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The map label for this gene is 49186456

Identifier: 49186456

GI number: 49186456

Start: 3423143

End: 3429484

Strand: Direct

Name: 49186456

Synonym: BAS3452

Alternate gene names: NA

Gene position: 3423143-3429484 (Clockwise)

Preceding gene: 49186454

Following gene: 49186461

Centisome position: 65.47

GC content: 39.23

Gene sequence:

>6342_bases
TTGCCAAACACGGGAAATATCTCTGCTACAAACGTCATTGTGACCGATCCAATCCCTGCTGGTACTACTTTCATTCCAAA
TAGCGTAACAATTAATGGTGTTTCACAGCCTAATATTAATCCTGCTGGCGGGATACAAGTTGGAACGATTAATGCCGGTT
CAACAACAACCGTTACGTTCCAAGTCCAGGTAACTTCCCTTCCACAAAATGGGGTAATTCGAAATATAGGAAATACAACA
TTTACTTATCAGCCTGATCCAACTAAACCTACGATTACAACAACAAATCCTACACCACCTACTACCGTTCCTATTAATAC
CGCTATTATTAATCCTATAAAAACAGCTGATAAAACCGCTGTTGATATTGGTGACATTATTACGTATACGATTACATTTA
ATAATGACGGAACTGTTCCTGCTACTAACGTAATATTTACTGATTCAATCCCTGCTGGTACTACTTTCATCCCAAATAGT
GTAGTTTTAAATAATAATCCTGTTCCAAATTCGAACCCTGCATTAGGGATTACTGTTGGTACATTGAATCCAGGCGAAAC
AAAAACACTATCATTCCAAGTTCGTGTTACACAAATTCCTGCTGGCGGTACTATTACAAATGAGGCTTCAACAACTTATA
CGTACCAACCAGATCCTACCTTGCCACCAGTAACAACGACTGAACCAACGCCACCTACAAGTGTAACTGTCAATACAGCA
ACAGTGAACCCAACGAAATCTGCCGATCGAGCTTTTGCTGATATTGGTGATATTATTACGTATACCATTAGTTTACAAAA
TAACGGAACTGTTCCTGCTACTAATATCATCCTGACAGACCCTATTCCAAATGGAACTACTTTCATTCCAAATAGCGTGA
CTATTAACGGGATTTCACAGCCAAATACAAACCCTTCCACAGGTATAACAGTAGGCACATTGGATCCCACTGAAGCAGCA
ACTATATCTTTTCAAGTTCAAGTTATTAGTGTTCCGCCACATGGTTTAGTTGAAAACCAAGGTACTGTTTCATTTACTCA
TATTGTAAATCCTAATGAGCCGCCTGTGACAAAAACAAGTCCTACCCCCAAAACAGAAACAGCCGTTAATACTATTATTT
CAACTCCAACTAAAACTGCCGACAAACAACTTGCTGATATAGGTGATACCATTACGTACACAATTACATTTCGAAATGGA
GGAACTGTTCCTGCCACTAACGTGACACTTATAGATTCTACCCCTAGCGGAACCACCTTCATTCCAGATAGTGTGACCAT
TAATGGTGTTACCTCTCCGGGATCAAACCCAGCACTTGGTATTCAATTGGGTACTGTAGCTGTTGGAGAAACAAAAACAA
TCACCTACCAAGTCCTCGTTACAAATTTTCCACCAAATGGAATAATTGAAAATCAAGCATCGTTCACTTATCAATATCAA
CCAAATCCAAATGAACCCCCTGTCACTTCAACTACACCAACACCTAATGTGAACGTATCTATTAATAATCCAAATCCAAC
AACTACAAAATCCGCGGACCTTCAAATAGCTGATATAGGCGATATAGTTACTTTTACTGTTACTTTCCAAAATAAAGGAA
CCGTTCCTGCAACGAATGTTACTGTGCAAGATTCGCTTCCGCAAGGTGTTTCATTCGTTCCAGGTAGCGTTGTTATTAAT
GGAATATCTCAGCTTGGCGAAAATCCCGAAATTGGCATACCGATTGGAACTGTCAATCCTGGTCAAAGTATTACAGTTAC
GTTTCAAGGTATCGTAAACAGTATCCCACCTGGTGGAGTCATTAGAAATAAAGCAAATATCACATTCACATATGAACCAA
GTCCTAACGAGCCTCCTGTCACAACTACCATTACAACTCCTGAAACGGAAACAACTGTCAATACAGCTACATTAGAACCA
CAAAAAACAGTAAATCGTTCCTTCGTTACATTAAATGACATTATTACCTATACTCTTTCTTTCCAAAATGTTGGAACTGT
ATCAGCTACGAACGTAACTATAACAGACTCGATTCCAGCTGGTACTACATTTATTCCAGATAGCGTAACTATTAACGGTG
TTCCTCAAGCAGGAATAAATCCAGCATCAGGAATTCCAATCGGTACGCTAACACCAACTGAAAGAGTTACTATCACTTTT
CAAGTTCAAGTCATTAACATTCCACCGAGCGGAACCATAAATAACCAAGGAAGCGCTACATTTAATTATCAAACGGATCC
GACTTTACCTCCTGTGACAAAAACAGAAACAACACCAGAAACGAATACTCCGATTCAAACCGCAGTAATCAGCCCAACAA
AAACTGCTAATTTAACATTTGCAGAAATAGGAAACACTGTAACTTATACTATTACATTTACAAACCAAGGTACAATCCCT
GCTACAAATGTAACAATTACAGACGCTTTACCTCCGGGTACTTCTTTTGTTACGAATAGCGTTACTGTAAACAATGTTAC
TCAACCTGGCGCCAGTCCAGTGACAGGTATTCTTGTCGGTACAGTTAACCCAGGCGAAACAGTTACAGTTACATTCCAAA
TTCAAATAAATGCTATTCCTCCTAGTGGAAAAATAGAAAACACAGCAAGTGTTACCTATACTTCTCAACCTAATCCGAAT
GAACCTCCTATCACAACAACAGAAACGACTCCGACGGTAACAATACCTGTTCGTACCGCTAACCTGAATCCACAAAAAAC
AGTAGATCGTGAGTTTGCAAGTATTGGTGATACGCTCACTTATACGATCACCCTTCAAAATACTGGTAATATACCTGCAA
CTAATGTCATTATTACAGATTCTATCCCTACTGGAACTACATTTATTCTTGGTAGCGTTACGGTTAATGGCATTCCACAA
CCTAATTTGAACCTTGAAACAGGAATCCCGGTTGGCACATTAAATCCTAGACAAATAGTAACTGTTACTTTCGAAGTACA
AGTAACAGCTTTACCACCAAATGGAATTATCTCAAATGAAGCAAATGTCACTTACACATCCCAACCAGACCCTACTCTTC
CGCCTATTACAACAACAACACCTACTCCAATCGCAGAAACAATTGTACAAAATGCAGAGTTAGAGTCAGCTAAAATAGTA
GATTTACCAGTCGCTAACATTGGAGATGCACTCACGTATACGATTACTCTTGAAAACATCGGAAATATTCCTATGACAAA
TGTATCTGTCATTGATCCACCACCATTAGGTACACAATTTATTGTGGATTCCGTTACAGTAAATGGTATTTCACAACCAG
GTATTGATCCAAGTATTGGAATACCTATCGGTACAATACAACCGAATCAAATAGTAACCATCACATTCCAAGTAACGATT
ACGAATATACCGCCTAACGGGGTTGTTACAAATGTTGGTTCAGTCAACTTTACATCTCAGCCTAATCCAAATGAACCTCC
TGTTACAGAAACAGAGACAACACCACCAGTTAATACTGAAATCATTAATAGCATTATTAATCCATCGAAAACAGCTGATC
GAAACAACGTTGATATAGACGATATCATTACGTACACCGTTACATTCCAAAACTTACAAACTGTCGAACTAACAAATATC
ATTTTCACAGATCCAATTCCTGTTGGTACGACTTTCATTCCAAATAGTGTAACAATTAATGGTATCCCAACTAGCGATGT
TGATCCAGCTCTTGGGATTCCTCTTGGAACATTAAACCCTAGTCAATCAGTTGTTGTAACTTTCCAAGTTCGTGTTGTTT
CCATACCACCTAACGGAATTATTGTAAATGAAGCTACTATCACCTACACCTTCCAACCCAATCCTGGAGAACCTCCAGTA
ACAGTGACTACTCCAACGCCTCCTACTACTACCAATGTCAACACGGCAACAACAAACCCTACAAAATCCGCTGATAAAGT
ATTTGCTTTATTAGGTGACACAATCACCTATACAATCTCCTTACAAAATACAGGAACTGTCCCTGCAACAAATGTACTTG
TAACCGACCCTATTCCAGCTGGCACTACTTTCATTCCGAATAGTGTTACGATAAACGACGTTACACAGCCAGGTATTGTT
CCTAGTTCTGGAATTCTTATCGGTACATTAGAACCTAACACTTCCGCCGTCGTAACTTTCCAAGTTCAAGTAACATCGAT
ACCACCAACAGGCTTTATCGAAAATCAAGGGACAGTTTCATTCCAATACCAGCCAGATCCTACTAGACCACCTGTATCTG
TTACTACGCCTACACCTACTACAAAGACGCAAGTAAGTGAAGTCACTATTAATCCTAACAAACAAGGTAACCCTCAAACT
ATTAATCTTGGTGATACTGTCACATATACAATTACGTTCCAAAATGTCGGGAATATTAATGCGACAGATGTTATTATTAC
AGACCCTACTCCAGCTGGTACTACTTTCATTCCGAATAGTGTTACGATTAATGGCGTTTCTTCGCCTGGAGCAAATCCAA
ATAGTGGTGTAAACGTTGGGACTGTTACTCCAGGACAAATTGTTACGTTAACTTATCAAGTTACTGTAACCGCACTACCG
CCAGATGGTATTATTAAAAACACTGCAACTGTCACTTACACATTCCAGCCAAACCCTGGCGAACCCCCTATTACCATTAC
AGATCCTACTCCAACTGTTGAAGTATCCGTTATTACGCCTACACCTAACCCAAATAAACTAGCAGACAAACAAATTGTAG
ATATAAATGAAATTATAACGTATACTGTAACCTTCCAAAATCGCGGGTCAGTCCCTGCAACTTCCGTTATCGTTACTGAT
CCGTTAGCAAATGGGCTAACATTTGTTCCAGGTACCGTTATATTAAATGGTATTCCTGATCTTGGAGCAAATCCTGTAGA
AGGTATACCTGTAGGTACAGTCAATCCGAACGATACAATTACTGTTCAATTCCAAGCGAGAGTAACAAGTGTACCACCTG
GTGGTATCATTCGAAATCAAGCAACTGTTACTTTCACATATGAACCAATTCCTGGTGAACCACCTGTTACTATTACAGAC
CCTACTCCAATTAACACGACGGACGTAAATACAGCTATATTAAATCCACAAAAAACAGCTACGCCGGAAACAGTTACATT
AGGTGATATTATTACGTATACAATTTCTCTCCAAAATACAGGTACCATTCCTGCCAACAATATACTCGTAAGCGATCCTA
TACCAACCGGTACTTCATTTATCCAAAATAGCGTTACGATTAATAATGTATCTCAGCCAACTGCAAATCCAGAAACAGGT
ATTCAAATTCCAACACTTTCTCCTTCTGAATCAGCAACGATTTCTTTCCATGTCCTAGTTACTTCAATTCCACCAAGTGG
AGAGATCCAAAACCAAGGTAACGTTTCATTCCAATACCAACCAGATGCTACTAAACCACCGGTATCCGTTACTACGCCTA
CACCTACTACAATTACTCCTGTAAATGTCGGGACTATTAATCCGATAAAAACCGCTGATAAATCCATCGTTTCAGTAGGT
GATACAATTACGTTTACTATCACATTCCAAAACGAAGGTACCATTCCTGTCACTGACATTTCTGTTACTGATTCACTTCC
TGCAGGTACATCATTCATTCCAAACAGTGTCACAATTAACAACATTCCAGTTCCAAATGCAAATCCATCTACAGGAATTC
TAGTTGGAACTCTTAATCCATTAGACTCAGTAACAATTTCATTCCAAGTACAGGTTATTACCCTTCCACCTAATAGAATG
ATTATAAATATCGCATTCATTACGTCTACTTCTCAACCAGATCCTACTAGACCACCCGTCACAACAACGATTACAACACC
ACCAATTACAGTAGAAGTAAACCCTAATGAGCCAAACACATTTATTAAGACTGCAAATGTAAATAGCGCCCATCTTGGTG
ATTTCATCACATATACACTTACCTTTACTAACAATGGTGCTATCCCAGCAAATAATGTACTCATTACCGACCCACTTCCA
CCTGAAGTTACTTTCTATCCGAATTCAGTAACAGTAAATGGAGTAGCACGTCCTGGAACTAACCCAACTATTGGTATTCT
TATCGACACTGTTAATCCAGGTGAATCCGTTGTTATCCGTTTTATCGTCCAAGTAACAGCAGAGCCACGAGGCGGTCTAA
TTCGCAATACTGCTCGCATTCGCTATACACTAAGACCTGATCCTACTCAACCACCGATTTCTGTTGACGAAACTTCAGAG
CCAAACATTATTCCGTTTATCGGTCCATTCGTATCACCAAATTTAACTTGCTTTTTTGATGGTACACGTTTTATACGTCG
TGGCTGGGATAGAAGGTGTTAA

Upstream 100 bases:

>100_bases
TCCAACTAACACTTCTGTACGAACTGCAATTGTAAATCCTACAAAAACTGTTAGCCCACAAGTTGCTGACATCGGTGATA
TTATTACGTATACGATTACA

Downstream 100 bases:

>100_bases
CAATATAAATAAAAAGACAGCGTCAAAAAACGCTGTCTTTTTATTTTATACATATACAGTTTTTAAGTTAGTTTCATATC
TTTTTCATTATAAAAACCGT

Product: hypothetical protein

Products: NA

Alternate protein names: Cell Surface Protein; Conserved Domain Protein; BNR/Asp-Box Repeat Proetin; Autotransporter Adhesin

Number of amino acids: Translated: 2113; Mature: 2112

Protein sequence:

>2113_residues
MPNTGNISATNVIVTDPIPAGTTFIPNSVTINGVSQPNINPAGGIQVGTINAGSTTTVTFQVQVTSLPQNGVIRNIGNTT
FTYQPDPTKPTITTTNPTPPTTVPINTAIINPIKTADKTAVDIGDIITYTITFNNDGTVPATNVIFTDSIPAGTTFIPNS
VVLNNNPVPNSNPALGITVGTLNPGETKTLSFQVRVTQIPAGGTITNEASTTYTYQPDPTLPPVTTTEPTPPTSVTVNTA
TVNPTKSADRAFADIGDIITYTISLQNNGTVPATNIILTDPIPNGTTFIPNSVTINGISQPNTNPSTGITVGTLDPTEAA
TISFQVQVISVPPHGLVENQGTVSFTHIVNPNEPPVTKTSPTPKTETAVNTIISTPTKTADKQLADIGDTITYTITFRNG
GTVPATNVTLIDSTPSGTTFIPDSVTINGVTSPGSNPALGIQLGTVAVGETKTITYQVLVTNFPPNGIIENQASFTYQYQ
PNPNEPPVTSTTPTPNVNVSINNPNPTTTKSADLQIADIGDIVTFTVTFQNKGTVPATNVTVQDSLPQGVSFVPGSVVIN
GISQLGENPEIGIPIGTVNPGQSITVTFQGIVNSIPPGGVIRNKANITFTYEPSPNEPPVTTTITTPETETTVNTATLEP
QKTVNRSFVTLNDIITYTLSFQNVGTVSATNVTITDSIPAGTTFIPDSVTINGVPQAGINPASGIPIGTLTPTERVTITF
QVQVINIPPSGTINNQGSATFNYQTDPTLPPVTKTETTPETNTPIQTAVISPTKTANLTFAEIGNTVTYTITFTNQGTIP
ATNVTITDALPPGTSFVTNSVTVNNVTQPGASPVTGILVGTVNPGETVTVTFQIQINAIPPSGKIENTASVTYTSQPNPN
EPPITTTETTPTVTIPVRTANLNPQKTVDREFASIGDTLTYTITLQNTGNIPATNVIITDSIPTGTTFILGSVTVNGIPQ
PNLNLETGIPVGTLNPRQIVTVTFEVQVTALPPNGIISNEANVTYTSQPDPTLPPITTTTPTPIAETIVQNAELESAKIV
DLPVANIGDALTYTITLENIGNIPMTNVSVIDPPPLGTQFIVDSVTVNGISQPGIDPSIGIPIGTIQPNQIVTITFQVTI
TNIPPNGVVTNVGSVNFTSQPNPNEPPVTETETTPPVNTEIINSIINPSKTADRNNVDIDDIITYTVTFQNLQTVELTNI
IFTDPIPVGTTFIPNSVTINGIPTSDVDPALGIPLGTLNPSQSVVVTFQVRVVSIPPNGIIVNEATITYTFQPNPGEPPV
TVTTPTPPTTTNVNTATTNPTKSADKVFALLGDTITYTISLQNTGTVPATNVLVTDPIPAGTTFIPNSVTINDVTQPGIV
PSSGILIGTLEPNTSAVVTFQVQVTSIPPTGFIENQGTVSFQYQPDPTRPPVSVTTPTPTTKTQVSEVTINPNKQGNPQT
INLGDTVTYTITFQNVGNINATDVIITDPTPAGTTFIPNSVTINGVSSPGANPNSGVNVGTVTPGQIVTLTYQVTVTALP
PDGIIKNTATVTYTFQPNPGEPPITITDPTPTVEVSVITPTPNPNKLADKQIVDINEIITYTVTFQNRGSVPATSVIVTD
PLANGLTFVPGTVILNGIPDLGANPVEGIPVGTVNPNDTITVQFQARVTSVPPGGIIRNQATVTFTYEPIPGEPPVTITD
PTPINTTDVNTAILNPQKTATPETVTLGDIITYTISLQNTGTIPANNILVSDPIPTGTSFIQNSVTINNVSQPTANPETG
IQIPTLSPSESATISFHVLVTSIPPSGEIQNQGNVSFQYQPDATKPPVSVTTPTPTTITPVNVGTINPIKTADKSIVSVG
DTITFTITFQNEGTIPVTDISVTDSLPAGTSFIPNSVTINNIPVPNANPSTGILVGTLNPLDSVTISFQVQVITLPPNRM
IINIAFITSTSQPDPTRPPVTTTITTPPITVEVNPNEPNTFIKTANVNSAHLGDFITYTLTFTNNGAIPANNVLITDPLP
PEVTFYPNSVTVNGVARPGTNPTIGILIDTVNPGESVVIRFIVQVTAEPRGGLIRNTARIRYTLRPDPTQPPISVDETSE
PNIIPFIGPFVSPNLTCFFDGTRFIRRGWDRRC

Sequences:

>Translated_2113_residues
MPNTGNISATNVIVTDPIPAGTTFIPNSVTINGVSQPNINPAGGIQVGTINAGSTTTVTFQVQVTSLPQNGVIRNIGNTT
FTYQPDPTKPTITTTNPTPPTTVPINTAIINPIKTADKTAVDIGDIITYTITFNNDGTVPATNVIFTDSIPAGTTFIPNS
VVLNNNPVPNSNPALGITVGTLNPGETKTLSFQVRVTQIPAGGTITNEASTTYTYQPDPTLPPVTTTEPTPPTSVTVNTA
TVNPTKSADRAFADIGDIITYTISLQNNGTVPATNIILTDPIPNGTTFIPNSVTINGISQPNTNPSTGITVGTLDPTEAA
TISFQVQVISVPPHGLVENQGTVSFTHIVNPNEPPVTKTSPTPKTETAVNTIISTPTKTADKQLADIGDTITYTITFRNG
GTVPATNVTLIDSTPSGTTFIPDSVTINGVTSPGSNPALGIQLGTVAVGETKTITYQVLVTNFPPNGIIENQASFTYQYQ
PNPNEPPVTSTTPTPNVNVSINNPNPTTTKSADLQIADIGDIVTFTVTFQNKGTVPATNVTVQDSLPQGVSFVPGSVVIN
GISQLGENPEIGIPIGTVNPGQSITVTFQGIVNSIPPGGVIRNKANITFTYEPSPNEPPVTTTITTPETETTVNTATLEP
QKTVNRSFVTLNDIITYTLSFQNVGTVSATNVTITDSIPAGTTFIPDSVTINGVPQAGINPASGIPIGTLTPTERVTITF
QVQVINIPPSGTINNQGSATFNYQTDPTLPPVTKTETTPETNTPIQTAVISPTKTANLTFAEIGNTVTYTITFTNQGTIP
ATNVTITDALPPGTSFVTNSVTVNNVTQPGASPVTGILVGTVNPGETVTVTFQIQINAIPPSGKIENTASVTYTSQPNPN
EPPITTTETTPTVTIPVRTANLNPQKTVDREFASIGDTLTYTITLQNTGNIPATNVIITDSIPTGTTFILGSVTVNGIPQ
PNLNLETGIPVGTLNPRQIVTVTFEVQVTALPPNGIISNEANVTYTSQPDPTLPPITTTTPTPIAETIVQNAELESAKIV
DLPVANIGDALTYTITLENIGNIPMTNVSVIDPPPLGTQFIVDSVTVNGISQPGIDPSIGIPIGTIQPNQIVTITFQVTI
TNIPPNGVVTNVGSVNFTSQPNPNEPPVTETETTPPVNTEIINSIINPSKTADRNNVDIDDIITYTVTFQNLQTVELTNI
IFTDPIPVGTTFIPNSVTINGIPTSDVDPALGIPLGTLNPSQSVVVTFQVRVVSIPPNGIIVNEATITYTFQPNPGEPPV
TVTTPTPPTTTNVNTATTNPTKSADKVFALLGDTITYTISLQNTGTVPATNVLVTDPIPAGTTFIPNSVTINDVTQPGIV
PSSGILIGTLEPNTSAVVTFQVQVTSIPPTGFIENQGTVSFQYQPDPTRPPVSVTTPTPTTKTQVSEVTINPNKQGNPQT
INLGDTVTYTITFQNVGNINATDVIITDPTPAGTTFIPNSVTINGVSSPGANPNSGVNVGTVTPGQIVTLTYQVTVTALP
PDGIIKNTATVTYTFQPNPGEPPITITDPTPTVEVSVITPTPNPNKLADKQIVDINEIITYTVTFQNRGSVPATSVIVTD
PLANGLTFVPGTVILNGIPDLGANPVEGIPVGTVNPNDTITVQFQARVTSVPPGGIIRNQATVTFTYEPIPGEPPVTITD
PTPINTTDVNTAILNPQKTATPETVTLGDIITYTISLQNTGTIPANNILVSDPIPTGTSFIQNSVTINNVSQPTANPETG
IQIPTLSPSESATISFHVLVTSIPPSGEIQNQGNVSFQYQPDATKPPVSVTTPTPTTITPVNVGTINPIKTADKSIVSVG
DTITFTITFQNEGTIPVTDISVTDSLPAGTSFIPNSVTINNIPVPNANPSTGILVGTLNPLDSVTISFQVQVITLPPNRM
IINIAFITSTSQPDPTRPPVTTTITTPPITVEVNPNEPNTFIKTANVNSAHLGDFITYTLTFTNNGAIPANNVLITDPLP
PEVTFYPNSVTVNGVARPGTNPTIGILIDTVNPGESVVIRFIVQVTAEPRGGLIRNTARIRYTLRPDPTQPPISVDETSE
PNIIPFIGPFVSPNLTCFFDGTRFIRRGWDRRC
>Mature_2112_residues
PNTGNISATNVIVTDPIPAGTTFIPNSVTINGVSQPNINPAGGIQVGTINAGSTTTVTFQVQVTSLPQNGVIRNIGNTTF
TYQPDPTKPTITTTNPTPPTTVPINTAIINPIKTADKTAVDIGDIITYTITFNNDGTVPATNVIFTDSIPAGTTFIPNSV
VLNNNPVPNSNPALGITVGTLNPGETKTLSFQVRVTQIPAGGTITNEASTTYTYQPDPTLPPVTTTEPTPPTSVTVNTAT
VNPTKSADRAFADIGDIITYTISLQNNGTVPATNIILTDPIPNGTTFIPNSVTINGISQPNTNPSTGITVGTLDPTEAAT
ISFQVQVISVPPHGLVENQGTVSFTHIVNPNEPPVTKTSPTPKTETAVNTIISTPTKTADKQLADIGDTITYTITFRNGG
TVPATNVTLIDSTPSGTTFIPDSVTINGVTSPGSNPALGIQLGTVAVGETKTITYQVLVTNFPPNGIIENQASFTYQYQP
NPNEPPVTSTTPTPNVNVSINNPNPTTTKSADLQIADIGDIVTFTVTFQNKGTVPATNVTVQDSLPQGVSFVPGSVVING
ISQLGENPEIGIPIGTVNPGQSITVTFQGIVNSIPPGGVIRNKANITFTYEPSPNEPPVTTTITTPETETTVNTATLEPQ
KTVNRSFVTLNDIITYTLSFQNVGTVSATNVTITDSIPAGTTFIPDSVTINGVPQAGINPASGIPIGTLTPTERVTITFQ
VQVINIPPSGTINNQGSATFNYQTDPTLPPVTKTETTPETNTPIQTAVISPTKTANLTFAEIGNTVTYTITFTNQGTIPA
TNVTITDALPPGTSFVTNSVTVNNVTQPGASPVTGILVGTVNPGETVTVTFQIQINAIPPSGKIENTASVTYTSQPNPNE
PPITTTETTPTVTIPVRTANLNPQKTVDREFASIGDTLTYTITLQNTGNIPATNVIITDSIPTGTTFILGSVTVNGIPQP
NLNLETGIPVGTLNPRQIVTVTFEVQVTALPPNGIISNEANVTYTSQPDPTLPPITTTTPTPIAETIVQNAELESAKIVD
LPVANIGDALTYTITLENIGNIPMTNVSVIDPPPLGTQFIVDSVTVNGISQPGIDPSIGIPIGTIQPNQIVTITFQVTIT
NIPPNGVVTNVGSVNFTSQPNPNEPPVTETETTPPVNTEIINSIINPSKTADRNNVDIDDIITYTVTFQNLQTVELTNII
FTDPIPVGTTFIPNSVTINGIPTSDVDPALGIPLGTLNPSQSVVVTFQVRVVSIPPNGIIVNEATITYTFQPNPGEPPVT
VTTPTPPTTTNVNTATTNPTKSADKVFALLGDTITYTISLQNTGTVPATNVLVTDPIPAGTTFIPNSVTINDVTQPGIVP
SSGILIGTLEPNTSAVVTFQVQVTSIPPTGFIENQGTVSFQYQPDPTRPPVSVTTPTPTTKTQVSEVTINPNKQGNPQTI
NLGDTVTYTITFQNVGNINATDVIITDPTPAGTTFIPNSVTINGVSSPGANPNSGVNVGTVTPGQIVTLTYQVTVTALPP
DGIIKNTATVTYTFQPNPGEPPITITDPTPTVEVSVITPTPNPNKLADKQIVDINEIITYTVTFQNRGSVPATSVIVTDP
LANGLTFVPGTVILNGIPDLGANPVEGIPVGTVNPNDTITVQFQARVTSVPPGGIIRNQATVTFTYEPIPGEPPVTITDP
TPINTTDVNTAILNPQKTATPETVTLGDIITYTISLQNTGTIPANNILVSDPIPTGTSFIQNSVTINNVSQPTANPETGI
QIPTLSPSESATISFHVLVTSIPPSGEIQNQGNVSFQYQPDATKPPVSVTTPTPTTITPVNVGTINPIKTADKSIVSVGD
TITFTITFQNEGTIPVTDISVTDSLPAGTSFIPNSVTINNIPVPNANPSTGILVGTLNPLDSVTISFQVQVITLPPNRMI
INIAFITSTSQPDPTRPPVTTTITTPPITVEVNPNEPNTFIKTANVNSAHLGDFITYTLTFTNNGAIPANNVLITDPLPP
EVTFYPNSVTVNGVARPGTNPTIGILIDTVNPGESVVIRFIVQVTAEPRGGLIRNTARIRYTLRPDPTQPPISVDETSEP
NIIPFIGPFVSPNLTCFFDGTRFIRRGWDRRC

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:

None

Paralogues:

None

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

NA

Pfam domain/function: NA

EC number: NA

Molecular weight: Translated: 221253; Mature: 221121

Theoretical pI: Translated: 3.96; Mature: 3.96

Prosite motif: NA

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.1 %Cys     (Translated Protein)
0.1 %Met     (Translated Protein)
0.2 %Cys+Met (Translated Protein)
0.1 %Cys     (Mature Protein)
0.1 %Met     (Mature Protein)
0.2 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MPNTGNISATNVIVTDPIPAGTTFIPNSVTINGVSQPNINPAGGIQVGTINAGSTTTVTF
CCCCCCEEEEEEEEECCCCCCCEECCCCEEECCCCCCCCCCCCCEEEEEECCCCEEEEEE
QVQVTSLPQNGVIRNIGNTTFTYQPDPTKPTITTTNPTPPTTVPINTAIINPIKTADKTA
EEEEEECCCCCEEEECCCCEEEECCCCCCCEEEECCCCCCCEEEECCEEECCCCCCCCCE
VDIGDIITYTITFNNDGTVPATNVIFTDSIPAGTTFIPNSVVLNNNPVPNSNPALGITVG
EEECCEEEEEEEECCCCCCCEEEEEEECCCCCCCEECCCEEEECCCCCCCCCCEEEEEEE
TLNPGETKTLSFQVRVTQIPAGGTITNEASTTYTYQPDPTLPPVTTTEPTPPTSVTVNTA
CCCCCCCEEEEEEEEEEEECCCCEEECCCCEEEEECCCCCCCCCCCCCCCCCCEEEEEEE
TVNPTKSADRAFADIGDIITYTISLQNNGTVPATNIILTDPIPNGTTFIPNSVTINGISQ
ECCCCCCHHHHHHHCCCEEEEEEEECCCCCCCEEEEEEECCCCCCCEECCCCEEEECCCC
PNTNPSTGITVGTLDPTEAATISFQVQVISVPPHGLVENQGTVSFTHIVNPNEPPVTKTS
CCCCCCCCEEEEECCCCCEEEEEEEEEEEEECCCCCCCCCCCEEEEEEECCCCCCCCCCC
PTPKTETAVNTIISTPTKTADKQLADIGDTITYTITFRNGGTVPATNVTLIDSTPSGTTF
CCCCHHHHHHHEECCCCCHHHHHHHHCCCEEEEEEEECCCCCCCCCEEEEEECCCCCCEE
IPDSVTINGVTSPGSNPALGIQLGTVAVGETKTITYQVLVTNFPPNGIIENQASFTYQYQ
CCCCEEEEEECCCCCCCEEEEEEEEEEECCCEEEEEEEEEEECCCCCEECCCCEEEEEEC
PNPNEPPVTSTTPTPNVNVSINNPNPTTTKSADLQIADIGDIVTFTVTFQNKGTVPATNV
CCCCCCCCCCCCCCCEEEEEECCCCCCCCCCCCEEEEECCCEEEEEEEECCCCCCCCCEE
TVQDSLPQGVSFVPGSVVINGISQLGENPEIGIPIGTVNPGQSITVTFQGIVNSIPPGGV
EEECCCCCCCEECCCHHEEHHHHHHCCCCCCEEEEECCCCCCEEEEEEEHHHHCCCCCCE
IRNKANITFTYEPSPNEPPVTTTITTPETETTVNTATLEPQKTVNRSFVTLNDIITYTLS
EECCCEEEEEECCCCCCCCEEEEEECCCCCCEEEEEECCCHHHCCCEEEEEEEEEEEEEE
FQNVGTVSATNVTITDSIPAGTTFIPDSVTINGVPQAGINPASGIPIGTLTPTERVTITF
ECCCCEEEEEEEEEECCCCCCCEECCCCEEECCCCCCCCCCCCCCEEECCCCCCEEEEEE
QVQVINIPPSGTINNQGSATFNYQTDPTLPPVTKTETTPETNTPIQTAVISPTKTANLTF
EEEEEEECCCCCCCCCCCEEEEECCCCCCCCCCCCCCCCCCCCCEEEEEECCCCCCCEEH
AEIGNTVTYTITFTNQGTIPATNVTITDALPPGTSFVTNSVTVNNVTQPGASPVTGILVG
HHCCCEEEEEEEECCCCCCCCCCEEEEECCCCCCCEEECCEEEECCCCCCCCCEEEEEEE
TVNPGETVTVTFQIQINAIPPSGKIENTASVTYTSQPNPNEPPITTTETTPTVTIPVRTA
CCCCCCEEEEEEEEEEEEECCCCCCCCCEEEEECCCCCCCCCCEEECCCCCEEEEEEEEC
NLNPQKTVDREFASIGDTLTYTITLQNTGNIPATNVIITDSIPTGTTFILGSVTVNGIPQ
CCCCHHHHHHHHHHCCCEEEEEEEEECCCCCCEEEEEEECCCCCCCEEEEEEEEECCCCC
PNLNLETGIPVGTLNPRQIVTVTFEVQVTALPPNGIISNEANVTYTSQPDPTLPPITTTT
CCCEEECCCEECCCCCCEEEEEEEEEEEEEECCCCEECCCCCEEECCCCCCCCCCCCCCC
PTPIAETIVQNAELESAKIVDLPVANIGDALTYTITLENIGNIPMTNVSVIDPPPLGTQF
CCHHHHHHHHCCCCCCEEEEEECCCCCCCEEEEEEEECCCCCCCCCEEEEECCCCCCCEE
IVDSVTVNGISQPGIDPSIGIPIGTIQPNQIVTITFQVTITNIPPNGVVTNVGSVNFTSQ
EEEEEEECCCCCCCCCCCCCCEECCCCCCEEEEEEEEEEEEECCCCCEEECCCCEEECCC
PNPNEPPVTETETTPPVNTEIINSIINPSKTADRNNVDIDDIITYTVTFQNLQTVELTNI
CCCCCCCCCCCCCCCCCCHHHHHHHCCCCCCCCCCCCCHHHEEEEEEEECCEEEEEEEEE
IFTDPIPVGTTFIPNSVTINGIPTSDVDPALGIPLGTLNPSQSVVVTFQVRVVSIPPNGI
EEECCCCCCCEECCCCEEECCCCCCCCCCHHCCEECCCCCCCEEEEEEEEEEEEECCCCE
IVNEATITYTFQPNPGEPPVTVTTPTPPTTTNVNTATTNPTKSADKVFALLGDTITYTIS
EEECEEEEEEECCCCCCCCEEEECCCCCCCCCCEECCCCCCCCHHHEEEEECCEEEEEEE
LQNTGTVPATNVLVTDPIPAGTTFIPNSVTINDVTQPGIVPSSGILIGTLEPNTSAVVTF
ECCCCCCCCCEEEEECCCCCCCEECCCCEEEECCCCCCCCCCCCEEEEEECCCCCEEEEE
QVQVTSIPPTGFIENQGTVSFQYQPDPTRPPVSVTTPTPTTKTQVSEVTINPNKQGNPQT
EEEEEECCCCCEECCCCEEEEEECCCCCCCCEEEECCCCCCCEEEEEEEECCCCCCCCCE
INLGDTVTYTITFQNVGNINATDVIITDPTPAGTTFIPNSVTINGVSSPGANPNSGVNVG
EECCCEEEEEEEEECCCCCCCEEEEEECCCCCCCEECCCCEEEECCCCCCCCCCCCEEEE
TVTPGQIVTLTYQVTVTALPPDGIIKNTATVTYTFQPNPGEPPITITDPTPTVEVSVITP
EECCCEEEEEEEEEEEEEECCCCCCCCCEEEEEEECCCCCCCCEEEECCCCEEEEEEECC
TPNPNKLADKQIVDINEIITYTVTFQNRGSVPATSVIVTDPLANGLTFVPGTVILNGIPD
CCCCCCCCCCEEEEEEEEEEEEEEECCCCCCCEEEEEEECCCCCCEEECCCEEEEECCCC
LGANPVEGIPVGTVNPNDTITVQFQARVTSVPPGGIIRNQATVTFTYEPIPGEPPVTITD
CCCCCCCCEEECCCCCCCEEEEEEEEEEECCCCCCEEECCEEEEEEECCCCCCCCEEECC
PTPINTTDVNTAILNPQKTATPETVTLGDIITYTISLQNTGTIPANNILVSDPIPTGTSF
CCCCCCCCCEEEEECCCCCCCCCEEEECCEEEEEEEECCCCCCCCCCEEEECCCCCCHHH
IQNSVTINNVSQPTANPETGIQIPTLSPSESATISFHVLVTSIPPSGEIQNQGNVSFQYQ
HCCCEEEECCCCCCCCCCCCEEECCCCCCCCCEEEEEEEEEECCCCCCCCCCCCEEEEEC
PDATKPPVSVTTPTPTTITPVNVGTINPIKTADKSIVSVGDTITFTITFQNEGTIPVTDI
CCCCCCCEEEECCCCCEEEEEECCCCCCCCCCCCCEEEECCEEEEEEEECCCCCEEEEEE
SVTDSLPAGTSFIPNSVTINNIPVPNANPSTGILVGTLNPLDSVTISFQVQVITLPPNRM
EECCCCCCCCCCCCCCEEECCCCCCCCCCCCEEEEEECCCCCCEEEEEEEEEEEECCCCE
IINIAFITSTSQPDPTRPPVTTTITTPPITVEVNPNEPNTFIKTANVNSAHLGDFITYTL
EEEEEEEEECCCCCCCCCCEEEEEECCCEEEEECCCCCCCEEEECCCCCHHCCCEEEEEE
TFTNNGAIPANNVLITDPLPPEVTFYPNSVTVNGVARPGTNPTIGILIDTVNPGESVVIR
EEECCCCCCCCCEEEECCCCCCEEEECCCEEEEEEECCCCCCEEEEEEECCCCCHHEEEE
FIVQVTAEPRGGLIRNTARIRYTLRPDPTQPPISVDETSEPNIIPFIGPFVSPNLTCFFD
EEEEEECCCCCCEEECEEEEEEEECCCCCCCCEECCCCCCCCEEEEECCCCCCCEEEEEC
GTRFIRRGWDRRC
CHHHHHCCCCCCC
>Mature Secondary Structure 
PNTGNISATNVIVTDPIPAGTTFIPNSVTINGVSQPNINPAGGIQVGTINAGSTTTVTF
CCCCCEEEEEEEEECCCCCCCEECCCCEEECCCCCCCCCCCCCEEEEEECCCCEEEEEE
QVQVTSLPQNGVIRNIGNTTFTYQPDPTKPTITTTNPTPPTTVPINTAIINPIKTADKTA
EEEEEECCCCCEEEECCCCEEEECCCCCCCEEEECCCCCCCEEEECCEEECCCCCCCCCE
VDIGDIITYTITFNNDGTVPATNVIFTDSIPAGTTFIPNSVVLNNNPVPNSNPALGITVG
EEECCEEEEEEEECCCCCCCEEEEEEECCCCCCCEECCCEEEECCCCCCCCCCEEEEEEE
TLNPGETKTLSFQVRVTQIPAGGTITNEASTTYTYQPDPTLPPVTTTEPTPPTSVTVNTA
CCCCCCCEEEEEEEEEEEECCCCEEECCCCEEEEECCCCCCCCCCCCCCCCCCEEEEEEE
TVNPTKSADRAFADIGDIITYTISLQNNGTVPATNIILTDPIPNGTTFIPNSVTINGISQ
ECCCCCCHHHHHHHCCCEEEEEEEECCCCCCCEEEEEEECCCCCCCEECCCCEEEECCCC
PNTNPSTGITVGTLDPTEAATISFQVQVISVPPHGLVENQGTVSFTHIVNPNEPPVTKTS
CCCCCCCCEEEEECCCCCEEEEEEEEEEEEECCCCCCCCCCCEEEEEEECCCCCCCCCCC
PTPKTETAVNTIISTPTKTADKQLADIGDTITYTITFRNGGTVPATNVTLIDSTPSGTTF
CCCCHHHHHHHEECCCCCHHHHHHHHCCCEEEEEEEECCCCCCCCCEEEEEECCCCCCEE
IPDSVTINGVTSPGSNPALGIQLGTVAVGETKTITYQVLVTNFPPNGIIENQASFTYQYQ
CCCCEEEEEECCCCCCCEEEEEEEEEEECCCEEEEEEEEEEECCCCCEECCCCEEEEEEC
PNPNEPPVTSTTPTPNVNVSINNPNPTTTKSADLQIADIGDIVTFTVTFQNKGTVPATNV
CCCCCCCCCCCCCCCEEEEEECCCCCCCCCCCCEEEEECCCEEEEEEEECCCCCCCCCEE
TVQDSLPQGVSFVPGSVVINGISQLGENPEIGIPIGTVNPGQSITVTFQGIVNSIPPGGV
EEECCCCCCCEECCCHHEEHHHHHHCCCCCCEEEEECCCCCCEEEEEEEHHHHCCCCCCE
IRNKANITFTYEPSPNEPPVTTTITTPETETTVNTATLEPQKTVNRSFVTLNDIITYTLS
EECCCEEEEEECCCCCCCCEEEEEECCCCCCEEEEEECCCHHHCCCEEEEEEEEEEEEEE
FQNVGTVSATNVTITDSIPAGTTFIPDSVTINGVPQAGINPASGIPIGTLTPTERVTITF
ECCCCEEEEEEEEEECCCCCCCEECCCCEEECCCCCCCCCCCCCCEEECCCCCCEEEEEE
QVQVINIPPSGTINNQGSATFNYQTDPTLPPVTKTETTPETNTPIQTAVISPTKTANLTF
EEEEEEECCCCCCCCCCCEEEEECCCCCCCCCCCCCCCCCCCCCEEEEEECCCCCCCEEH
AEIGNTVTYTITFTNQGTIPATNVTITDALPPGTSFVTNSVTVNNVTQPGASPVTGILVG
HHCCCEEEEEEEECCCCCCCCCCEEEEECCCCCCCEEECCEEEECCCCCCCCCEEEEEEE
TVNPGETVTVTFQIQINAIPPSGKIENTASVTYTSQPNPNEPPITTTETTPTVTIPVRTA
CCCCCCEEEEEEEEEEEEECCCCCCCCCEEEEECCCCCCCCCCEEECCCCCEEEEEEEEC
NLNPQKTVDREFASIGDTLTYTITLQNTGNIPATNVIITDSIPTGTTFILGSVTVNGIPQ
CCCCHHHHHHHHHHCCCEEEEEEEEECCCCCCEEEEEEECCCCCCCEEEEEEEEECCCCC
PNLNLETGIPVGTLNPRQIVTVTFEVQVTALPPNGIISNEANVTYTSQPDPTLPPITTTT
CCCEEECCCEECCCCCCEEEEEEEEEEEEEECCCCEECCCCCEEECCCCCCCCCCCCCCC
PTPIAETIVQNAELESAKIVDLPVANIGDALTYTITLENIGNIPMTNVSVIDPPPLGTQF
CCHHHHHHHHCCCCCCEEEEEECCCCCCCEEEEEEEECCCCCCCCCEEEEECCCCCCCEE
IVDSVTVNGISQPGIDPSIGIPIGTIQPNQIVTITFQVTITNIPPNGVVTNVGSVNFTSQ
EEEEEEECCCCCCCCCCCCCCEECCCCCCEEEEEEEEEEEEECCCCCEEECCCCEEECCC
PNPNEPPVTETETTPPVNTEIINSIINPSKTADRNNVDIDDIITYTVTFQNLQTVELTNI
CCCCCCCCCCCCCCCCCCHHHHHHHCCCCCCCCCCCCCHHHEEEEEEEECCEEEEEEEEE
IFTDPIPVGTTFIPNSVTINGIPTSDVDPALGIPLGTLNPSQSVVVTFQVRVVSIPPNGI
EEECCCCCCCEECCCCEEECCCCCCCCCCHHCCEECCCCCCCEEEEEEEEEEEEECCCCE
IVNEATITYTFQPNPGEPPVTVTTPTPPTTTNVNTATTNPTKSADKVFALLGDTITYTIS
EEECEEEEEEECCCCCCCCEEEECCCCCCCCCCEECCCCCCCCHHHEEEEECCEEEEEEE
LQNTGTVPATNVLVTDPIPAGTTFIPNSVTINDVTQPGIVPSSGILIGTLEPNTSAVVTF
ECCCCCCCCCEEEEECCCCCCCEECCCCEEEECCCCCCCCCCCCEEEEEECCCCCEEEEE
QVQVTSIPPTGFIENQGTVSFQYQPDPTRPPVSVTTPTPTTKTQVSEVTINPNKQGNPQT
EEEEEECCCCCEECCCCEEEEEECCCCCCCCEEEECCCCCCCEEEEEEEECCCCCCCCCE
INLGDTVTYTITFQNVGNINATDVIITDPTPAGTTFIPNSVTINGVSSPGANPNSGVNVG
EECCCEEEEEEEEECCCCCCCEEEEEECCCCCCCEECCCCEEEECCCCCCCCCCCCEEEE
TVTPGQIVTLTYQVTVTALPPDGIIKNTATVTYTFQPNPGEPPITITDPTPTVEVSVITP
EECCCEEEEEEEEEEEEEECCCCCCCCCEEEEEEECCCCCCCCEEEECCCCEEEEEEECC
TPNPNKLADKQIVDINEIITYTVTFQNRGSVPATSVIVTDPLANGLTFVPGTVILNGIPD
CCCCCCCCCCEEEEEEEEEEEEEEECCCCCCCEEEEEEECCCCCCEEECCCEEEEECCCC
LGANPVEGIPVGTVNPNDTITVQFQARVTSVPPGGIIRNQATVTFTYEPIPGEPPVTITD
CCCCCCCCEEECCCCCCCEEEEEEEEEEECCCCCCEEECCEEEEEEECCCCCCCCEEECC
PTPINTTDVNTAILNPQKTATPETVTLGDIITYTISLQNTGTIPANNILVSDPIPTGTSF
CCCCCCCCCEEEEECCCCCCCCCEEEECCEEEEEEEECCCCCCCCCCEEEECCCCCCHHH
IQNSVTINNVSQPTANPETGIQIPTLSPSESATISFHVLVTSIPPSGEIQNQGNVSFQYQ
HCCCEEEECCCCCCCCCCCCEEECCCCCCCCCEEEEEEEEEECCCCCCCCCCCCEEEEEC
PDATKPPVSVTTPTPTTITPVNVGTINPIKTADKSIVSVGDTITFTITFQNEGTIPVTDI
CCCCCCCEEEECCCCCEEEEEECCCCCCCCCCCCCEEEECCEEEEEEEECCCCCEEEEEE
SVTDSLPAGTSFIPNSVTINNIPVPNANPSTGILVGTLNPLDSVTISFQVQVITLPPNRM
EECCCCCCCCCCCCCCEEECCCCCCCCCCCCEEEEEECCCCCCEEEEEEEEEEEECCCCE
IINIAFITSTSQPDPTRPPVTTTITTPPITVEVNPNEPNTFIKTANVNSAHLGDFITYTL
EEEEEEEEECCCCCCCCCCEEEEEECCCEEEEECCCCCCCEEEECCCCCHHCCCEEEEEE
TFTNNGAIPANNVLITDPLPPEVTFYPNSVTVNGVARPGTNPTIGILIDTVNPGESVVIR
EEECCCCCCCCCEEEECCCCCCEEEECCCEEEEEEECCCCCCEEEEEEECCCCCHHEEEE
FIVQVTAEPRGGLIRNTARIRYTLRPDPTQPPISVDETSEPNIIPFIGPFVSPNLTCFFD
EEEEEECCCCCCEEECEEEEEEEECCCCCCCCEECCCCCCCCEEEEECCCCCCCEEEEEC
GTRFIRRGWDRRC
CHHHHHCCCCCCC

PDB accession: NA

Resolution: NA

Structure class: Beta

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