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The map label for this gene is 84488974

Identifier: 84488974

GI number: 84488974

Start: 170074

End: 178398

Strand: Direct

Name: 84488974

Synonym: Msp_0145

Alternate gene names: NA

Gene position: 170074-178398 (Clockwise)

Preceding gene: 84488973

Following gene: 84488976

Centisome position: 9.62

GC content: 28.97

Gene sequence:

>8325_bases
ATGATAACAAGAAATAAAGCTCTATTTTTTGTTTTCACATTAGTATTACTTTTAACAGTAAGTATTGGTGCAATTTCTGC
AAGTGATGTTGGAAATGATACTGATTTATCTGTTAGTGGTAGTGATAATATTAATCTTTGTGATGCATCGTATGATACAA
CATCATATGATAATAAAGTAGTAAGTGATAATAAAAAATCAGTTACTAAAAGTGTGTCTAAAGATGTAATATCTGATAAA
AAGATTGATACTACAAAAAATAGTAATATTAATACTAAACAAGAAGTAGTTAAAAAGGATATTAAAACTAGTAATAGTTT
AAAACGTGAAGATAAAGCTTCATTCACTGATTTGAATACTCAAATTACATCATCTGATAATATAACTTTAAATAATGATT
ATGTAAGAGGTTCAGGTGAAGATGCTATAACAATTAATAAAACAATTATAATCAATGGTAATGGTCATACTTTTGATGCT
AATCAAATGGATGGTACTTTTATTATTGGTTCAAATGCAGATGTAACTATTAGTAATGCAAAATTCACTAATTATAAAGC
TGTAGGTAGTTCTACTACTAAAGCATCTGTTTATGTTGATGGAGGAAAATTAACATTAATCAATGTGACATTTGAAAATA
ATAATGGTTCATTTGGTTCTGTGTTACATGCATATGATGGTGTGACTAAAATTTATAATTCAACATTCAGAGGTCTTAAC
TATGGAAGTCAAGGTGCTATTCAACACTCTTATGGTACTTTAATAGTTGATGGTTCTGTGTTTAATGGTACAACATCAAA
TAATGGTGCTATTCAAATTAGGTATGGTAGTGCTATAGCAAATGTAACAAACACAACATTTGTTAATAACATGGCAAATA
ATTATGGTGGAGCTATAAATAATAAAGGAGATCTCTTTGTAGATAACTGTATCTTTGATAGTAATAGGGCAGGAACCAAT
GGTGGAGCCATAGCTCTTAGAGGTAGTAAAACTATTACAATTCAAAATTCTGTATTTAAATCTAACAAAGTAGAAGGTAC
AGCATCATCTAAAAGAGGAGGAGCTATCTGTGCAAATAATGGTTTTTTAATATTAAAAAACAATACAATGACAAATAATT
ATGCAGTTAATGGTTCCAATATCTTTGTATGGTATTCTAATACAGTTTACACCACATACATAAAATTTGATAAAGCAACA
GCAGTTGAAGATGAAGTATTTAATGTAATTGCAAGAGTTACTGATGATATGGGAAATTCAATATCAAATCTTGATGTGAA
CTTCACAATCAATGGTAAAAACTACACAGCACCTCTAATTGAGGGTGTTGCTAATATAAGTATTAGTGATGCATTAGAGC
CAGGTAATTATACAATTACTGGAAGCTATGCAGGAGCAGTAATAGAAAATATTACAGTAACAGAAGGTAATCTTGAAGTA
GTAGCTGCTGATGTATTTAAATATAAAATGTTACAAGAAAAAATTGACACTGATACAACAGGAATTATAACACTTGAAAA
AGATGTTAAAAGAGGAAGTATTGAAGATAAGGTAGTTGTAAATAAAACAATTACTATAGATGGTAATGGACTATTTGTTA
ATGCAAATAAAGGAAGAATCTTTGACATAACAAATGGTGCAACATTAACATTAAAAAATATGATAATATTCAAAACTATC
TCTGGTGAAGGAGCAATAGCAAATATCACAGGTTCTTCACACTTAGTACTAAATAATGTGACTATAATTAACAACACAGG
AGTAAGTACAAATAATAAACAGTCATCATTAATATATGTAGACCCAACAAGTACTCTTAATATAAATAACTCCATTATTG
AAAATAACACTGGTGCAATAATAGGATTACAAGGTACTGGTGTAATTAACAATACAAAAGTATATAATATTACAGCAATG
GGTGAAAATGATCAAGGATTTATAAATAATGAAGCTACAAAAACAAATTCCTTAACAATAGTAAATTCCATATTTGATAA
AAATACTGGAAGACTTGGTGGAATTTATGGAGCAAGACAAAATGGTCAATTAATTATAAAAAATACCACATTTACAAACA
ACCTCTTAACTAGAGGTAGTGGAACTGTATATGCTGGTGGTACTACAGACATATCTAACTCCTCATTTATAAACAATGCA
GCAAATGGTTATAGTAGTAGTGGAACAGCAATATATAATAAGGGTGCATTAGTAGTAAATAATAGTGTATTTATAAATAA
CACTCTACCAACTGGTAAAAAAGGTTCTATTATATATAATGACTATGGTGGAGATTGTAGTATAACATATTCCATACTCA
TTCCAGCAGGGGAAGGTTCAGCACTATATAATAACTATGAAACAATACCAACTGCAAACTATAATTGGTGGGGAACAAAT
ACTAATCCTAAAAAATACTTAGATCATGGAAGTGATTATGATTATGATTTAGAGGAAGAAACAGAATATTCTGACTTTAA
AGTAGATTACTGGGTAGTATTAGATACAAAACTCACACCATCAAGTGATATTCCATATGGTAGTACAATTACAATAACAT
CAACATTAAACACATACACTGATAATAATGGTGTTATTAAAAACTTAGATTCAAAACTACCTGATGGAGTAGTAGTAGAT
TACACTTCAAATAAGGGTGTATTTGATAAAACACAAACAACAATAGTTGATGGTACAACAACAAATGAATACACAGTTAC
ATCACCAAGTGCACAAATAAACATAACACAAGCAACACAAACTAATACATTTAACATCAATGCTATAATGCCAACACCAC
AAAAATATGTAATAACAGAATCTAACTTCTATGATTACTTCAACAACGATGGTACAATAAAACTAGATAAAGTAGTATAT
GGTTCACAACTAGAATTCTCTGGAACATTAACAAAGAAACATATGATAATAAACCTACCATTAAATCTAACAAGTCATAC
AACACAAGCAGTATTTACAAATGCACATATAACAATACTTGCTGATGGAGAAGATACTAACATTACAAATCTCATAATAA
ACAATGATAACTATGAAGAAAATGTAATATTATTAAACACAACAAGAAACATAAACATTAAAAACAACACAATCACAGCA
AAATCCACAGATAAAATACATACAATTGAATTAATAGATACAAACAAAACAAACATAGAAAACAATACAATAACAACAAA
TGGTCCATCAAATGTTATTAAATATGATGAATTCTATATGGGATATCCAGATACATCATCTATTAAACTATACAATTCAA
ATAATAACATAATTGTAAACAACAACATTAAAACCAAAGCAACATCCACTGATGGTAAAACATTCAATACAATTACAGGT
GTTGAAGTATATGGTAATGTAATGAACTTTGATGAAGATATCACATCAAATAACAATCAAATAATAAATAACAACATAAC
AACAGAAGGAATGTCTGAAGTATATGGAGTATTTGTATCATCTAAAGTAAATAACAATACAATATCATACAATAATATAA
CAGGTAGTGCAGATAGATACACTGCAGGTATACAACTTGTAGGACCAGCAACATTAAATACCATATCATACAACAAAGTT
AATGCAACAGCAAAGAATATAACATATGGTATCATTGTTACAACCAATGATATGGGTAAAGTAGAAGAAAATAACATAAC
AAACAACGATGTTCTAACAAAATCAAGTACATCTTATGCAATAGAATTATATGGTGCAAATAAAAACAATGTTAAATATA
ATAATTTAATAAATAATCAAGATGCACCAGACTATGCAATGGGTATTGGATTATATCAATCAAAAGAAAACAACATAACA
GACAACAACATAAATCTCGTAGGATATGAAGTGGAAAAACCAGTATTGGGAGATCAAATAACACCAGAAAATGTTGGTAT
TAAATTAATGCAAAACTCAAACACAAACATAATCAAAAACAATGACATAACAAGTATATCTACAAATGTAAATAACTATG
CTATAAACATCACAAAAAGCTCATCAAACACAGTAACACTAAACACACTAACAGCAACAACACGCCTTGGAGACTTAGCA
GTAACAACAGATTCACAAAATACAATAGAAAATAACAAACCAGAAGTTATAATAACAAATGATAACTATGGTGATTATTT
TGATGAAGATGGAAATATTAAAAACTTAAACAGTGGAATGACAATATATCTTTCAGGTGAATTTAAAAATAAGAACTTCA
TAATAGATAGAAAACTTAACATACTCTCATACACAACACAAGCAGTACTATACAATTCAACATTTGTATTTGTTGATGGT
GCATCAGATAGTAGTCTTGAAAATGTTATAATAAACAACAATGACTATGATACATATGTAATTTCAATAAATGGTGCAAA
CAACATAACACTAAAAAACAACACAATAACACAAGAAAACACTGAAGGAGCAACACATGGAATACAACTTGAAAACTCAA
AATACAACACAATACACAACAACACAATAAATATTAAGGGACTATCCTATGTAATACAATATGTAAACTATGTTGGTCAT
TCCAATACAACAGCAATACAAGGATATAATTCATGTCATAATACAATAACAGAAAATAAAATAAATGTAGTAGCAACTGG
TCTTGGAGATGCATCTTCAATTACAGATACAATTATTGGTATTGAATTTATTGGAAATAGTATGGATTACTCTAATATAA
TAGAAGCTAAAAATAATACTATTGCTAGAAACACAATAACACTAGATGGACAAAGCTATGCATATGCAATTAAAGTAGCA
GATAAGGCAGATAATACTAATATAACCTACAATGATATAAAATCTCATGCAAAAGGTAGTGCATATGGTGTTGACTTTGA
AGGACCAGCACAATCAAGTTACATAACAAATAACAGAATAAACACAACAGCACAAGACTTCACATATGGTATATTAATAC
AATCCATAATGGGAAAAGTAAACATACTTACAATAGATTCTAACATAATAAACTGTACATCAAGCACAGGATATGCAATA
GAATTATACAATGTAGGAAAACCAAAGATAATAAACAACAACCTAACAGTAACAGGTAACTTCTCAATGGGTATAGGAGC
ACGTAAAATAACAGATGGTTCAATATTAAACAACAACATAACAACAACTGGTAACTCTAGTGGAAGAAATGCATCATCAG
TCGATGAAATAACACCAGAAAATGTTGGTATTAAATTAACATTTAAATCAGAGGATAATACAATACAAAACAACCATATA
ATAACAAGTGATGTGGCAGAAGGTATTAATGTATATACAATAATAGCTAATGATTCAACATCAAACATAATCACACATAA
CACATTATATTCCACAAATCTAGTTGGTAGTAAATCAGTAAATGCATCAAACAACACAGTACGTGAAAACCTACCAGCAA
CACCATCAAATATAACAATTGCTCTAACAACACCAATATCAGTAGAAGTAGGAGATACTGAAAATATAACAGTAAGATTC
TATGATGAAGATGGTAATCTTGTAACATATGGTAAAGTAACATTTAAGTATGGTGATAAAGAAGAAACTATAGATGTAGT
AAATGGAATGGCAACACTAGCATATGTGGGTGTTGCTCCAGGAATCCAAGTATTGGATATAAAATATATTGGTAACTCTG
ACTACAATGAAAAAACAGAACAAGTATCAATAAAAGTATATTCACCATCCACATACACTGGAATTGTATATGTATCAACA
AATGGTGATGATAGTAATGATGGATCTGTTGATAGTCCAAAACTCACAATTAAAAAAGCAGTAGCACAAGCACTAAAAGA
AGGTGGAAGTCATCAAATCATAGTATTAGATGGAAGATACTATGTGAATGATGTAATAATTAACTCCTACCTAAATATTA
CAGGACAAGGCAATGTAATCTTTGATGGAAGAGGTCTTGGACGTATATTTAACATAACAAATGGTGATGTAATAATTAAA
AACATTATCTTCACAAATGGTAAATCAACAACAGGTGGAGCAATATACAACATAGCAAATCTAACACTAATAAATGATAC
ATTCATAGATAACACAGCAAATACTGGTGGAGCAATAACCACTTCATCAATAACAATAATTAATTCCACATTCAAAAACA
ATCAAGCAACAAGTGGAAATGGTGGAGCAATTAATGCTCTATACAACTCAACACGTGTAGTAAATATTACAGGTAGTGTA
TTTGAAAATAATATAGCTTCAAGTAATGGTGGAGTATACTATGAAAGTACAGGTAATATGATTAATATTACAGACTCAGT
ATTTAGAAATAATACTGGAGTAAGTGGTGGAGTACTATACTTATCTACAAATTCAACTATTAAAAATACTACATTCACTG
ATAACAATTCAACATACTCCTCATACTCTTCATATGGTGGAGGAGCAATCTATGTAACAAGTAAAAAACTTATAGTAATT
GACTCTGTATTTACAAATAACTATGCTAAAAATTATGGAGCAGCAATACTTGCAAATTCACCACTTGAATTATTAAACAC
TACCATATCAAATAATATTGATAAATCAGATGGAATAATCTATGCTAGAAATAATCTAACAATCATAAACTCAACAATAG
CAAATAACACAGCAAATGGTGGAGTAATATATATCAGCGGATATTCAGCAGTATTTAACATGACAAACACCAACATTTAT
AATAACTCTGGAAAAGGTGGAGTAGCAATCTATGTATCATCTCTTAAAAACTTCACAATAGACAATTCAACATTTACAAA
TAACATAGCAAATAACTCACAAAGAATAGTCTACATATCATCATCCAGTACAATAGGAGTTATAAATAATTCCTTATTCA
AAAACAACATTGGTAACTACACAGTATATGGTAACAATAAAATAAATATAACAAACACAGTATTTGAAAGTAACTCTGTT
AATGGAAAACTATTATACAACATAAATGCAGCAAATAACACCTACACAAACAACTCACTACCTGTTACACTCACACAAAC
AATAACAACCAACAAAACAAAAGTAAATATAACAGTAAAACTCAGCACTGATAAAGTATACAATACAACAGTAAATAGGG
GAACAATTACAATAACTGATAATGGCCGTGAAATTACAAAAATAGATGTAAATGATAGTGATATAAATTACATATACACA
ACCATAGCAGGAGAACATAACATTGAAGTAACATACACAGATGCATCAAATGACTTTAGCACAAAATCCATGAATAAAAC
CATTACAATAGATAAAATAAGCACAACAATAACATTAAATCCTATAAATCCAATTAAAGTATTGGAAAACATTACAATAA
ATGCAACACTTACAGATGATGAAGGTAATGGAATTAGTAATGAAAATATTATACTAAAAATCAATGGAAAAACAATAACA
ACACTACAAACAGATGAAAATGGTAATGTACTATACAACTACACAATCAAAAACATGGGATTACACAACATAAATCTAAT
ATATCAAGGAAGCGATGTTTACATGGCAACAAATACAAGTACAGTAGTATATGCAGATAGTCTTAAAACATCAATTATCC
TAGAAAAAATCACAACAAAATACAATGATACAACAACAATCACAGTTGGAGTTGTTGATGAACTTGGAAATAATGTAACC
ACAGGACGTGTAATACTTAAAATCAATGGTAAAACACTAAAAGATGCTGATGGAAACATAATATATGCTGATGTAGTAAA
TGGAAGTGCAAAATTCACAACAACACTTAATATGAAACCAAAAATATACACTGTAACAGCAATATATGGTGGACGTAACT
ACTATGAATCATCCATAAATAACACAACACTTTTAATTACAAAACGTGATGCAACAGTATCATTTGAAGACATACCACAA
GCAATGGCAGGAAAAGAAGTAATAATAAAAGTAAAAGTAGTTGATGATGATGTGGATACCTTAGTAAACACAGGACGTGT
AATACTTAAAATCAATGGTAAAACATTAAAAGACACAACTGGAAACATAATATTTACAGATGTAGTAAATGGAATTGCAA
CAGTTAAATACACCATACCAAGTAATTTCAAAGCAAAATCATACACTTTAACAGCAGTATTCTCTGATAACTATTATAAC
AGAGTAGATGTAACTTCTAAATTTGATGTTATAACACAAACAAAATCATTAAGTACACTTCGAATTGATACAAGTATAAT
AACTGATGCAAAACCTATTCAATCAAATAATTCAAAAACAACAATACAAAACAATTACATACTACCAAAAGCTGTGAAAG
TATAG

Upstream 100 bases:

>100_bases
TAATAGTTTGATGAGAGTTTTCATCTGATTAAATTTTAGATTTTGTTGGATGGAATGGAAATATTTAAAAAAATATATAA
TCAAAGAATAATGATTTTTT

Downstream 100 bases:

>100_bases
GTGAAAATATTCACCTACTTTTTTTCTTTTTTATGAAAACTAGTTTTTATTTAAGTCAATAATTTCATCTAATTTATCTT
CAGATATAGCTAGAATACTA

Product: asn/thr-rich large protein family protein

Products: NA

Alternate protein names: Adhesin-Like Protein; Polymorphic Outer Membrane Protein

Number of amino acids: Translated: 2774; Mature: 2774

Protein sequence:

>2774_residues
MITRNKALFFVFTLVLLLTVSIGAISASDVGNDTDLSVSGSDNINLCDASYDTTSYDNKVVSDNKKSVTKSVSKDVISDK
KIDTTKNSNINTKQEVVKKDIKTSNSLKREDKASFTDLNTQITSSDNITLNNDYVRGSGEDAITINKTIIINGNGHTFDA
NQMDGTFIIGSNADVTISNAKFTNYKAVGSSTTKASVYVDGGKLTLINVTFENNNGSFGSVLHAYDGVTKIYNSTFRGLN
YGSQGAIQHSYGTLIVDGSVFNGTTSNNGAIQIRYGSAIANVTNTTFVNNMANNYGGAINNKGDLFVDNCIFDSNRAGTN
GGAIALRGSKTITIQNSVFKSNKVEGTASSKRGGAICANNGFLILKNNTMTNNYAVNGSNIFVWYSNTVYTTYIKFDKAT
AVEDEVFNVIARVTDDMGNSISNLDVNFTINGKNYTAPLIEGVANISISDALEPGNYTITGSYAGAVIENITVTEGNLEV
VAADVFKYKMLQEKIDTDTTGIITLEKDVKRGSIEDKVVVNKTITIDGNGLFVNANKGRIFDITNGATLTLKNMIIFKTI
SGEGAIANITGSSHLVLNNVTIINNTGVSTNNKQSSLIYVDPTSTLNINNSIIENNTGAIIGLQGTGVINNTKVYNITAM
GENDQGFINNEATKTNSLTIVNSIFDKNTGRLGGIYGARQNGQLIIKNTTFTNNLLTRGSGTVYAGGTTDISNSSFINNA
ANGYSSSGTAIYNKGALVVNNSVFINNTLPTGKKGSIIYNDYGGDCSITYSILIPAGEGSALYNNYETIPTANYNWWGTN
TNPKKYLDHGSDYDYDLEEETEYSDFKVDYWVVLDTKLTPSSDIPYGSTITITSTLNTYTDNNGVIKNLDSKLPDGVVVD
YTSNKGVFDKTQTTIVDGTTTNEYTVTSPSAQINITQATQTNTFNINAIMPTPQKYVITESNFYDYFNNDGTIKLDKVVY
GSQLEFSGTLTKKHMIINLPLNLTSHTTQAVFTNAHITILADGEDTNITNLIINNDNYEENVILLNTTRNINIKNNTITA
KSTDKIHTIELIDTNKTNIENNTITTNGPSNVIKYDEFYMGYPDTSSIKLYNSNNNIIVNNNIKTKATSTDGKTFNTITG
VEVYGNVMNFDEDITSNNNQIINNNITTEGMSEVYGVFVSSKVNNNTISYNNITGSADRYTAGIQLVGPATLNTISYNKV
NATAKNITYGIIVTTNDMGKVEENNITNNDVLTKSSTSYAIELYGANKNNVKYNNLINNQDAPDYAMGIGLYQSKENNIT
DNNINLVGYEVEKPVLGDQITPENVGIKLMQNSNTNIIKNNDITSISTNVNNYAINITKSSSNTVTLNTLTATTRLGDLA
VTTDSQNTIENNKPEVIITNDNYGDYFDEDGNIKNLNSGMTIYLSGEFKNKNFIIDRKLNILSYTTQAVLYNSTFVFVDG
ASDSSLENVIINNNDYDTYVISINGANNITLKNNTITQENTEGATHGIQLENSKYNTIHNNTINIKGLSYVIQYVNYVGH
SNTTAIQGYNSCHNTITENKINVVATGLGDASSITDTIIGIEFIGNSMDYSNIIEAKNNTIARNTITLDGQSYAYAIKVA
DKADNTNITYNDIKSHAKGSAYGVDFEGPAQSSYITNNRINTTAQDFTYGILIQSIMGKVNILTIDSNIINCTSSTGYAI
ELYNVGKPKIINNNLTVTGNFSMGIGARKITDGSILNNNITTTGNSSGRNASSVDEITPENVGIKLTFKSEDNTIQNNHI
ITSDVAEGINVYTIIANDSTSNIITHNTLYSTNLVGSKSVNASNNTVRENLPATPSNITIALTTPISVEVGDTENITVRF
YDEDGNLVTYGKVTFKYGDKEETIDVVNGMATLAYVGVAPGIQVLDIKYIGNSDYNEKTEQVSIKVYSPSTYTGIVYVST
NGDDSNDGSVDSPKLTIKKAVAQALKEGGSHQIIVLDGRYYVNDVIINSYLNITGQGNVIFDGRGLGRIFNITNGDVIIK
NIIFTNGKSTTGGAIYNIANLTLINDTFIDNTANTGGAITTSSITIINSTFKNNQATSGNGGAINALYNSTRVVNITGSV
FENNIASSNGGVYYESTGNMINITDSVFRNNTGVSGGVLYLSTNSTIKNTTFTDNNSTYSSYSSYGGGAIYVTSKKLIVI
DSVFTNNYAKNYGAAILANSPLELLNTTISNNIDKSDGIIYARNNLTIINSTIANNTANGGVIYISGYSAVFNMTNTNIY
NNSGKGGVAIYVSSLKNFTIDNSTFTNNIANNSQRIVYISSSSTIGVINNSLFKNNIGNYTVYGNNKINITNTVFESNSV
NGKLLYNINAANNTYTNNSLPVTLTQTITTNKTKVNITVKLSTDKVYNTTVNRGTITITDNGREITKIDVNDSDINYIYT
TIAGEHNIEVTYTDASNDFSTKSMNKTITIDKISTTITLNPINPIKVLENITINATLTDDEGNGISNENIILKINGKTIT
TLQTDENGNVLYNYTIKNMGLHNINLIYQGSDVYMATNTSTVVYADSLKTSIILEKITTKYNDTTTITVGVVDELGNNVT
TGRVILKINGKTLKDADGNIIYADVVNGSAKFTTTLNMKPKIYTVTAIYGGRNYYESSINNTTLLITKRDATVSFEDIPQ
AMAGKEVIIKVKVVDDDVDTLVNTGRVILKINGKTLKDTTGNIIFTDVVNGIATVKYTIPSNFKAKSYTLTAVFSDNYYN
RVDVTSKFDVITQTKSLSTLRIDTSIITDAKPIQSNNSKTTIQNNYILPKAVKV

Sequences:

>Translated_2774_residues
MITRNKALFFVFTLVLLLTVSIGAISASDVGNDTDLSVSGSDNINLCDASYDTTSYDNKVVSDNKKSVTKSVSKDVISDK
KIDTTKNSNINTKQEVVKKDIKTSNSLKREDKASFTDLNTQITSSDNITLNNDYVRGSGEDAITINKTIIINGNGHTFDA
NQMDGTFIIGSNADVTISNAKFTNYKAVGSSTTKASVYVDGGKLTLINVTFENNNGSFGSVLHAYDGVTKIYNSTFRGLN
YGSQGAIQHSYGTLIVDGSVFNGTTSNNGAIQIRYGSAIANVTNTTFVNNMANNYGGAINNKGDLFVDNCIFDSNRAGTN
GGAIALRGSKTITIQNSVFKSNKVEGTASSKRGGAICANNGFLILKNNTMTNNYAVNGSNIFVWYSNTVYTTYIKFDKAT
AVEDEVFNVIARVTDDMGNSISNLDVNFTINGKNYTAPLIEGVANISISDALEPGNYTITGSYAGAVIENITVTEGNLEV
VAADVFKYKMLQEKIDTDTTGIITLEKDVKRGSIEDKVVVNKTITIDGNGLFVNANKGRIFDITNGATLTLKNMIIFKTI
SGEGAIANITGSSHLVLNNVTIINNTGVSTNNKQSSLIYVDPTSTLNINNSIIENNTGAIIGLQGTGVINNTKVYNITAM
GENDQGFINNEATKTNSLTIVNSIFDKNTGRLGGIYGARQNGQLIIKNTTFTNNLLTRGSGTVYAGGTTDISNSSFINNA
ANGYSSSGTAIYNKGALVVNNSVFINNTLPTGKKGSIIYNDYGGDCSITYSILIPAGEGSALYNNYETIPTANYNWWGTN
TNPKKYLDHGSDYDYDLEEETEYSDFKVDYWVVLDTKLTPSSDIPYGSTITITSTLNTYTDNNGVIKNLDSKLPDGVVVD
YTSNKGVFDKTQTTIVDGTTTNEYTVTSPSAQINITQATQTNTFNINAIMPTPQKYVITESNFYDYFNNDGTIKLDKVVY
GSQLEFSGTLTKKHMIINLPLNLTSHTTQAVFTNAHITILADGEDTNITNLIINNDNYEENVILLNTTRNINIKNNTITA
KSTDKIHTIELIDTNKTNIENNTITTNGPSNVIKYDEFYMGYPDTSSIKLYNSNNNIIVNNNIKTKATSTDGKTFNTITG
VEVYGNVMNFDEDITSNNNQIINNNITTEGMSEVYGVFVSSKVNNNTISYNNITGSADRYTAGIQLVGPATLNTISYNKV
NATAKNITYGIIVTTNDMGKVEENNITNNDVLTKSSTSYAIELYGANKNNVKYNNLINNQDAPDYAMGIGLYQSKENNIT
DNNINLVGYEVEKPVLGDQITPENVGIKLMQNSNTNIIKNNDITSISTNVNNYAINITKSSSNTVTLNTLTATTRLGDLA
VTTDSQNTIENNKPEVIITNDNYGDYFDEDGNIKNLNSGMTIYLSGEFKNKNFIIDRKLNILSYTTQAVLYNSTFVFVDG
ASDSSLENVIINNNDYDTYVISINGANNITLKNNTITQENTEGATHGIQLENSKYNTIHNNTINIKGLSYVIQYVNYVGH
SNTTAIQGYNSCHNTITENKINVVATGLGDASSITDTIIGIEFIGNSMDYSNIIEAKNNTIARNTITLDGQSYAYAIKVA
DKADNTNITYNDIKSHAKGSAYGVDFEGPAQSSYITNNRINTTAQDFTYGILIQSIMGKVNILTIDSNIINCTSSTGYAI
ELYNVGKPKIINNNLTVTGNFSMGIGARKITDGSILNNNITTTGNSSGRNASSVDEITPENVGIKLTFKSEDNTIQNNHI
ITSDVAEGINVYTIIANDSTSNIITHNTLYSTNLVGSKSVNASNNTVRENLPATPSNITIALTTPISVEVGDTENITVRF
YDEDGNLVTYGKVTFKYGDKEETIDVVNGMATLAYVGVAPGIQVLDIKYIGNSDYNEKTEQVSIKVYSPSTYTGIVYVST
NGDDSNDGSVDSPKLTIKKAVAQALKEGGSHQIIVLDGRYYVNDVIINSYLNITGQGNVIFDGRGLGRIFNITNGDVIIK
NIIFTNGKSTTGGAIYNIANLTLINDTFIDNTANTGGAITTSSITIINSTFKNNQATSGNGGAINALYNSTRVVNITGSV
FENNIASSNGGVYYESTGNMINITDSVFRNNTGVSGGVLYLSTNSTIKNTTFTDNNSTYSSYSSYGGGAIYVTSKKLIVI
DSVFTNNYAKNYGAAILANSPLELLNTTISNNIDKSDGIIYARNNLTIINSTIANNTANGGVIYISGYSAVFNMTNTNIY
NNSGKGGVAIYVSSLKNFTIDNSTFTNNIANNSQRIVYISSSSTIGVINNSLFKNNIGNYTVYGNNKINITNTVFESNSV
NGKLLYNINAANNTYTNNSLPVTLTQTITTNKTKVNITVKLSTDKVYNTTVNRGTITITDNGREITKIDVNDSDINYIYT
TIAGEHNIEVTYTDASNDFSTKSMNKTITIDKISTTITLNPINPIKVLENITINATLTDDEGNGISNENIILKINGKTIT
TLQTDENGNVLYNYTIKNMGLHNINLIYQGSDVYMATNTSTVVYADSLKTSIILEKITTKYNDTTTITVGVVDELGNNVT
TGRVILKINGKTLKDADGNIIYADVVNGSAKFTTTLNMKPKIYTVTAIYGGRNYYESSINNTTLLITKRDATVSFEDIPQ
AMAGKEVIIKVKVVDDDVDTLVNTGRVILKINGKTLKDTTGNIIFTDVVNGIATVKYTIPSNFKAKSYTLTAVFSDNYYN
RVDVTSKFDVITQTKSLSTLRIDTSIITDAKPIQSNNSKTTIQNNYILPKAVKV
>Mature_2774_residues
MITRNKALFFVFTLVLLLTVSIGAISASDVGNDTDLSVSGSDNINLCDASYDTTSYDNKVVSDNKKSVTKSVSKDVISDK
KIDTTKNSNINTKQEVVKKDIKTSNSLKREDKASFTDLNTQITSSDNITLNNDYVRGSGEDAITINKTIIINGNGHTFDA
NQMDGTFIIGSNADVTISNAKFTNYKAVGSSTTKASVYVDGGKLTLINVTFENNNGSFGSVLHAYDGVTKIYNSTFRGLN
YGSQGAIQHSYGTLIVDGSVFNGTTSNNGAIQIRYGSAIANVTNTTFVNNMANNYGGAINNKGDLFVDNCIFDSNRAGTN
GGAIALRGSKTITIQNSVFKSNKVEGTASSKRGGAICANNGFLILKNNTMTNNYAVNGSNIFVWYSNTVYTTYIKFDKAT
AVEDEVFNVIARVTDDMGNSISNLDVNFTINGKNYTAPLIEGVANISISDALEPGNYTITGSYAGAVIENITVTEGNLEV
VAADVFKYKMLQEKIDTDTTGIITLEKDVKRGSIEDKVVVNKTITIDGNGLFVNANKGRIFDITNGATLTLKNMIIFKTI
SGEGAIANITGSSHLVLNNVTIINNTGVSTNNKQSSLIYVDPTSTLNINNSIIENNTGAIIGLQGTGVINNTKVYNITAM
GENDQGFINNEATKTNSLTIVNSIFDKNTGRLGGIYGARQNGQLIIKNTTFTNNLLTRGSGTVYAGGTTDISNSSFINNA
ANGYSSSGTAIYNKGALVVNNSVFINNTLPTGKKGSIIYNDYGGDCSITYSILIPAGEGSALYNNYETIPTANYNWWGTN
TNPKKYLDHGSDYDYDLEEETEYSDFKVDYWVVLDTKLTPSSDIPYGSTITITSTLNTYTDNNGVIKNLDSKLPDGVVVD
YTSNKGVFDKTQTTIVDGTTTNEYTVTSPSAQINITQATQTNTFNINAIMPTPQKYVITESNFYDYFNNDGTIKLDKVVY
GSQLEFSGTLTKKHMIINLPLNLTSHTTQAVFTNAHITILADGEDTNITNLIINNDNYEENVILLNTTRNINIKNNTITA
KSTDKIHTIELIDTNKTNIENNTITTNGPSNVIKYDEFYMGYPDTSSIKLYNSNNNIIVNNNIKTKATSTDGKTFNTITG
VEVYGNVMNFDEDITSNNNQIINNNITTEGMSEVYGVFVSSKVNNNTISYNNITGSADRYTAGIQLVGPATLNTISYNKV
NATAKNITYGIIVTTNDMGKVEENNITNNDVLTKSSTSYAIELYGANKNNVKYNNLINNQDAPDYAMGIGLYQSKENNIT
DNNINLVGYEVEKPVLGDQITPENVGIKLMQNSNTNIIKNNDITSISTNVNNYAINITKSSSNTVTLNTLTATTRLGDLA
VTTDSQNTIENNKPEVIITNDNYGDYFDEDGNIKNLNSGMTIYLSGEFKNKNFIIDRKLNILSYTTQAVLYNSTFVFVDG
ASDSSLENVIINNNDYDTYVISINGANNITLKNNTITQENTEGATHGIQLENSKYNTIHNNTINIKGLSYVIQYVNYVGH
SNTTAIQGYNSCHNTITENKINVVATGLGDASSITDTIIGIEFIGNSMDYSNIIEAKNNTIARNTITLDGQSYAYAIKVA
DKADNTNITYNDIKSHAKGSAYGVDFEGPAQSSYITNNRINTTAQDFTYGILIQSIMGKVNILTIDSNIINCTSSTGYAI
ELYNVGKPKIINNNLTVTGNFSMGIGARKITDGSILNNNITTTGNSSGRNASSVDEITPENVGIKLTFKSEDNTIQNNHI
ITSDVAEGINVYTIIANDSTSNIITHNTLYSTNLVGSKSVNASNNTVRENLPATPSNITIALTTPISVEVGDTENITVRF
YDEDGNLVTYGKVTFKYGDKEETIDVVNGMATLAYVGVAPGIQVLDIKYIGNSDYNEKTEQVSIKVYSPSTYTGIVYVST
NGDDSNDGSVDSPKLTIKKAVAQALKEGGSHQIIVLDGRYYVNDVIINSYLNITGQGNVIFDGRGLGRIFNITNGDVIIK
NIIFTNGKSTTGGAIYNIANLTLINDTFIDNTANTGGAITTSSITIINSTFKNNQATSGNGGAINALYNSTRVVNITGSV
FENNIASSNGGVYYESTGNMINITDSVFRNNTGVSGGVLYLSTNSTIKNTTFTDNNSTYSSYSSYGGGAIYVTSKKLIVI
DSVFTNNYAKNYGAAILANSPLELLNTTISNNIDKSDGIIYARNNLTIINSTIANNTANGGVIYISGYSAVFNMTNTNIY
NNSGKGGVAIYVSSLKNFTIDNSTFTNNIANNSQRIVYISSSSTIGVINNSLFKNNIGNYTVYGNNKINITNTVFESNSV
NGKLLYNINAANNTYTNNSLPVTLTQTITTNKTKVNITVKLSTDKVYNTTVNRGTITITDNGREITKIDVNDSDINYIYT
TIAGEHNIEVTYTDASNDFSTKSMNKTITIDKISTTITLNPINPIKVLENITINATLTDDEGNGISNENIILKINGKTIT
TLQTDENGNVLYNYTIKNMGLHNINLIYQGSDVYMATNTSTVVYADSLKTSIILEKITTKYNDTTTITVGVVDELGNNVT
TGRVILKINGKTLKDADGNIIYADVVNGSAKFTTTLNMKPKIYTVTAIYGGRNYYESSINNTTLLITKRDATVSFEDIPQ
AMAGKEVIIKVKVVDDDVDTLVNTGRVILKINGKTLKDTTGNIIFTDVVNGIATVKYTIPSNFKAKSYTLTAVFSDNYYN
RVDVTSKFDVITQTKSLSTLRIDTSIITDAKPIQSNNSKTTIQNNYILPKAVKV

Specific function: Unknown

COG id: NA

COG function: NA

Gene ontology:

Cell location: Cytoplasmic

Metaboloic importance: NA

Operon status: Not Known

Operon components: None

Similarity: NA

Homologues:

Organism=Escherichia coli, GI1788565, Length=209, Percent_Identity=33.4928229665072, Blast_Score=66, Evalue=3e-11,

Paralogues:

None

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

NA

Pfam domain/function: NA

EC number: NA

Molecular weight: Translated: 300442; Mature: 300442

Theoretical pI: Translated: 4.90; Mature: 4.90

Prosite motif: NA

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.2 %Cys     (Translated Protein)
1.0 %Met     (Translated Protein)
1.2 %Cys+Met (Translated Protein)
0.2 %Cys     (Mature Protein)
1.0 %Met     (Mature Protein)
1.2 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MITRNKALFFVFTLVLLLTVSIGAISASDVGNDTDLSVSGSDNINLCDASYDTTSYDNKV
CCCCCHHHHHHHHHHHHHHHHCCCEECCCCCCCCEEEECCCCCEEEEECCCCCCCCCCEE
VSDNKKSVTKSVSKDVISDKKIDTTKNSNINTKQEVVKKDIKTSNSLKREDKASFTDLNT
ECCCHHHHHHHHHHHHHCCCCCCCCCCCCCCHHHHHHHHHHCCCCCCCCCCCCCEEECCE
QITSSDNITLNNDYVRGSGEDAITINKTIIINGNGHTFDANQMDGTFIIGSNADVTISNA
EEECCCCEEECCCEEECCCCCEEEEEEEEEECCCCCEEECCCCCCEEEEECCCCEEEECC
KFTNYKAVGSSTTKASVYVDGGKLTLINVTFENNNGSFGSVLHAYDGVTKIYNSTFRGLN
EEEEEEECCCCCCEEEEEECCCEEEEEEEEEECCCCCHHHHHHHHCCHHHHHHHHHCCCC
YGSQGAIQHSYGTLIVDGSVFNGTTSNNGAIQIRYGSAIANVTNTTFVNNMANNYGGAIN
CCCCCCEEECCCEEEECCEEECCCCCCCCEEEEEECCEEECCCCCEEECCCHHHCCCCCC
NKGDLFVDNCIFDSNRAGTNGGAIALRGSKTITIQNSVFKSNKVEGTASSKRGGAICANN
CCCCEEEEEEEECCCCCCCCCCEEEEECCEEEEEECCEECCCCCCCCCCCCCCCEEEECC
GFLILKNNTMTNNYAVNGSNIFVWYSNTVYTTYIKFDKATAVEDEVFNVIARVTDDMGNS
CEEEEECCEECCCEEECCCEEEEEECCEEEEEEEEECCCCCCHHHHHHHHHHHHHHHCCC
ISNLDVNFTINGKNYTAPLIEGVANISISDALEPGNYTITGSYAGAVIENITVTEGNLEV
CCCEEEEEEECCCCEECHHHHHHHCCEEHHCCCCCCEEEEECCCCEEEEEEEEECCCEEE
VAADVFKYKMLQEKIDTDTTGIITLEKDVKRGSIEDKVVVNKTITIDGNGLFVNANKGRI
EEEHHHHHHHHHHHCCCCCEEEEEEECCCCCCCCCCEEEEEEEEEECCCEEEEECCCCEE
FDITNGATLTLKNMIIFKTISGEGAIANITGSSHLVLNNVTIINNTGVSTNNKQSSLIYV
EEECCCCEEEEEEEEEEEEECCCCEEEEECCCCEEEEEEEEEEECCCCCCCCCCCEEEEE
DPTSTLNINNSIIENNTGAIIGLQGTGVINNTKVYNITAMGENDQGFINNEATKTNSLTI
CCCCEEECCCCEEECCCCEEEEEECCCEECCCEEEEEEEECCCCCCEECCCCCCCCCEEE
VNSIFDKNTGRLGGIYGARQNGQLIIKNTTFTNNLLTRGSGTVYAGGTTDISNSSFINNA
EEEHHCCCCCCEECEECCCCCCEEEEEECEECCCEEECCCCEEEECCCCCCCCCCCCCCC
ANGYSSSGTAIYNKGALVVNNSVFINNTLPTGKKGSIIYNDYGGDCSITYSILIPAGEGS
CCCCCCCCCEEEECCEEEEECEEEEECCCCCCCCCCEEEECCCCCEEEEEEEEEECCCCC
ALYNNYETIPTANYNWWGTNTNPKKYLDHGSDYDYDLEEETEYSDFKVDYWVVLDTKLTP
EEECCCCCCCCCCCEEECCCCCHHHHHCCCCCCCCCCCCCCCCCCEEEEEEEEEECCCCC
SSDIPYGSTITITSTLNTYTDNNGVIKNLDSKLPDGVVVDYTSNKGVFDKTQTTIVDGTT
CCCCCCCCEEEEEEEEEEEECCCCEEECCHHCCCCCEEEEEECCCCCCCCCCEEEEECCC
TNEYTVTSPSAQINITQATQTNTFNINAIMPTPQKYVITESNFYDYFNNDGTIKLDKVVY
CCCEEEECCCCEEEEEECCCCCEEEEEEECCCCCEEEEEECCEEEEECCCCCEEEEEEEE
GSQLEFSGTLTKKHMIINLPLNLTSHTTQAVFTNAHITILADGEDTNITNLIINNDNYEE
CCEEEECCCEEEEEEEEEECCCCCCCCEEEEEEEEEEEEEECCCCCCEEEEEECCCCCCC
NVILLNTTRNINIKNNTITAKSTDKIHTIELIDTNKTNIENNTITTNGPSNVIKYDEFYM
CEEEEEECEEEEEECCEEEECCCCCEEEEEEEECCCCCCCCCEEEECCCCCCEEECCEEE
GYPDTSSIKLYNSNNNIIVNNNIKTKATSTDGKTFNTITGVEVYGNVMNFDEDITSNNNQ
CCCCCCCEEEEECCCCEEECCCEEEEEECCCCCEEEEEECEEEECCEECCCCHHCCCCCE
IINNNITTEGMSEVYGVFVSSKVNNNTISYNNITGSADRYTAGIQLVGPATLNTISYNKV
EEECCCCCCCHHHEEEEEEEEECCCCEEEECCCCCCCCEEEEEEEEECCCEEEEEEECEE
NATAKNITYGIIVTTNDMGKVEENNITNNDVLTKSSTSYAIELYGANKNNVKYNNLINNQ
CCEECCEEEEEEEEECCCCCCCCCCCCCCCEEEECCCEEEEEEEECCCCCEEECCCCCCC
DAPDYAMGIGLYQSKENNITDNNINLVGYEVEKPVLGDQITPENVGIKLMQNSNTNIIKN
CCCCHHEEEEEEECCCCCCCCCCEEEEEEEECCCCCCCCCCCCCCCEEEEECCCCCEEEC
NDITSISTNVNNYAINITKSSSNTVTLNTLTATTRLGDLAVTTDSQNTIENNKPEVIITN
CCCEEEEECCCEEEEEEEECCCCEEEEEEEEEEEECCEEEEEECCCCCCCCCCCEEEEEC
DNYGDYFDEDGNIKNLNSGMTIYLSGEFKNKNFIIDRKLNILSYTTQAVLYNSTFVFVDG
CCCCCCCCCCCCEEECCCCEEEEEEEEECCCEEEEEECEEEEEEEEEEEEEECEEEEEEC
ASDSSLENVIINNNDYDTYVISINGANNITLKNNTITQENTEGATHGIQLENSKYNTIHN
CCCCCCCEEEEECCCCEEEEEEEECCCEEEECCCEECCCCCCCCCCCEEEECCCCCEEEC
NTINIKGLSYVIQYVNYVGHSNTTAIQGYNSCHNTITENKINVVATGLGDASSITDTIIG
CEEEECHHHHHHHHHHHCCCCCCEEEECCHHHHCCCCCCCEEEEEECCCCCCCHHHEEEE
IEFIGNSMDYSNIIEAKNNTIARNTITLDGQSYAYAIKVADKADNTNITYNDIKSHAKGS
EEEECCCCCHHHHEECCCCEEEEEEEEECCCCEEEEEEEECCCCCCCEEHHHHHHCCCCC
AYGVDFEGPAQSSYITNNRINTTAQDFTYGILIQSIMGKVNILTIDSNIINCTSSTGYAI
EEEECCCCCCCCCEEECCCCCCCHHHHHHHHHHHHHHCCEEEEEEECCEEEEECCCCEEE
ELYNVGKPKIINNNLTVTGNFSMGIGARKITDGSILNNNITTTGNSSGRNASSVDEITPE
EEEECCCCEEECCCEEEEEEEEECCCCEEECCCCEECCCEEECCCCCCCCCCCHHHCCCC
NVGIKLTFKSEDNTIQNNHIITSDVAEGINVYTIIANDSTSNIITHNTLYSTNLVGSKSV
CCEEEEEECCCCCEECCCEEEEHHHHCCCEEEEEEECCCCCCEEEECEEEEECCCCCCCC
NASNNTVRENLPATPSNITIALTTPISVEVGDTENITVRFYDEDGNLVTYGKVTFKYGDK
CCCCCCHHHCCCCCCCCEEEEEECCEEEEECCCCEEEEEEECCCCCEEEEEEEEEEECCC
EETIDVVNGMATLAYVGVAPGIQVLDIKYIGNSDYNEKTEQVSIKVYSPSTYTGIVYVST
HHHHHHHHHHEEEEEEECCCCEEEEEEEEECCCCCCCCCEEEEEEEECCCCEEEEEEEEC
NGDDSNDGSVDSPKLTIKKAVAQALKEGGSHQIIVLDGRYYVNDVIINSYLNITGQGNVI
CCCCCCCCCCCCCCCHHHHHHHHHHHCCCCEEEEEECCCEEEEEEEEEEEEEEEECCCEE
FDGRGLGRIFNITNGDVIIKNIIFTNGKSTTGGAIYNIANLTLINDTFIDNTANTGGAIT
ECCCCCCEEEEECCCCEEEEEEEEECCCCCCCCEEEEEEEEEEEECEEECCCCCCCCEEE
TSSITIINSTFKNNQATSGNGGAINALYNSTRVVNITGSVFENNIASSNGGVYYESTGNM
EEEEEEEEEECCCCCCCCCCCCEEEEEECCEEEEEEECHHCCCCCCCCCCCEEEECCCCE
INITDSVFRNNTGVSGGVLYLSTNSTIKNTTFTDNNSTYSSYSSYGGGAIYVTSKKLIVI
EEEEHHHHCCCCCCCCCEEEEEECCEEEECEEECCCCCCCCHHCCCCCEEEEECCEEEEE
DSVFTNNYAKNYGAAILANSPLELLNTTISNNIDKSDGIIYARNNLTIINSTIANNTANG
EEECCCCCCCCCCEEEEECCCHHHHHHHHHCCCCCCCCEEEEECCEEEEEEEECCCCCCC
GVIYISGYSAVFNMTNTNIYNNSGKGGVAIYVSSLKNFTIDNSTFTNNIANNSQRIVYIS
CEEEEECCEEEEEEECCEEEECCCCCEEEEEEECCCCEEECCCEEECCCCCCCCEEEEEE
SSSTIGVINNSLFKNNIGNYTVYGNNKINITNTVFESNSVNGKLLYNINAANNTYTNNSL
CCCEEEEEECCHHHCCCCCEEEECCCEEEEEEEEEECCCCCCEEEEEEECCCCEECCCCC
PVTLTQTITTNKTKVNITVKLSTDKVYNTTVNRGTITITDNGREITKIDVNDSDINYIYT
CEEEEEEEECCCEEEEEEEEEECCEEEEEEECCCEEEEECCCCEEEEEECCCCCCEEEEE
TIAGEHNIEVTYTDASNDFSTKSMNKTITIDKISTTITLNPINPIKVLENITINATLTDD
EECCCCEEEEEEECCCCCCCCCCCCCEEEEEEEEEEEEECCCCHHHHHCCEEEEEEEECC
EGNGISNENIILKINGKTITTLQTDENGNVLYNYTIKNMGLHNINLIYQGSDVYMATNTS
CCCCCCCCEEEEEECCCEEEEEEECCCCCEEEEEEEECCCCEEEEEEEECCEEEEEECCC
TVVYADSLKTSIILEKITTKYNDTTTITVGVVDELGNNVTTGRVILKINGKTLKDADGNI
EEEEECCCCEEEEEEEHHCCCCCEEEEEEEEHHHHCCCEEEEEEEEEECCCEEECCCCCE
IYADVVNGSAKFTTTLNMKPKIYTVTAIYGGRNYYESSINNTTLLITKRDATVSFEDIPQ
EEEEEECCCEEEEEEEECCCEEEEEEEEECCCEEECCCCCCEEEEEEECCCEEEHHHHHH
AMAGKEVIIKVKVVDDDVDTLVNTGRVILKINGKTLKDTTGNIIFTDVVNGIATVKYTIP
HHCCCEEEEEEEEECCCHHHHHCCCEEEEEECCEEEECCCCCEEEEHHCCCEEEEEEECC
SNFKAKSYTLTAVFSDNYYNRVDVTSKFDVITQTKSLSTLRIDTSIITDAKPIQSNNSKT
CCCCCCEEEEEEEEECCCCEEEECCCCEEEEEECCCCEEEEEEEEEECCCCCCCCCCCEE
TIQNNYILPKAVKV
EEECCEECCEEECC
>Mature Secondary Structure
MITRNKALFFVFTLVLLLTVSIGAISASDVGNDTDLSVSGSDNINLCDASYDTTSYDNKV
CCCCCHHHHHHHHHHHHHHHHCCCEECCCCCCCCEEEECCCCCEEEEECCCCCCCCCCEE
VSDNKKSVTKSVSKDVISDKKIDTTKNSNINTKQEVVKKDIKTSNSLKREDKASFTDLNT
ECCCHHHHHHHHHHHHHCCCCCCCCCCCCCCHHHHHHHHHHCCCCCCCCCCCCCEEECCE
QITSSDNITLNNDYVRGSGEDAITINKTIIINGNGHTFDANQMDGTFIIGSNADVTISNA
EEECCCCEEECCCEEECCCCCEEEEEEEEEECCCCCEEECCCCCCEEEEECCCCEEEECC
KFTNYKAVGSSTTKASVYVDGGKLTLINVTFENNNGSFGSVLHAYDGVTKIYNSTFRGLN
EEEEEEECCCCCCEEEEEECCCEEEEEEEEEECCCCCHHHHHHHHCCHHHHHHHHHCCCC
YGSQGAIQHSYGTLIVDGSVFNGTTSNNGAIQIRYGSAIANVTNTTFVNNMANNYGGAIN
CCCCCCEEECCCEEEECCEEECCCCCCCCEEEEEECCEEECCCCCEEECCCHHHCCCCCC
NKGDLFVDNCIFDSNRAGTNGGAIALRGSKTITIQNSVFKSNKVEGTASSKRGGAICANN
CCCCEEEEEEEECCCCCCCCCCEEEEECCEEEEEECCEECCCCCCCCCCCCCCCEEEECC
GFLILKNNTMTNNYAVNGSNIFVWYSNTVYTTYIKFDKATAVEDEVFNVIARVTDDMGNS
CEEEEECCEECCCEEECCCEEEEEECCEEEEEEEEECCCCCCHHHHHHHHHHHHHHHCCC
ISNLDVNFTINGKNYTAPLIEGVANISISDALEPGNYTITGSYAGAVIENITVTEGNLEV
CCCEEEEEEECCCCEECHHHHHHHCCEEHHCCCCCCEEEEECCCCEEEEEEEEECCCEEE
VAADVFKYKMLQEKIDTDTTGIITLEKDVKRGSIEDKVVVNKTITIDGNGLFVNANKGRI
EEEHHHHHHHHHHHCCCCCEEEEEEECCCCCCCCCCEEEEEEEEEECCCEEEEECCCCEE
FDITNGATLTLKNMIIFKTISGEGAIANITGSSHLVLNNVTIINNTGVSTNNKQSSLIYV
EEECCCCEEEEEEEEEEEEECCCCEEEEECCCCEEEEEEEEEEECCCCCCCCCCCEEEEE
DPTSTLNINNSIIENNTGAIIGLQGTGVINNTKVYNITAMGENDQGFINNEATKTNSLTI
CCCCEEECCCCEEECCCCEEEEEECCCEECCCEEEEEEEECCCCCCEECCCCCCCCCEEE
VNSIFDKNTGRLGGIYGARQNGQLIIKNTTFTNNLLTRGSGTVYAGGTTDISNSSFINNA
EEEHHCCCCCCEECEECCCCCCEEEEEECEECCCEEECCCCEEEECCCCCCCCCCCCCCC
ANGYSSSGTAIYNKGALVVNNSVFINNTLPTGKKGSIIYNDYGGDCSITYSILIPAGEGS
CCCCCCCCCEEEECCEEEEECEEEEECCCCCCCCCCEEEECCCCCEEEEEEEEEECCCCC
ALYNNYETIPTANYNWWGTNTNPKKYLDHGSDYDYDLEEETEYSDFKVDYWVVLDTKLTP
EEECCCCCCCCCCCEEECCCCCHHHHHCCCCCCCCCCCCCCCCCCEEEEEEEEEECCCCC
SSDIPYGSTITITSTLNTYTDNNGVIKNLDSKLPDGVVVDYTSNKGVFDKTQTTIVDGTT
CCCCCCCCEEEEEEEEEEEECCCCEEECCHHCCCCCEEEEEECCCCCCCCCCEEEEECCC
TNEYTVTSPSAQINITQATQTNTFNINAIMPTPQKYVITESNFYDYFNNDGTIKLDKVVY
CCCEEEECCCCEEEEEECCCCCEEEEEEECCCCCEEEEEECCEEEEECCCCCEEEEEEEE
GSQLEFSGTLTKKHMIINLPLNLTSHTTQAVFTNAHITILADGEDTNITNLIINNDNYEE
CCEEEECCCEEEEEEEEEECCCCCCCCEEEEEEEEEEEEEECCCCCCEEEEEECCCCCCC
NVILLNTTRNINIKNNTITAKSTDKIHTIELIDTNKTNIENNTITTNGPSNVIKYDEFYM
CEEEEEECEEEEEECCEEEECCCCCEEEEEEEECCCCCCCCCEEEECCCCCCEEECCEEE
GYPDTSSIKLYNSNNNIIVNNNIKTKATSTDGKTFNTITGVEVYGNVMNFDEDITSNNNQ
CCCCCCCEEEEECCCCEEECCCEEEEEECCCCCEEEEEECEEEECCEECCCCHHCCCCCE
IINNNITTEGMSEVYGVFVSSKVNNNTISYNNITGSADRYTAGIQLVGPATLNTISYNKV
EEECCCCCCCHHHEEEEEEEEECCCCEEEECCCCCCCCEEEEEEEEECCCEEEEEEECEE
NATAKNITYGIIVTTNDMGKVEENNITNNDVLTKSSTSYAIELYGANKNNVKYNNLINNQ
CCEECCEEEEEEEEECCCCCCCCCCCCCCCEEEECCCEEEEEEEECCCCCEEECCCCCCC
DAPDYAMGIGLYQSKENNITDNNINLVGYEVEKPVLGDQITPENVGIKLMQNSNTNIIKN
CCCCHHEEEEEEECCCCCCCCCCEEEEEEEECCCCCCCCCCCCCCCEEEEECCCCCEEEC
NDITSISTNVNNYAINITKSSSNTVTLNTLTATTRLGDLAVTTDSQNTIENNKPEVIITN
CCCEEEEECCCEEEEEEEECCCCEEEEEEEEEEEECCEEEEEECCCCCCCCCCCEEEEEC
DNYGDYFDEDGNIKNLNSGMTIYLSGEFKNKNFIIDRKLNILSYTTQAVLYNSTFVFVDG
CCCCCCCCCCCCEEECCCCEEEEEEEEECCCEEEEEECEEEEEEEEEEEEEECEEEEEEC
ASDSSLENVIINNNDYDTYVISINGANNITLKNNTITQENTEGATHGIQLENSKYNTIHN
CCCCCCCEEEEECCCCEEEEEEEECCCEEEECCCEECCCCCCCCCCCEEEECCCCCEEEC
NTINIKGLSYVIQYVNYVGHSNTTAIQGYNSCHNTITENKINVVATGLGDASSITDTIIG
CEEEECHHHHHHHHHHHCCCCCCEEEECCHHHHCCCCCCCEEEEEECCCCCCCHHHEEEE
IEFIGNSMDYSNIIEAKNNTIARNTITLDGQSYAYAIKVADKADNTNITYNDIKSHAKGS
EEEECCCCCHHHHEECCCCEEEEEEEEECCCCEEEEEEEECCCCCCCEEHHHHHHCCCCC
AYGVDFEGPAQSSYITNNRINTTAQDFTYGILIQSIMGKVNILTIDSNIINCTSSTGYAI
EEEECCCCCCCCCEEECCCCCCCHHHHHHHHHHHHHHCCEEEEEEECCEEEEECCCCEEE
ELYNVGKPKIINNNLTVTGNFSMGIGARKITDGSILNNNITTTGNSSGRNASSVDEITPE
EEEECCCCEEECCCEEEEEEEEECCCCEEECCCCEECCCEEECCCCCCCCCCCHHHCCCC
NVGIKLTFKSEDNTIQNNHIITSDVAEGINVYTIIANDSTSNIITHNTLYSTNLVGSKSV
CCEEEEEECCCCCEECCCEEEEHHHHCCCEEEEEEECCCCCCEEEECEEEEECCCCCCCC
NASNNTVRENLPATPSNITIALTTPISVEVGDTENITVRFYDEDGNLVTYGKVTFKYGDK
CCCCCCHHHCCCCCCCCEEEEEECCEEEEECCCCEEEEEEECCCCCEEEEEEEEEEECCC
EETIDVVNGMATLAYVGVAPGIQVLDIKYIGNSDYNEKTEQVSIKVYSPSTYTGIVYVST
HHHHHHHHHHEEEEEEECCCCEEEEEEEEECCCCCCCCCEEEEEEEECCCCEEEEEEEEC
NGDDSNDGSVDSPKLTIKKAVAQALKEGGSHQIIVLDGRYYVNDVIINSYLNITGQGNVI
CCCCCCCCCCCCCCCHHHHHHHHHHHCCCCEEEEEECCCEEEEEEEEEEEEEEEECCCEE
FDGRGLGRIFNITNGDVIIKNIIFTNGKSTTGGAIYNIANLTLINDTFIDNTANTGGAIT
ECCCCCCEEEEECCCCEEEEEEEEECCCCCCCCEEEEEEEEEEEECEEECCCCCCCCEEE
TSSITIINSTFKNNQATSGNGGAINALYNSTRVVNITGSVFENNIASSNGGVYYESTGNM
EEEEEEEEEECCCCCCCCCCCCEEEEEECCEEEEEEECHHCCCCCCCCCCCEEEECCCCE
INITDSVFRNNTGVSGGVLYLSTNSTIKNTTFTDNNSTYSSYSSYGGGAIYVTSKKLIVI
EEEEHHHHCCCCCCCCCEEEEEECCEEEECEEECCCCCCCCHHCCCCCEEEEECCEEEEE
DSVFTNNYAKNYGAAILANSPLELLNTTISNNIDKSDGIIYARNNLTIINSTIANNTANG
EEECCCCCCCCCCEEEEECCCHHHHHHHHHCCCCCCCCEEEEECCEEEEEEEECCCCCCC
GVIYISGYSAVFNMTNTNIYNNSGKGGVAIYVSSLKNFTIDNSTFTNNIANNSQRIVYIS
CEEEEECCEEEEEEECCEEEECCCCCEEEEEEECCCCEEECCCEEECCCCCCCCEEEEEE
SSSTIGVINNSLFKNNIGNYTVYGNNKINITNTVFESNSVNGKLLYNINAANNTYTNNSL
CCCEEEEEECCHHHCCCCCEEEECCCEEEEEEEEEECCCCCCEEEEEEECCCCEECCCCC
PVTLTQTITTNKTKVNITVKLSTDKVYNTTVNRGTITITDNGREITKIDVNDSDINYIYT
CEEEEEEEECCCEEEEEEEEEECCEEEEEEECCCEEEEECCCCEEEEEECCCCCCEEEEE
TIAGEHNIEVTYTDASNDFSTKSMNKTITIDKISTTITLNPINPIKVLENITINATLTDD
EECCCCEEEEEEECCCCCCCCCCCCCEEEEEEEEEEEEECCCCHHHHHCCEEEEEEEECC
EGNGISNENIILKINGKTITTLQTDENGNVLYNYTIKNMGLHNINLIYQGSDVYMATNTS
CCCCCCCCEEEEEECCCEEEEEEECCCCCEEEEEEEECCCCEEEEEEEECCEEEEEECCC
TVVYADSLKTSIILEKITTKYNDTTTITVGVVDELGNNVTTGRVILKINGKTLKDADGNI
EEEEECCCCEEEEEEEHHCCCCCEEEEEEEEHHHHCCCEEEEEEEEEECCCEEECCCCCE
IYADVVNGSAKFTTTLNMKPKIYTVTAIYGGRNYYESSINNTTLLITKRDATVSFEDIPQ
EEEEEECCCEEEEEEEECCCEEEEEEEEECCCEEECCCCCCEEEEEEECCCEEEHHHHHH
AMAGKEVIIKVKVVDDDVDTLVNTGRVILKINGKTLKDTTGNIIFTDVVNGIATVKYTIP
HHCCCEEEEEEEEECCCHHHHHCCCEEEEEECCEEEECCCCCEEEEHHCCCEEEEEEECC
SNFKAKSYTLTAVFSDNYYNRVDVTSKFDVITQTKSLSTLRIDTSIITDAKPIQSNNSKT
CCCCCCEEEEEEEEECCCCEEEECCCCEEEEEECCCCEEEEEEEEEECCCCCCCCCCCEE
TIQNNYILPKAVKV
EEECCEECCEEECC

PDB accession: NA

Resolution: NA

Structure class: Unstructured

Cofactors: NA

Metal ions: NA

Kcat value (1/min): NA

Specific activity: NA

Km value (mM): NA

Substrates: NA

Specific reaction: NA

General reaction: NA

Inhibitor: NA

Structure determination priority: 9.0

TargetDB status: NA

Availability: NA

References: NA