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The map label for this gene is 20806691

Identifier: 20806691

GI number: 20806691

Start: 163272

End: 168536

Strand: Direct

Name: 20806691

Synonym: TTE0165

Alternate gene names: NA

Gene position: 163272-168536 (Clockwise)

Preceding gene: 20806690

Following gene: 20806692

Centisome position: 6.07

GC content: 39.15

Gene sequence:

>5265_bases
ATGAGAAGAATTTTAGCGATGGTTGTAGCTATTTTAATGCTTTTTTCTCTTTTCCCGGGAAATATGTCGAAAGCTTATGG
TGCTTATCCCCCTAATATAACTGCAATTTATTCCTTAAGACTTGACGGGACAATGGCTTCACCTGCTAAAGGCCCAGTGG
ATAAGTATACCGACATAAAAATTACGGGAAGCGGATTTGTAACGTACGATGCCAGTGGCAATGTCACTGCTTCTGTCGAT
TATGTCTACATAGATTCTCCTGACACATCGAAAAAGCTCACTATTTTGAGTGTGAATGAAAATACAATTTACGCTAAAGT
TCCTCCTGCTACCTCTATTGGACTTTCTGCAAATATTCCTTACACGATTATAGTTCACAGAAGTGATGGGCAGAGTGCTG
CTATATTCAACGGTTTTACTTATGTAAATAATCCTTCCATTTCTAAGGTTGCGCTTGACAATTTTATTACTCTAGTGAAA
GATTCAAACGGGAACATAGTGGGTAGAACCAGTAAATCTTACATAAGGATGGAAGGGAGTTATTTTAACGATGTAGGGCT
TGTTCAGATAAACGGCGAAACTGCCTCAGTAGTTTCTCAAAGTGGTTCTGTACTCGTAACTACTATTCCTCAAAATATTT
TTATAGACCCTACTTCTACATATACGGTGACTGTTACAAACATATACAGAGGGTCTGATACCAAACAAACTCAAATTTAT
GCTGTAAATCATGACATAACAGGGCTTTCTAAATATGTAGCAATTGTAGGGGATGAAATTACAATATATGGTAGGGGTTT
TAATTCTTTAGGAAGCGATTTTAAAGTGTATATAGGGAATAACCTCGTTAATTCATCTGATATCAATATAAAAAGCGATA
CAGAGATGACAGTCAAAGTTCCTGCTCCCAAAGATACCACTTTGGAGTATCAGAATATAGACATAGTCGCATCAAACGGT
TCTACTGCTACTTTAGTAGGAGCATTGAAAATAATACCTACACCTGCCATATTCACAATAGATAATATTACTCCTAATGC
AGGTTCTGTCTCTGGCGGGACAAAGGTTGTCATTGTTGGGCAGAATTTGAGAGAGGATTTAATCGTGAAATTTGGCGGTG
TAGCTGCAAAAAGTGTTCAGAGTATTACACTACCTGGCCTTACAGAAAATCAAAGGGCTATACAAGTCGTGACACCTCCT
TATTCGAAGTCAGGTCCAGTCGATGTGACGGTTGTAGACCCTGTTACGGGCTATACTGTTACTAAGCAAAATGCCTTTTT
CTATTTGGCTGTTGAAGATACGATGGTAGTAATAGATATGAACCCAACAGAGGGGTATGAAAGCGGAAATACGCCAGTTA
CTCTTTGGGGATTTAATTTTCAAAAAAATGATGACCCTTCTACCTATACCTATAACGAAGATAAGACAGAGATAACTTAT
GTTAATACAAATTACACCTACAAAGATCCTGTTACTGGAAATTATGTCACGGGTACCAGAGAAAGAAAGCTTTATGTGAC
ATTTGGAGGAAATAAGGCGCAAATTGAAAATGTGTATAAACCTGAGACAGGACAGCAGACTTTAAATGTATTATCTCCCA
GTGTGACCTTGAATCCTCCTGGACAAAATATGCCTGTAGATGTAGTCGTCACAGTTGAAACGACAGTCAAGGATACAAAC
GGGAATGTAGTCATGCAGTATTCTGAACAGAGCTCTCCTCCTTCCAAATTTACTTATAAGCCTTTGCCGTCAAATCCTGT
AATTCTGTCTGTTTCTCCAAATACGGGAAGCCGTGCGGGAGGAGATACGGTAATTATACAGGGCTTTGACATAAGGCCTG
GAGTAAAAGTATATTTTGGAGATAAACTGGCAACTGTGAAAGACCTTACAACAGGAGGAGATAATAAATCAGTATTGACA
GTCATCTCACCTCCTTCTACTGACTTAGGTTATGTGGATGTAAAAGTAGTAAATAAAGATGCTGATTCACAGAGAGGCTT
TTATGTGTACAAAAATGGCTATTATTACTACACTGCTCCTTCTATAAGCAGTATATTTACAAATTTTGGGTCGAAATATG
GGGGTAATCTCATTACCATCTACGGGTCAGACTTTTTTGTAGGGCAAACAGTGGTAGATGGAGTTTATTCTCCTGAATAC
CCAGATGTCAGAATAGGCAATATACAGCTTAAAGTGATAAGTGTTGAAGATAAGGATGGGAATTTGATAGATGGGAAAAA
GTTTAACATAGGTACAAAGATAAAGGCTTTAATACCGGAGACATCTACTCCATATCCTGTAGGTTGGTACGATGTCACAA
TTAAAAACTACGATGGAATAAACGGGACAATAGGTGGAAGCGTTACTTTGCCAAACGCCTTTGAGATAAAAGATACTCAG
AAAAAACCCAGCATTATTTCTGTAGACCCTAATAAAGGGCCTACAAAAGGGGGAACCCTCATTAAGATTACAGGCAGCAA
TTTTGAAAAAGGAAGCATTGTGACCATAGACGGAGTGCAGGCGAGCGTTAAAAAGGTTTCAAGCGGAAACACTGAGATAG
AAGCTACCACACCTCCGGGCACTCTGGGCAAAAAAATAGTTCAGGTTGTGAATCCTTCTGATGGAGGAGTGGCTTTGCTT
GTAGATGGATTTGAGTACGTGCTTATTGAGACAAAGCCTCAGATAACAAAGGTAGTTCCAAATTATGGTGGAAAAGGCAC
ATTGATTTACATCTTTGGAAGTGACTTTTCTAAAAAAGTAGGGGACAGTGAAGGAGCAAAAGCGTATATAGGCAATACTG
TCCTTGAAAATGTGTATGTGCTGGATGAAAACACTATAATAGGCATTATTCCTGATATGAAGTACACCGGCCTTTATGAA
ATAAAAGTAGTAAACCCAGACACCGCTACGGCAGTGGCTCCTGAAAAATTCCACTTTTTAGTACCAGAGAGCAATCCCGT
AATAACCTCTGTTACCCCTAATTTTGGTACGGTAAATGGCGGTACAGCTATTTTGATTGAAGGGCAGGACTTTAGAAGAG
GGGCAGAAGTTTTCATAGGAGGAAATAAAGCCACAAATGTGGTGGTAAGCCCTGACGGCAAGTCGATAACAGCAATTACA
CCTCCGGGCAAGCCTGGCAAGACGTATGTCACAGTTGTAAATTATGACGGTGGGAATTACACTTATGGAATCCACGAGGG
AGAAACGGGATTTACTTATGTAATTCCAAACAGCCAGCCTGTAATTACAAAGGTCGAGCCTGACAAAGGCTCTACCTATG
GAGGTCAGGAGGTCACAATATACGGACAGGATTTCAGAATTTCTAAAGATGAACAAGGGAACATTTTAAAAGATGAAAAT
GGCAACCCGATAGGCCCTGATGTGTATTTTGGGAATGTAAAAGCACAAAAAGTCGTATATATAGACTATGGAACTCTTAA
AGTCATAACTCCTCCCAATGCACCTGGGAAAGTGAGAGTTACTGTGGTAAATTACGACGGAGGGTTAGGATACCTTGAGG
GAGGATATACTTACATTCAATCAAAGCCGCAGATTAAGCAGGTAATTCCTCCTAAATTTGACAAAACCGGTGGAACCTAC
GGAATAATAGTAGGAAACGATTTTTCAGTACCCGTTTATGATAAGGACAAATTGATACTTCCTGGCTCCTCTGTCTACAT
AGATGGGGTGGAGGTAAAAGACGTGCAGGTTGTCGACAGCACAATGATAAAATTTATCGCTCCACCAGTGGATAAAGTAG
GAACGAAAGAGTTAAAAGTTGTCAATCCTGACGGTGGCACGGCTACTTTTAAGGTAGAATATGTGTCTCCCAGCACACAT
CCTCAGATATATTCTATTACACCAGACAGAGGCAGTATAAATGGCGGGACGTATGTGGTGATAAAGGGAAAAGACTTTAG
AGATAAAGTCAAAGTGTACTTTGATGCCTATGAGGCGAAAGTAATCTCTGTTTCTCCAGACACAATTGTGATACTTACAC
CGCCTGGAGACCCTCAGAAAGATATAAATAGGTCAGTTGATGTAACAGTCTTTAACGAAGAGGATGGAGGAAGCTTTACT
TTGAAAAACGGATTTACATATATTGCAACAGAGACTAAGCCCAAGATCACATCTATTACTCCAAACACGGGCTCTACCAA
AGGCGGAGAGACAGTGACAATTACAGGCGATGATTTTAGGCAGGGAGCGAGAGTATTTTTTGGAGAAAAAGAAGCTTTGA
ATGTAGTTGTAAAAAGCTATAACACGATTATTGCTACTACTCCTTCTCATCCAGAAGGGAAAGTAGATGTCATTGTCAGA
AACCCTGACTATGCCGATGCAGTTTTTCCGCAGGGATTTACCTATGTACAGACTGTCCCTGATGAACCTGTAGGCTTCTG
GGTGGAGAGTATACCAGGAAATGACCATACTTTAAGACTTCGCTGGTCAGAGACAAAAGGAGCTAAGTATTACGAGATAT
ACCTGGTTTCGGACAGTACCTATAAATTTATAGCTTCTACTGACAAACTGGAATACTATGTAACAAATTTGAGCCCAAAT
ACAAAATACACGTTTGCGCTGCGGGCTGTCAATGAATTAGGACCTAGCAATTTCGTGACAGCTTCAAGTACAACTGACAG
GTCTTCAAATAGCAAGTACGACACTTACGTTGAAGGGGCAAAGGAGAATAAGACGAGCATTTCTACATCGAATGGAGCAT
TAATTGTGACACTGGGCGATACCTCTGAGAGCGAGTACATTCTAAACTTTAAAGATGATATTTACAAAAATATAAACAAA
TGGGTAATAAATGTGCCGTCTAAATATAAGAATACAGCAAAAAAGGTTAAGATTTACACTCAGAAATTTGAGATGGAATT
TTACTTAACTGACCTCTATTTTACTGGAGATTATGACAGGATAACAATAACTAGGATCACAGGGAAAGAGTATGAGGATA
TGGTGAAAAACTTGTCTAAAAATGTAACAATTCTGTCAGATATATACGACATAAAGTATGAAAAAATAACTGATGGCAAG
GCGGTAAATTACACCAATTTCAAAAATAACATTTACGTGTTAATAGGTGTAGAAAATAATAGATTGGGTAAGAAAGATAT
AAACCGCGCGAAGATTTCTTACATTACCTATTATTTACCGTATGTTGGCCCTAATCCTATGGTAATTATGTACAACGTAG
ATCGCAATAAAAATACTGTATCAGGGAAAATTTCTTCACCCGGTCAGATTGCTGTAACGTATTAA

Upstream 100 bases:

>100_bases
TCTAGAGCAGCTATTTTTTTATCTTGAGCTAAAGTTTAGGTCTTTTAATACCGATAAAATAAAGTGAGCTATCTTGAGAA
TTGAAGGGAGCAGAAGGGTC

Downstream 100 bases:

>100_bases
GGAGTGAAAAAGATGAAGGGGAAAAGACTTTTAGCCTTTTTACTCGCTTTGATTTTTTTACTTCAGTTAAATTCTGTTAG
TTATGCTCAAACAACTTTCT

Product: hypothetical protein

Products: NA

Alternate protein names: None

Number of amino acids: Translated: 1754; Mature: 1754

Protein sequence:

>1754_residues
MRRILAMVVAILMLFSLFPGNMSKAYGAYPPNITAIYSLRLDGTMASPAKGPVDKYTDIKITGSGFVTYDASGNVTASVD
YVYIDSPDTSKKLTILSVNENTIYAKVPPATSIGLSANIPYTIIVHRSDGQSAAIFNGFTYVNNPSISKVALDNFITLVK
DSNGNIVGRTSKSYIRMEGSYFNDVGLVQINGETASVVSQSGSVLVTTIPQNIFIDPTSTYTVTVTNIYRGSDTKQTQIY
AVNHDITGLSKYVAIVGDEITIYGRGFNSLGSDFKVYIGNNLVNSSDINIKSDTEMTVKVPAPKDTTLEYQNIDIVASNG
STATLVGALKIIPTPAIFTIDNITPNAGSVSGGTKVVIVGQNLREDLIVKFGGVAAKSVQSITLPGLTENQRAIQVVTPP
YSKSGPVDVTVVDPVTGYTVTKQNAFFYLAVEDTMVVIDMNPTEGYESGNTPVTLWGFNFQKNDDPSTYTYNEDKTEITY
VNTNYTYKDPVTGNYVTGTRERKLYVTFGGNKAQIENVYKPETGQQTLNVLSPSVTLNPPGQNMPVDVVVTVETTVKDTN
GNVVMQYSEQSSPPSKFTYKPLPSNPVILSVSPNTGSRAGGDTVIIQGFDIRPGVKVYFGDKLATVKDLTTGGDNKSVLT
VISPPSTDLGYVDVKVVNKDADSQRGFYVYKNGYYYYTAPSISSIFTNFGSKYGGNLITIYGSDFFVGQTVVDGVYSPEY
PDVRIGNIQLKVISVEDKDGNLIDGKKFNIGTKIKALIPETSTPYPVGWYDVTIKNYDGINGTIGGSVTLPNAFEIKDTQ
KKPSIISVDPNKGPTKGGTLIKITGSNFEKGSIVTIDGVQASVKKVSSGNTEIEATTPPGTLGKKIVQVVNPSDGGVALL
VDGFEYVLIETKPQITKVVPNYGGKGTLIYIFGSDFSKKVGDSEGAKAYIGNTVLENVYVLDENTIIGIIPDMKYTGLYE
IKVVNPDTATAVAPEKFHFLVPESNPVITSVTPNFGTVNGGTAILIEGQDFRRGAEVFIGGNKATNVVVSPDGKSITAIT
PPGKPGKTYVTVVNYDGGNYTYGIHEGETGFTYVIPNSQPVITKVEPDKGSTYGGQEVTIYGQDFRISKDEQGNILKDEN
GNPIGPDVYFGNVKAQKVVYIDYGTLKVITPPNAPGKVRVTVVNYDGGLGYLEGGYTYIQSKPQIKQVIPPKFDKTGGTY
GIIVGNDFSVPVYDKDKLILPGSSVYIDGVEVKDVQVVDSTMIKFIAPPVDKVGTKELKVVNPDGGTATFKVEYVSPSTH
PQIYSITPDRGSINGGTYVVIKGKDFRDKVKVYFDAYEAKVISVSPDTIVILTPPGDPQKDINRSVDVTVFNEEDGGSFT
LKNGFTYIATETKPKITSITPNTGSTKGGETVTITGDDFRQGARVFFGEKEALNVVVKSYNTIIATTPSHPEGKVDVIVR
NPDYADAVFPQGFTYVQTVPDEPVGFWVESIPGNDHTLRLRWSETKGAKYYEIYLVSDSTYKFIASTDKLEYYVTNLSPN
TKYTFALRAVNELGPSNFVTASSTTDRSSNSKYDTYVEGAKENKTSISTSNGALIVTLGDTSESEYILNFKDDIYKNINK
WVINVPSKYKNTAKKVKIYTQKFEMEFYLTDLYFTGDYDRITITRITGKEYEDMVKNLSKNVTILSDIYDIKYEKITDGK
AVNYTNFKNNIYVLIGVENNRLGKKDINRAKISYITYYLPYVGPNPMVIMYNVDRNKNTVSGKISSPGQIAVTY

Sequences:

>Translated_1754_residues
MRRILAMVVAILMLFSLFPGNMSKAYGAYPPNITAIYSLRLDGTMASPAKGPVDKYTDIKITGSGFVTYDASGNVTASVD
YVYIDSPDTSKKLTILSVNENTIYAKVPPATSIGLSANIPYTIIVHRSDGQSAAIFNGFTYVNNPSISKVALDNFITLVK
DSNGNIVGRTSKSYIRMEGSYFNDVGLVQINGETASVVSQSGSVLVTTIPQNIFIDPTSTYTVTVTNIYRGSDTKQTQIY
AVNHDITGLSKYVAIVGDEITIYGRGFNSLGSDFKVYIGNNLVNSSDINIKSDTEMTVKVPAPKDTTLEYQNIDIVASNG
STATLVGALKIIPTPAIFTIDNITPNAGSVSGGTKVVIVGQNLREDLIVKFGGVAAKSVQSITLPGLTENQRAIQVVTPP
YSKSGPVDVTVVDPVTGYTVTKQNAFFYLAVEDTMVVIDMNPTEGYESGNTPVTLWGFNFQKNDDPSTYTYNEDKTEITY
VNTNYTYKDPVTGNYVTGTRERKLYVTFGGNKAQIENVYKPETGQQTLNVLSPSVTLNPPGQNMPVDVVVTVETTVKDTN
GNVVMQYSEQSSPPSKFTYKPLPSNPVILSVSPNTGSRAGGDTVIIQGFDIRPGVKVYFGDKLATVKDLTTGGDNKSVLT
VISPPSTDLGYVDVKVVNKDADSQRGFYVYKNGYYYYTAPSISSIFTNFGSKYGGNLITIYGSDFFVGQTVVDGVYSPEY
PDVRIGNIQLKVISVEDKDGNLIDGKKFNIGTKIKALIPETSTPYPVGWYDVTIKNYDGINGTIGGSVTLPNAFEIKDTQ
KKPSIISVDPNKGPTKGGTLIKITGSNFEKGSIVTIDGVQASVKKVSSGNTEIEATTPPGTLGKKIVQVVNPSDGGVALL
VDGFEYVLIETKPQITKVVPNYGGKGTLIYIFGSDFSKKVGDSEGAKAYIGNTVLENVYVLDENTIIGIIPDMKYTGLYE
IKVVNPDTATAVAPEKFHFLVPESNPVITSVTPNFGTVNGGTAILIEGQDFRRGAEVFIGGNKATNVVVSPDGKSITAIT
PPGKPGKTYVTVVNYDGGNYTYGIHEGETGFTYVIPNSQPVITKVEPDKGSTYGGQEVTIYGQDFRISKDEQGNILKDEN
GNPIGPDVYFGNVKAQKVVYIDYGTLKVITPPNAPGKVRVTVVNYDGGLGYLEGGYTYIQSKPQIKQVIPPKFDKTGGTY
GIIVGNDFSVPVYDKDKLILPGSSVYIDGVEVKDVQVVDSTMIKFIAPPVDKVGTKELKVVNPDGGTATFKVEYVSPSTH
PQIYSITPDRGSINGGTYVVIKGKDFRDKVKVYFDAYEAKVISVSPDTIVILTPPGDPQKDINRSVDVTVFNEEDGGSFT
LKNGFTYIATETKPKITSITPNTGSTKGGETVTITGDDFRQGARVFFGEKEALNVVVKSYNTIIATTPSHPEGKVDVIVR
NPDYADAVFPQGFTYVQTVPDEPVGFWVESIPGNDHTLRLRWSETKGAKYYEIYLVSDSTYKFIASTDKLEYYVTNLSPN
TKYTFALRAVNELGPSNFVTASSTTDRSSNSKYDTYVEGAKENKTSISTSNGALIVTLGDTSESEYILNFKDDIYKNINK
WVINVPSKYKNTAKKVKIYTQKFEMEFYLTDLYFTGDYDRITITRITGKEYEDMVKNLSKNVTILSDIYDIKYEKITDGK
AVNYTNFKNNIYVLIGVENNRLGKKDINRAKISYITYYLPYVGPNPMVIMYNVDRNKNTVSGKISSPGQIAVTY
>Mature_1754_residues
MRRILAMVVAILMLFSLFPGNMSKAYGAYPPNITAIYSLRLDGTMASPAKGPVDKYTDIKITGSGFVTYDASGNVTASVD
YVYIDSPDTSKKLTILSVNENTIYAKVPPATSIGLSANIPYTIIVHRSDGQSAAIFNGFTYVNNPSISKVALDNFITLVK
DSNGNIVGRTSKSYIRMEGSYFNDVGLVQINGETASVVSQSGSVLVTTIPQNIFIDPTSTYTVTVTNIYRGSDTKQTQIY
AVNHDITGLSKYVAIVGDEITIYGRGFNSLGSDFKVYIGNNLVNSSDINIKSDTEMTVKVPAPKDTTLEYQNIDIVASNG
STATLVGALKIIPTPAIFTIDNITPNAGSVSGGTKVVIVGQNLREDLIVKFGGVAAKSVQSITLPGLTENQRAIQVVTPP
YSKSGPVDVTVVDPVTGYTVTKQNAFFYLAVEDTMVVIDMNPTEGYESGNTPVTLWGFNFQKNDDPSTYTYNEDKTEITY
VNTNYTYKDPVTGNYVTGTRERKLYVTFGGNKAQIENVYKPETGQQTLNVLSPSVTLNPPGQNMPVDVVVTVETTVKDTN
GNVVMQYSEQSSPPSKFTYKPLPSNPVILSVSPNTGSRAGGDTVIIQGFDIRPGVKVYFGDKLATVKDLTTGGDNKSVLT
VISPPSTDLGYVDVKVVNKDADSQRGFYVYKNGYYYYTAPSISSIFTNFGSKYGGNLITIYGSDFFVGQTVVDGVYSPEY
PDVRIGNIQLKVISVEDKDGNLIDGKKFNIGTKIKALIPETSTPYPVGWYDVTIKNYDGINGTIGGSVTLPNAFEIKDTQ
KKPSIISVDPNKGPTKGGTLIKITGSNFEKGSIVTIDGVQASVKKVSSGNTEIEATTPPGTLGKKIVQVVNPSDGGVALL
VDGFEYVLIETKPQITKVVPNYGGKGTLIYIFGSDFSKKVGDSEGAKAYIGNTVLENVYVLDENTIIGIIPDMKYTGLYE
IKVVNPDTATAVAPEKFHFLVPESNPVITSVTPNFGTVNGGTAILIEGQDFRRGAEVFIGGNKATNVVVSPDGKSITAIT
PPGKPGKTYVTVVNYDGGNYTYGIHEGETGFTYVIPNSQPVITKVEPDKGSTYGGQEVTIYGQDFRISKDEQGNILKDEN
GNPIGPDVYFGNVKAQKVVYIDYGTLKVITPPNAPGKVRVTVVNYDGGLGYLEGGYTYIQSKPQIKQVIPPKFDKTGGTY
GIIVGNDFSVPVYDKDKLILPGSSVYIDGVEVKDVQVVDSTMIKFIAPPVDKVGTKELKVVNPDGGTATFKVEYVSPSTH
PQIYSITPDRGSINGGTYVVIKGKDFRDKVKVYFDAYEAKVISVSPDTIVILTPPGDPQKDINRSVDVTVFNEEDGGSFT
LKNGFTYIATETKPKITSITPNTGSTKGGETVTITGDDFRQGARVFFGEKEALNVVVKSYNTIIATTPSHPEGKVDVIVR
NPDYADAVFPQGFTYVQTVPDEPVGFWVESIPGNDHTLRLRWSETKGAKYYEIYLVSDSTYKFIASTDKLEYYVTNLSPN
TKYTFALRAVNELGPSNFVTASSTTDRSSNSKYDTYVEGAKENKTSISTSNGALIVTLGDTSESEYILNFKDDIYKNINK
WVINVPSKYKNTAKKVKIYTQKFEMEFYLTDLYFTGDYDRITITRITGKEYEDMVKNLSKNVTILSDIYDIKYEKITDGK
AVNYTNFKNNIYVLIGVENNRLGKKDINRAKISYITYYLPYVGPNPMVIMYNVDRNKNTVSGKISSPGQIAVTY

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=Homo sapiens, GI126116589, Length=316, Percent_Identity=27.2151898734177, Blast_Score=79, Evalue=3e-14,

Paralogues:

None

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

NA

Pfam domain/function: NA

EC number: NA

Molecular weight: Translated: 190735; Mature: 190735

Theoretical pI: Translated: 5.48; Mature: 5.48

Prosite motif: PS50853 FN3

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.0 %Cys     (Translated Protein)
1.0 %Met     (Translated Protein)
1.0 %Cys+Met (Translated Protein)
0.0 %Cys     (Mature Protein)
1.0 %Met     (Mature Protein)
1.0 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MRRILAMVVAILMLFSLFPGNMSKAYGAYPPNITAIYSLRLDGTMASPAKGPVDKYTDIK
CHHHHHHHHHHHHHHHHCCCCCCHHCCCCCCCEEEEEEEEECCCCCCCCCCCCCCCEEEE
ITGSGFVTYDASGNVTASVDYVYIDSPDTSKKLTILSVNENTIYAKVPPATSIGLSANIP
EECCEEEEECCCCCEEEEEEEEEECCCCCCCEEEEEEECCCEEEEECCCCCCCCEECCCC
YTIIVHRSDGQSAAIFNGFTYVNNPSISKVALDNFITLVKDSNGNIVGRTSKSYIRMEGS
EEEEEECCCCCEEEEEECEEEECCCCCCEEEECCEEEEEECCCCCEEEECCCEEEEECCC
YFNDVGLVQINGETASVVSQSGSVLVTTIPQNIFIDPTSTYTVTVTNIYRGSDTKQTQIY
EECCEEEEEECCCEEEEHHCCCCEEEEECCCEEEECCCCEEEEEEEEEEECCCCCEEEEE
AVNHDITGLSKYVAIVGDEITIYGRGFNSLGSDFKVYIGNNLVNSSDINIKSDTEMTVKV
EEECCCCCCEEEEEEECCEEEEEECCCCCCCCCEEEEECCCEECCCCCEEECCCEEEEEE
PAPKDTTLEYQNIDIVASNGSTATLVGALKIIPTPAIFTIDNITPNAGSVSGGTKVVIVG
CCCCCCEEEEEEEEEEECCCCEEEEEEEEEEECCCEEEEECCCCCCCCCCCCCCEEEEEC
QNLREDLIVKFGGVAAKSVQSITLPGLTENQRAIQVVTPPYSKSGPVDVTVVDPVTGYTV
CCCCCCEEEEECCEECCCEEEEECCCCCCCCCEEEEECCCCCCCCCEEEEEECCCCCEEE
TKQNAFFYLAVEDTMVVIDMNPTEGYESGNTPVTLWGFNFQKNDDPSTYTYNEDKTEITY
EECCEEEEEEEECEEEEEECCCCCCCCCCCCCEEEEEEECCCCCCCCEEEECCCCEEEEE
VNTNYTYKDPVTGNYVTGTRERKLYVTFGGNKAQIENVYKPETGQQTLNVLSPSVTLNPP
EECCEEECCCCCCCEEECCCCEEEEEEECCCEEEEEEECCCCCCCHHHHHCCCEEEECCC
GQNMPVDVVVTVETTVKDTNGNVVMQYSEQSSPPSKFTYKPLPSNPVILSVSPNTGSRAG
CCCCCEEEEEEEEEEEEECCCCEEEEECCCCCCCCCEEECCCCCCCEEEEECCCCCCCCC
GDTVIIQGFDIRPGVKVYFGDKLATVKDLTTGGDNKSVLTVISPPSTDLGYVDVKVVNKD
CCEEEEEEEECCCCCEEEECCCEEEEEEEECCCCCCEEEEEECCCCCCCCEEEEEEEECC
ADSQRGFYVYKNGYYYYTAPSISSIFTNFGSKYGGNLITIYGSDFFVGQTVVDGVYSPEY
CCCCCCEEEEECCEEEEECCCHHHHHHHCCHHHCCCEEEEECCCEEECHHHHCCCCCCCC
PDVRIGNIQLKVISVEDKDGNLIDGKKFNIGTKIKALIPETSTPYPVGWYDVTIKNYDGI
CCEEECEEEEEEEEEECCCCCEECCEEEECCCEEEEEECCCCCCCCCEEEEEEEECCCCC
NGTIGGSVTLPNAFEIKDTQKKPSIISVDPNKGPTKGGTLIKITGSNFEKGSIVTIDGVQ
CCCCCCEEECCCEEEECCCCCCCCEEEECCCCCCCCCCEEEEEECCCCCCCCEEEEECCC
ASVKKVSSGNTEIEATTPPGTLGKKIVQVVNPSDGGVALLVDGFEYVLIETKPQITKVVP
HHHHHHCCCCCEEEEECCCCHHHHEEEEEECCCCCCEEEEEECEEEEEEECCCCEEEECC
NYGGKGTLIYIFGSDFSKKVGDSEGAKAYIGNTVLENVYVLDENTIIGIIPDMKYTGLYE
CCCCCEEEEEEECCCCHHHCCCCCCCEEEECCCEECEEEEEECCEEEEEECCCCCCCEEE
IKVVNPDTATAVAPEKFHFLVPESNPVITSVTPNFGTVNGGTAILIEGQDFRRGAEVFIG
EEEECCCCCEEECCCCEEEECCCCCCEEEEECCCCCEECCCEEEEEECCCCCCCCEEEEC
GNKATNVVVSPDGKSITAITPPGKPGKTYVTVVNYDGGNYTYGIHEGETGFTYVIPNSQP
CCCCCEEEECCCCCEEEEECCCCCCCCEEEEEEEECCCCEEEEEECCCCCEEEEECCCCE
VITKVEPDKGSTYGGQEVTIYGQDFRISKDEQGNILKDENGNPIGPDVYFGNVKAQKVVY
EEEEECCCCCCCCCCCEEEEEECCEEECCCCCCCEEECCCCCCCCCCEEECCEEEEEEEE
IDYGTLKVITPPNAPGKVRVTVVNYDGGLGYLEGGYTYIQSKPQIKQVIPPKFDKTGGTY
EECCEEEEEECCCCCCEEEEEEEEECCCEEEECCCEEEECCCCCHHHCCCCCCCCCCCEE
GIIVGNDFSVPVYDKDKLILPGSSVYIDGVEVKDVQVVDSTMIKFIAPPVDKVGTKELKV
EEEECCCEEECEECCCEEEECCCCEEEECEEEEEEEEEHHHHHHHHCCCCHHCCCCEEEE
VNPDGGTATFKVEYVSPSTHPQIYSITPDRGSINGGTYVVIKGKDFRDKVKVYFDAYEAK
ECCCCCEEEEEEEEECCCCCCEEEEECCCCCCCCCCEEEEEECCCCCCEEEEEEEEEEEE
VISVSPDTIVILTPPGDPQKDINRSVDVTVFNEEDGGSFTLKNGFTYIATETKPKITSIT
EEEECCCEEEEECCCCCCHHHCCCEEEEEEEECCCCCEEEEECCEEEEEECCCCCEEEEC
PNTGSTKGGETVTITGDDFRQGARVFFGEKEALNVVVKSYNTIIATTPSHPEGKVDVIVR
CCCCCCCCCCEEEEECCHHCCCCEEEECCHHHEEEEEECCCEEEEECCCCCCCEEEEEEE
NPDYADAVFPQGFTYVQTVPDEPVGFWVESIPGNDHTLRLRWSETKGAKYYEIYLVSDST
CCCCCCCCCCCCCEEEEECCCCCCEEEEEECCCCCCEEEEEECCCCCCEEEEEEEEECCC
YKFIASTDKLEYYVTNLSPNTKYTFALRAVNELGPSNFVTASSTTDRSSNSKYDTYVEGA
EEEEEECCCEEEEEEECCCCCEEEEEEEEHHHCCCCCEEEECCCCCCCCCCCCEEEECCC
KENKTSISTSNGALIVTLGDTSESEYILNFKDDIYKNINKWVINVPSKYKNTAKKVKIYT
CCCCCEEECCCCEEEEEECCCCCCEEEEEEHHHHHCCCCEEEEECCHHHCCCCEEEEEEE
QKFEMEFYLTDLYFTGDYDRITITRITGKEYEDMVKNLSKNVTILSDIYDIKYEKITDGK
EEEEEEEEEEEEEEECCCCEEEEEEECCCCHHHHHHHHCCCEEEEEEEEECEEEEECCCC
AVNYTNFKNNIYVLIGVENNRLGKKDINRAKISYITYYLPYVGPNPMVIMYNVDRNKNTV
EEEEEECCCCEEEEEEECCCCCCCCCCCCEEEEEEEEEECCCCCCCEEEEEECCCCCCEE
SGKISSPGQIAVTY
EEECCCCCEEEEEC
>Mature Secondary Structure
MRRILAMVVAILMLFSLFPGNMSKAYGAYPPNITAIYSLRLDGTMASPAKGPVDKYTDIK
CHHHHHHHHHHHHHHHHCCCCCCHHCCCCCCCEEEEEEEEECCCCCCCCCCCCCCCEEEE
ITGSGFVTYDASGNVTASVDYVYIDSPDTSKKLTILSVNENTIYAKVPPATSIGLSANIP
EECCEEEEECCCCCEEEEEEEEEECCCCCCCEEEEEEECCCEEEEECCCCCCCCEECCCC
YTIIVHRSDGQSAAIFNGFTYVNNPSISKVALDNFITLVKDSNGNIVGRTSKSYIRMEGS
EEEEEECCCCCEEEEEECEEEECCCCCCEEEECCEEEEEECCCCCEEEECCCEEEEECCC
YFNDVGLVQINGETASVVSQSGSVLVTTIPQNIFIDPTSTYTVTVTNIYRGSDTKQTQIY
EECCEEEEEECCCEEEEHHCCCCEEEEECCCEEEECCCCEEEEEEEEEEECCCCCEEEEE
AVNHDITGLSKYVAIVGDEITIYGRGFNSLGSDFKVYIGNNLVNSSDINIKSDTEMTVKV
EEECCCCCCEEEEEEECCEEEEEECCCCCCCCCEEEEECCCEECCCCCEEECCCEEEEEE
PAPKDTTLEYQNIDIVASNGSTATLVGALKIIPTPAIFTIDNITPNAGSVSGGTKVVIVG
CCCCCCEEEEEEEEEEECCCCEEEEEEEEEEECCCEEEEECCCCCCCCCCCCCCEEEEEC
QNLREDLIVKFGGVAAKSVQSITLPGLTENQRAIQVVTPPYSKSGPVDVTVVDPVTGYTV
CCCCCCEEEEECCEECCCEEEEECCCCCCCCCEEEEECCCCCCCCCEEEEEECCCCCEEE
TKQNAFFYLAVEDTMVVIDMNPTEGYESGNTPVTLWGFNFQKNDDPSTYTYNEDKTEITY
EECCEEEEEEEECEEEEEECCCCCCCCCCCCCEEEEEEECCCCCCCCEEEECCCCEEEEE
VNTNYTYKDPVTGNYVTGTRERKLYVTFGGNKAQIENVYKPETGQQTLNVLSPSVTLNPP
EECCEEECCCCCCCEEECCCCEEEEEEECCCEEEEEEECCCCCCCHHHHHCCCEEEECCC
GQNMPVDVVVTVETTVKDTNGNVVMQYSEQSSPPSKFTYKPLPSNPVILSVSPNTGSRAG
CCCCCEEEEEEEEEEEEECCCCEEEEECCCCCCCCCEEECCCCCCCEEEEECCCCCCCCC
GDTVIIQGFDIRPGVKVYFGDKLATVKDLTTGGDNKSVLTVISPPSTDLGYVDVKVVNKD
CCEEEEEEEECCCCCEEEECCCEEEEEEEECCCCCCEEEEEECCCCCCCCEEEEEEEECC
ADSQRGFYVYKNGYYYYTAPSISSIFTNFGSKYGGNLITIYGSDFFVGQTVVDGVYSPEY
CCCCCCEEEEECCEEEEECCCHHHHHHHCCHHHCCCEEEEECCCEEECHHHHCCCCCCCC
PDVRIGNIQLKVISVEDKDGNLIDGKKFNIGTKIKALIPETSTPYPVGWYDVTIKNYDGI
CCEEECEEEEEEEEEECCCCCEECCEEEECCCEEEEEECCCCCCCCCEEEEEEEECCCCC
NGTIGGSVTLPNAFEIKDTQKKPSIISVDPNKGPTKGGTLIKITGSNFEKGSIVTIDGVQ
CCCCCCEEECCCEEEECCCCCCCCEEEECCCCCCCCCCEEEEEECCCCCCCCEEEEECCC
ASVKKVSSGNTEIEATTPPGTLGKKIVQVVNPSDGGVALLVDGFEYVLIETKPQITKVVP
HHHHHHCCCCCEEEEECCCCHHHHEEEEEECCCCCCEEEEEECEEEEEEECCCCEEEECC
NYGGKGTLIYIFGSDFSKKVGDSEGAKAYIGNTVLENVYVLDENTIIGIIPDMKYTGLYE
CCCCCEEEEEEECCCCHHHCCCCCCCEEEECCCEECEEEEEECCEEEEEECCCCCCCEEE
IKVVNPDTATAVAPEKFHFLVPESNPVITSVTPNFGTVNGGTAILIEGQDFRRGAEVFIG
EEEECCCCCEEECCCCEEEECCCCCCEEEEECCCCCEECCCEEEEEECCCCCCCCEEEEC
GNKATNVVVSPDGKSITAITPPGKPGKTYVTVVNYDGGNYTYGIHEGETGFTYVIPNSQP
CCCCCEEEECCCCCEEEEECCCCCCCCEEEEEEEECCCCEEEEEECCCCCEEEEECCCCE
VITKVEPDKGSTYGGQEVTIYGQDFRISKDEQGNILKDENGNPIGPDVYFGNVKAQKVVY
EEEEECCCCCCCCCCCEEEEEECCEEECCCCCCCEEECCCCCCCCCCEEECCEEEEEEEE
IDYGTLKVITPPNAPGKVRVTVVNYDGGLGYLEGGYTYIQSKPQIKQVIPPKFDKTGGTY
EECCEEEEEECCCCCCEEEEEEEEECCCEEEECCCEEEECCCCCHHHCCCCCCCCCCCEE
GIIVGNDFSVPVYDKDKLILPGSSVYIDGVEVKDVQVVDSTMIKFIAPPVDKVGTKELKV
EEEECCCEEECEECCCEEEECCCCEEEECEEEEEEEEEHHHHHHHHCCCCHHCCCCEEEE
VNPDGGTATFKVEYVSPSTHPQIYSITPDRGSINGGTYVVIKGKDFRDKVKVYFDAYEAK
ECCCCCEEEEEEEEECCCCCCEEEEECCCCCCCCCCEEEEEECCCCCCEEEEEEEEEEEE
VISVSPDTIVILTPPGDPQKDINRSVDVTVFNEEDGGSFTLKNGFTYIATETKPKITSIT
EEEECCCEEEEECCCCCCHHHCCCEEEEEEEECCCCCEEEEECCEEEEEECCCCCEEEEC
PNTGSTKGGETVTITGDDFRQGARVFFGEKEALNVVVKSYNTIIATTPSHPEGKVDVIVR
CCCCCCCCCCEEEEECCHHCCCCEEEECCHHHEEEEEECCCEEEEECCCCCCCEEEEEEE
NPDYADAVFPQGFTYVQTVPDEPVGFWVESIPGNDHTLRLRWSETKGAKYYEIYLVSDST
CCCCCCCCCCCCCEEEEECCCCCCEEEEEECCCCCCEEEEEECCCCCCEEEEEEEEECCC
YKFIASTDKLEYYVTNLSPNTKYTFALRAVNELGPSNFVTASSTTDRSSNSKYDTYVEGA
EEEEEECCCEEEEEEECCCCCEEEEEEEEHHHCCCCCEEEECCCCCCCCCCCCEEEECCC
KENKTSISTSNGALIVTLGDTSESEYILNFKDDIYKNINKWVINVPSKYKNTAKKVKIYT
CCCCCEEECCCCEEEEEECCCCCCEEEEEEHHHHHCCCCEEEEECCHHHCCCCEEEEEEE
QKFEMEFYLTDLYFTGDYDRITITRITGKEYEDMVKNLSKNVTILSDIYDIKYEKITDGK
EEEEEEEEEEEEEEECCCCEEEEEEECCCCHHHHHHHHCCCEEEEEEEEECEEEEECCCC
AVNYTNFKNNIYVLIGVENNRLGKKDINRAKISYITYYLPYVGPNPMVIMYNVDRNKNTV
EEEEEECCCCEEEEEEECCCCCCCCCCCCEEEEEEEEEECCCCCCCEEEEEECCCCCCEE
SGKISSPGQIAVTY
EEECCCCCEEEEEC

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