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The map label for this gene is 84488983

Identifier: 84488983

GI number: 84488983

Start: 189272

End: 195382

Strand: Direct

Name: 84488983

Synonym: Msp_0154

Alternate gene names: NA

Gene position: 189272-195382 (Clockwise)

Preceding gene: 84488982

Following gene: 84488985

Centisome position: 10.71

GC content: 25.95

Gene sequence:

>6111_bases
TTGGTTAATAAACAAGGATTTATGTTTCTTTTTTGTACAGTATTCTTAATATTTGTAGCCTTATCAGCAGTAAATGCAAC
AAATATTAATGATACACCAACTACTATATCTTCAAATAGTGATATATGTGTAAATAATACAATTAGTATGAATACTTCAA
AAGATAAATCCTACTTTAAAAATATAATAAAAAATCAAACAAATAAAAATATAAATAAAGATAATTTAATTAAAGAAAGT
AAACAAGTAAATTCAAATAAAACCATAACATCCAACACACAAAAATCAAATACAAATAAAAAATCACTAAAAACTACAAA
TAACACATTAAATGTAGATACAAATGGTACTGAAACAGCTTATTTTTTTATACATTCAAATGGTGAATTACAAGAAAATA
TTACAGAAAACGGAAATTCAACTGAATTTGCAGCAAGAAATTATATACCTCAGACATCTTCTGGTGGATCAAGTTTGACA
TGGGATGGAACAGTGAATATGTCACAGATTATAAATGATTGGCATATTAATAGTGCTTCTACTAACTGGGTAGTTGAAAC
CAAGGGACAATATGCTCTTAACAAATACATAATCAAAACACCAGATGGTCTTAAAACATTCCTAAAAGTAAATGATACAA
CTAAATATGTAAGTGAAAAACAATCAAAACAAATACTTAAGAATTTTTATCCTGATATGTACAGTAAATACTATAATAGT
TCATATAGAATAATTGAAACAAATTATATTTACTTCCCCTACTCAATAAAAAGAGAAAAATATGATAAATTAATTCACAT
TGATGGAATTATAATTCCTTACTATGTATTTGAATTAATTCCAGGTCATGATAAAGATCCAATAAATAATATAACAAAAA
AACCAAGTACAACCAAAGCAACAATATTAAATTCTACTTATAAAAATAGTAAATTAAATATCACAGTACTTGATGCTAAT
ACAAGTGCAGTAATAAAAAATGGAACTGTATTTGTAACATTACCAAATGGAACAGAAGTAATGGGAGTAACTGACAATAA
TGGTAACGTAGTAATTCCAGTAGATTTATCTGTTGGTGAATATGAATTACCTGTAACATTTATGGGAAATGAAAATTATA
CTGTATCTAACACAACAGTATTAATAATTATCCAAAAAATATACACAAACATAAAAGTAGAAGCAACCAATACAAAGGTA
AATAAAACAAACATAATCAAAGTAACACTCACAAATGGTAATGGTCTTGTTGGAGAAAAAGTAGTACTAACAATTGATGA
TAAAAAATACAATTTAATAACCAAAGAAAATGGAGTAGCAACATTTACAACATACTCATCTTCTATTGAAAGAAATAAGG
TTTTAGTAACTGTAGAATACTTTGGAAATGAAAATATAGGATATGATTCCTGTATAAACAGTACAGAATTTAATGTAAAA
AAATTAAATACAAAAATTACAGTAAATCAGATATCAAATGCAATAATAGGACAGAATATAACATTAACTGGTAATTTAAC
AGATGAATTTGGACACATAGTTTCTAATGAAAATATAGTACTATGTTTTGAAAAAGATAATAAAAATATTACAGTATCTA
CGAATTCAAATGGAACATATACATTCACATATAATGTATATAGAGAAGGATCTTTTGATGTAATCATATACTATTATGGA
AATACAGCTCTAAATCCAAGTAGTATTGGATTTCATACTTATGTAGTAAAAATAAATACAAATATCACAGTAAATCCAGT
GGCAAATACAACAGTAGATAAAAATGTATCAATAAAAGGTACACTCAAAGATGAATTTGGAAATATAATGCCAAATACAA
ACATTAAAATAAGAATAAATAATGAAACATATCAAGTAACAACCGATGCTCAGGGTGAATATGAATATATATACAAAACA
ACAATGGAAGATACTCTTGATGTAACTGTAGCATATCATGGTAACAATACACACAATCCAAGTATTATAAAAACATCATT
CAATGTACGTAAACTAAATACAACGTTATCTATTATACCAAGTCCACCTTTAAAAGATGGAGATAAAATATATATAATGG
GATATTTAGAGGATGAAAATAAAAATCCAATAGCAAATGCAACTATCACAATAACATTTGGAAATAAAGTATATAATGTA
ACAACTGATGATAAAGGAAAATATACTGCAATTGAAATAGCAAACAGTTCTATTCAACAGGGGGTGGTTGTAGCATATAT
TGGAGATAACAAATATGCTACCTCATTAAACAAGACAGAATATTATGTTGATAAAATATATACAAAAATATCAGTAAACA
ATATAGATCAAGTACCAGTAGGTTCAACAGTAACTATAAATGGTACACTTAAAGATGAATTTGGACATATCTTGCCAAAT
ACTCCAATAGAAATAGATATAAATGGTAAAACTATTCAATTTGTTACAGATGAAAATGGAAATTATGCATATAATTATAC
CATATCTGAAATGAAAAAAGCAAGTGTATCAGTAAGTTATCTTGGAAACAGTACTTATTATTCTTCAGATGCTCAAACAG
CAATCACAGTTCGTAAAATAAAAACAACAATAACTCTAGATCCAGTTAGTGATATACCTTATGGAAAAAACATAACAATA
TCTGGAATTTTAAAAGATGAATTTGGAAAACCACTTTCAAATGTAAACATATCTGTAGTAATAAATGGTGAAGTAAAAAG
TAGTAATGTTACAACAGACAACAATGGAAAATATTCAATGAATGTTACTAAATCAAATGTTGGTATAAAAAATATTATAG
TATCATATGATGGAAATCTAACACATTATGCATCATCAAACTCTTCATCATTAAATGTAACTACTATAAACACAACCATA
ACAGTAAATACCACACATAGTGTGAAAATAGGATCTTCAATTATTATAAATGGTGTACTTAAAGATGTATATGGAAATAT
TTTACCTAATACAGAAGTTATAATAGTTGTTAATGGAAAAGAATACACAATTATGACTAATAATGAAGGATACTATGAAA
TGCCATATACTACATATATTATAGGTTCAAGATTAGTTCTAGTGAAATACTTGGGAAACAGTACATATAATCCAACAAGT
AATCAAACAAACTTCTATGTAAATCCTATAAACACAGCAATAACAGTAAGTACAAATTTAACTAATGGTAGTGTGAAATT
TGGTCAAAGTATATTAATCAATGGTACAGTATATGATGAGTTTGGAAATATTCTACCAAATACTGAAGTTTCAATTATTA
TTGATGAAGAAACATACACAACAACAAGTGATGTTAATGGAAAGTATCAATTCATACGTAAAAGTCAATCAATAGGAATA
AAAAAAGTAATTGTTCAATATAATGGAAATTATACTTATAATCCATCATCAAATGAAATATATTATACAGTAATACCATT
AAATACTAAAATAGTTATAAATCATGTGGAAGATATAAAAATTGGATCTTCTACATATATTAATGGAACTATATATGATG
AATTTGGTAATATATTACCTAATACTGAGTTAAGCTTTTTAGTAAATGATAATTTGGTGTATAATTTATCAGATTCTGAA
GGAAACTTTAAATTTAAATATACTCCAGAAACTGCAGGAATAATTAATGTAATAGTGGGATACATTGGAAATTCTACTCA
TAATCCATCAGCAAACACTACATCATTCAATGTAAATAAAATCAATACAAAATTAACAGTAACTTCTAATAATACTATAG
AGATTGGAAAAAATACTTCAATTGAAGGTATACTTAAAGATGAATTTGGTCATGTTTTATCTAACTTCAATATAACACTT
AATATTGGTGGTAAATTAGTAAATGTAACAACAAATGAATTTGGATATTATAAAACAACATTCATTCCAACACAAGAAGA
AACAATTAGTATAATTGGATTTTATGGTGGTAATGCATTATATAATCAAGTAGAAAATAAAACAATAATCAATGTAACAA
AAATCAACACAACCATCAAATTAAATAACATAAAAACTACCACATATGGTAATAATGCACAAATAAGTGGTACATTAACA
GATATTTATGGAAACATAATATCTAATGTAAATGTTACTTTAATGATTAATAATCGTCAAGTTATTGTAACTACTGATGA
AAAGGGAGTATTTACATACACTTATAAAACAGATTTTGTGGATATAAATGAAGTCCAAGCTATCTATTATGGAAATGATA
CATATAAAATGAATGGGGATATAAAATATTTCTTTGTAGTTGGTATTGAAACATCAATTTCTATAAATGAAATAAAAAAT
ACTACAATGTCCACACATGTTCTAATCAAGGGTACACTCAAAGATGAATTTGGAAATATCATGGCAAATACAAAAGTAGT
TCTTACAGTTAACAATCAAATGGTATCTCTAGTAACAGATGAATTTGGACACTACACATATGATTACATAACAAATGTTC
TGGGAACAAATGAGGTATATGTGATATATGAGGGTAACAATTCACATGATTATTCAACTAATGTAACTTCATTTAATGTA
AGAAAAATAAGTTCAATTATAGATGTAAATAAAATATCTACAATAGTAATTGGAAATAATGTTACAGTAAATGGTACACT
CAAAGATGAGTTTGGAAATAAACTTGTTAACACAACAATATCTCTAAATATTAATGATAAAACAGTTAATGTAACTACTG
ATAATAATGGTAATTATAAATACACATTCCAAACAAATAAAATAGAAGTAAACACAATAGATGTATCATACTCTGGTAAT
GATTCATACTTATCTGCAAATACAAGAGTTGCATTTGATGTAAGAAAAATACTAACTGATGTTGATATAAATAATATTTC
TGATGTTAAAATCAACTCTAATGTAGTAATAAATGGTACATTATATGATGAATATGGAAATGTAATGAAAAACACTCCAA
TAAAACTTATCATAAACAACCAAACATACAACATAACAACAGATAACAATGGTAATTACAAATACACATACAAAGTAAAT
TCATTAAATAACACAGTAGAAGTAGTTTATCTTGGAAATAACACACACGATGCTTCATATGATATAACTTTATTTACAGC
AAATAAACTTAAAACAACAGTTACAGTTTATCCTGCAAGTGGTATTATTGGTGAAAACATAACTTTAATTGCTAAAATTA
CTGATGAATATGGTAACCTTGTAAATGGTGGAAATCTTGTATTTAAACTTAATGGTAAAACATTACGTGAAGATGGAAGC
TTTAATAGTACAGCAAATCCACTTAAATTAAAAGTTGAAAATGGTTTTGTAAGATATAATCTACATCTTGACATGTATCT
TAGAAATATTAAGAATGTAACTGCATCATACAGTGGATCATACATCTATGAAAGTGCAAGAGCACAAGAGGCTACTGTAA
TAGTTGGAAAACGTATGACACAATTAAATGTTACAACATCAACTACAACAGTAAAACAAAATACAAACATAACATTCACA
GTAAAAATAGCTGATATAACACCAAATGCAGAAAACAGAACAATAAATACTGGACGTGTGATTTTTAAAATAAATGGTAA
AACCATAAAAGATGATGATGGTAACATAGTCTTTAGTGATATAATAAATAACACTGCAACTTACACATACCACATACCAC
AAGGTATGGCATCTGTAGATAAAAACAATACTTTAAGAAACTACACAGTAGAAGCAGTATATGCTGATAAAATATATCAA
GAAACAAAAAACACCACAGTATTCCATGTTGAAAAATCAGATATTTCAATCGATATAAACAATGTATCAGTATCAAAAAC
AGATAAAACAATGAATGTAACTGCTAAAATACTTGACTATCAAGGAAATTTCGTAGTAGGAACAAATAAAATTTGTCTAA
AAGTTAATGGTGTAACTTTAAAAGATGAAAATAATCAAACAATCTACTACACAATTAATAATGGAGTTATAGATCTTAAA
AACATCATTATTCCTGTTAAAAATGTTAATAACATTACAATAGTAACAGGTGATAGACAAGCATATAACAGTGGATGTAA
TACAACTGATGTTATATTCATAAAAGAATAA

Upstream 100 bases:

>100_bases
TATACTTTTAAATTTAATATAATTTCATGGTGTAATTTAAATAGGGATTATATCTGATTATATATGTGTAATATATAATA
AAGTAAGAGAGGTGATATTT

Downstream 100 bases:

>100_bases
TTAAAGTATTTCTTTAATTTATTCTTCTTTTTCTAAAAAAAAGTTAAATTCTATTTCTTAAATAAAAATTTAAATAAAAA
TAGTTTATTTTAAAGTTTAA

Product: asn/thr-rich large protein family protein

Products: NA

Alternate protein names: Adhesin-Like Protein; Adhesin-Like Protein With Transglutaminase Domain

Number of amino acids: Translated: 2036; Mature: 2036

Protein sequence:

>2036_residues
MVNKQGFMFLFCTVFLIFVALSAVNATNINDTPTTISSNSDICVNNTISMNTSKDKSYFKNIIKNQTNKNINKDNLIKES
KQVNSNKTITSNTQKSNTNKKSLKTTNNTLNVDTNGTETAYFFIHSNGELQENITENGNSTEFAARNYIPQTSSGGSSLT
WDGTVNMSQIINDWHINSASTNWVVETKGQYALNKYIIKTPDGLKTFLKVNDTTKYVSEKQSKQILKNFYPDMYSKYYNS
SYRIIETNYIYFPYSIKREKYDKLIHIDGIIIPYYVFELIPGHDKDPINNITKKPSTTKATILNSTYKNSKLNITVLDAN
TSAVIKNGTVFVTLPNGTEVMGVTDNNGNVVIPVDLSVGEYELPVTFMGNENYTVSNTTVLIIIQKIYTNIKVEATNTKV
NKTNIIKVTLTNGNGLVGEKVVLTIDDKKYNLITKENGVATFTTYSSSIERNKVLVTVEYFGNENIGYDSCINSTEFNVK
KLNTKITVNQISNAIIGQNITLTGNLTDEFGHIVSNENIVLCFEKDNKNITVSTNSNGTYTFTYNVYREGSFDVIIYYYG
NTALNPSSIGFHTYVVKINTNITVNPVANTTVDKNVSIKGTLKDEFGNIMPNTNIKIRINNETYQVTTDAQGEYEYIYKT
TMEDTLDVTVAYHGNNTHNPSIIKTSFNVRKLNTTLSIIPSPPLKDGDKIYIMGYLEDENKNPIANATITITFGNKVYNV
TTDDKGKYTAIEIANSSIQQGVVVAYIGDNKYATSLNKTEYYVDKIYTKISVNNIDQVPVGSTVTINGTLKDEFGHILPN
TPIEIDINGKTIQFVTDENGNYAYNYTISEMKKASVSVSYLGNSTYYSSDAQTAITVRKIKTTITLDPVSDIPYGKNITI
SGILKDEFGKPLSNVNISVVINGEVKSSNVTTDNNGKYSMNVTKSNVGIKNIIVSYDGNLTHYASSNSSSLNVTTINTTI
TVNTTHSVKIGSSIIINGVLKDVYGNILPNTEVIIVVNGKEYTIMTNNEGYYEMPYTTYIIGSRLVLVKYLGNSTYNPTS
NQTNFYVNPINTAITVSTNLTNGSVKFGQSILINGTVYDEFGNILPNTEVSIIIDEETYTTTSDVNGKYQFIRKSQSIGI
KKVIVQYNGNYTYNPSSNEIYYTVIPLNTKIVINHVEDIKIGSSTYINGTIYDEFGNILPNTELSFLVNDNLVYNLSDSE
GNFKFKYTPETAGIINVIVGYIGNSTHNPSANTTSFNVNKINTKLTVTSNNTIEIGKNTSIEGILKDEFGHVLSNFNITL
NIGGKLVNVTTNEFGYYKTTFIPTQEETISIIGFYGGNALYNQVENKTIINVTKINTTIKLNNIKTTTYGNNAQISGTLT
DIYGNIISNVNVTLMINNRQVIVTTDEKGVFTYTYKTDFVDINEVQAIYYGNDTYKMNGDIKYFFVVGIETSISINEIKN
TTMSTHVLIKGTLKDEFGNIMANTKVVLTVNNQMVSLVTDEFGHYTYDYITNVLGTNEVYVIYEGNNSHDYSTNVTSFNV
RKISSIIDVNKISTIVIGNNVTVNGTLKDEFGNKLVNTTISLNINDKTVNVTTDNNGNYKYTFQTNKIEVNTIDVSYSGN
DSYLSANTRVAFDVRKILTDVDINNISDVKINSNVVINGTLYDEYGNVMKNTPIKLIINNQTYNITTDNNGNYKYTYKVN
SLNNTVEVVYLGNNTHDASYDITLFTANKLKTTVTVYPASGIIGENITLIAKITDEYGNLVNGGNLVFKLNGKTLREDGS
FNSTANPLKLKVENGFVRYNLHLDMYLRNIKNVTASYSGSYIYESARAQEATVIVGKRMTQLNVTTSTTTVKQNTNITFT
VKIADITPNAENRTINTGRVIFKINGKTIKDDDGNIVFSDIINNTATYTYHIPQGMASVDKNNTLRNYTVEAVYADKIYQ
ETKNTTVFHVEKSDISIDINNVSVSKTDKTMNVTAKILDYQGNFVVGTNKICLKVNGVTLKDENNQTIYYTINNGVIDLK
NIIIPVKNVNNITIVTGDRQAYNSGCNTTDVIFIKE

Sequences:

>Translated_2036_residues
MVNKQGFMFLFCTVFLIFVALSAVNATNINDTPTTISSNSDICVNNTISMNTSKDKSYFKNIIKNQTNKNINKDNLIKES
KQVNSNKTITSNTQKSNTNKKSLKTTNNTLNVDTNGTETAYFFIHSNGELQENITENGNSTEFAARNYIPQTSSGGSSLT
WDGTVNMSQIINDWHINSASTNWVVETKGQYALNKYIIKTPDGLKTFLKVNDTTKYVSEKQSKQILKNFYPDMYSKYYNS
SYRIIETNYIYFPYSIKREKYDKLIHIDGIIIPYYVFELIPGHDKDPINNITKKPSTTKATILNSTYKNSKLNITVLDAN
TSAVIKNGTVFVTLPNGTEVMGVTDNNGNVVIPVDLSVGEYELPVTFMGNENYTVSNTTVLIIIQKIYTNIKVEATNTKV
NKTNIIKVTLTNGNGLVGEKVVLTIDDKKYNLITKENGVATFTTYSSSIERNKVLVTVEYFGNENIGYDSCINSTEFNVK
KLNTKITVNQISNAIIGQNITLTGNLTDEFGHIVSNENIVLCFEKDNKNITVSTNSNGTYTFTYNVYREGSFDVIIYYYG
NTALNPSSIGFHTYVVKINTNITVNPVANTTVDKNVSIKGTLKDEFGNIMPNTNIKIRINNETYQVTTDAQGEYEYIYKT
TMEDTLDVTVAYHGNNTHNPSIIKTSFNVRKLNTTLSIIPSPPLKDGDKIYIMGYLEDENKNPIANATITITFGNKVYNV
TTDDKGKYTAIEIANSSIQQGVVVAYIGDNKYATSLNKTEYYVDKIYTKISVNNIDQVPVGSTVTINGTLKDEFGHILPN
TPIEIDINGKTIQFVTDENGNYAYNYTISEMKKASVSVSYLGNSTYYSSDAQTAITVRKIKTTITLDPVSDIPYGKNITI
SGILKDEFGKPLSNVNISVVINGEVKSSNVTTDNNGKYSMNVTKSNVGIKNIIVSYDGNLTHYASSNSSSLNVTTINTTI
TVNTTHSVKIGSSIIINGVLKDVYGNILPNTEVIIVVNGKEYTIMTNNEGYYEMPYTTYIIGSRLVLVKYLGNSTYNPTS
NQTNFYVNPINTAITVSTNLTNGSVKFGQSILINGTVYDEFGNILPNTEVSIIIDEETYTTTSDVNGKYQFIRKSQSIGI
KKVIVQYNGNYTYNPSSNEIYYTVIPLNTKIVINHVEDIKIGSSTYINGTIYDEFGNILPNTELSFLVNDNLVYNLSDSE
GNFKFKYTPETAGIINVIVGYIGNSTHNPSANTTSFNVNKINTKLTVTSNNTIEIGKNTSIEGILKDEFGHVLSNFNITL
NIGGKLVNVTTNEFGYYKTTFIPTQEETISIIGFYGGNALYNQVENKTIINVTKINTTIKLNNIKTTTYGNNAQISGTLT
DIYGNIISNVNVTLMINNRQVIVTTDEKGVFTYTYKTDFVDINEVQAIYYGNDTYKMNGDIKYFFVVGIETSISINEIKN
TTMSTHVLIKGTLKDEFGNIMANTKVVLTVNNQMVSLVTDEFGHYTYDYITNVLGTNEVYVIYEGNNSHDYSTNVTSFNV
RKISSIIDVNKISTIVIGNNVTVNGTLKDEFGNKLVNTTISLNINDKTVNVTTDNNGNYKYTFQTNKIEVNTIDVSYSGN
DSYLSANTRVAFDVRKILTDVDINNISDVKINSNVVINGTLYDEYGNVMKNTPIKLIINNQTYNITTDNNGNYKYTYKVN
SLNNTVEVVYLGNNTHDASYDITLFTANKLKTTVTVYPASGIIGENITLIAKITDEYGNLVNGGNLVFKLNGKTLREDGS
FNSTANPLKLKVENGFVRYNLHLDMYLRNIKNVTASYSGSYIYESARAQEATVIVGKRMTQLNVTTSTTTVKQNTNITFT
VKIADITPNAENRTINTGRVIFKINGKTIKDDDGNIVFSDIINNTATYTYHIPQGMASVDKNNTLRNYTVEAVYADKIYQ
ETKNTTVFHVEKSDISIDINNVSVSKTDKTMNVTAKILDYQGNFVVGTNKICLKVNGVTLKDENNQTIYYTINNGVIDLK
NIIIPVKNVNNITIVTGDRQAYNSGCNTTDVIFIKE
>Mature_2036_residues
MVNKQGFMFLFCTVFLIFVALSAVNATNINDTPTTISSNSDICVNNTISMNTSKDKSYFKNIIKNQTNKNINKDNLIKES
KQVNSNKTITSNTQKSNTNKKSLKTTNNTLNVDTNGTETAYFFIHSNGELQENITENGNSTEFAARNYIPQTSSGGSSLT
WDGTVNMSQIINDWHINSASTNWVVETKGQYALNKYIIKTPDGLKTFLKVNDTTKYVSEKQSKQILKNFYPDMYSKYYNS
SYRIIETNYIYFPYSIKREKYDKLIHIDGIIIPYYVFELIPGHDKDPINNITKKPSTTKATILNSTYKNSKLNITVLDAN
TSAVIKNGTVFVTLPNGTEVMGVTDNNGNVVIPVDLSVGEYELPVTFMGNENYTVSNTTVLIIIQKIYTNIKVEATNTKV
NKTNIIKVTLTNGNGLVGEKVVLTIDDKKYNLITKENGVATFTTYSSSIERNKVLVTVEYFGNENIGYDSCINSTEFNVK
KLNTKITVNQISNAIIGQNITLTGNLTDEFGHIVSNENIVLCFEKDNKNITVSTNSNGTYTFTYNVYREGSFDVIIYYYG
NTALNPSSIGFHTYVVKINTNITVNPVANTTVDKNVSIKGTLKDEFGNIMPNTNIKIRINNETYQVTTDAQGEYEYIYKT
TMEDTLDVTVAYHGNNTHNPSIIKTSFNVRKLNTTLSIIPSPPLKDGDKIYIMGYLEDENKNPIANATITITFGNKVYNV
TTDDKGKYTAIEIANSSIQQGVVVAYIGDNKYATSLNKTEYYVDKIYTKISVNNIDQVPVGSTVTINGTLKDEFGHILPN
TPIEIDINGKTIQFVTDENGNYAYNYTISEMKKASVSVSYLGNSTYYSSDAQTAITVRKIKTTITLDPVSDIPYGKNITI
SGILKDEFGKPLSNVNISVVINGEVKSSNVTTDNNGKYSMNVTKSNVGIKNIIVSYDGNLTHYASSNSSSLNVTTINTTI
TVNTTHSVKIGSSIIINGVLKDVYGNILPNTEVIIVVNGKEYTIMTNNEGYYEMPYTTYIIGSRLVLVKYLGNSTYNPTS
NQTNFYVNPINTAITVSTNLTNGSVKFGQSILINGTVYDEFGNILPNTEVSIIIDEETYTTTSDVNGKYQFIRKSQSIGI
KKVIVQYNGNYTYNPSSNEIYYTVIPLNTKIVINHVEDIKIGSSTYINGTIYDEFGNILPNTELSFLVNDNLVYNLSDSE
GNFKFKYTPETAGIINVIVGYIGNSTHNPSANTTSFNVNKINTKLTVTSNNTIEIGKNTSIEGILKDEFGHVLSNFNITL
NIGGKLVNVTTNEFGYYKTTFIPTQEETISIIGFYGGNALYNQVENKTIINVTKINTTIKLNNIKTTTYGNNAQISGTLT
DIYGNIISNVNVTLMINNRQVIVTTDEKGVFTYTYKTDFVDINEVQAIYYGNDTYKMNGDIKYFFVVGIETSISINEIKN
TTMSTHVLIKGTLKDEFGNIMANTKVVLTVNNQMVSLVTDEFGHYTYDYITNVLGTNEVYVIYEGNNSHDYSTNVTSFNV
RKISSIIDVNKISTIVIGNNVTVNGTLKDEFGNKLVNTTISLNINDKTVNVTTDNNGNYKYTFQTNKIEVNTIDVSYSGN
DSYLSANTRVAFDVRKILTDVDINNISDVKINSNVVINGTLYDEYGNVMKNTPIKLIINNQTYNITTDNNGNYKYTYKVN
SLNNTVEVVYLGNNTHDASYDITLFTANKLKTTVTVYPASGIIGENITLIAKITDEYGNLVNGGNLVFKLNGKTLREDGS
FNSTANPLKLKVENGFVRYNLHLDMYLRNIKNVTASYSGSYIYESARAQEATVIVGKRMTQLNVTTSTTTVKQNTNITFT
VKIADITPNAENRTINTGRVIFKINGKTIKDDDGNIVFSDIINNTATYTYHIPQGMASVDKNNTLRNYTVEAVYADKIYQ
ETKNTTVFHVEKSDISIDINNVSVSKTDKTMNVTAKILDYQGNFVVGTNKICLKVNGVTLKDENNQTIYYTINNGVIDLK
NIIIPVKNVNNITIVTGDRQAYNSGCNTTDVIFIKE

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: 226371; Mature: 226371

Theoretical pI: Translated: 6.73; Mature: 6.73

Prosite motif: NA

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.3 %Cys     (Translated Protein)
1.2 %Met     (Translated Protein)
1.5 %Cys+Met (Translated Protein)
0.3 %Cys     (Mature Protein)
1.2 %Met     (Mature Protein)
1.5 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MVNKQGFMFLFCTVFLIFVALSAVNATNINDTPTTISSNSDICVNNTISMNTSKDKSYFK
CCCCCCHHHHHHHHHHHHHHHHHCCCCCCCCCCCEECCCCCEEEECEEEECCCCCHHHHH
NIIKNQTNKNINKDNLIKESKQVNSNKTITSNTQKSNTNKKSLKTTNNTLNVDTNGTETA
HHHHCCCCCCCCHHHHHHHHHHCCCCCEEECCCCCCCCCCCEEEECCCEEEECCCCCEEE
YFFIHSNGELQENITENGNSTEFAARNYIPQTSSGGSSLTWDGTVNMSQIINDWHINSAS
EEEEECCCCHHHHHHCCCCCCEEEHHCCCCCCCCCCCEEEECCCCCHHHHHCEEECCCCC
TNWVVETKGQYALNKYIIKTPDGLKTFLKVNDTTKYVSEKQSKQILKNFYPDMYSKYYNS
CEEEEEECCCEEEEEEEEECCCCCEEEEEECCCHHHHHHHHHHHHHHHHCHHHHHHHHCC
SYRIIETNYIYFPYSIKREKYDKLIHIDGIIIPYYVFELIPGHDKDPINNITKKPSTTKA
CEEEEEEEEEEEEEEECCCCCCCEEEECCEEEEEEHEECCCCCCCCCCHHHHCCCCCCEE
TILNSTYKNSKLNITVLDANTSAVIKNGTVFVTLPNGTEVMGVTDNNGNVVIPVDLSVGE
EEEECCCCCCEEEEEEEECCCCEEEECCEEEEEECCCCEEEEEECCCCCEEEEEEECCCC
YELPVTFMGNENYTVSNTTVLIIIQKIYTNIKVEATNTKVNKTNIIKVTLTNGNGLVGEK
EEEEEEEECCCCEEECCCEEEEEEEEHHCCEEEEEECCEECCEEEEEEEEECCCCCCCCE
VVLTIDDKKYNLITKENGVATFTTYSSSIERNKVLVTVEYFGNENIGYDSCINSTEFNVK
EEEEECCCEEEEEEECCCEEEEEEECCCCCCCEEEEEEEEECCCCCCHHHCCCCCCCEEE
KLNTKITVNQISNAIIGQNITLTGNLTDEFGHIVSNENIVLCFEKDNKNITVSTNSNGTY
EEEEEEEEHHHCCHHHCCCEEEEECCCHHHHHHCCCCCEEEEEEECCCEEEEEECCCCEE
TFTYNVYREGSFDVIIYYYGNTALNPSSIGFHTYVVKINTNITVNPVANTTVDKNVSIKG
EEEEEEEECCCEEEEEEEECCCCCCCCCCCEEEEEEEEECCEEEECCCCCEECCCEEEEE
TLKDEFGNIMPNTNIKIRINNETYQVTTDAQGEYEYIYKTTMEDTLDVTVAYHGNNTHNP
EEHHHCCCCCCCCEEEEEECCCEEEEEECCCCCEEEEEEECCCCCEEEEEEECCCCCCCC
SIIKTSFNVRKLNTTLSIIPSPPLKDGDKIYIMGYLEDENKNPIANATITITFGNKVYNV
CEEEEECEEEEEEEEEEEECCCCCCCCCEEEEEEEEECCCCCCCCEEEEEEEECCEEEEE
TTDDKGKYTAIEIANSSIQQGVVVAYIGDNKYATSLNKTEYYVDKIYTKISVNNIDQVPV
ECCCCCCEEEEEEECCCCCCCEEEEEECCCCEEECCCCCCEEEEEEEEEEEECCCCCCCC
GSTVTINGTLKDEFGHILPNTPIEIDINGKTIQFVTDENGNYAYNYTISEMKKASVSVSY
CCEEEEEEEEHHHCCCCCCCCCEEEEECCCEEEEEECCCCCEEEEEEHHHCCCCEEEEEE
LGNSTYYSSDAQTAITVRKIKTTITLDPVSDIPYGKNITISGILKDEFGKPLSNVNISVV
ECCCEEECCCCCEEEEEEEEEEEEEECCCCCCCCCCCEEEEEEEEHHHCCCHHCCEEEEE
INGEVKSSNVTTDNNGKYSMNVTKSNVGIKNIIVSYDGNLTHYASSNSSSLNVTTINTTI
EECCEECCCEEECCCCEEEEEEEECCCCEEEEEEEECCCEEEEECCCCCEEEEEEEEEEE
TVNTTHSVKIGSSIIINGVLKDVYGNILPNTEVIIVVNGKEYTIMTNNEGYYEMPYTTYI
EEECCEEEEECCEEEEEHHHHHHHCCCCCCCEEEEEECCCEEEEEECCCCEEECCEEEEE
IGSRLVLVKYLGNSTYNPTSNQTNFYVNPINTAITVSTNLTNGSVKFGQSILINGTVYDE
ECCEEEEEEEECCCCCCCCCCCCEEEEEECCEEEEEEEECCCCCEECCCEEEEEEEEEHH
FGNILPNTEVSIIIDEETYTTTSDVNGKYQFIRKSQSIGIKKVIVQYNGNYTYNPSSNEI
HCCCCCCCEEEEEECCCCEEEECCCCCEEEEEEECCCCCEEEEEEEECCCEEECCCCCEE
YYTVIPLNTKIVINHVEDIKIGSSTYINGTIYDEFGNILPNTELSFLVNDNLVYNLSDSE
EEEEEECCEEEEEEEECEEEECCCEEEEEEEEHHHCCCCCCCEEEEEEECCEEEEEECCC
GNFKFKYTPETAGIINVIVGYIGNSTHNPSANTTSFNVNKINTKLTVTSNNTIEIGKNTS
CCEEEEECCCCCCHHHHHHHHCCCCCCCCCCCCEEEEEEEEEEEEEEECCCEEEECCCCC
IEGILKDEFGHVLSNFNITLNIGGKLVNVTTNEFGYYKTTFIPTQEETISIIGFYGGNAL
EEEEEHHHHHHHHHCCEEEEEECCEEEEEEECCCCEEEEEEECCCCCEEEEEEEECCCHH
YNQVENKTIINVTKINTTIKLNNIKTTTYGNNAQISGTLTDIYGNIISNVNVTLMINNRQ
HHHCCCCEEEEEEEEEEEEEECCEEEEECCCCEEEEEEHHHHHHHHHCCCEEEEEECCCE
VIVTTDEKGVFTYTYKTDFVDINEVQAIYYGNDTYKMNGDIKYFFVVGIETSISINEIKN
EEEEECCCCEEEEEEEECEEECCCEEEEEECCEEEEECCCEEEEEEEEEECEEEHHHHCC
TTMSTHVLIKGTLKDEFGNIMANTKVVLTVNNQMVSLVTDEFGHYTYDYITNVLGTNEVY
CEEEEEEEEEEEECCCCCCEEECCEEEEEECCCEEEEEECCCCCEEHHHHHHHCCCCEEE
VIYEGNNSHDYSTNVTSFNVRKISSIIDVNKISTIVIGNNVTVNGTLKDEFGNKLVNTTI
EEEECCCCCCCCCCEEEEEHHHHHHHEEECCEEEEEECCCEEEEEEEHHHHCCEEEEEEE
SLNINDKTVNVTTDNNGNYKYTFQTNKIEVNTIDVSYSGNDSYLSANTRVAFDVRKILTD
EEEECCEEEEEEECCCCCEEEEEEECEEEEEEEEEEECCCCCEEECCCEEEEEHHHHHHH
VDINNISDVKINSNVVINGTLYDEYGNVMKNTPIKLIINNQTYNITTDNNGNYKYTYKVN
CCCCCCEEEEECCCEEEEEEEEHHHCCHHHCCCEEEEECCCEEEEEECCCCCEEEEEEEC
SLNNTVEVVYLGNNTHDASYDITLFTANKLKTTVTVYPASGIIGENITLIAKITDEYGNL
CCCCEEEEEEECCCCCCCEEEEEEEEECCEEEEEEEEECCCCCCCCEEEEEEEECHHCCE
VNGGNLVFKLNGKTLREDGSFNSTANPLKLKVENGFVRYNLHLDMYLRNIKNVTASYSGS
ECCCEEEEEECCCEEECCCCCCCCCCCEEEEEECCEEEEEEEEEHEEHHHHHCEECCCCC
YIYESARAQEATVIVGKRMTQLNVTTSTTTVKQNTNITFTVKIADITPNAENRTINTGRV
EEEECCCCCEEEEEEECCEEEEEEEECEEEEEECCCEEEEEEEEEECCCCCCCEEECCEE
IFKINGKTIKDDDGNIVFSDIINNTATYTYHIPQGMASVDKNNTLRNYTVEAVYADKIYQ
EEEECCEEEECCCCCEEEEHHCCCCEEEEEECCCCCCCCCCCCCEEEEEEEEEEEHHHHH
ETKNTTVFHVEKSDISIDINNVSVSKTDKTMNVTAKILDYQGNFVVGTNKICLKVNGVTL
HCCCCEEEEEECCCEEEEEEEEEEECCCCEEEEEEEEEEECCCEEEECCEEEEEECCEEE
KDENNQTIYYTINNGVIDLKNIIIPVKNVNNITIVTGDRQAYNSGCNTTDVIFIKE
ECCCCCEEEEEECCCEEEEEEEEEEECCCCEEEEEECCCHHHCCCCCCEEEEEEEC
>Mature Secondary Structure
MVNKQGFMFLFCTVFLIFVALSAVNATNINDTPTTISSNSDICVNNTISMNTSKDKSYFK
CCCCCCHHHHHHHHHHHHHHHHHCCCCCCCCCCCEECCCCCEEEECEEEECCCCCHHHHH
NIIKNQTNKNINKDNLIKESKQVNSNKTITSNTQKSNTNKKSLKTTNNTLNVDTNGTETA
HHHHCCCCCCCCHHHHHHHHHHCCCCCEEECCCCCCCCCCCEEEECCCEEEECCCCCEEE
YFFIHSNGELQENITENGNSTEFAARNYIPQTSSGGSSLTWDGTVNMSQIINDWHINSAS
EEEEECCCCHHHHHHCCCCCCEEEHHCCCCCCCCCCCEEEECCCCCHHHHHCEEECCCCC
TNWVVETKGQYALNKYIIKTPDGLKTFLKVNDTTKYVSEKQSKQILKNFYPDMYSKYYNS
CEEEEEECCCEEEEEEEEECCCCCEEEEEECCCHHHHHHHHHHHHHHHHCHHHHHHHHCC
SYRIIETNYIYFPYSIKREKYDKLIHIDGIIIPYYVFELIPGHDKDPINNITKKPSTTKA
CEEEEEEEEEEEEEEECCCCCCCEEEECCEEEEEEHEECCCCCCCCCCHHHHCCCCCCEE
TILNSTYKNSKLNITVLDANTSAVIKNGTVFVTLPNGTEVMGVTDNNGNVVIPVDLSVGE
EEEECCCCCCEEEEEEEECCCCEEEECCEEEEEECCCCEEEEEECCCCCEEEEEEECCCC
YELPVTFMGNENYTVSNTTVLIIIQKIYTNIKVEATNTKVNKTNIIKVTLTNGNGLVGEK
EEEEEEEECCCCEEECCCEEEEEEEEHHCCEEEEEECCEECCEEEEEEEEECCCCCCCCE
VVLTIDDKKYNLITKENGVATFTTYSSSIERNKVLVTVEYFGNENIGYDSCINSTEFNVK
EEEEECCCEEEEEEECCCEEEEEEECCCCCCCEEEEEEEEECCCCCCHHHCCCCCCCEEE
KLNTKITVNQISNAIIGQNITLTGNLTDEFGHIVSNENIVLCFEKDNKNITVSTNSNGTY
EEEEEEEEHHHCCHHHCCCEEEEECCCHHHHHHCCCCCEEEEEEECCCEEEEEECCCCEE
TFTYNVYREGSFDVIIYYYGNTALNPSSIGFHTYVVKINTNITVNPVANTTVDKNVSIKG
EEEEEEEECCCEEEEEEEECCCCCCCCCCCEEEEEEEEECCEEEECCCCCEECCCEEEEE
TLKDEFGNIMPNTNIKIRINNETYQVTTDAQGEYEYIYKTTMEDTLDVTVAYHGNNTHNP
EEHHHCCCCCCCCEEEEEECCCEEEEEECCCCCEEEEEEECCCCCEEEEEEECCCCCCCC
SIIKTSFNVRKLNTTLSIIPSPPLKDGDKIYIMGYLEDENKNPIANATITITFGNKVYNV
CEEEEECEEEEEEEEEEEECCCCCCCCCEEEEEEEEECCCCCCCCEEEEEEEECCEEEEE
TTDDKGKYTAIEIANSSIQQGVVVAYIGDNKYATSLNKTEYYVDKIYTKISVNNIDQVPV
ECCCCCCEEEEEEECCCCCCCEEEEEECCCCEEECCCCCCEEEEEEEEEEEECCCCCCCC
GSTVTINGTLKDEFGHILPNTPIEIDINGKTIQFVTDENGNYAYNYTISEMKKASVSVSY
CCEEEEEEEEHHHCCCCCCCCCEEEEECCCEEEEEECCCCCEEEEEEHHHCCCCEEEEEE
LGNSTYYSSDAQTAITVRKIKTTITLDPVSDIPYGKNITISGILKDEFGKPLSNVNISVV
ECCCEEECCCCCEEEEEEEEEEEEEECCCCCCCCCCCEEEEEEEEHHHCCCHHCCEEEEE
INGEVKSSNVTTDNNGKYSMNVTKSNVGIKNIIVSYDGNLTHYASSNSSSLNVTTINTTI
EECCEECCCEEECCCCEEEEEEEECCCCEEEEEEEECCCEEEEECCCCCEEEEEEEEEEE
TVNTTHSVKIGSSIIINGVLKDVYGNILPNTEVIIVVNGKEYTIMTNNEGYYEMPYTTYI
EEECCEEEEECCEEEEEHHHHHHHCCCCCCCEEEEEECCCEEEEEECCCCEEECCEEEEE
IGSRLVLVKYLGNSTYNPTSNQTNFYVNPINTAITVSTNLTNGSVKFGQSILINGTVYDE
ECCEEEEEEEECCCCCCCCCCCCEEEEEECCEEEEEEEECCCCCEECCCEEEEEEEEEHH
FGNILPNTEVSIIIDEETYTTTSDVNGKYQFIRKSQSIGIKKVIVQYNGNYTYNPSSNEI
HCCCCCCCEEEEEECCCCEEEECCCCCEEEEEEECCCCCEEEEEEEECCCEEECCCCCEE
YYTVIPLNTKIVINHVEDIKIGSSTYINGTIYDEFGNILPNTELSFLVNDNLVYNLSDSE
EEEEEECCEEEEEEEECEEEECCCEEEEEEEEHHHCCCCCCCEEEEEEECCEEEEEECCC
GNFKFKYTPETAGIINVIVGYIGNSTHNPSANTTSFNVNKINTKLTVTSNNTIEIGKNTS
CCEEEEECCCCCCHHHHHHHHCCCCCCCCCCCCEEEEEEEEEEEEEEECCCEEEECCCCC
IEGILKDEFGHVLSNFNITLNIGGKLVNVTTNEFGYYKTTFIPTQEETISIIGFYGGNAL
EEEEEHHHHHHHHHCCEEEEEECCEEEEEEECCCCEEEEEEECCCCCEEEEEEEECCCHH
YNQVENKTIINVTKINTTIKLNNIKTTTYGNNAQISGTLTDIYGNIISNVNVTLMINNRQ
HHHCCCCEEEEEEEEEEEEEECCEEEEECCCCEEEEEEHHHHHHHHHCCCEEEEEECCCE
VIVTTDEKGVFTYTYKTDFVDINEVQAIYYGNDTYKMNGDIKYFFVVGIETSISINEIKN
EEEEECCCCEEEEEEEECEEECCCEEEEEECCEEEEECCCEEEEEEEEEECEEEHHHHCC
TTMSTHVLIKGTLKDEFGNIMANTKVVLTVNNQMVSLVTDEFGHYTYDYITNVLGTNEVY
CEEEEEEEEEEEECCCCCCEEECCEEEEEECCCEEEEEECCCCCEEHHHHHHHCCCCEEE
VIYEGNNSHDYSTNVTSFNVRKISSIIDVNKISTIVIGNNVTVNGTLKDEFGNKLVNTTI
EEEECCCCCCCCCCEEEEEHHHHHHHEEECCEEEEEECCCEEEEEEEHHHHCCEEEEEEE
SLNINDKTVNVTTDNNGNYKYTFQTNKIEVNTIDVSYSGNDSYLSANTRVAFDVRKILTD
EEEECCEEEEEEECCCCCEEEEEEECEEEEEEEEEEECCCCCEEECCCEEEEEHHHHHHH
VDINNISDVKINSNVVINGTLYDEYGNVMKNTPIKLIINNQTYNITTDNNGNYKYTYKVN
CCCCCCEEEEECCCEEEEEEEEHHHCCHHHCCCEEEEECCCEEEEEECCCCCEEEEEEEC
SLNNTVEVVYLGNNTHDASYDITLFTANKLKTTVTVYPASGIIGENITLIAKITDEYGNL
CCCCEEEEEEECCCCCCCEEEEEEEEECCEEEEEEEEECCCCCCCCEEEEEEEECHHCCE
VNGGNLVFKLNGKTLREDGSFNSTANPLKLKVENGFVRYNLHLDMYLRNIKNVTASYSGS
ECCCEEEEEECCCEEECCCCCCCCCCCEEEEEECCEEEEEEEEEHEEHHHHHCEECCCCC
YIYESARAQEATVIVGKRMTQLNVTTSTTTVKQNTNITFTVKIADITPNAENRTINTGRV
EEEECCCCCEEEEEEECCEEEEEEEECEEEEEECCCEEEEEEEEEECCCCCCCEEECCEE
IFKINGKTIKDDDGNIVFSDIINNTATYTYHIPQGMASVDKNNTLRNYTVEAVYADKIYQ
EEEECCEEEECCCCCEEEEHHCCCCEEEEEECCCCCCCCCCCCCEEEEEEEEEEEHHHHH
ETKNTTVFHVEKSDISIDINNVSVSKTDKTMNVTAKILDYQGNFVVGTNKICLKVNGVTL
HCCCCEEEEEECCCEEEEEEEEEEECCCCEEEEEEEEEEECCCEEEECCEEEEEECCEEE
KDENNQTIYYTINNGVIDLKNIIIPVKNVNNITIVTGDRQAYNSGCNTTDVIFIKE
ECCCCCEEEEEECCCEEEEEEEEEEECCCCEEEEEECCCHHHCCCCCCEEEEEEEC

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