 344/555 (61.98%), Query Frame = 0

Query:  154 IYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 708
            I+KNG +YTV++Q    W++    A  +++ KI+ VG N+D+     S  T++ DL GK ++PG HD H HP+E++S  T   +  ++   T+P+          +    T W++G+GHS++TLL    ++   P  I+DE + D+P +++E TSHS W NS AL +AG TKDTPH   G I +R+  T E NGIL++NA   + ++A+ P      + Y+    +  L  LA++GITS+ DARSFW+R+    W +  K + +T +  + +WAYP  +D  QL  LKA ++ND +S L+ +QIK+Y DG++   T+ +L  Y +D   L   + G+NYF+Q+R+  Y+  L+      GFDF +H IGD   REALNA+E +   A    RH+++H+EI+ P DIPRF ++ V AD QVAG FT P      D  + IG  R+ + +P++SL  +GA +TLSSDW+VS  NPF+G+QNA++R  Q + L  A++ YT+N A+ MRQED+ G +  GK ADF+V+D++IF++   AP  I  TK+ MTV +GE I
Sbjct:   55 IFKNGKVYTVNDQQE--WAD----AVAIKDNKIIFVGSNDDVQAYVDSS-TKVTDLSGKMLMPGFHDVHMHPIESASENTQFAISVEE---TNPENFIQSIKSASQANPGTGWLIGYGHSIFTLL----ESARSPLAIIDEAVSDRPVIIMEQTSHSMWVNSAALALAGFTKDTPHPTGGRI-LRDENTGELNGILIDNAGNIVMDIAMAPTTQSLKNDYD-GLIEYTLPELAKHGITSISDARSFWKRDDHTTWLKAQKNDALTARVSVGLWAYPTADDATQLASLKALYTNDADSLLKFNQIKLYSDGIIINATSAMLAKYNIDLIGLP-ENKGLNYFSQQRIEQYITALE----PAGFDFHMHAIGDRGIREALNAVENS---ATTKGRHRITHVEIIDPADIPRFAQLNVTADAQVAGNFTNPEHWHEND--ELIGAVRSDNAVPIKSLDAAGARITLSSDWNVSPFNPFLGLQNAVTRAPQELSLTKAIKAYTLNSAYVMRQEDKVGSIEVGKLADFVVLDRNIFDI---APNTINQTKIFMTVFDGETI 580

HSP 2 Score: 432.18 bits (1110), Expect = 1.922e-133
Identity = 226/555 (40.72%), Postives = 344/555 (61.98%), Query Frame = 0

Query:  764 IYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATDWVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMALNPEKYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 1318
            I+KNG +YTV++Q    W++    A  +++ KI+ VG N+D+     S  T++ DL GK ++PG HD H HP+E++S  T   +  ++   T+P+          +    T W++G+GHS++TLL    ++   P  I+DE + D+P +++E TSHS W NS AL +AG TKDTPH   G I +R+  T E NGIL++NA   + ++A+ P      + Y+    +  L  LA++GITS+ DARSFW+R+    W +  K + +T +  + +WAYP  +D  QL  LKA ++ND +S L+ +QIK+Y DG++   T+ +L  Y +D   L   + G+NYF+Q+R+  Y+  L+      GFDF +H IGD   REALNA+E +   A    RH+++H+EI+ P DIPRF ++ V AD QVAG FT P      D  + IG  R+ + +P++SL  +GA +TLSSDW+VS  NPF+G+QNA++R  Q + L  A++ YT+N A+ MRQED+ G +  GK ADF+V+D++IF++   AP  I  TK+ MTV +GE I
Sbjct:   55 IFKNGKVYTVNDQQE--WAD----AVAIKDNKIIFVGSNDDVQAYVDSS-TKVTDLSGKMLMPGFHDVHMHPIESASENTQFAISVEE---TNPENFIQSIKSASQANPGTGWLIGYGHSIFTLL----ESARSPLAIIDEAVSDRPVIIMEQTSHSMWVNSAALALAGFTKDTPHPTGGRI-LRDENTGELNGILIDNAGNIVMDIAMAPTTQSLKNDYD-GLIEYTLPELAKHGITSISDARSFWKRDDHTTWLKAQKNDALTARVSVGLWAYPTADDATQLASLKALYTNDADSLLKFNQIKLYSDGIIINATSAMLAKYNIDLIGLP-ENKGLNYFSQQRIEQYITALE----PAGFDFHMHAIGDRGIREALNAVENS---ATTKGRHRITHVEIIDPADIPRFAQLNVTADAQVAGNFTNPEHWHEND--ELIGAVRSDNAVPIKSLDAAGARITLSSDWNVSPFNPFLGLQNAVTRAPQELSLTKAIKAYTLNSAYVMRQEDKVGSIEVGKLADFVVLDRNIFDI---APNTINQTKIFMTVFDGETI 580

[Close]

BLAST of amidohydrolase vs. nr
Match: gi|1225874922|ref|WP_093869516.1| (amidohydrolase [Tenacibaculum sp. MAR_2010_89] >gi|1088939395|emb|SED99736.1| hypothetical protein SAMN04487765_1051 [Tenacibaculum sp. MAR_2010_89])

HSP 1 Score: 430.639 bits (1106), Expect = 5.134e-133
Identity = 249/566 (43.99%), Postives = 348/566 (61.48%), Query Frame = 0

Query:  154 IYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATD------WVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMAL----NPE-KYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 708
            +Y N  IYTV N   P W+E    A L+E  KIV +G N++    A   V +I DLKGK VLPG HD H HPME  S  T   +   +          + EN   E +KA+       W++G+GHS+ TLL    D   +P  I++E I D+P +++E TSHS W NSKALE+AGIT  +P    G I M++N   + NGIL++NA   +F+ A+    NP  +Y  M  Y        L  LA+NGITSV DAR++W+R+  K WE +A + K+T +  L +WAYP  +DK Q+  LKA FSND+NS L+ +QIK+Y DG+    TA L   Y  D+  L   + G+NYFT+ER+  Y++EL+++    GFDF IH IG+    EALNAIE+         RH+L+H+E+V   D+ RFK++ V AD QV G FT P      +    +G   A + +P++ L+E+GA +TLSSDW+VSTLNPFVG+QNA++R  Q++ LK A++ YT+NGA+ MRQED+ G L  GK ADF+V+D++IF +   +  +IK TKV+MTV  G+EI
Sbjct:   38 LYFNAKIYTV-NDAKP-WAE----AMLIEKNKIVFIGTNKEAALKADKNVEKI-DLKGKLVLPGFHDVHMHPMEVGSTTTSFVLNENE---------TNAENYISEIKKASKKNPNVKWLIGFGHSINTLL----DAKRNPLTIINEAISDRPVIIMEQTSHSMWLNSKALELAGITNISPS-PQGGIIMKDN--GKLNGILIDNAGDVVFQQAIKAVNNPNGEYDGMVSY-------VLPELAKNGITSVSDARTYWKRKQHKTWENLATDGKLTARFNLGLWAYPTEKDKDQIASLKALFSNDENSLLKINQIKLYSDGITHNTTAALHSNYKEDFFGLSTNN-GLNYFTEERIGKYIQELESV----GFDFHIHAIGNRGVHEALNAIEKK---GTTIGRHRLTHVEMVDISDLSRFKRLNVTADAQVTGDFTQPQYWHENN--HLLGSTLANNQVPIKLLKEAGARLTLSSDWNVSTLNPFVGIQNAVTRVPQNISLKEAIKAYTINGAYVMRQEDKVGSLKVGKLADFVVLDKNIFTI---SSNQIKTTKVIMTVFNGKEI 560

HSP 2 Score: 430.639 bits (1106), Expect = 5.134e-133
Identity = 249/566 (43.99%), Postives = 348/566 (61.48%), Query Frame = 0

Query:  764 IYKNGVIYTVDNQNSPNWSENPMEAFLVENGKIVKVGYNEDILPLAKSGVTRIVDLKGKTVLPGIHDTHQHPMEASSALTGTCMLHQDLMPTDPKQLESFENGCYENQKATD------WVLGWGHSVWTLLKYVEDTGLDPKDILDEYIPDKPAVMLEFTSHSAWANSKALEVAGITKDTPHIKHGSIYMRNNVTQEPNGILLENAAIGMFEMAL----NPE-KYPEMHKYNVEACKNALFTLAQNGITSVVDARSFWQREHQKAWEEVAKENKITVKAVLSMWAYPELEDKMQLPILKAFFSNDKNSRLRKSQIKVYMDGLLCTRTAKLLEPYTMDYPDLGIGDYGMNYFTQERLATYLKELQNIDGGEGFDFLIHQIGDGAAREALNAIEETKPLAKIPTRHKLSHMEIVHPDDIPRFKKMGVLADMQVAGQFTMPNSLAHADLEKYIGKARAKDDIPVRSLQESGASVTLSSDWDVSTLNPFVGMQNAISRGHQSVDLKSALEMYTVNGAFSMRQEDRTGCLAPGKDADFIVVDQDIFNLEMEAPQRIKNTKVLMTVLEGEEI 1318
            +Y N  IYTV N   P W+E    A L+E  KIV +G N++    A   V +I DLKGK VLPG HD H HPME  S  T   +   +          + EN   E +KA+       W++G+GHS+ TLL    D   +P  I++E I D+P +++E TSHS W NSKALE+AGIT  +P    G I M++N   + NGIL++NA   +F+ A+    NP  +Y  M  Y        L  LA+NGITSV DAR++W+R+  K WE +A + K+T +  L +WAYP  +DK Q+  LKA FSND+NS L+ +QIK+Y DG+    TA L   Y  D+  L   + G+NYFT+ER+  Y++EL+++    GFDF IH IG+    EALNAIE+         RH+L+H+E+V   D+ RFK++ V AD QV G FT P      +    +G   A + +P++ L+E+GA +TLSSDW+VSTLNPFVG+QNA++R  Q++ LK A++ YT+NGA+ MRQED+ G L  GK ADF+V+D++IF +   +  +IK TKV+MTV  G+EI
Sbjct:   38 LYFNAKIYTV-NDAKP-WAE----AMLIEKNKIVFIGTNKEAALKADKNVEKI-DLKGKLVLPGFHDVHMHPMEVGSTTTSFVLNENE---------TNAENYISEIKKASKKNPNVKWLIGFGHSINTLL----DAKRNPLTIINEAISDRPVIIMEQTSHSMWLNSKALELAGITNISPS-PQGGIIMKDN--GKLNGILIDNAGDVVFQQAIKAVNNPNGEYDGMVSY-------VLPELAKNGITSVSDARTYWKRKQHKTWENLATDGKLTARFNLGLWAYPTEKDKDQIASLKALFSNDENSLLKINQIKLYSDGITHNTTAALHSNYKEDFFGLSTNN-GLNYFTEERIGKYIQELESV----GFDFHIHAIGNRGVHEALNAIEKK---GTTIGRHRLTHVEMVDISDLSRFKRLNVTADAQVTGDFTQPQYWHENN--HLLGSTLANNQVPIKLLKEAGARLTLSSDWNVSTLNPFVGIQNAVTRVPQNISLKEAIKAYTINGAYVMRQEDKVGSLKVGKLADFVVLDKNIFTI---SSNQIKTTKVIMTVFNGKEI 560

The following BLAST results are available for this feature:

BLAST of amidohydrolase vs. L. salmonis genes
BLAST of amidohydrolase vs. SwissProt
BLAST of amidohydrolase vs. nr

BLAST of amidohydrolase vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of amidohydrolase vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 3


Match Name	E-value	Identity	Description
gi\|81637553\|sp\|O34355.1\|YTCJ_BACSU	1.651e-27	25.57	RecName: Full=Putative amidohydrolase YtcJ	[more]
gi\|75455982\|sp\|Q68AP4.1\|NFDA_ARTPS	4.023e-22	23.53	RecName: Full=N-substituted formamide deformylase;...	[more]
gi\|2498111\|sp\|Q06555.1\|AEPA_PECCC	3.750e-19	25.00	RecName: Full=Exoenzymes regulatory protein AepA; ...	[more]

BLAST of amidohydrolase vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|762085242\|ref\|XP_011424927.1\|	1.675e-173	50.09	PREDICTED: uncharacterized protein LOC105326531 [C...	[more]
gi\|1242823600\|ref\|XP_022292622.1\|	1.830e-155	46.44	uncharacterized protein LOC111103563 [Crassostrea ...	[more]
gi\|1199259000\|gb\|OUS25037.1\|	4.259e-147	46.68	hypothetical protein A9Q99_22590 [Gammaproteobacte...	[more]
gi\|1199236928\|gb\|OUS03711.1\|	4.381e-145	42.72	hypothetical protein A9Q81_07000 [Gammaproteobacte...	[more]
gi\|1270394419\|gb\|PHR88362.1\|	2.508e-142	42.96	amidohydrolase [Blastopirellula sp.]	[more]
gi\|1180403104\|ref\|WP_083921887.1\|	1.348e-139	46.82	amidohydrolase [Kiloniella laminariae]	[more]
gi\|1196100525\|ref\|WP_086029832.1\|	9.645e-135	43.49	amidohydrolase [Tenacibaculum holothuriorum] >gi\|1...	[more]
gi\|1123879254\|ref\|WP_074409118.1\|	5.261e-134	43.23	amidohydrolase [Aquimarina megaterium]	[more]
gi\|1175419958\|ref\|WP_081967745.1\|	1.922e-133	40.72	amidohydrolase [Colwellia psychrerythraea] >gi\|694...	[more]
gi\|1225874922\|ref\|WP_093869516.1\|	5.134e-133	43.99	amidohydrolase [Tenacibaculum sp. MAR_2010_89] >gi...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold33_size549341	supercontig	scaffold33_size549341:338113..394603 +

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
maker	2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides	2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt	2018-04-19
T. kingsejongensis proteins Blastp vs. NR	2018-05-15

Properties


Property Name	Value
Note	-

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Species	Type
maker-scaffold33_size549341-snap-gene-4.24-mRNA-1	maker-scaffold33_size549341-snap-gene-4.24-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold33_size549341:338113..394603+

gene from alignment at scaffold33_size549341:338113..394603+

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>maker-scaffold33_size549341-snap-gene-4.24 ID=maker-scaffold33_size549341-snap-gene-4.24|Name=amidohydrolase|organism=Tigriopus kingsejongensis|type=gene|length=56491bp|location=Sequence derived from alignment at scaffold33_size549341:338113..394603+ (Tigriopus kingsejongensis)
TTGATCTTCGACTCCCCGAGCATCATGAAGTTCCTCCAAATCCTCTGGGC
TCTCTTTATGATGGCAATTATCGTGAACTTGTGCTCAGCCTTCACCGATT
ATGAAGCTGATGGGGTACGTACAAAAAATGCAATCTGGCCACCCATTGCA
CAAGACCAAAACCAATGCCCCCTCTCTCAAATATGTACCCACAAGCATTC
GGTCATTAAAGCATACAGCTTAATTTCGATTTGAACACCAGTGCTTGACT
AACATCTGCCTTATTGATGGCTTGGATCTTGGATTTTCCAACCTAATGAC
ACGAACAACTTCGAGTTTTTCAGTAGCTGTTGTCGAAGGTACTCGTGACA
GTTGCATTAAGGGTTACCAACCAAATTTGGACACAGAACCCACTCCCACC
TTTAATATAATATGCAATTGACCTCCTCGCTCATATTTCTTAGACCATTT
GTTATGACAACCCAACGAAAATATGCATGTCTAACGTGATCAGCCCCGTC
TCGATCTGCTCACATTGGTGATGCATTGAAACCAGTTTCCTTTCTTTGGT
CCAAAAAGTCCAGTTACCCAATTTTTGGTGTCAGATGTTTATTATTGTTT
AATAATCGCAAATGTATTCATTTTTTAACAAGCACGTAGATCGTATACGT
ATACAAATACGAGCTTGTCAAAGGTAGTGTCAGGACATTGTATCAAACAT
CGAAGCAAAGCGCAAAATTACCAAAGATTATTACACCACAACTAGATTTT
ACGCTATGCACTAATCAAAACACTGCTGTACAAAGACAGAACTAAAAAAA
AAGAACTGTACAAGGCTAGACGGGAACTCAATAACGTATGCGAGTAAAAC
TATGCATAATAATCTACCGTCCAGCATTCCACAGGCATGAAGATTGCGTC
TGTTGTCAAATAGTGCATTTCTAGGCAAAAATCACACTTTCATTATAAGC
CACAAGCTATAGGGCAAAGATGATCGGTTAGATCATTGTTCAATGTTTTG
ACATCTAACATTTAGCCTCTTTTGAGGATCAGCAAGCAATTATTTTCATA
GTTGGTGGAAAATGGTGCATGAATGTGACGCAGTCATCTGCCCTAATCTT
TAGCTTAGCCGACCCCAAGTCTACCGTTCAAGAAGGTGTTGGTCGTTTAA
TACCTTAAAATCCGACCAAATGGAAATCATACCCCTCACTGTGCTTCATA
ATTTACTCCTTGACATTTAGGGCCCAAAGCCCCTTCTGCGAAATGACGAG
GCCCCATGCCTGCTCAGCGAATCTATGATATGTCTGGTTATCAATTGACA
TACGCACCTATAACTCAAATTAGCATGAACGGCCTATTATTTGGGGTTGA
TGGCCAATGGGAACTCGTACTCATTCCATTTCCGCATGTGCACTTTGATG
ACTTGAATCCCAGCTCTAATCTCAATGCCGCACTTAAACAAGCGGGTGGG
AGCAGATGGTAGGTGAGGAGGCCTACTCACATTAATACCAATCAATTACC
TTAGTACCATGAGCAGGAGGCCGAGGCTCAGCGAATGGCCAATCTGGTGG
ACGCTCTCAGGGAATATGGAGGTCATTCTCGGAATGTTTGGAACTTCTTG
GGCTTGAAGAGAGCTTTTCCGCTAAGTCCGTTGAGTGGATCTCGAAGTTT
CAACAAGAGGCAGAGATTTGGGGCCAGGATGAAGAAGGTATTTACCAGGC
AACTTTTCAAGTCCGTGTCAAGAGCGATGAGTCTCAATGGGGTCTTGACA
ATGGCCTGGATCAATTAGATTGGGTGCTAAACGTAGCCCTTCTTTTTCAG
TCCAACGAGGCCTGGGCCTAGAGAGAAACTCGAGGAGGAAACTCGGATGG
TGGAAAGTTTTGTGTAGTCGATGGACGAATATTGTTGCATTATCAAGGGT
TCATGGGAAGGGACCATGACTCTCTCTGGGGAAAACTTGCGCTCTCAATT
CATAAATAAAGATTGAATTACATCTATGTATACTAACTAACCTGAAACCG
GCGCATCCTCATTTCGTAGTCACGCAACCTCAAAAACTGCAGAAGAGTCC
ATCTCCTCGGGCATTACGATCAAGGCCCAAGCTCTTTATGCCCAGTGAAT
CAATCTTAAGCACCTTCTCAGCTAATCGGTATTAGTTGTGCGAAATTGCA
ACCATGACGTGTAAAAGATTATTGCATAAAGACACTGTGTCAGAAACGCA
TATTTCTTTACCAATGATGCACCCAAACCTCCAGTTTTGGGACGAAACTT
TTTTCTTTAATCAATCTGAAAGCAACACTTAGAGCAAAGGTTGCTGAAAT
ATAGTTTAGATGGAACTGGTAATGCATCTGGAGTAGCAGGATGTTACTAC
ATAAATTAATCAAAGTACGTATATATATACATAAAGTACATACATATATG
ATGAAATTGAAGACGATGTTCGATATTTTGTACCCATAAAAGTCGCCTTG
TATAATACTAGCCATAATCGCTAGTAGTAAGAGATATAACTTGTGACCAT
CTTGATTACACACACACACGAAGCCAATACCATGGTAACAAGTACCCCGA
CCTATTAATGATATTTTACTTGTATTTAATGTGATAGGGTGTGACTCCTG
GCAGTGTTGACTCCCTTTTACTATCCGTAAAAAATAATTATAAAATCGAT
TACACGATTAAAAACGATTATATTCGTACGATGTTTACGATGATACGTGT
GCGATTTACTTATTATTTAGAGCCTTTGTTGAGTTTCATTTTGTTCTGTA
ACCATTTGAATATATATTGTTTGGTGTGCAATATTTCCATGTTTATTAAA
GTTTTGTTAACATTTATTGTGTGTTAGTTTTGTAAAGATTTATTGACTTT
TATAGGCTTTTAAACATTTATTGAGTGTGTCGTGTTCCTCGGGAAACGTC
ATTTTATCCAGGAACTGTGTCTACCAAGTACCGTACAATACGAGTAACAA
GAGAAGACTAAAGTTTATTCAAGAGAAATGACTAGAGGTAATGAAAGCTG
GCTAATGCAATTAGCCAGCCTGATTGGGGGAACGCAGGATACAACATCTC
CCCCAAGACGTTTCTCACAATGCCTGGGTCGAATGGCTTGAATAGGAGGG
CAGCACCGACCACCCCCTTCCCTAGTTAGTTAAGTACAGATTTATTGATT
TGCATAGGCGTTTAAACATTTATTGTGTGCTCATTATTGAGTTGTTATGT
TTTGTAGGAATAGTTTGCTACAATGTTTTTTTCAGTATCTTTGTTTTTAT
TCACTACTTGAACTGTGCATATTTTTTTATAAATGGCCCTAACACTATTG
ACTAGCATTTGTTTGCTAAGTGCCGACTCTCGGGCAAAAACCTATTTCAA
CATGTAGGAAATAAACAATTACACACACACTCTACTGTAATGTCAACATT
CAGACCCCTCCCGATTATATTTACATAGAGTATTTTGCTGTCGTTGGATG
TCCTTTATGGAACAAAAACAATCAAACATCCCAAAAATGGTTTCGCCTAT
TTCCGAAAAAATACTCGTGGTTGCAGACATATACAGTACGTAGGTACATT
TACATTTTTTGGGTTTATACAGAAAGTTCCGACCTGACGCAAATAAATAC
AATTGGACCCTAAACGACGATTGTGGCAACTGCAAAAGTAAATTCCTGAT
TGGTGGCATTTGTGATTTGCTTTAATGTCGTATTATTCCTCAGGGGATCG
CTAATTGGCTATCAGTGTGTTCCGAAGGGTTGGTGTCAATCTTGTGTTAC
ACCGCCTAAATACGATTGGCTCGTTTTCTTCGAATTGTACTTTTGTATCG
GGATCTTTCCTTTCACCTTTTGGGTCAAATCTTCTATTTGAAAATGTCCC
ACAAGGTATCCAGTACGAGTTCGACCCATAGCGTACTGTTTGTTTACAAG
TGAAACTTCCTTCAGTTCGTCACTTGTCCAAGTCGTACATTTTGTGACAG
CTATTCAAGTGTTTCGTGTACCTACCTATGTATCCTAAAAAGGTTCATAG
ACAGACAGGTCTCATCCGACTGTTAGCCACATTGTGATTGTATAAAACGG
CAACAATTAGGACACGAGGGTGATTGGATGCTCTGTAGCGTCCGCTTTAG
CTTGATTTGCCAGTTTAAGAGCCAATCGGCCATCAGATTCTTGAAATCGT
TCCAGATGTTATCACTGGGAATCGGCGGATAAGACTTCAATTCCCGGGGT
AAAGCAGCCGATGAAATCTCCCTCTGGGGTATCTACGACCCTCGACTACG
TATAACTTATGTTGACCACAACTCAATAAAGATGCCAGTCCAGATAGAAA
ACCCATCTAGGGCTGTTTGAGCCACAATTGAATAGCTAATGTCTGACCCG
AGACTGCAGTCGGCCAGGTCTGAGCTGAATGTTGTTTCATCTTGAAATTT
ATGGTCGGGAACAATCCTCGACTTGAGCTCTCATTGTATCCGGTTCATAT
ACCGTATACTATGTACAGGAGTGTCATGGGCTTGTTGGATGGCTTTCAGT
TTTTTAATGGAGCATCCGTGGTGTCAATGAGGTATTCCCATTCCCTCAGT
CGCGACTTTGGGGCCAATGCGAAGGATCTCACTATTTGCACTCAAGCCCC
AACTCCGACACTAAAAACATCTCTGTTCACGATGGAGCCAACCAAATAGA
GAACCCGGCACTATTTAGAGCCTGCCTCGGTATCCTGGTTGGCCCAAGAA
GGCAATACGCCACATTGACACGAGTGATGATGTTGGTGGGCTAGGGCACA
TTTTAATGCTAGATCCGAGGCAACTTCCTCCATTTCGCCACCCACAACAA
CAATAGATCCACCTTGGTGAGGCCATAAGTCGTGCAATCCAGAGCAAGAA
AGAGCATTTACGAGTTCGAATGCAGATTCTTGCACACTCGGGACACGGTT
CGGCAATGGCGGAAAACCAGCTGATAATGAGGCTCGACCTTGAAGCCTTG
AAAATTTCTCAGCTCAGTGGTCTCTTTGGGGACATATTTGACGGAGGGAA
ACTATGGGAGAATGTGGAGTATTGACCAAAATCCCCAGCATCTGCACGTT
ATCTCGCCATCATCCTGGATACGCTGAATTGGATGGGGAATGCATTAGTC
CTCAGCCTCTGGAATCGAATAAATGACCAGTCATGTCAAGCGGGTGACAT
TTACAGCCGCTCAAACAAACGTCTACGATCAAATTCCTAGTACAACTGCT
CAACGCGAGACGCAGTCCGACACATTTTTTGTCCATCTCCAAGAAACTCG
CTAAGAAAAGCACCTTCGGTCGAGTCTTAGATCTCGGACTGGAATCCTTC
CGAACGGATTTGGATAACATACAGGGGGACACACAAGTAATGCGACATCA
GTGGACTGATTGTGCGACGACCGGAGTGAGCGTTAGGCAAACCTTGGCCA
GAGACTAGTCGTGAAATCCTTGGAACGAAGGAGTGTCTATGTACCGCAAA
TAGCATTACGTTTCTCCATAGATTATTGTATACGAGACTGCCTCAACTAA
TTACCATTCGTTTGCTAAGCAATGACTCTAGGGTATGATTATGCCTATTT
TGATATCTACGAAATAGTTTCGTAATAGCGTAAAACGAAATAGTTTGATT
TTCCGAACACATTGTTGAAAAAATCGCCACTTTCCGTACATTTGCATGGT
TTTGGCATTGATATACAAATTAATAAAATTGGATGATTATTAATATTATA
TTATTTCATTATGATTCTATCATTAAGACAGTACTATCGGCCTAGGTGAG
AACGTTTACATGAATGCTTCTTTGGTCAAATAAAGCTAGTTTTGGTCAAA
CGAAAATCGAACAAAAAATACGTTTCTAAATTATTATTTTTTACACTTTG
TGTACTTGGGTATGGAGTGGTGCCTAACTCCCTTAACTTCTTCATAGACA
TTTTCATTTCAAAGGTCTCTGGGCCAAAATGTGTTATTTTCTTACCAAGA
AAGTAGCAAGAAAATAGTTTCTTGTTGATGTGGCCTGCAAAAATAATCTG
CCATTTATTCAAATATCATTCCCAACCCCAAATTAAGCACTACTTCCTCA
GGAGGGTTAAAAGAATCGACACATTTCAGCCATCCTCTAAACCAATTTTT
TAACGATGGCATTCAAATTTTGATTTGACGCTCCTAATGGGCGTTTCCTT
GCCTGAATGATTTATAGAGGTCACAAATAAAAAAACCGGCCGACATGAAA
CAGTTTATGGTTATAAATCGGTGATATCAAAAAAGAGCTTTTCTATACCT
CCAAATTGCGGATTTATTGTTAAGATATTCCCTTTAAGTCAAAGCAATCT
TAAACCAAGGGCAGGCTCATGATAAGGTCATTTTCATGAGATTCCTGATT
TCGTTTTATTTGTGGAGAACCCGTCAATACTTTTATTGGTTAAATTAGAA
CTAAGAGCACAGTTCTCAAAAGGTCTACTTTTAGAACATTCGTTTATTAA
ACTGCTCAACAAAAACGACTATTTACAAAAAGGTATCACAATATTTAGCA
TTACAATCGCAACTTTTCTTTTCTTGTTTCACCATTAAACACCATTACAT
GGTGTATTTTTCAGTTCTCTTTATTGGGTCAATAGGCTTAGTGATGGGCC
CAATCTCGTTTCAAACGGCAATTGCAGGAGCACAATGGTAAGTAACAATA
TTGATTTAAAATTTCAGTCATATTAGTAATGACAACAATTCGCTCAGACA
TTAAGTAAACAGATTCAGATAATTTTGGTTGCTTATCACCATCCATACAT
TTGTGTCTCGCTCACTAACAACTGCTGTATGGTATATCAGCTAGGACACA
TAAGTAATTAAGTATATAATCAAACTGGGCATCCAAAGCGCCCTATGGCG
TCGTTCTGACGTCACAACAATTGGACTGGGTCCTGGGTCTCATTGGAGCG
ATTTTCCTTCATGATTTCCTGCCACCTCATGTTCTGTGCCAAAGGGAATT
GATTTGTCTGATGGCCCATCTAGGCTTGGATTTGGGCCGATTCCTATCCG
ACGGATGACAAACAAGAAATTGGGGCCCACACCCAAAAAGTGATTGAAAC
ATTTCGGAAGCCGAACCAGGTGGGGTTAGTCGATTTGTATGGGCAGTTTT
TTTTCTGCCCCCACCTTCAATCAGACACATGAATAAGGTCCGGTGTGTCA
TGTCCAATCCTAGGACAATGGCTTGTCCATTGTCACCAATCTAGGTCAAT
GAGAGGCCATCAAGGGGAAATTGAAACCCCACTTCCAAGGACGACATTCT
GAACCCAGCCACGGTAATGGGCACCTTTTTTGAGAAATGATAAGTTGATA
AGTATATAAGATCAATAAGTAAGCATACTTGCAAAGCTTCTATGAGGATG
GCCTTATGTGTCACTAAGTTGTGTCGATGAATGCAGATCCAGTCAGACCA
ACTGTTGGAGAAAGTTACACATTGTTTTAACATGACAGATTTGTTTTTGG
AAAGCGATCAAGTGTATGATTTAGATCAGGGCCTCCGTGTTTGGAGAAGG
TAAAAACTGTTCTCATGGCCTTTTATCTGATTGTGAATCGCACGTAAAGA
GATCAAGCCGCCATATCAGCCATGAAATAAAACGAGATCGTTTTGCCATC
TTCGTCGTATTGGCGGGGATATCAGATTGGAGCAACCGCGAAACAAATAG
AAAATGACTCTCATCGCCGATATCCTTGGTGGCCAATCCGGAGATTTCCT
CCCAGGATAAGCATAAAGATGTCGAGCCTTTTTCAATTCACTCCTTCACA
ATGGCAAATAGCATTTGGCCGCCAAAGCCGATGATAATCAGGCACGAAAA
ACACTGGTGACGAGGATTCGGATGAGTAGTGGTGGTGCCCTGTGCACCGT
TTCCCCCGGTTGGAGATTTACGGGCTTGAGGTGGGTAGAGCAATAAAGCA
GACGTCTTACATACATATCTGGTGGTGGATGTGTGTCTTCCAATACCATA
AAGCACTACAAGTTCAAGTTCACCCGAGCCATTTAACGACTTCCTACACA
CAAGAGACAAATGAGAGGATGATAGGGGCTAGTTGTCGAATGTACGAACA
ACCTCCGACTCGAAAGGTGCAGGGGCGGATTCTCGCACTCCCTTATTACA
ATTTGTTCTACATATTATCGATGTGCAAAACCAGGGAACCATTCGAGCAC
CACCCTCGATGTGTCTACAGAGGAAACGCGAAGAGTTTAGCCCTGAATCC
GGCCAAGAGGTGATTCCAAGACCAGGATCGGACGAATCCCCAAAACAGGG
CCGGAATCTTTAAAACAACACTTCATTTTGGCCATGCAGCTTTCTTAGCT
TCATACTGCAGTTTACGGGAGAGATGAATTGACACAACTCCTACATCGTG
TAAGTATTTCGTCAGTCGACACTGTTTAAAAGTCCCCTGGATTGCTTTGT
TGATGAAGCACTTTCACGATTCAATCCAGCCAAAGGGACAATGAATTAAC
TGTTTGATGTATGTAAAAATGCGATGGATTTTACCAATCATATTCCACAA
TTGGGCCGCCATGGTCTTGGACACTTCAAGACGATGAAAGAGAGCTTCAA
TAGATAAGCCTAAAATTGGATCCACTTCACACCTGTGACAAACTAAGAGG
TATAAAACTAAATCCGTGTGCTCTCACACCTAATACCCGGCAACGATAAC
GGTATACAGAACGTATAAGAAGTTGAAACGTCAAGTGGCAAGGACTCTGA
GAACCAGCAGAGAGATGTATAGAGTTATGCACAAGCACTCCAATTTAAGA
GAGCATATTCATCCGAATCAGCCAAACCAAACCAACCAACCTTCTCCGGT
CAATGCAAGGGAAGCCACCATAGCTCAGTGTCAGCGAGCGCTGCGCTGGT
GCTGAGTGGCCGGGGTTCGAATCCCGGGCTTCCCCAGTTCACGGCAACTA
GTGGTGTTCACTCACAACTCTTGTTTGCTTCCTTTGCGGGATAAAATTGG
ACGGACCTGTGGTGATTCCTCGAGGGTAAGGTAATAATTCATGATAAATT
GGAACGCCAGGCTGACTATGTCTCAATAGAGATTTCCTAGCTGGACAGAA
ATGTCCGGGGCCTTCCAAACAAACAAACAAACGAACAAAACTCCGGTCAA
TGCAGCTTTTGAAATCGTCAGACCCAGGTGTCCCTAAAGCCCATTTGCGG
TATCCTGGTTTCATGTTGCTTTGTACATAAGACACCTCTACGCGTAAGAA
CTTCTTTCACCGTCTATGCATGAGAGATTTCGAGGGTGGTGAGCTCCTCT
CAAACCTCTTGAGAGGCAAGCAGTACAAATCCTGAGAGTAGTCATGGATT
TCATTATTCCAGGATGAATCACTGAAGGTCACGTGAATTTCCCTCCATTG
GTAAGCAGCCAAACAAACGAGACAGGAGTGCTTACGTACTAAAAGTATTC
ATGCTCCTCTGACAACTAATTATGTTACTAATCTTGTTGGCTTGAGCGCT
TACAAATGGAAGGACATTCACGTAACGTCAAATTTAGTTATTCATCCTGT
TATGATGAAATCCATGGAGTAGGCCATGGTTAATGGTTGTTCTAATAATT
CGGCTCCAGGAGAGGTTTTACATATTCAGGGCTCTTAGAAAAGAGGTCCC
CACCCAATCATTATCACGACTGCGCTCGATTAACAATGGTAAAGCGTGCC
CTTTTACCCGAGTAACAAGTTCTAGGGCTTGACTCCTCGAGACATCAAGC
TAATCACCCTCACATTTAAGGGGATGGCAATCTTTTATGACAAAACGAGA
ATTCAAGGCTCGTCACTGGGCCCAAGTAGCTTAGACACACCTTCGGAGAT
GATATAACCACGTTTCCTTACAACAGGGCGGACACCCAAGTTCTAGATGC
AAACATGTAATTGGGCATCACATGTCTTGTGCTCGGGGCCCAGGTCAAAC
TGGTGGTGGCATGAATGGAGAGGATAGCCACGCACCTTGCGGTATGCATC
TTTTTTGTACATTATGGAGAGCAATGATGGGCTTAGTAGACCAGCCCCGA
GCTGGACGGGATCGCCAGGGACGAATATGGTCATACAGGTAATTACCATG
TGTCTGGATCCAGTCAGAGCCCGGGTCCGATTTGCAACCAGGCAAATTTC
TGGGAAGACTGTCGGTGAGAAAAGTGCACACATGTTTCGAATTCGAGCCC
ATTCAATAGTATGTGGGACACCCGATGATGATTTTAAGGCTCATTCACAT
GATCTTGCCCTGTCCTGTTTGATCACCTGGCATGAGCCATAAAAGCGTCA
GGCACCGAATGGAGATGATACCAAGGTGTTGCCTTTCAGCGGCCGAAATG
TTGGTCGAGGCGTAAGCGGACATTAACGGCCAACTTGGCTCCAAACAAAC
CATAAACCAGGGATCAAGTACCCGATTGGCTAGATGTCTTCCCTTCAAAT
CCTTGGTCCTCGCAGAGCTTCCACGTGATAAAAATAAAAATAAAAACAGT
CGGAATAGGTTGATCCGGAAGATGTGGAGTGTACTGTACGTACATCATCT
GGACTAGCAGAGCCGAAATGCAAAATTCGCTCAGTGTGGGTAATCGTGTT
TTATTTCTGCATGTACACAAAACTTACACCAGACGGGTATAAAAACAAAA
TTTAAGCAGAGAGCAAAACAAACAATCATTCTAAACAGAATATCATGTAC
AGTAACAAACTGTATAGAACAAAATTACATATCTCTTCGACGGCGAGACG
CAAATAGTGTAACAACAAGCCACGCAAGGCATTCTTTGTGGCGGTGATAG
TAATCCCTACAATTTTACTTACTAGCACTTGTTTGCTAAGTGTTGACTCC
TGGGCACATACATAGCTCTTAATAAGTATACAGTATATATAGTAGAACAA
TAATTTGATAACACACTTTTGCCAGGAGTCCCAACTTCCAAACCGAACAA
CAAACAGTTGATAAGGTAGCGAATATTGATCCAGGTGAAGTCCATGGGTG
TTTTGAATTGATTCCTGTCTCAAAGGCAACAAATCCCACGCATGGAGTAA
TCAGAGGACTTCAAGCTGACATCTTGAAGCCAACGTGATGGTAATTCTAA
TATCTTGGTAATACAGTGGGCAGGAAAAGTTTACAAACTTGTTTTGTGTT
CACACCAAATATGAATGAAAAATATGGTATAAGAACTTCTTTTTGTACAG
TACATTATTTTGTCCTTTAAAATGAAAATTAATCTATCAAAGTGTGCAGA
AGATAGAACATAATCAGCTGTTCTGTCAAAATGCTATAGTCTCGTTGTTT
CAATTCATTCTTCCTGTGAGCTGCGTGTCCTCTTTTGGAGACCATTCGAG
TACGATCTTTGGGATTTGACTAACTCGAGATTAGACGTCTTGGCGATCCT
AGTAGCTATGTCTGTAGTTCTAGGGTCATTATTTGGCCTCCTCATTTTTA
AATCCCATCTTCAATGGTCAAATCTTAGAGGCTTCGATCTGCACAGCTTC
ATTGTATGTTCCTTCAGGCAATCAAAGATTGTGACTTGTCTTATGGCACT
TTTTGCCACACAAGTCGATGTTTGGGGCTCAACAATGGACCTCCAGTGGA
TAGAAAATGCATGCTTAAAGGATAGTCGTGATCAATTGAACTGACGAGAA
ACAGCTTGAGCGCAGGCCAAGTTTGGCTCATGACTTCTATTTATCAACCT
TGCCTAATTCATCACCCCAAGGGAATCATAAAAGTAATATTATTCTCCAT
CGCTTGGCTTTTTTGGCGCCTTCCTCGGGATTGCGCGGGTGGCAAAATCT
GGATGGATGTTGCATTATGCGTGTTTCCTTGGCACTCGTACCCAATCTAG
TCCACATTGGGATGGAATCATCGCCATCAAGGGCCAGGCTGGCTGGTTTT
GAGGCATTCCCATATCCTGCAACGACCACGGTCAAGGCCAAGGATCTCAA
AGGACAAAGAAATCTTGGGGAGTGATCAAAGGCGATTGGAGACAATACAA
CTTGGCTGGCCACAAGTTTCTTTCAAGTCGCTCGGAGACACGTTTGAGTC
TCTGCCAGGACTCCTTGGGTTAGATGTTGACCTGGACTTGGGGTCTGGAG
GGTAATTTTAAATCCATTCACCATAATTTGGGCTCGACTAGGGGCAAAAA
CACGACCCACCTACGTGGTTCGAGCAGGATGGATGATGTTAGGCCATTAA
CCCAAATAAATTACTCTCCTCTTGAATGTCATGTTTGACCACAATTTTAT
AATGGACCACATGTGTGCATTATCCGCCCGAGCAGCCAAAATTCTCGTCA
CCAACGCGTCGCAATCACCTTGAAGAGTCAACCCCGCCATGAAAAGCCAA
GGATGAGATTCCTGAGCGTGAATTGGAGGGAATTTGGTCAATTGAGACCG
CTTTGGGATTGCCAAGAAATGGTCCGCGCATTTTCAACTTGAGCAAAATG
AATGGCGCTGCGTCTCCAAATATATCTTGAACGATTTGGCTCTCTATCAA
GGATAGAATCAAAATATAGGTTATCAATAGCCAAGATCCCTGATGAATCT
GTTCAAGCAAATTTGAGACTCATCTCCACCGCCTGTACTTTTATTCGTTG
AACGCCAAAACCAACAAGACCACCTTCACCATTCCTAAGACTGTTTCTTT
CGACGTTCCCAAAAGGTACTCAATCCCGTGCCAAAGCAATACTCAGATAA
TCTACCAAGGCTCAGAGGTAGAGAAACATATGCTCCAATGCCGAGTGGTA
ACCTGGTCTAGGTTGGAATTCGACTAACACGTATTTTCGTCAACTATGGG
ACCAAACTGCATGACGTGTAAACATGTGATTGCATCCTTTAACGGTGGTA
TCGTGTGCTCATTGGGACAAAGCCTTTCATTGTGAAACACAAGGCCCACT
GAGGTTTTAGCTGGTTTGGTAGTCAGCGTGCAGCACCTTACAGTGCATTC
CAGCTCAAATAGTCTTGCAGGACAGAAGGCAGCCTGGTGACTACTCAAGG
CCATCTACATGTGTAGATCCCGATGTCCATGGACTGGTGTTACATGGAGG
CTCCCCTCATGAGAAGAAAGTCTGGACGTGTGAAAAATTATTTCTCGGAA
ATGACCAAAATGCCAGTTTTCAGCAGAACAAAACTGCATATTAGACAAAA
AACACAAAAATACTACATTGTACCGGTATATTCCGGCAGGCCAACCGAAA
CCAGATACTTCACAACAAAGGATGTTGGTTGTAGTGTTCCCCGCGATATG
CCAGTAGTCCGGGAACTGAGTCCGCCAAGACCTGACCATGCGAGTAAGAA
GACTAAAGTGTATTGCTGAGAAATGACTAGAAGTAATTAATGCTGGCTAA
TGCAATTAGCCAGCTTGATTGGGGAAAAGCAGGATACAACACCGGTGTTA
GAGCGCCAATCTGAGGGTGTATTTACATATTGCTCGCTAAATGGGAAAAC
AGATAACAGCCACGAAAACAGCCATTTTTGATAGAAAAGCATGCCAACAT
TTTCCAGTGTGTGTAATCGTTTATTTTCCTACAGATATAAGAAATAGGTT
TATTTGCCCCAGAGTCAACACTTAGCATACGAATACTAGTCAATAGTGTT
AAGGCCATTTATATAAATATACACATATTAAGTAGTAACGAAGATGACTA
CAGAAACATAACAACATTGGAGCAAACTATACAAAACAATAGTACAATAG
GAAAACACAATTTATGTTTGCCAGCCAATACAAATCAATAAATGTTTCTA
ACAAGCAAAAAACACAAGAACTGAACAATACGCAATAAATGCTAGCGAAA
CTTAACCAGACAATGGTTGGTTACAAAACTATAAAATTCAAACTGAGAAA
AATAGTACACATTACAATACAAAAGGCAAACAATATTTAGACAGCAACAA
CTAATTAAACTCAATAAAAGGCGCTTAAGAATAAAAAGCGCAAACATCGT
AAAAATCGTACAAATGGAGGTACTAACATCAGCCAGAAACAGAACTGAAT
GACATCGATCAAATGGGGGTCGATCTAGATATTGACTTGGCCACGTTTGA
AGCCATCCNNNNNNNNNNNNNNNNNNNNNAACTGGTATATTTTCACCAAG
GTCGAAAAAGTATCAGAGTTCAAATTTGAAAAAAAAACATCAAATGTTCC
ACGAGTGAGTGGTGGCAGTGTGTGTGTAATCGTCTATTTCCTACATATAA
GAAATAGGTTTATTTGCCCAAGAGTCAACACTTAGCATACGAATACTAGT
CAATAGTGTTAGGGCCATTTATATAAATATACACATTAAGTAGTAACGAG
ATTACTACAGAAACATAACAACATTGGAGCAAACTATACAAAACAATAGT
ACAATAGGAAAACACAATTTATGTTTGCCAGCCAATACAAATCAATAAAT
GTTTCTAACAAGCAAAAAACACAAGAACTGAACAATACGCAATAAATGCT
AGCGAAACTTAACCAGACAATGGTTGGTTACAAAACTATAAAATTCAAAC
TGAGAAAAATAGTACACATTACAATACAAAAGGCAAACAATATTTAGACA
GCAACAACTAATTAAACTCAATAAAAGGCGCTTAAGAATAAAAAGCGCAA
ACATCGTAAAAATCGTACAAATGGAGGTACTAACATCAGCCAGAAACAGA
ACTGAATGACATCGATCAAATGGGGGTCGATCTAGATATTGACTTGGCCA
CGTTCGAAGCCATCCGCTTGGTACTGGCTTCTAAACTAGAAAAATCTGCC
ACCAACATTTTAACACGCCCAAAAAGTTAAAACAAATTTCCCTCAAATAT
CCTAATACCCCAAAATTCCATGGCCGGAAAGAGCATTTTTTTTTAAACCA
ATGGCAACCATGGAGACGATAGCAATAGTGGTGGCTAACGTGAGCAAAAA
AACAAGCAAACCTTACAGATTTTTTTATAAGGATATTGAAAAACTCAAGC
CAATTCAGTGTGGGAAGGAACGTGCAGCTATCTAAACAATTATCGAAAAA
CGTCCCAAAGAAAAACATCGCAACACAAATCTACCTTGAGGAGATGAGGA
GGCCCTATTCCAATTTTGTGGGAAATGGGTCACATTTTTTTGGTTCAATC
CTTTCAATAGCAAAATTGCATAGATCAGATCATTAATGCACAGCTTATAA
ATCGCTTCATCGTTGGGATGCAAAAAGCAGGTTTGGGGAGCGAGTGAAAA
AGATGATGATGAGGCGAAGACATCCCCGAATTCGATTTCAGCCCAATCGC
ATGCGGAACCAGATGGAATTCATGGCTTTACAGCCGGGCAATAAAATGTA
ATCCTACTTTTTTCAAGGGTTGGCATCACAGCTCTATCTGAGCCAAGTCA
GATTTGAGGGTTCCCATCGAGCTGAGCAGATTTTGGGTTTTGATTCGTCA
ACGAGGGCGGAAATCGTGGAAGCTGCGAGATAGAATTGGGTACTAGAATT
GACGCAAGGGTTGAGATTTCGCAACCTTATTAGCCTAAGTGACACGCGAC
CCGAACTATGGTGAACCTTTTTTAGACTTGGAAGATAAACATGTGTATAT
GACCAATAGAGACAGGAACACTTTTGTTTTTTTAACAAGATCCGTATGAT
TTTCAGCTTTGGTTACAGAGCTCAACGAAGATATTTGCGATAATGCCTCT
TGGTGAAGACTTACAAAAGACTGCTACCGGTATTGCATCTTGCTGCATAC
TAATGGTCAAGCACATTTTCAGTCCAAAATCTTGTGCTCAGTTAGTATCT
ATTTCGGTCGAGTTAAAGTAGTGGTTGGATTGTAGGGGCTCCACGCTGAC
TACAACAAATATCTAATAACATCAGTGGGTCCTGTGTTCACCATGGACGT
TCCATGGTGAGGAAAACAAAGCCACCGGAAGGTGCGATCACAAACACACT
AACATTTCATACGATCATACTTTTGAAAATACCCGTTCATATTTTCAACA
GTCATCTCGAAAGACGCTCCTACTGGTTTTGTGCTCAGTATCGTAGGAAA
GCAGAAACATCTGGTCGAGTGGAGTAGGTTGCAACATATTTACTAATTAT
GTACATTTTAACAGGAATCGCCGGACATAGCACATATCCACATTCCCTGA
CAGATGCAACTTGCAAAGGGGTGCGCACCCATGGTCCTTTCTTCGGGGTA
AGGTTATAATTAAGCTCCAGGAAAGTGAGTGTATTGGCAAAAGCATTGTG
TATGGCGAAAAAAGTGGAACACTTTTTTAAGGTTATTTTTGGCACTCTTC
CCCTCAAAATAGCCACCTTAAAAAGAAAGCCCGCAAGGGGCGAAAAATTG
CAAGAATTGTCACAAAATTGTCAGGAGCAAAAAGTTGTTGTTTTTTGAAA
AAAGACGAAAAAGTAAAAAAAAATTGGCGCATTTTTTGTTATTATTCATG
ACAAATTTGTCTACTAGGCTCACTACACCTACAGTATATAGATATTCTTT
AAAGCAGCTATTGCCTGCCAAAAGAAAAATCAAACAGTGAGTTGGAATAG
TGTGGTCTTGCTCTAGTCGAAGTAGGCACATTATGGATCCCGTCTGCCAC
TGAGCTGAGTGTGTTGTTTTTTTAGGAAATTATATTCACCCAGGTCGAGT
GACTTCGACCAATACCATTTTGTGATCGGATTTTAAACCAGCGAAGTCGT
GCGACTTTTAGGAAGCACAGTTTTTGCGTCGACCAAGCTACCCATCAGGG
TTTTAGAATCCCGAAATTAACATCACATCTCCTTTAGACATCCAGCCCAG
GATGAGATCCCATCTGATGTGGTGTAGATTCTGCCGGAAACTGGGATGGA
ATGAAGATGTTTTCGAGCTCAGAGGAGTGAAAAAACAGCCCAACATCTGA
GAACCCTGGTTCTCGGGCAATAAAGTCGATATTTGGGAGGTTAAGGCGAA
TGCATGAACCCGGGATTGGGTTCCCCATCTCATTACTCGTGTTTAAGAAA
CAAATTAGCAGACTGGTTTTCCACGAGATCCGTCCAATGAATGTGGGAAC
CACAGGTTTGAGGAACTGAATTTTGGCCTCTCGTGATTGCGTGCCAACAC
ACTTCAGGCATCAGATCTTGTGGACGATTCAATTATTTTCGATACTGAAT
TCCGGCAGAGCGAGTTTGAGATGAGTCATAAACCCGGCTCTTTGTGCCTG
TTGAAAGGATAATTATTCAGGGGCAGAACTTAATTTGGCGATAAATGAAG
CTGATAGTGGCGGGTGAGATCCTCTAGATATGCACTCAAAACAGATAGTA
CATACCCATGATTAGACCGATAATGCTAAATACCGGGTGCCTAGTGCTGA
TGTCGAGCCGACACCAATGGTAGATAAATCACCGAAAGATTGTGGAGCAA
CGAGCTCTTTGACAAACATCGCGTTTAATGAAGGACATCCATTACTGGCT
GGGTTAATTGCCCAGATCCAACCGAGACTCATTATCCAGTCAATACTGAG
GCACACTTTTTGCTTCACTACCTGACTCATTATTACCACTACCTTCACCG
ACAAACTGACGACCCGAGGCACGAAAGGGTTCCACAATTGGGCCAGGCAC
TGCCAATCATGGCTTTAATAGGGGAAGTGCGGAAATGGTGGCGAACCAGG
ATTAATATCCAGGCCCCAGGGAGCCACCAGTGTGGCCTCAAATGGCCCCT
TTTCCACTGTGGGCGGGCTCTGGCCAATTTAGCCAATCCAGTGTGACCAT
TACTGAACAGGAATAAGAAGTCATGTTCATTTACCTCCTGTGGGCCTCTA
TCCTTCTTTACTCAAGAGTGGCCTAGTATTTAGGCAGTCTCATACTTGTG
GAGTGCATATAGTGTCATAGTGTAATCCGGATATACAGTAGACTGAGGAG
CAACTCGTGGTTTGATTTCCTCCGCTTGATGTGGCCTTTCCTGGAGAAGG
CAACAAAGGGGAAGAAGGCCACAAAGGTGGTGATGGCCACGAAGGGGGAG
AAATCTCCGGGCGGGAAGCCAAGGGTGGAGAGATCTCCAGGTCCCTAGGG
CAGCGGGCGTGGAGCACAGGGCGGAGAGATCTCCGGGCATCCAGACAGTG
GGCCGCCAGGGAGCAGGATTGGGCCGCTGCCCCCATCACTCACACCAGCA
CTTTGAACACCATGTAGGGTGGAGGATGGGGGCAGGAAACGGCTGCGCCA
TGTGACACGAGTCACTGGAGACAAGTGGGATGAGACTCATTTTATCAGGG
CGCGTACGGGGCTTCGTCCTCTATAGAGGACAGTGAAAAATCCAAATTAG
AGGACAAATACGGAGTTTTGAAACAAAAATAGAGGACAACTTTTCGTACT
TTTTTTTATATAAAATGTTATCTTTAAATATCAATCCCCCCTCCCCATCG
TTCGATATTTCGTTGGCAGATGAACTCATTCGCAATAGTCAATTTGAAAA
AAAGCTGAGCCAACTCTCAGGAAGTAATTTTTTATATGATTCAATCACAG
CGTCAGGTCCGATTTTCTTGTTTCAGGAGAAACTTCGGTCATTCTTTCCC
TCAATTTTATTTTAGTCTTAACTTTCTAATATATTCTGACGTGTCTGTTC
AACTATTTAAAAAGGGTTGTCGTTTATGACAGATTTTTTTTAAAGTGTTA
AGAAGCAGAATGGGGAAAAATGAAGGGACCAGATAAAAAAAAATCCCAAA
ATGCCAAAACCCATTTTTACAATGTAGTAAACAACATCTTGCCAAATGTG
ACACTCACTGCTATGTCCATTTCGCAATGGCGAATTTTTGACGTATTATC
AAGTAATCTTCGGCATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNTACTTTACAGATGCATTCTCCCATGGTG
GGCTTATGTTTTGTTTATTGGCGATTTTTTTCGAGGATTCACTCATCTTT
TTGCTGGAAAGCTTTTTTCAGTCTTTTTTGCTAGTTTTATTTGCTGGAAA
CGGCATTTTTCGGCTGTTCCAGCGTTTATTTGAGCAATTTACTCCCTTTT
TACAGTGCTGTTGTATCCTCCGGATGAGGCGGGTTTGGACCCCCACACAC
AAGCATGAGAGAAACCTGGCCGCACGTCTTTATTCTCGTGTTCACACAGT
ACTCAATGTTGGCTCGACAGCAGCCAAGCAAAACGGGGAAGGAGTAATGG
GGGGTCACGAGCAACGAGCACATATGGGCAATGGCTATGAATGCGGAATC
CAACTTATGACATTGCATCTACTAAGGCCCAAACTATGCTGAACAATTAT
AAAAGCCAAAATCACCTAATTAGGTATAAGTTTTAACTGAACGAAATCAA
CTAGGGTGAAACACTATTTTTGAGGTGGCTTCTTTAGCAAAAGCCACTTA
TGGGTGAATTCCACTTATTCACACATTTTTCAGCTTCGTCTCGCCTGAAT
GTGACATTTCTGTCAGTCTTTTTGCGTCCCCTTTACGCATATTTTTTTCT
GTAGGTCGAAATACTACGAAATTCTAGACCATTTTTTTTGTGTCCCAAAT
CCAACTATCGAATGACACAGGACCAGAAAAATTAAACCATAAAAATCGGC
CATAGAATTGAAGAAAAAATCCGGGAAATTTCAGATATAGGTATAGCCAA
ATTGCTAACCAGTTTTTGCTCGAGTAGTTAAAGTTTGGTTAGCATTTATC
ACCAATTTGTGAAAAATTGAAAAGTAATCCGAAAAAATAAAAATAGAGGA
CACTACTCGTCCTCTAGAGGACTTTAGAGGACATTTCAATTTATGGATGT
CCTCTAGAGGACATAGAGGACACCGTACGCGCACTGTTTTTATTGATATT
CTGCCCAATATATATACGTGCTGGAGGTGGTGCGGCAAGTACAAACGGGA
GCACCACCTCCAGCGTGACCAGACCCGTCACAACTACCTTAAGTCAACAG
ATCACTACGATTACCTTTTTTGACAGATTTGAAACAAAAATGGTCGTTTT
TGAATATTTTTGTTCGTTCTTGTTTGCATATTGGTATTTAAATTGTTGGG
AAGTCTTGGGTTCGAATGCTGTTCTCCACGAGTTCAATTCCACTCGTACT
TATTATGGCTAGGCAAACTTTACAGGTTGACCGAAGGAGAAGAATAGAAG
TGTCAAGTACATCTAAATGAAATCTCATTCGACCCCGCACGAGATAATAC
TGTACAACATACTCTTTGTGGTTGGGCGATACTTAATATGTGAGGGTGAT
ACCAAATAAGTGTCTCGCTCCTGACGTCGTCATTACCTATTTTTTGGCAT
CATGCATAGTTCCAAGGAAAACATGTTCCTGACAAAATTTTGGGAAACAC
ATTGAACCTCACAAATTATGCAAATTGTCTGCGTTTGTGTTGACGAGAGA
TTCGTCACCCTGAAGGTATCCTTGGCCAATCCCCGAAGATTAAGTAAGAA
GGAAGAGCTTGGGATCGCTTGGCTGCAGATCCATGCGTTCGCTCATGCCA
TCATACACATACTACATACATATACGTACACGCGTTGGTAATTCACCATC
AACTCACATGCAAACAGGTGCCCCAAACCGTGCCCTTTTCATTGGGGGTT
TCCATCGCATGGGCCCATAAATACAAAAATTACCATAAGGTACTTGTGCG
AATGGATTGGAAAAGTGTTTAAGAAGCTCACACCATTCCCGTGTCATTAG
CAAGTACAGATGATTTACATCCATTACAACAGACATTGGCGGGGAACGAC
AAATAGCCTTCACCATCCGGATAGATTGGAGCCTGACCAAAGTTTTGGAG
CCCTATTAAGAAAGTTGGTTTGGGATTCGCATTGCTGAACCTTACCAAAA
AAGTGCTAATGCAGCCAACGTTGGATAAACGATCATAACTAGGTATGTAA
GAAGCTAAAAAAGGCTTTTTGTTGCGTTTTTCGCTTTTTTTGTTGGAAAC
AATGGGAAATGCTGAAAATAGTCTTAAATACTGGATTTGGTCTAAAATGC
TGGAAATCAGCTTATTTGTTGGAAAAAAGCAATGATTTCGGCCAATTAAT
GGTTGCAAGTGGTTCAAAATGGAAGAAAATCTTGAAACTAGGGTCCAAAC
TACTTAGAGAACACAGCGGGTGCAAGCCGGATTTCAGTTTAATTCAGACG
GAGTTTTTGGCTTCGTTTTCCCAGGGCCATGTGGTTCCAACGTGTCTTTA
ATTAACCAAGACAAGCATGTGCGCATTTGTGGCACCATTCCGATTGATAC
CAGTGTTGTAAGATTGGTGGTTTTCATCGATAGAGTCACGTTTTTCCAAC
AATTGGGCGTTGGTCACTTGATGCTGCGTGTTGAATAACCAGCCAATTGT
GAAAATACTGCTGGTCACCATTTTCTTTCCAATTCCCTTCTTCTTTCCAC
CTATTAATGCCTTCAAAAAGAAAAAGTTATTGAATAAAAGTCCACTAATG
ACTTTCCTCGTGTTGTATTTTCTGGTTTTATAATTGCTTGGAGTTCCTCA
AATGCTAATTTAATACACTTTATATTTATCAAAATCTGCAAGTCGCCACA
ATTCTCAAAAAATCGCACACATATTAAATATTTTTGTTTGTTTTCAGCCA
TTTTTTTGCGTTCATTTTTTGCTGGAAAGCTGTTTTTTCAGTCTTTTTTG
CTAGTGTTATTTGCTGGAAACGTCATTTTTTCGGTTGTTTCCAGCCCTTT
TTGGGTCAAAATGTACTACTTTTTACAACCCTTATCATAACCCTTGGAAA
ATTCACTTCCAAGCACGCCGAATTGCAAACTGGATAAAAAAAAAAAATCG
TACAAATGGATAAAAATTCGTCAAAATGATTTGAGCAACAATAAAACAAA
TTATGTCACAAAACCACAAACTTCACAAATTCTTTTTTTGCTGTTTTCCG
GAAAATCACAGAGGCCCCTCACTAATGGAAAATAAGTTGTATTTTTCTGT
TTATAAATCATATCGTGAGAAAATTGTCTTCTCAGCCCGAAACAGCATTT
GTACCAGAGTTGGTGTTTGAAACTTCGGTCAAAGTTGTGTGAGGAATTTA
TGATTGAGCACCTTTAAATTCGTCATTTTTTATAAAGGATGATGGAATGA
CGAGAAGTGTTTTTTTCATCGCAGAATCATAAGAAATTAATGTCTTTGAG
GCTGTTGTGACTCTTGCATGACGTATGCAGGTACATCCGAAATGCATTAC
TAGGCATTGAGACTGTGAATCAAGCTCAGTTACTTGCCCCTTTATTCGTA
TTTACTACGGATATAAACGATATAAAACAAAAACGGTGTACATAACGGTG
AACCCTGTAAGTTAGGCTTTGCTCCGTTTCAAGTCCAGTCATCCTTCTTG
TGTGTTGGGTCGCAAATTCAACCTCATTTTCGAGGCAAAAAAACCTGGCT
GGTGCTGTTCGAGGAGTGAAGGATTTGTGAATGATATATTCCAGAAACCT
AGACAAGAAGGAAGCCTGAATGTGGCTCGCTCCTCGGCTCAAATGTCCGC
TATTCGTATTCATTCGGGTCTGTTATTTGACGTTGGCAGAAACAAGTGCC
AAGAATGAAGAGGGTGCTGCTGCCTGGTCTATATTGGAGGTAGGAGATGG
TGGTGCTCTTATTGGCCACTATTACTAACCCACTCAGATTACTTAGGACA
CCATTGGTAGGATGATCTCCTGGCCATAAAATGTAGCCAACACCACCCAC
GGATATGGATTGTTTACACGTAGTCTCGCAGATGATAGATGAATTTCTTG
GAGTCCCTAGCACTCCATCAGAGAATGTGCGATTCGGTGATCAACCAAGA
GCATTGAAAACATGCTTCGAAATATGCCCCACTTATCAAAATAATGGTCA
CATAGTAACCGGGTTTTAAAAAACTACAATATGTCTTTAAATTTTATGCA
ATACTAATAAAAAATTGAATTCTCAAAACATTCTGGCTTTGTGCCAGTTT
CACTGATTTGATGGAATTTAAGAGATTCGGTTCTTTACTGAACTTCATCA
AATTAGCCGAGTCCACAAGTTTGGCATAGCACTAGGTACGTTTTGGAACA
TCGCCGTAGTGAAAATGCATCCGTATTATTTTACTAGATAGTAGAACTTA
AGAACTGAACCGACCGGAAACCCCTTTTCACCTCCGCCAATAAATGCCTT
CTTCCGTTCCTCAATGTCATTCCAAGTTCCAAGGAACTCATTGATGTTAA
ATCAGTGACAGAAATGGAGACACATGTAGTGCATTTACACGTCAATTGCA
TCCATTGCGGGCGATCAACTTACGAGATTGACAATTTTGATCATCTGCGT
TGAAGCGCGAAGGACTTTCAGTTATTTCCTAAGGTATGACTTTCAGACAC
CTATCAGTATGTGTATTTTAGCACATGACCAAATCCAAGCATTTGGCCAA
TCCATGAATTTTGAACCATTGCCATATTGAAAACGTATCCGTATTTTTAA
TTAGATATAACTCAATAGGTAAACCAACCAAAAGCCCCTTTTCACCTTGG
TCAATGAATGCCTTCTGCCGTTGCCAATATCTAAATACATAATATAAAAT
AAAATTAAACTCAATAATTTAAATGTTTTTGAAAAAAACAGTTCATTGGT
ATTTATTTTGGGATGAAATTAGTACGAACAATGTTTGAAGCATGTTTTCA
CTTTTAATTTAATTGGTACAAGTGTGATAAGAAAAAAGGTACACCATCAA
TTTATCAACATGCATACAAGTAACGGTACCCGAAGGTAATTGGTTTGATT
CCCGACCTGGCCGAGCTTCAGCAGCTGGTAGTGATATTGCGTTACCTTAT
TGCTACACTCTGCCAGTCTACGAGTTACAAGATATATTTTTATATTCATT
CATTCATTGCCATTTCTTACACCCCAGGAATGTTCAATACAAAAGTCAGT
CGACTATTGTGCGCCAAAGCGAATTACTCTCTAATTATCAACCAGAGGAT
ACAGTCCCATGGTTGAATGAACGCTGGTTTCCACCTGATCAATAACTTCC
TAGTGATGCCACCTATACTAATTATGTTTCATTCACTTCGTCAATATTCA
AGGGTTCAAGCTCCAGGCTCGCCGAGTTCGAGCAATTGGTGGCACAGCAT
TAGTATGCTATTAAGCCTATAGTTTATAAGAATATAAGTATTTATTTCAA
TTATCAAAGGTTCGATGGTTCGGGCCCCGGTCTGGCAGGGTCCTGGCAAC
TAGCGGCAATCAAGCGAGGCTTCTCTTAGGTTGATTAAAGTAGGCAAACA
TTGTTCTATTCTGCAGGAGTAAATTAGATAATTGTTATTTATATATCAAT
AATTGTTTCAAATATGAATATCTTCCTGCATCTGGACAGCAAAGTCGTTA
ATCGCAAAAATCCGGGAGGAAAATTGAAGGCAGACAATGGGGTTTCCAGA
ACGAATATTGGCATGTTCCTTTGTAACCTGTTCTACACTCGTGACAGAGG
TCGAGGACTGCCGATTGTTGCCATTCCGAAAAAAATGGAACTGAAATGAT
CTGACCCAGATCAATTACTTCCACGTGAGGTCGCAGGTGGACTACCCTGG
GTGGGAATCTAATAAACCCTTTAAGTAGAGTGTTTGAGCTGAAAGAAGCC
ACACAAGAGCACTATTTTGTTTGCGCGTTGGAGGAGGAAGATACTTGCCC
TCGAATCCCATTTGAAACCAGATATCGATTTCTAGAACCATTCAACATAT
TGAATTCCCGAAAATGAGCTTGACGTTGAGATATACGTATTCATGAATGG
AGCCAGGAAGTGAGCGAGAAGAGGGTTTAATGAGCGGCTCACAAAGTCCA
CACGGAGAGGTGAGGTAAGGGCAAAAACTGGGGATTGGGGCGTAGTCTCG
CGTTGGTAAATGAATTGCACCAACCCTTATCAGAACTAACATTTTATTTG
TTTTCAATGCATATTAGACGGAATTTAGATTCCTATCTCCGGGGTGTAAT
CTCGAATCCCAACGCGAGGAACGCCTTAGAAATCGCACGAGACACTCGAC
TTGGGATGGGATATCCTTGATTTCTTTGGCTTTCCAAGGACACGAGCGAG
AGGCAATCGAAGGAATCCAAATTAATCCATATTCCGTCCGTGGTGCCCAC
AATGTGCATGCAGCCGAGGTGGTGGCTCCATGATTCACGATCAGATTCAG
CATGTTCAAAGCCCAACCGGTAATTATATCACGTGCTCGCATTAACTGCT
TAAGGTCAGTCGAGTTGGCAATAAATCTGGGCACCAGTCAAAGCTTCAAA
GCGCTGACCATCCCAACACCGCACAAAAGCACCGCCCACTTGAGTCCTGA
TCAATATACTGTACGTAAAGTAGTACACTTAACAAATGGCCAAGGATTCT
TATAAATAGGAAAACTACATACTGTACGTACATGTAATGTTGCAAAAGGC
TGTCCGAACCAAAAATCCGATCAGAGTCAGAAAATCCCCGCAAACACGTT
TTTTTTATCTTGATATGTTGACCAAACCGAGAACACAATGTAAAAACCCA
GTGTTGCCGTTGTAAGTAAAACTCTTGCATTTCCTAGTTCTTGAAGTATC
CTGAAGTATTATCGAGAGAATGATTCCACATACCTACAACGTTAAGGAGG
AGTTTCTGTTTATAAATGACAAATAGACTCTTAAGCCTTGAAATAAGTTT
AAATTAATCTCACTGCAAAGAATACGCATGTTAAAGGTAAATATGTGCGC
AGAAATTCTTCAGTCTGGCGATTTCCCAATGAAACTAGAGGGTGGGAGAA
AGCAGATCTCGAGAAAAGGTGATGGAAAATTCCAAAAAACGAAGAAAAAA
TCATTTTGGAAAATCAATTAATTTTTTTTTTAGGAAAGAAAAGTTTTTCT
GGGCCTTGTACATATAGTTTCGTTGTTTTTGTGTATTTGACAGAATATTC
GAAACAAAAACAACAACTTTGTAACGGGTTTGTCCAAAATGAGTAAAAAG
CGCCAAAAACTGTTTTTGCCCAAAATCACAAATTAAGGGAAAACTTGATG
TCAAACAAACGAACAAATCAACTCCATCCACCAATGAAGTGAATTAGGAA
ACAGGAAAAAATGAAGGCTAATAACTCGAACAATCATGAAAAATATAGAA
GTCGAATTTTGCCTAAAAACAGGAAAAATCATAAGGGGCCAAAAATGTGA
AAACAGGGAAATTGGCGTAGCCTAGTGGTTAGAGTGTTCCACTGAGAGTG
TTTCTGTTACGGCTCGCCTGGTGTTCTGGGTTCGATCCCCGGCGAATCTT
CAGTCGTCCCCTTCTTTAGCTCAAGCCCATACAGCGAATCCCTGAGGAAT
TTGAATGGCTGAGTTCTTAGGCGAGCCACCTTGACCAACCGAGTCCAGAG
CCTCTGGAAGCTGGTTACTGCATAAGCCCAAGAACTTGAGAGAACTCGTG
TGACTTTGATTCCAAAGGTGAGTGAATTGATGGGCTGCCTGGGCTGGCAT
AAATGAGCGAACCTGTGGTCATACCTCGAGGGTCAGGTAACAATTCATGA
TAAATTTGTAACGGAAAAATATGATTGGTTAAATCTCAATAGAGGTGCAT
CGCCAATCAGCAATGATCTGGAGCAGTCCCAAAACCAGACAAAAAACAGT
GTGAAAACATTGGGTGTTTTTTTTCGAGGCCTGCTAATGAGATTTGTATG
AGCCAGGTGATATCGGCTTGCAAAAGAGAATTGTGGTAGGGGTTCAATTT
TCATAGTACAACTGTAGGTTTGATTTGTCCTCTTAAACGCTGTGCAACGC
TTACAACCAAACTATAATGCGAGCCAACCTTTTGCGCACTATTTGAGGAG
CGACCAAATTTCGGCTGTTTCCCGGACCGAAATTAAAAAAAGGCTGTCCG
TGCATCAGCAGTATTTTGATCTTCGCTAACAGTGGATCCTCGTAGAATCA
CGCTAGGTTCAACGAGATCTGCTGACTTGTGGTCATGATCAAATCTGGGT
TCATACTTCTACTGGTCCTGGCGGTGTACGCATTAATACGTAATCCATGT
CCCTGTCGCTCACCAAGTCGAGAGGGGTTGCGGAACGAGCCATTATTTCC
CCCATGAACTGTTCTTTTTAGTGGGAGTCAATCACTGAGTCAGTGCCTCC
ATGACTTGAAGTGGCGGGATGGAATCCAATTTTCCCAGTGATTCCGACAC
ATCTGCACACATGTCATGTCTTCAAGTCCCATCTTCATTTGAGGCGGCAA
AATTTCGGGTCTTTTTTGCAGACCGCAACGACCAATTGAGGGGAAAGAAG
ACGACGAAGAAGAGGATGATGGTTGTTCATGCTCATCTCTCTAAATGCCG
ATGGGGCAGGAAGAGCGAGAAATATACTTGTCTGCGAGCGTCTGCGAGAC
GCGAACTCAGGCTTTGAGCGATGATGGTGACTGAATAATAATCGCTCTGA
TTTCAAGTAATTTCCCTGCGGCTCTGAAGAATTCCTCACACGCATGTATC
GTAACCTTTTTCGCATATTCTTCAATCATCCAATCGGAGCCTCCCCATCT
CACAATTCATCTCCCTCTGAGTGAATCGGATAATAATCCCAGGAAAAGAA
CGGACGTGTATTTTTCAAGACTCATTCAACCATGCAGGTTTTTTTTGGCA
ACCATCGACACTTTTATCCCTTCATAAACTATATAACAATAGCCCAATAG
CCCAATAGCGTTTTTTCTCACCCTAAAAGTCTGTCTTAGATATGTTTTGA
TGTTGAATTTCGTTTTCCGCCTCTTAGCGAATTTGTTATGGATTTGTTAT
GCACATATTATTTTATTTTCTTGGAATGAATTTATTTCGGGATTGTTCAG
CCAACACTACAGATATTCAAGTATTCCGTTGCCAAAAAGACCCTTTTATT
GACAAATTATGATCCAATGAGAACGCTTTGAAGAGACTTGACGCTTATTA
TTTGTTTTTCTTGTAATCATATTATTTTTTTTGTAATTTTTAAGCATGTA
CAACCACATGGCAAGAAAAGAAGACTAATCAAACAAGATATAATCAATAA
CGCTTAGAGGTTACTGTTTAAAAAGTCTGAGCAAAGCTTGAAAAGACCAG
AAAATACACCAAATCGAAAGCACAAATGGTACTAAATACTGGATTTTCTA
AATAAATCGATTCAACACAAACACAGGAATTAACGAACCAGCTCAGCTAT
ACGCAAAATACATACCTACAAAACAAATTAGAATCCAACCAAAACAATTC
GAACACGAGCAAAAGAAACCCACAAAATACAGGACAAAAATAGTTAGAAA
TGTGCATGCTCTATTTTGTATTTGTGCTCTCAATTATTTTTTTGCACGTG
TCACCGATGCCTGACATGTAAAGACGCATAAGTCAAGGTTATATACGTAT
ATGTATATAAAAATGTATTAGCTCGACACCTTACACATTTAACATCCCGT
ATAGCTATAAAATTAGCACACAACTGATCCAAAGAGGCACTTCTTGTTGC
CATTGACCGTTTATAATTTTACATCCAGCAATATGCTTTCTAAGACATAT
CTTTCGGGTAGGCATGCTTTGAATATAATTCAGATATCTTTATGGAAATA
CATCACCACAGGCTTTGGGCGCATAATCTTAAGAATGCCACCTTAAACAG
CGAATTGAGAGTGCCCTTCACCCTTGAGCCAGGTTCTCAGGCCAAGGAAA
CCCTTTCGAGAAGAGCCTTAATCTTCGGGTTTATGTCGCTCTTTGAGAGC
TTAGTTAAGGTTCTTCCAAGTTCAAACTCATGGAAAGTCCGGGCGAGTGA
AAATTTATTCTGAAATGCCCATCTGAATCATTAAGGGCGAAATTCAAGTG
CGAGGTCACATGCCTTCGTCTGATGAATACCAAACACCTCGCCTCAATTG
TCGGGGAACGAACACCTTGAATCCTACTCATGAATGGCGAATCTTTCTCT
TCACGGTGCGGTGTTCAATAAATACCTGTATGGAGGCATTGGCTAAAAAG
ACTGGGATCAAGGTGTGATTCTTCTCATGCTTTGGCCAGATGAGTTGACG
AAACAAGTGTCAGATGTCATCGCGTTCCCAAGTCATTAATCATCGGCAAT
TTGACCAAGGATGTTCGAGGACATTCCATCCTACATGTGTAACATGTTCA
AAAAGGATCATGAATGGGCCCCGAAAACATGTGGAAATGTGAGGAAAGAG
AGAAGAAGCTGTTCACCACCCGATTCTCGGGTTTCGTAACCGATTTTTGT
ATTTGTGCTCTCAATTATTTTTTTTGCACGTGTCACCGATGCCTGACATG
TAAAGACGCATAAGTCAAGGTTGCATCCAGCCATAATCCGACCGCCCAAA
TGCTTGTCGCTCAGTTTTGCGATCAGAATTGCCTCCCGCTGTCCACAAGG
CCTCGAAGGTGGAACCAATTGTACAGTATATGCGAGGATGTAGCCCTGGA
AAATAATTGGAGGGATCAATCTACTGTAGGTGGAACTACATGCGTTTAGA
TTTACCCGCAAGAGTCAAGATTTACACAATTCTGAGCGAGCTGAATGAGG
AGAATACATCCATTTGTTATTCTTTTCAAGTGTGTGTGTGTAATCGTGTT
TATTGTAGCAATACGTGTCATTAATGCCGATGGCAAACACTTAGCCAGGA
ATTGCTAGTAATAGTGTTGTTACAATTACAAACAAGAAAATGATTAAAAA
GAGGAAGAAAAATACTTTGTCAGAATCTTCCAATTCTCTAGTCAATTTAC
GGAGGATTTATTATCATTCTCCTCCTCGTTTAAACCTTATCACATTTCGT
ACTGTTAGACAATCTCACATCAAGCATAATGAAGTGGTATTCTTGATCGG
TTGGATCCAGATTTATAGAAGGTATAGTTTGGTTAAAACAACACTTGTGT
AAAATAAACAAAAGAGTACGTTGTTGGGCCCGTAATTTTCATATTTGGCT
TCGTTTGGTATGTACCGGATGTTCTTTTTCCAAAACACCTCCCATTCATG
TTCAAGGGACAAATTTGAGTGAAGAAGGCTGGTTTCACCCTGGCTATCGT
ACATATAGTTTACGTATACTTTTGGTTGTTCATAATGGAACACTTCGATT
TTTGGATTTGCAGAAACAATGCGTGTTATATAATCTAGTTTACCCTCAAG
GAAATTGGCAAATTTGGAGCCACTTAACTCGTTAAGGCGCATGCTCACTC
GGATTTGCCAGGCTTTAATTTGGGTGGATCATGAATTTGACGGCAATGAA
CTTCTTGGGAAACCTTTTTCGCTATGTAGCTATTTGGGCTTTTAGCTGTA
CAAGAAGAACGGCCAAGTTCGGTTGGGAGTTGGAAAATGTCGAGCCATAT
CCGCAGCTCAAGGATGATTCGTTTTACCAGGATTTGGGTCCGCCTGGTAG
TCAATGCATGGAACCAAAAAGAAGTTGTCAATTTTTACGATGCCTCCGTG
ACATATGGGTTAAACCCATTGGGGAAGAGGCAAGTACCTGAAGCCAACTG
ACTGGGATTACGGACATGTCTGATGAAATAGACTCGAACATTGGGACATG
CATCTGCGAGAGTGGGTGGCTCGGAGTTTGGACCACTCAACCCAGCCTAC
GAATACTGGGTTTCCAGCCTGGACAACTAGATCTGTCCCGGTTGGCCTTG
ATCCCGCCTACGTTACGAAAGTGTTGTGTGAGGATGTACATGACACTGGG
AAGTAGTGGAATAGTAGCCTGTGGTTAAAGCAATCAATATTCCGCACGAT
CCTGAGCCATTCTTTGACATTTGAGGCGACTCAGTGATCGAGGGCTCATA
TTGAAATGGATTTGTGGGAATCACGAGTTTCCCTCAGAATTCATCGCTTC
CATCAATTGGTTGACAGGTCGCTTAAGTCTGGTGTTCAACAAGCTACCAC
CTCATTGGCTCCTTCTCCTCCATTTCCCATCCAAGGACCTCCGCATCTCT
TTCGGGCTTTGTTGTGTCTGCATTAAACGAGAGAGAGAGAAGATCCTATC
TGCATCTTAGACTGTGATTTATGAATAATTTGAAGGAAACCAATATTCAA
GGCTGAGGGAGTCTTTAGGCCAATCGCCTCCAACCTCAGAATGAGCCTAA
CTCATCACCACCAGAGGGCATCTCCCAAGCTCGGCTCTAAGCCCTTCTTC
TTCTGCATCGGTTCGATTAGAGGTAATATGTCCAACCTTCATCTTGTAGG
CTATGGATGAACTTCATTGTTGGAGCCAACACGCCCACGTGACTTGACTG
GGGGCAAAACCTTAAATTATTCGCCCCAACACAAGCTCAGCGCCAATAAA
CAACATGATTGTAAATCATCAACCCGTATCTGAGGTAAAATCAGTCTGAC
CTCCGCCTGGAAAAAAATGGTCCAATACTGATAATTACAATACATACCGA
TTGCTCTGCCAACAGTAATGTGTGCGATCTTGTACGTAGCTCACCATTGG
TTTACCCAAAAATGGCGGAGATCTACATTTTTAGATCTTGTACCACCATT
TTGACGGCTGAAGAGTTTATTTGACAACAATAAAGGTCACTCCTGAAAAA
GTCGGAAACCATTGCTCGTGTGTATGTAATCATGGATAGTCGGAATCTAT
GCCATCAGTGCCCGCTGTCTGACACTTAGCAAACACCTGCTTGGTCGTAG
TGTCGGGAAGAAATTGCAATACGATCTAACTATGCTGTACATCCCAACAA
GTTGGTATCAACACACTTGCTTCCCCATTATTATACTGTGTTGTTTTGTT
TTGTATACGTAGTGTGCTGTAATATTGTTATGTTTCTTTAGTTATCTTTG
TCTTTCTCAACTACTTAATTTGTCTATATTTTTATAAATGGCCCTAACAC
TATTGACTAGCATTCGTTGGCTAAGTGTTGACTCCCGGGTATAAACCTAC
TATTTTAATATGTAGGAATAAACGATTACACACACTAACTGAATGGTAGT
ATTCTTTTCGCTTTTAGAGTTTTACGCTCGCAATAAAGAATGCGTCGAAA
CCGTCGAAGAGTTATGTTTTAATGTTCGAAATGTTCGAAAATGTACTCTG
TGCCACAAAACCTGTGAACACAGAATTGAGCTTCAAGCATTGGGAAATAC
TAATGAAAAGTGCTTCTTTTACTACGTCCAGATGAGGGGGAATGATTTTT
AGAGCACACAATATCAGCACTGCATTGATGAAAAACCAGTTGCAAAAGCA
AATCACTTGTCCGAATCAAATAGATACACCGAAGGCTATTAACCCATCTT
TAAGATTGTCTGATACTGATGCTAAACATATGGTGTCGTTAACTCTATTT
TATGTTATCAGAAGAATCTCCAGCACGGGCAATTCATCATTCAATGCTAG
CCTCAAATAATCCGTGCCAAATCCCTAATATTCTCAACACATTGGCAATA
GTAGGTACAACACATGAAGAATATTTGACGAGAAGGTATAGTGAAGTATT
GGAAAAGTAGGTTGAATCGGATCAGACGGAAGAGCTTATTTGCCAAATTT
TATTACAAATAAGACTCATGCTTAACGGAATTTCTAGACATAACGAGCAT
TGCATTAGTTCATGGCGGCTTTTCATCTTTGGAGGTTTTTTTCTTAGGGA
TACGCAAATGTGGCCGCCGTCTTTGGTCATGGAAAAGTCACTTTTCTTTT
GTTTCTTTTTAAGGAGCTGACCAGGCGGGTGTGAAGAAAAACTTAACGGA
ATTATTAATTGGCTGTCATAATGGCGGCTTGCTAGAGTTTCTCGCCCGAT
TGTCACAATATCGGCATTGATGACTTCCAAGTCGGTCTAGAGGGTGAAGA
GCGGCAAATGTGAGAATTTGACTCCGAGAAGAAAACCAATCACATCTATG
TATTCCCTTTGACTTATGGATCTATGCATATAGTGCCTGCTAATTGCTGA
ACCCTGCATACCTGCAAGATTGGATGTGGATGAAGTCCATGGATAAGCTT
TTTTCCCGGACGACCTTGATGCTCTAATCTTGGGCTGTAACCACTTGCGT
TTTAGAACTTACCAATATATATTTACTCCCAATATGTTCATTCCCACTCC
GCGAACCAATGAACAGGTCTTTCCCAGGGATTACGCCTAGTGATCAGAAA
AAAAATCCTAAATACTATTTTCACGATTTGGAATTTGCTGCAAAAAGGTG
CGTTTTAGGGAAGTTGTGTTTTTTATAGGCAAACGCCAAAAAGTGCCCGA
TGCTTCGTTGAATTGCTTTGTGTAAGGTTTGGGGCAATGTATTGTCAATT
GACTGCGAAAGTATCTCAAACGTTTTAAACCTGGTCCAGGTTAAGACATA
CCTTTAGTGCGTAGGAAATCTGAATCACATTATTGCAAAGGAAACAAAAC
ACACGAAAAAAATGAACCATGTTTTCTTAATTTACGCAGAACTTATTGGG
CCTTTTCCTTCATTTTTGTCATTCTGACCCCAAGCTATAGAAATTGACAC
TAATCTTTGAGTGCCAATCACTCCCTTGAATCTAATGGAACCTGTATTCC
GAACGATCTGTGGGCCTGGCTTACTCCAATTTATATTAGGCATTATATAT
TATGAAGCACTACAATTGCTTTCCAAGTCAGAACAAATTTGTTGGGGTTA
TTCTTTGTTAGCCTTTGATTTTCTTATGCATCTTTGCTCGTCGAACGAGA
CCAAGGTTGATTCTTGCGCTCAAATCTGTGCTTGTTAGCCCTTTTCATTT
TGCTCTACCACATTTGTTTTGGATAATTGCTTTTGGGCTTTTCCGCCAGA
GTTAGCGAGACATTTAAATTTTGGCCTCCCGGCTGCAAATTATGTCCTTC
GATGGGTTCAAAATGATCGGGATGAGCCGAGCCCGATGATTTATAGTCAA
ATCCATATTCCCATTGCGTGTAATTTCCAATGGCACCACACGCTATTCCG
AATCTTATTCGAAATTCAAATCCTACCTAAAGCGGGAGTGACCGGTTTTT
CTGAATTGATTTATGGATTGTTTTCATATACTCGGCTGGGCGTCCAAAAC
CCAATGACCCTTGGTGGAAGGAAAGAAATCCAAATCTCATTAGGAGGCCA
CAAGCCAGGATTTTCTCTCTCCCCCAGGTTTATCGGATTGAAAGACGGAG
GATTGCATAATCCCAGATCAAGGGCCCAAGTTTAGCTGCATTTCAATCAA
ACTTAAGCCCGCGTGGAGTATCAAGGTCTGACTTGCTTCTGCTTCTGACA
TCTTCCCCCACACTTCTTCGCCCATGCCCATCGTGGACTCAATCATCCGA
CTCGATGAAAAATGAACGGATAATTTCAAAATTTCATTTTGTCAATCCAT
TCCCTGGGCCAGATTGAGAGATCGTTCCCGCGGAGGCATTGGGAAATGCA
GAAGACATCATTTCCTGGGCTAAAAGTCGATATTCGGGTCCTATCACAAA
CCCTACGGTATTTAAGAACGCGGTTCAAAGTTAAAATGCCCACTAATCAA
GACCTTGCCAGTGTTTTGAGTGTGGTTGTAGCGATATCGAGCGATCTCCC
TTTTCGTTTCAAATTGCTTTGGGTTCTTTATCAGTATCGTCGTTGCACTG
CTAAAATAACTCGCACGCAAAATGTTCGTAGTTATTCCAAAATCAGAGAA
GTGCGAGTCCCGCACAGTCCTGTCCTATGATTTTAAGGATTATCTGACCT
TTCCATGGAGCATGCCCTTGATTTGCTCACTGCCTATTTCGCAAGCGCAG
AGACCTATGTCAGCAGTTGATACTTGAACCGATCGGTTTGAAGGGTGACC
ATTTCGATAAATCAGCTAAATTTTCTCTCAGGAATTGGTGGTTGTTCTTT
TCGCCATTTACGTCGAACCTTCGTACGGAATGAGGGGTACAATCTGCATG
TAGTTACTCATTAATGTGCAATAATCATTAACTTGGGAGAGCACTCAGTT
GACCTCTTGAACTCACATTAGGTTCGCCGTGGGTTCAAAAATACAACCAG
GTCTTGAACAACGAATTCAAGAGAATAATTGCGTTAATAATGGGATCGAA
TTGAATAAGCTGTTTTATGTATTTTGTGCAGCAAGCACCTTGAAAGACTG
GCAAACAGTCAGATTTGGCTTGTGTCTGATGAAATGAAGAAATGCTCAAG
CCCTCTGGCAACAAACCGACCTACACATGACATGCAAGAAGGTTGAAGAT
CTTGATGATAGGTTTGATACCAGTCAAATCTAAACTTCCCATCCAGGAGA
GAGAAGCCGCATATCTACCAACGGTGAACACAGACAAACAAACCCAAATT
TGATCAACACCACAGACACCCGGCAACGACATGAATAGGATTGGGGATTG
TCAGCCCATGAGTTAACAGTACCATTTGCTTGACTCAATCATGTTTCTTC
ATTTGGACATTTGAGGTAGGGTAGAATGCCGGTACATGTCATGGAATCTG
TAATCATGTGCTCATTGGCATATTGACATTGAATAAAAAAATAATGGGAG
ATGCATGGCGTAGTTTTGAACTGAACACCTACTTAACCATCTGTGGATAT
CAACATTTCGGCAATGTTGACGAGGAAAAAATACTAATTGTAATACGTAT
ATATTGGTATACTGTAAATGCATTATAATGGGTGTAGCTTGATTGTACGG
TATGTACACTGTTTGCTTCTCGCCGTCGTACAGATGTGTAGTATCGTTTT
GTATAGTTATTTTCCATAAAGTTGTTCCTGTCAGGTTGTGTTTCTGTACA
TTTTCATTCATTAGTTTTGCATGAATGTTTTGTTTAGTTTCTCTCTTTAT
TCGACCTGTTTACCGTTTACCCGTCTGGAATCATTAAGTTTTGTACGTAT
ACGTATAAAATGCTCTTAAACATTCATTCATAAAATGTAATACGTACTAC
TGACTTGGATTTATTTGCGAAGAGTTGACTACAGGGCATCTTTTACATAC
AAGTATAAATAAAAATCGATTGCACCCCAGATCGATTCCTGATTATGGCA
GATAAATAATTTTTCACAACTCCAGACTGTCTTCTACTGAGTGGAATTGT
CGACTCCCTATATCCCTAATCATTGAGGGTCAGGAACAAAGGCCCAGCCA
CCCCTTGGGGAAGGGTCTCTTCTGGTTCCCCCACACATTAAAATAGTGGT
TGGAACTGGATTGTAAGGAGCTGCACACTGATGTTAGCTTATAACATCAG
TGGGCCCTGTGTTCACGATGGATGTGACTGTCCATGATGAGAGCACGACA
CCATCAGACGGTGCGATCACACACACACCGGTAGGACCAATATCAGGTGT
ATGTTTTGGCAGAGAACCAATGTTATTTGTTCACCCTTTGATTTTTGTCA
GTGCTTGGCCCACCATTTCAAGTTCAAATGAGCGAGCTCTTATTTAGTGC
AGTCCGATTTGGATTGCTTACCATGATTACTTTGGCATTGCGAGGCGACG
CTGCTTGTTTCTGGAGATGACTTGCCTCTAAAAGATGGATATCTAAAGAC
GAAATTGAATTTCTGATTGACGTTGTCTGGCCTCGAACTAAGCTTCATCC
ACTTTGCATTGAAACACCTTGCGCTACGATGAAATTATTCGCATACAAGT
ATGCTCTAACTTCATTCTTTCTTTGTTCTCTCAGCATCATTCTGTCTCGC
CTCCTTTGAATGGGTCGTTGCCTCTTTGACGAAAGGACACCTCGAATCGT
GTACATAGACGATCTACGTTGGATAGCAGGTGGTGTTCCCATGTTTCAAA
TATAAGAGGTGCCATTTTTGACCCTCTTAATTGGCAAAAATGAAGTATCA
CCTCCAATTTGCGATCAATTGAGATTCTCCAACACATGGCACGGGTCAAA
TATTACCATGTTTTTGCAATTTTGGCTCATATTTGGCGGGCATAAATAGA
CGTTCCTCGCTTTTCTGTTTCATCGAATCTAGGGATCCAAGATGGGACGG
TTTACTCTGGGATCACTCTTGCTTCTTCTTGTCGGCTTGGTATTTGTCAG
CGCCAAGGACTACGACTGTTCGGCCCAATATCAGGGGAAATGCTTCGATT
GCTTTTACAACGCCAACATTTGCCATCGAGCCGGTCCATCGGTCATCTAC
AAGAATGGCGTCATCTACACGGTGGACAACCAAAACAGCCCCAACTGGTC
CGAGTGAGTATCCTGAAAATCGTGTGATCAACCGATCAGTATACATGCTA
AATGATATTCTCTTCGGCTAGAAACCCTATGGAAGCTTTCCTGGTGGAGA
ACGGAAAGATCGTTAAGGTTGGCTACAACGAGGACATCTTGCCTTTGGCC
AAGTCTGGGGTGACCCGGATTGTCGACCTCAAGGGGAAGACAGTCCTCCC
TGGAATCCACGATACTCACCAACATCCGATGGAGGCGAGCAGTGCCCTAA
CTGGGACCTGCATGCTGCACCAGGACTTGATGCCCACGGATCCCAAACAG
CTGGAATCCTTTGAAAACGGCTGCTACGAGAACCAGAAGGCGACGGACTG
GGTCTTGGGTTGGGGCCACTCCGTTTGGACACTTTTGAAGTATGTGGAAG
ACACTGGCTTAGATCCCAAGGACATCCTGGACGAGTACATTCCGGACAAG
CCGGCAGTGATGCTCGAGTTCACGTCCCACTCGGCCTGGGCCAATTCCAA
AGCCCTGGAAGTGGCTGGGATCACCAAAGACACCCCGCATATCAAACATG
GTAGCATTTACATGCGGAACAATGTGACCCAAGAACCCAATGGCATCCTA
CTCGAGAATGCTGCCATCGGCATGTTTGAGATGGCTCTGAATCCCGAAAA
GTATCCGGAAATGCACAAGTACAATGTTGAGGCCTGCAAGAACGCCTTGT
TCACCCTGGCTCAAAATGGGATCACTTCAGTGGTGGATGCCCGATCCTTC
TGGCAAAGGGAGCACCAAAAGGCTTGGGAAGAGGTGGCCAAGGAGAACAA
AATCACAGTCAAGGCAGTCCTGAGCATGTGGGCCTACCCCGAGTTGGAGG
ACAAGATGCAGCTCCCGATATTGAAGGCCTTCTTCAGCAATGACAAGAAC
AGCCGCTTGAGGAAGAGCCAGATCAAAGTGTACATGGATGGGCTCCTTTG
TACTCGGACCGCCAAGCTTTTGGAGCCTTACACCATGGACTATCCGGATC
TGGGCATTGGGGACTATGGCATGAACTACTTCACCCAGGAGAGGTTGGCC
ACATACCTGAAGGAGTTGCAAAACATTGACGGAGGGGAGGGATTCGACTT
CCTGATCCACCAAATTGGCGATGGGGCAGCCAGAGAGGCCTTGAATGCCA
TTGAGGAAACCAAACCGTTGGCCAAAATCCCAACCCGTCACAAGCTCTCC
CACATGGAGATTGTTCACCCGGACGACATTCCCAGGTTCAAGAAGATGGG
AGTTCTGGCCGATATGCAGGTAAGACATTCGGGCCACACCAAGCCTCTAT
CATAACCTACCATCAGAGCAGATGTCTCTTTTTTCATCACGATGTCCTTC
ATGGAACTGCTCCACTTTCAACCTCGTTCCACATTTTGTTGATAGGTGGC
TGGACAGTTTACCATGCCCAATAGCCTAGCCCATGCCGATTTGGAAAAGT
ACATTGGCAAAGCACGGGCTAAAGACGATATTCCAGTTCGGAGCCTGCAA
GAATCTGGAGCCAGCGTCACTTTGAGCAGTGATTGGGATGTCTCCACTCT
GAATCCGTTTGTGGGCATGCAAAACGCCATTAGTCGAGGCCATCAATCCG
TGGATCTCAAGGTCAGTGGGATTGGTCTTCGTGATTCCAATGGAAAATCA
CTCTCTTATTTGAACCATGCCATTTTTCAGAGTGCTCTTGAGATGTACAC
AGTCAATGGGGCCTTTTCCATGCGGCAAGAGGATCGCACCGGTTGTTTGG
CTCCAGGCAAGGACGCCGATTTCATTGTGGTGGACCAAGACATCTTCAAT
CTGGAAATGGAAGCTCCCCAGCGGATCAAAAACACCAAGGTCTTGATGAC
TGTCTTGGAGGGCGAGGAGATTTTGGTCAAGCCCCTTTNCGACGCTGCTT
GTTTCTGGAGATGACTTGCCTCTAAAAGATGGATATCTAAAGACGAAATT
GAATTTCTGATTGACGTTGTCTGGCCTCGAACTAAGCTTCATCCACTTTG
CATTGAAACACCTTGCGCTACGATGAAATTATTCGCATACAGGTATGCTC
TAACTTCATTCTTTCTTTGTTCTCTCAGCATCATTCTGTCTCGCCTCCTT
TGAATGGGTCGTTGCCTCTTTGACGAAAGGACACCTCGAATCGTGTACAT
AGACGATCTACGTTGGATAGCAGGTGGTGTTCCCATGTTTCAAATATAAG
AGATGCCATTTTTGACCCTCTTAATTGGCAAAAATGAAGTATCACCTCCA
ATTTGCGATCAATTGAGATTCTCCAACACATGGCACGGGTCAAATATTAC
CATGTTTTTGCAATTTTGGCTCATATTTGGCGGGCATAAATAGACGTTCC
TCGCTTTTCTGTTTCATCGAATCTAGGGATCCAAGATGGGACGGTTTACT
CTGGGATCACTCTTGCTTCTTCTTGTCGGCTTGGTATTTGTCAGCGCCAA
GGACTACGACTGTTCGGCCCAATATCAGGGGAAATGCTTCGATTGCTTTT
ACAACGCCAACATTTGCCATCGAGCCGGTCCATCGGTCATCTACAAGAAT
GGCGTCATCTACACGGTGGACAACCAAAACAGCCCCAACTGGTCCGAGTG
AGTATCCTGAAAATCGTGTGATCAACCGATCAGTATACATGCTAAATGAT
ATTCTCTTCGGCTAGAAACCCTATGGAAGCTTTCCTGGTGGAGAACGGAA
AGATCGTTAAGGTTGGCTACAACGAGGACATCTTGCCTTTGGCCAAGTCT
GGGGTGACCCGGATTGTCGACCTCAAGGGGAAGACAGTCCTCCCTGGAAT
CCACGATACTCACCAACATCCGATGGAGGCGAGCAGTGCCCTAACTGGGA
CCTGCATGCTGCACCAGGACTTGATGCCCACGGATCCCAAACAGCTGGAA
TCCTTTGAAAACGGCTGCTACGAGAACCAGAAGGCGACGGACTGGGTCTT
GGGTTGGGGCCACTCCGTTTGGACACTTTTGAAGTATGTGGAAGACACTG
GCTTAGATCCCAAGGACATCCTGGACGAGTACATTCCGGACAAGCCGGCA
GTGATGCTCGAGTTCACGTCCCACTCGGCCTGGGCCAATTCCAAAGCCCT
GGAAGTGGCTGGGATCACCAAAGACACCCCGCATATCAAACATGGTAGCA
TTTACATGCGGAACAATGTGACCCAAGAACCCAATGGCATCCTACTCGAG
AATGCTGCCATCGGCATGTTTGAGATGGCTCTGAATCCCGAAAAGTATCC
GGAAATGCACAAGTACAATGTTGAGGCCTGCAAGAACGCCTTGTTCACCC
TGGCTCAAAATGGGATCACTTCAGTGGTGGATGCCCGATCCTTCTGGCAA
AGGGAGCACCAAAAGGCTTGGGAAGAGGTGGCCAAGGAGAACAAAATCAC
AGTCAAGGCAGTCCTGAGCATGTGGGCCTACCCCGAGTTGGAGGACAAGA
TGCAGCTCCCGATATTGAAGGCCTTCTTCAGCAATGACAAGAACAGCCGC
TTGAGGAAGAGCCAGATCAAAGTGTACATGGATGGGCTCCTTTGTACTCG
GACCGCCAAGCTTTTGGAGCCTTACACCATGGACTATCCGGATCTGGGCA
TTGGGGACTATGGCATGAACTACTTCACCCAGGAGAGGTTGGCCACATAC
CTGAAGGAGTTGCAAAACATTGACGGAGGGGAGGGATTCGACTTCCTGAT
CCACCAAATTGGCGATGGGGCAGCCAGAGAGGCCTTGAATGCCATTGAGG
AAACCAAACCGTTGGCCAAAATCCCAACCCGTCACAAGCTCTCCCACATG
GAGATTGTTCACCCGGACGACATTCCCAGGTTCAAGAAGATGGGAGTTCT
GGCCGATATGCAGGTAAGACATTCGGGCCACACCAAGCCTCTATCATAAC
CTACCATCAGAGCAGATGTCTCTTTTTTCATCACGATGTCCTTCATGGAA
CTGCTCCACTTTCAACCTCGTTCCACATTTTGTTGATAGGTGGCTGGACA
GTTTACCATGCCCAATAGCCTAGCCCATGCCGATTTGGAAAAGTACATTG
GCAAAGCACGGGCTAAAGACGATATTCCAGTTCGGAGCCTGCAAGAATCT
GGAGCCAGCGTCACTTTGAGCAGTGATTGGGATGTCTCCACTCTGAATCC
GTTTGTGGGCATGCAAAACGCCATTAGTCGAGGCCATCAATCCGTGGATC
TCAAGGTCAGTGGGATTGGTCTTCGTGATTCGAATGGAAAATCACTCTCT
TATTTGAACCATGCCATTTTTCAGAGTGCTCTTGAGATGTACACAGTCAA
TGGGGCCTTTTCCATGCGGCAAGAGGATCGCACCGGTTGTTTGGCTCCAG
GCAAGGACGCCGATTTCATTGTGGTGGACCAAGACATCTTCAATCTGGAA
ATGGAAGCTCCCCAGCGGATCAAAAACACCAAGGTCTTGATGACTGTCTT
GGAGGGCGAGGAGATTTTGGTCAAGCCCCTTTAATAAATATGAAGCACTA
TCTTGATTCAGACAATACAGTATCAAGCATATATACGTTTTGTTTTCATA
ACGACCATGCAAGCATTTAAATCAGACCCAGTCAGATCTGGTGGTGTGGA
GAGCTTTGGGTAAATACGAATAAAAAACCAAATGGATAAACCCAATGTCA
CGAGCTTTGGTAGACTCATGTGTCGATTGACGATATCTAGAAAACGCCCA
GAGAAACCCTGGGGATTAAATTCCTCTGAACTTTTTTTTAGGAGAAGAAA
TAAACGGACTATTTTCTAATTTTATAAATATTTTTCAGCCAATTTTTTGA
TTGATCTTCTAGATCTCCTTGAAATAACAATTTATCAACTAAAATATTTT
TCAAACAAAGTCATAAAAAACTAGTAATGTTTACATTAAGTTATTGCGAT
AAATATAGTTTTCTAATACTGTCCAAACTATATATGTTGAGTCTTTGCTC
TGTGGAGTTTCAACTTGCGAAAATAATAGTAATAACAAGGGCTGTAAAAA
GCAGGAAAAAACTTTTTGCTGCTTTTTTTGTTGTAAATAATCTGAAATGT
TGGAAAAAGGCCTAAATGATGTAAAATGATGGAAATCATTTTTTTCTGGA
AATTTTGGATGATTTCAGTAAATGACTGATTTTAAATGCCTCAAAATTGG
CAAAAAGCAAAAAATTAGAGTCCAAAGTAGTTGTTGAAGAAAACGTATTC
AGGCAAGATTTCAGTTTTTGACTGATTTTTTATCAGCGGAACTTTTTTGT
ATTTTTTCTAATTTTGTTTTTGGAGAGAAAACGTACTATTAGTCAAAATT
ATACCATTTGTCAAAAAATATTTAGTTTTAGCTTTGAGTTCATCTTCATT
GCTTACTTGATGCTGCGTGTTAAATCATCGGTCACGTGTGAAAATACTGT
TTGTTTCTATCAGATTCTATGGCTTTTTATCACTTGCCTTCAAATATCAA
TCAATGTTGTATTGAAGCCAGCTAATAGTTTTTCTTTTCGTTCTGTGAAG
CATTGAGTCATTATTTGCAATTAAAAAATGCTTCGATTTTCTTGATTGCA
TTACATCTAACAACATTTATTTGAATCTGCAAATTGATATCTAAATTCTT
ACAGAATTTTTCTCCACACATGATTGAGGCAATTTTTCCGACTTCCTTCG
TTACCCAATGAGAAAATCACCTCTTTTGTGGCTGTTTATTACTTTAAGGC
CAATATTTTGGTATCTTTGCAATTGTTTCTTCACTTTTCAGGGATTGTTT
TCGCTGTATGCGTGTGCTAAATATGCATATTTAACTCTTATTTGTTTGTT
TTATTTGCTGAAAACTACACTTTTTTCTTCTGTTTCCAACGCTTTTTTGC
CAATTTTTACTGCGTTTTTGTACAGCCCTAGTAGTAACCAAACGAGACCA
ACGTGTTTAGAGTTTCTAGGTGTCTGTGAGTAGTCCAGAACAAGCTTAAT
CACTAGTGTCTGTAACAATCTATTTATTTAACTTATTTGCGTTTTTTCGG
GATATTTCAAGGCCCAGGATAGCACTTGGTTCCATTTAATTAGCTTGTCC
TAGTGTTTGGGAACAATACAAGAAACACAACTACGTACAGTACAACTTAA
CTAGATTCTACTGTAGATAGGGGCCGTTGCGGCGTATGGCCTTTGCCACC
TTGGATTGACCCCCTCAAGGCCTTTGGCGCTGTTCGAAAGAGTTCTAGCG
TGACATGCGAAGGCGTGGACAGTTGTTCAGAGAGGGTGGGAAATGACTCC
ACCAAGCCTTTCCAAACCTTCGGGACGAAATGCGTGCAGAATGATTTGCG
TTAGCACTTTTCCACCTTCTAATTTAGAACGTGTTATGGCTGAACTTGTG
GGTTCGTGTCAGAAAGTATCCAGCTTTGAGATGAACACCTCCTTCGTCTA
CCCCTTGGACATTCATTAATGGAGAATGCACATTGCCGGTTGGTAATTTC
TCCGCGATATTACGAGTACCAATAATGAAGCCAGGGATTCTGTCCAAGAA
AGTTTCCGTCTTCTGCTTGTTATTATCCATCTAATTATACCCCTATGGCC
GGCAGAGAGCAGTCGCTTCGCATCATTTAACCTCTCGTTCATTAATCTCT
AATTTATGCATAGATGGAAAATGAGTTTTCTATCAAAATCGAGCCTCTCG
CTTCGTGGTTATTCTATGGGAAATCACACGAGTGAAGCATCCCATTTGGC
CACACTCTCCACTTCAAACTTGAGGCAAATCCTCATTCCCAGCTACAAGA
AGTTCCTTTGGTCAGATGTTTCCCGATGATTTCTAATTCTAAAACCATCT
GCCTGGTACACGAGCAAACAAAAACATGCATTTAATGTCTGGATCCCTCA
AATTGAACTCATTTATAATCCATCAGATACTCATTGAATTAGCAACATGA
ATTGCTCTCAGTCCAGCAAGTGTTTCTTCACCATGTTGCTTCAAATGCTG
CTCGTGTGAACGCTCAAGTCACCAGAACAGAGCAGGTTCGACAATGGCAG
GGAGAGAAATAGGTTCTCAAATTACTCCATTGGATGATAATAGTAAATGC
ACTCAGGACCATTCATGGGGCGTTTAGCATGTACTCATGCCACACAATGA
TTTCACTCCATTCACCATTTGTTCACAGTGGTGAATCAAAACCAGATTGG
GGGACTTTTATGGCGTGGTGATTTCTTTCCTGAATGGGAGAATAGTGTAG
CTGATAAAAAGGGTGTCAGATTTGGAGTACATCGAACTTGGAATGCAGTG
AGGCCAATGATGGTTTGTTTAGCCATTCATTGACATGCATGAAATACGTA
GAGAAAGCTCGATGGAAATTGATTTTTTTATCTTTCCTCTTTCGGTGGTG
AAAGTTGGCTCAACTTTCTTGGGCCCTTCTCTTTGGACTGCCTATTGTCT
TAATCGTCCAAATTTATGGTATCCTCAGTGTAGAATTGCCAACAGATGGA
ATCCGGGAGGATGTCTCAATCATTTATAGTCCATGTACTGTACAATAGCA
TTATAAAATGAAACGATCCATTAACCCTGGGAAGAAATCCAACCCAACCA
TTACTATATTAGATTACTCTAATTCCGGATCAAACGCACACAAAAGATCG
CTCTCATGAACATCGGAAGACATTCAAAACATTGGAAATGGAAAGTGAAC
GACACCAATCTGTAAAGAAATATATGACCTTGAAGGTGGATTTTGACACA
TTGATTTAGTTGTAATTTAGCCTCGCAACGAAACACTGGCTTTGAATTCA
TATTTTGCTTCTACTCACACTGCGATTCAAAATATATGACTACCGATGAC
TAGAACCACGAATTGACATTTTGAAATCAATGTTTTACTGGAGAAATGGA
CAAAAAAAGTGATAATTTCGTCTACTTTATTGCAGAAGGATGCCAAGAAT
TTCATCTTGGGAATATGCCGAGGCATTGTTTTCGACAAAATAGTACCAAC
CTCTTAGTATTTATTTATATTAGTGGATGTTAAGTGTGACTGGGAAATGA
AAAAAAATATGTTCTAAACTATGTTTAACAAAGCCAGTTTATGACAGGAG
CTAAAAATGGGGAACACAGCGTGACCATTTTGTTCGGGGAATCGGAAGGT
TGTCAAGGTTCTTTTATTTTTAACTTTTCATCCGAGGTCCACATGAATAG
TTTCATAAACATAAAGCAAGGTGTCTTGCTTTGCTTTGCTCTTGCCTTGC
TTTTTACGCCTTATTTTTCCCCAATTGTGTGATCTCATTCTAAATGGCGC
TGGATTGCATTTTTAGAACAAAGCAAATTGATCGCTTCTCGCTCCATCAA
ACAAGTTTAAAGAGTCCTTGGCAAACATTGAGTTCAGCTGTGAGGATTAG
TGGCCCAGTGGATTGTACTTTTGGGGATCAAGGATTGCCCTAACGATCGA
TTTTCAGAATCCAATCAGGGTGGACTGCATCAGATCGTTTTTTTGTACAC
ACACATTGGCACTAAATTATGCACTTCACATCCAAGAGGTCAACCCGGAT
GTGGCCTCCACGATAAACGATGGCTCTTCTCATTATGTCCTGCTTAATTT
GAGGGTGGCCAAAACATATTCATCAACAAGAAATCTGCAGGGCCAAGGAG
TGGCTGGCAACCCATGGGGTCGCTTTCGTCGGGTTAAGCAAAACTCGAGT
GAAATCAAAGCGATGCATTACATTTCACCCGCTAGTTCAGCTAATTCGCC
GTGTGGCACTTAATTTTCCGTACCTTCGTCAAAACTCAAACCACAGGGGA
GAATTAGGGGATCGAATTGAGGAACCAACTACAATGCCCTCGGACCAACG
GCAAATCTTCATGCGGGAATGGTTTTTTTAGGCACGTTGATTTGCTGCAA
TACCCTTAAAACCCAATAATGAAATAAAGTATTTTCCGGACGTTAACAAA
ATTTAGGGATTTATTAAAAAATTAATTCAGAGCCATGGAATCTAGGAATA
GTTTGGTGGGAATCTTTATAGTTTTTTGGGTGTTTGGCAAAAAGTGATTT
AGAAAAAACAAAACATATTCTCCTTTATTATGTGGGCTGCAATGCGCTCC
CCAGATTCGTGAATTTACACTAAGTGAGGAATGTTTTCATTACTTCATTA
TTGATAAAACGATATCATATGCTTTCATTTCCTTTGAACCCGAAAGTGTT
GGGTTTTCCCAACTAAATTCCTTGATTTACTTGGCTAACAATGGTGATTT
TTCGTTTTATGCATTCAGGATGGTCCAATAGGCTAATCATCTGCTTCCAC
GAGGTTGAAGCCTTTTGTCTAGGTGGACATATCAACCCTTTTGAGTCAGC
CATTTTCAATGAAGGACACAATGCTAATTGCTTAATTATGTTGTTCTAAG
CCGGGTAGCGTGTCGAATGAGGACAGAGGTGAAGCTGAAAAGAGCTGTCC
TTGATGGTAAAAGAAGACTAAAGTGTGTTCATCCCCATTTTATTTAATAA
GCATGAAGTTAGAATTAGAGATCCAACCAAAATCAAGCCTTATCCCAGAT
GACTTTACAAATATTGCAGTCGGTCGGATTTACCTCCTTTCATTCATATC
CAGTTATTAGAAGCCAACGCTTATTGACTTTCACAATACCAAAATGTGAT
GCACTTATGTCATGCGTTTCCCTAAATCATGCCATAGACAGAACCACCCA
AATTAAGACCTCACATAATGCACAATTACTATTTACTGCGTTATGGGTCT
GTTAGTACAAGTACATGATGATATCTCGCTTTGTGTAAACCGTTGGTTCT
GTTTTGTATGGCTTTGTTCTGCAGTTTTGTTTATGGTTTTATTTTGTCTA
GCTTTGTTCGTCAAATAGAACTGATTACTCCCAGTACTCCAGGAAAAAAC
CGGTAAGGCTAAAAGGTGGCCAGATTGTTCGGCTTGAGTGACTGCCGACT
AGCCTTTTCAGCCGGCCAGAGCGAGAAACCGGTTTTCGAGCTGGAGAAAC
TAGCTGAGAATATGAGCAGCAACCGTCATTTGCGTGAAGGAACTTCTGTG
AACTGTTCGCATACGCCCACCCGCCCCCCCGCTCACCCGGGACCCGGGTA
TACGCGACACAGAAGTTCCTAAAACGCTTAATGTTAGTGTGACTAGGATG
TTTTGTTTCGTGCATGTTTTACGCTGTCTCCTTTCAGCTTACCTTTCAGA
CGAAGACCACGTTCACAGTAGTTTGTTCACAAGCTATATCCTATCTACCT
TGAACCACGTATATCTAGTTCCAACGAGAGTACGTAAGTAATCATCCATT
TGATCCATTTGATTGGTCCATCCAGGAACGCTATGGTTCCGTACTATCGC
TACCGTTAAGTATTATATAGAATAATTCATAAAAATGCCCAAACTCCACT
GACAAGCATCCGTTTGCACAGTGTTGAAATCGCTCCCCAGATTTTTGGGA
AGACCCGTATTATCAAAGCGGTTACTCCTCGATGATACTCAACAAACTTC
ACAAAAAAGACAAAACGTCAAAATATCGCCTTTGGGCAAAGTCTCAAAAC
ATTTTGCGGGTTTACTGAGTAAGTGACGAGTTAAAATCAATTTTGAAAAA
GGCAACCCATTTTTCGATCTCTAGCGATTATGATATACTAACCTCGGGTG
GGTGAACAGAGCCCACTGCCATCGACTCTTTCTGAAAGGGGGAAAGGATT
CGAGTGTTTGGGAGCATGTTCTTCAGGCCACGTCTTTTCAAATGATGAGG
ACACGATGATTATAGGTGCGGCACGTTGCTTTTCCGAGCTCGTGTTTCTG
CCGATGATCATGCAAAGTGCTCTAACGTGTCAAAATTAGCCCAAGGTCAG
GCTGCTTTTTTGGGGGCAAAATAACGAATCGCGCCGCACGCATCGGTTAT
TTCTTCTTCTTCTTCTTCTCACTCTCCTCCCAACCACATCCCGACCTAGA
CACTTGGGCGAACTTGAACATCTTTCACGGCGTTTTTGCTCCCTCTTCAG
TTGTTGGTTGGATGACAATGGCATGCATTTTCATCACCGAATCCACGATC
CTTTTGGCATTTTGGCACATTTGAGACGTCGGCCTTGAGGTTTTGGAGGA
ATCTCCGTTGATGAGAGGAGTCTAGCAGAGTACGTGAGTTTTTTGGCCCC
CGAGCTCACGAGAGTTCCACGACGAAACCAGATCCTTCCAATGAAGTGCT
ACACTTTAATACGCTTGTTTGAAGCCCAGGGAATATGAAGTGTAAATAGC
AGGACTCCTGATTGGGTCTCACTTCTTGCCATTTCGGGCTCATGAATGGA
AAAATCCCAAGGAAACCGTATTCAAAGAGGATTCCCAAGGTCAGGGTTCC
CCCATTCGAGTCGTCTTTTGTGTCATCCACCCAAATGAAGACAAATGTCC
GACCGAAATCTCGTCGCGAAAGTATCCACTCAGTCGAAGGCAAACATGGG
CCACAGATTTGGTCCAGAATTTGGGAGCAGGGTTCAGATCCAGAGTACAA
CTCCAGGCGAGCAATGCATTTTGAAAGACTTTCATTATCTTGTCCCAAAT
TGCGCGCTTCGATTTACGGGATCTGCCTTTGAATGACTTGGCGTATTTGC
CAACAAGGATGAAGAATCCATCCAACGGAGTTTCTTTCTTTTCGAAATGA
CAACTTATCACACAGACAGAATCAAAGCCATGAGCTGGATTGGAGTTTCA
ATTGGACATGAATGTAACATCTTCCCCAGGCTGTCAATGAATCTCAATTC
ATGAGGGTGGAACAAGTGATTCGTTGGTTAACGAGGATCAATTTTGACAT
CCAAGAGGTGAATCAATCGAGCTGAACCGTTCAATTTGATCATGAATCAA
CATTGATTGGCCTCGTTTGCAATCCATGTAAATGCCAATGTACATTGACA
TCAAATTAGAAATCCCACGAGTAGAGCCAGAATATACAGTGTCCTTCAAT
TTGACCTGAGGTCAGCGGCGAGGAGATTAATACTTTGACCCGAGTCATTT
GGGAAAATCCATATCATAAACCACTAACTTTCTGTCGTGTCTGCGTGTCT
GCGTGTACATACTAAAGGAGGTTTATATCTGGGAGTCAACACTCAGCAAA
CAAATACTAGTCAGTAGTGTTAGGTTAATATACATAAAAAATAGTACTAT
GTTATACAAAAAATGTGCTGAATGACGAGGTCAGGCCAAATGTTTGTGTG
CATGTGCTATAGCTATACTATAATGTAGGTTGAAACATTGAAACCCACAC
CTAGCATTACAGTACATCAATATTAAATATGGCATACATTTTTATAAATG
GAAATCTCTTTTTGATATGGCTTTCCCCAATAGTGGATTGTGTTTTTAGA
TCGTGCAATACGCAAGTTACATTCAAATATTAAATGAGCAAGTTGTACAT
ATTTGCACTGGGCTTACAAACAATGAAAGGTCAGGTCAGGTCAAGCCTGT
GAGGTTTGAAAAAAAGTTGATTTTTATGTATCATTAGTATATAAAAACCT
GTAAATGCCAAATAACAAATACGGTAAAAGACATTTCGAATGATTTGGTT
TAAAAAAGAGAACATAATATTAGATTGTGAAATGAAGTTCAACGCTGGTA
TTTTGTTTTGCACCCAAATGCAATTGATGGAATCATTTGCTTCATAATAT
TACTTTCATATTTTGCGCATAAAGAGGATTAATTTATGACCCTTTTTTGT
CACAAAAAGAAGGTTCAATTCTCACATGTTGTTTTTCTCAAAAATAGTTG
AACAAATCAAAACTAAATTAACGAAATAGCTTATGGCCAATATTGATTGA
TAGGACACGTATGGCTCTACAGTATTATCGTCCAACATCGTAAATCTTCG
CATTTCCATCGGCTGGCGGAGATGTGTAAAAAAGTATAGTAGAGGTAAGA
TGATTCCTGATAGAGTCCCTGCGTTGGAGAAATATCGAGCCGGGATATTT
GTCTCGGTAATGTCCATTTCAACTTGAGCTTTGTCTCATTTCCCGTCACA
ATTGCATGATTTGAGCCAATTTGATGGCTCAGGTCTTCAATTCCATGAAA
GCTGAGCCCAACTCCATCCTGATTCCCTGCTTCAGCCCAGCCATGACACA
GTCATGGCCTGGAAATAAAAATCAGCCATTCCGACTGGGAAACTTGCGAC
TTCTTGGTGGGGGAATCATTTACTTCTCAGACACATGACTAACCAACCAA
TCTGCCAAGGCTGCTCTCAGCGGATGAGACGTACATATGTCACACTGGGA
GAGAAAATCATTATGAGCAGACAAATGTTAATTGTGCGAAAGTCTGGGAA
TCTCGAGTCTTGGCAGCTGCTGAAGATATATTTCTTAGCAGATATCTGCT
TTATAGACATAGCAGCTTCCAGAGGTTTGGGCGGAGGAAGCCAAGTCGGA
TGCATTCCACTCGGTTAATCCTGAAAAATGAAGCATTGGATGGAAGTGAC
ACCAGGCTTGGATTTGTTATGGTTGGAACAATAGAGGTAATTTCTCTCTT
GATTTTGATTTTGGAGCCTGGCCTTTTAGGATATCCCAAGCCAATAGTAT
AAAAACACAATGCACCGAACAGGTGTCAAAAGGGACTCGGCTACACACAG
TGAGCCAAAACAGGTGGAAACAATACATCCTGAAGATCGATGAAACACAT
TCGCAATGTATAATAATACAAATAATCGAAATCTTTGCGAAAGCGCTTTC
TTGCATTCAATGTGAGATATGTCACGGAGAGACGATTATTTTTAATATTG
GACTAACCATTGGCTATCATTGCGTTTTTCCTATGTTTTAATTTCATTTG
CAGTAAATTAATGTTATGCATTCAATTCGCTGTTTTTTTACATGTACTGT
AGTATCGTAATAACTGAAAAATGTAAGATTTAACCACAAAACGAGTTATG
CTGAAAAGAGTGCAGTGACAGAAATATTCATGACATAATACAATTTAACT
CTATGAGGAGACATAAAAAAACCATGCTACAAAAGATATTTTTAATTAAA
TGTTCGTTGGCCGGGCGTTAAGAACTAAAATAGTTTTCGCGAACCAATGC
GACATTTATAAACTGAACCCAATTATAATGGATATATTGAGCAATATAAA
TCACAGTATGAAGTATAATAACCAGCGATGAATATAATGCTGGGACAACA
TTTTGTCATAATATACACTAACCAATTGAAATATACAGTATAGGGCATGC
CCAATATGTACATATGCCGAAAACAGTGGTAAGATGTGAATGTCAAGTAC
AATAGGAAGTTTTGATTTATGCCCAAATTTTCAAACAATAACAAAAGGTC
ACGATAGGTAAAATGAATGATACTAATGATAAAATAGAAAATAGAAAACT
AATGATATTTTCAACTGTAAACATCCGCCGAATGTTAATTTTGCGTTTGA
AAAAAAACTGCTTTCCTTATAAAAATTCAACCATTCAAAACTACTTTGGA
TAGTGAAAGCTAAACAATCCAGTTTCAAGCGTGTCAGAGTGCAATCGTTG
TTTGGTAAGATGGAATACATGAATACACATCAACTCTAAAATGAAAAAAA
TTACCCGATATTTTGAACCCAAATTTCATGTTTTTAGGCAATTCATCCCC
ACTGGCGAAGATGATCTAGCGATCCTTAAAGCCACTTTTGAGGAAACAAT
TGTAAGTACTGCAATAGTGATGCTGATATCGCCCAAGGATCAAGTGTGGC
TGGAATCGCATCAAAGGAGTCATGGAAAGGATGAAGCGAATCAATGATAA
TTCAGCCTCAGTCAGGGATTTCAGAAACACAATGAATGCTCATGATTATT
GCTCAGCCAGGCAGGATGGATCCAAGATGTGAGTGTGTGTGCACATAGAC
GCATGTACACTGCGAGCCTGTGACTGAGAGTGAGGCAAAAAGTGGCTGAA
ATCTCGGTGGAATCATCCTCCAACCCCCATCAACCAGTCTCGCTCGCTAG
CTGAACACTTTGTTGGCATTACAATACTTAAACACTGCCCATAGGCTGGA
CACTACTAAGGTCATACTGGGCCCTAATTCCGGTTGACTTGTCCATTGTA
ATTACAGTGGAGGAAATCGTCTTCCACCTGCTTGAGGACCTCGAGTCCTG
GGTGGTGTGTGGGCCTGACATCCTTCCAGGCAGGATCTGCTGATCCATAA
AACTGTTGGGTTTATGACAAGAATTTATAAGTTCAGCTGGCATTAAATTT
AATGGACATGGTGTCACAACATCACGCTAATTTTCCCTTACCACACACGG
CCCCAGTCGACTTGTCATCATGAGCTTAATGACATTCATAGGCACGATTG
TGTCACCGCTCAGCAGCTCCAAGTCCCAGCCATCAAAGCCTTCGAATTCC
ATTGAGTTCTCAGAGGCAGAGAAACAAAAACCAGCATGACAATGTCCAAC
TTACTCCCATGGCACTGCGATGTTTCTTCTACCAATTTCCCACCAGCCTC
CTCAGGGACAAAAAGAGTGCATATCCGATACCACCCACTCCACGTGAGGC
ATTGATTGTGCTAACTAGCCAATCACATGAACACATACCAACCTCGCCGA
TTTTGAGATGTGAAAACGAGTCTCTCTGACAATCAGGACAAGTTTGAATT
TCGGCTACCACAGCAATTTGGGTATGTACAGTACACGCATTTTTACGGAA
TTTTCGGGCAAGCACGGTTTGCCTTTTTGCTACAGTTTACAGTTTAGTTC
CACTTCAGGATGATTCAGTTTGTCCAGAAAGACTGCATGCTCATCACAAA
TATGAGCAAATGAAGGGGAAAGATGGACGAAATTATCATCAAACATGTAG
CTTGCGGAATCAGAGTACTGTACAATGGGTACGTATGACTAGTGTGCATT
AGAATATATTGAGATGATGGACACATGACTAAAAGTAAACATGAGCACAG
GCACGAGTAGAGGAATGAGTAGGCAGGGTGATTAGAGTACAGCACAAGTA
CCAACATGTTCAGATGTATGTATGTCAGATGTTTGTCTTTTGTTTTTTTT
CTTTCAACCTTGGAAATGTGTTAATTTGCTTGTCACTTTAGATTGATAAA
AATGTCATTCTCCTAGATATTCTAACACCAGAGATATACGTGTACATATT
GAACATGCCACACTGAGCAACTAATTAATCTCAAAACTCCACGACTATTT
TGAAATTGTTGTGTTGCCCCTAAAAAACATGTCATCAAATGACTTAAAAT
ATTGCCAATCAAATAACGAGCCTTTCGTTCTTGTGGTCATACCTCGAGGG
TAAAGTAACAACTCATGATAAATTGTTCTCCAATGGTCAGAATAGGTCTC
AATAAAGATGTCCCTTTCATGCAGAAATGCCTGAGACCATCCACAGCAAC
GAGCCCTTCAAAATGACTTTTACAAAAATGGCCAAAATGGATCAAAAAAC
TGCCTTTGGCAACCAAAATGTTAACTAACTCGAGCAGTTGCGAGCGAAAT
TTTGACGTCTGTTGAACTACCAAAAAATTGCAGAACATCACTTTTGCTTA
ATATCTAATACCAATGGCCACTTGACCACTCCGCGGAACACGATTGGGAA
TGTGTGTTGCTCATGGCTCTGAGAAAATTGAGAAAAAAGCCCAAAGGTGC
ATTTCCCTCACCCAATTTCTAGTGGTCCAGTACCAAAGTACACCCCACAG
CTAATATGTAGCCGGACGGCTGGCTTTGGTCATTAGTGGGTTGAGAAGTA
TTGGCCTGGGATGATCAAGCCATCGTCACCTCCGTCATTGGTGAACTCAG
GCGTGGGTTGGCATTGGCCAAGAAAGTTGGTTTTGAGCACGAGGGAATTA
GTTGGGCAGATTAAACCTAATATGCCGGCTGACAAAGGACACTCTGAGCT
TCGTGTGTGTGGAAATGAATTGAAAGTGAAACATATTGCGAACGTGAATG
GAAACAGCTTGCTTGGCCCTTGAGAACGTACGGAGTTGCTCAGCGTCAAG
CTGTCCGCCTGTTGGCCGAAGATGTCAAGGAAATCCGAGTCTGGATTCAA
GGCATCAAGTCCTTGAGAGCAATTTCACCATTGTGAATGATTAGGCTCAC
TCTATTAAAGGAAGTTTCAAAAGACGGAGTATAATCTCAGGCTTGGGCAA
GACAGCACAAGAACCGATACCTTGATCCAGGAAGGTGGCTCTTTGGGACG
GACGCTTCAGCGGCTCACCTTGTGATAAATGACCCATTTCGGGACGAAAA
TGTCAAATCCGGCTGAAAGTTTTCTCATTAGAATCAGATTGCTTGGCTAC
CGAGAGATCCCAGATAAAAGTCCAAACGTGTTGGGGGTTATCGCTGAACC
TGCCTTTTCAATTTGTTCGAATGTGAAATGGATGAGCTTTTTGTCTCAAT
CGCCCTGGGAATCGAGATCTCTGGTTGCACTTGCTCCAGATCCATCATCC
AAGCTGGCCAAGGACTCGGGATTGAAGAGCAAGATGTTTGCTTTACTAAA
TCACTTTAATGTGATCGTGCCGTGTTTCTAGTACAACAGCCATGAGTTCC
CTCAGAGGTGACAAAAGATGATCATTAAGCAAGAGACTTCCATTTTGCTC
CCACCAAGACATATCACGTTTGTGGTGGCATCACTTTTAGCTACTCGACT
TCAGGGTTCGATTCACTCTCAAAAGCCAGAGGAGAGCAAGGAACCACTAA
CCCAAAAAGACGTATTTAGGATGTATCGACCAGTATCCTATTTTTAGCCA
TCGCGCTAATATGCTTATCTAAAAAAAAATCCCAGTCCTAGAGAAGTGAA
AATCTATTTGTAATTTTTAAAAACACACGATTTCGGCGTTGATACCTGGC
TAATGGAGTGATTGCGGGAATCAACAAAAAATGTGTTGTACTTGTAATGT
AAATTTGCCAACAAAATTTAGCGTAACATGGGCATATACGCATAGGGTTT
GAGCAAAACTAACTGAAATGAACACCAAAATGGTTTATGTTAATAATAAC
ACCTATTTGCTTCACTTCAAAACGCCATTTGGGGTCCCATTTGGTCACCT
TTGCAATATTTTCCAGCCTTTGTGATTACCCCAGTGAGGATTTGGAATGA
TATCGAAATAAATCGTACTGCAATCCGGCTAAGAATTCGTGACCATGGCC
AAAATGGGAATACAAGCACATCAGATAGAAATCGGATATCTGGGACCAAT
CTGACTCCTCTAACTTTGAGCCATCCGCGATGTGCAATTCGATATTGGGT
GCAGACTTCAATCACAATGCACTCCATTACTTGACCTGAAAGTTTCGGAA
AATTGGGGTCGACCAATCATAGTGCAATGCAGGTTGTATCCGTCGACAAG
GGTTCCATTTCAAACCTAAATAAGTTACCATTGAATCATTAGGTAAACTT
TCGTGGCCATGGTGTTGATTACGCACTGTAATGTAGGCTTCGATCGGGTT
TTGAGAGTGTCTATCTTGTGTACGTTGAGGAAGAATGTCAGTGGAAGGAA
CCACCTCCACCTGCATGATAATAAAGGTGCCCAAAAGAGGCTAACCCAAA
ATTAACCCCGTATCCAAAGCCAATAGATTTCAATTCAGTTATCAAACAAT
CGGATTTTAAAGGTCAAGATCAATAGATTGTTCCCAATGATAGCCAGTGT
AAACCCACCCAACAACCACGCCATCAATCGGAAGCGGGCGTCAATCTGGA
ACCTTGGGAAACCTCTTGATTGGTCTAGCTGAAGAATGCAGTGCGCAAAT
GCACTCGCACTGATTTGGTGGTACTGGTTCCTCTGGGGATCCATTAAAAG
CTGTTGTTGTGTCCTCAATTACTTGGCGAACTGAAGTCTCGGGACGGTAT
CAAACAGTTTATCAATCGATCTCCCTGCGCATGACGTCTTCCACCAGGAA
TGAAATGCAAATTCCCGGGGTGCTTAATGCATTCCCGAGTCGTCCAAATT
CAAGGCAATGCACACATTTGTGTGTGTTCGCAGTTACCTCCGAGAGCACT
CAACATCTCAATGTACATTTTCTCCAACTCGCTCATCTCCGAGCTCTCGT
CTCATTTGTCATGCGAGCCCAATGGAGACAATTTCAATTGA

Synonyms

The feature 'amidohydrolase' has the following synonyms


Synonym
Tk11546

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