LOCUS BAI97067.1 2912 aa PRT BCT 07-OCT-2016
DEFINITION Sphingobium indicum UT26S hemolysin-type calcium-binding
repeat protein VCBS protein.
ACCESSION AP010803-2233
PROTEIN_ID BAI97067.1
SOURCE Sphingobium japonicum UT26S
ORGANISM Sphingobium indicum UT26S
Bacteria; Pseudomonadota; Alphaproteobacteria; Sphingomonadales;
Sphingomonadaceae; Sphingobium.
REFERENCE 1 (bases 1 to 3514822)
AUTHORS Nagata,Y., Ohtsubo,Y., Oguchi,A., Ankai,A., Yashiro,I., Fukui,S.,
Kamata,S., Takahashi,M., Ichikawa,N., Tanikawa,S., Tsuda,M. and
Fujita,N.
TITLE Direct Submission
JOURNAL Submitted (04-JUL-2008) to the DDBJ/EMBL/GenBank databases.
Contact:Director-General Department of Biotechnology
National Institute of Technology and Evaluation, NITE Genome
Analysis Center (NGAC), Department of Biotechnology; 2-49-10
Nishihara, Shibuya-ku, Tokyo 151-0066, Japan
URL :http://www.bio.nite.go.jp/
REFERENCE 2
AUTHORS Nagata,Y., Ohtsubo,Y., Endo,R., Ichikawa,N., Ankai,A., Oguchi,A.,
Fukui,S., Fujita,N. and Tsuda,M.
TITLE Complete Genome Sequence of the Representative
gamma-Hexachlorocyclohexane-Degrading Bacterium Sphingobium
japonicum UT26
JOURNAL J. Bacteriol. 192, 5852-5853 (2010)
COMMENT "Nagata, Y., Ohtsubo, Y. and Tsuda, M. are at Department of
Environmental Life Sciences Graduate School of Life Science,
Tohoku University. The other authors are at NITE Genome Analysis
Center (NGAC).
Please visit our web site. URL:http://www.bio.nite.go.jp/
DOGAN ; Database of Genomes Analyzed at NITE. The database
contains genome sequence data, physical maps and the genomic and
proteomic data of the microorganisms analyzed.
URL:http://www.bio.nite.go.jp/dogan/Top
The microbial strain and microbial genomic DNA clones used for the
sequencing project are available through the NBRC.
URL:http://www.nbrc.nite.go.jp/e/index.html
FEATURES Qualifiers
source /chromosome="1"
/culture_collection="NBRC:101211"
/db_xref="NBRC:101211"
/db_xref="taxon:452662"
/mol_type="genomic DNA"
/note="strain coidentity: NBRC 101211"
/organism="Sphingobium japonicum UT26S"
/strain="UT26S"
protein /locus_tag="SJA_C1-22330"
/note="type V secretory pathway, adhesin AidA"
/transl_table=11
BEGIN
1 MDFERDWDSK GTVDHQQALH PEAAALAAKG KAVHPGKMHH ADVVRTVAPN PDGTVVLPAG
61 TDINQIEVSG RNLIVHLPDG TDMVILDGAV VMPRLVVGDV EIPSVNLAAL LIGEEPQPAA
121 GPPRSSGGNF IGPDGNVGDP HGLGDLLPPT ELLFTQPETR EILPVPLQDD EEPAVTIITP
181 NQPAGATAAT AGVSEASLPA RGSEPAGSAA ASDSERTTGT IAITATDGLA GVTINGVAIA
241 TVGQTVTTPL GVLTITSITP SAIGYSYVLS DNVVGAPPAE VFTVVVTDSD GDQASATLTI
301 SIADDAPTAV NDADSVTEDG PLVADGNVLT GSGGSDANAT DGVADIQGAD GAVVSTTGSF
361 QGSYGTLTLA ASGAYSYTLA NGNAAVQFLV PGQTLTDSFS YTITDADGDT STATLTITIN
421 GADDGVTITG LNGAPGIEGA EVVLLENDLS DGSSPDAAGL TKTGSFGVNG PDGLSSVTVG
481 GVSVLANGAF VAGQVVTTPV GTLTITGFTA TATQGGVPTA GTFTYSFVLT DNSLGHGAAG
541 ADSILQSFAV VVTDRNGSAA NASVDVRIVD DVPTANNDVD GVAAGAYGPE TGNVITGAGT
601 VSGAAGADVR GADGAVVSTT GTFEGAYGTL TLNADGSYVY VRAAGTPGGV SDSFSYTLRD
661 GDGDTSTATL RIDIANSNVM IVSIPKVGEG TIVDESGLVN PMGSNAGSGV DTTDGTITYT
721 APDGPATVTI NGQPVIIGTT IATDKGILTI TGLNEGQIDY TYELTTNTTG DDVTDSFVVT
781 VTDVDGDTAT DTLTITILDD VPTATNDTDS VREDGPLVAD GNVITGSGGS DANGTDGNAD
841 VQGADGAQVS AIAFGGTAGT VGAPLAGLYG SLVIQANGSY AYTLDNENGV VQGLDKTETL
901 TETFTYTLTD GDGDARTATI TITIQGSDDG VTINGLDGEG AEETVFENDL PGGSSENVAA
961 LTQTGGFTLS APDGVATVTV GGQPIFGAGG FIGGVTIANA YGTLSITGFT PTLGADGDVI
1021 GGTVSYSYVL TDNTLLHSGV NDGSLTDSFA VVVTDTDGST DSASLDIRVV DDVPTAVNDV
1081 AGQLTENAAV TIDVFANDVA GADGVNLASG VALESGAAKG TVVYQGNGVF LYTPNAGAEG
1141 SDSFTYTITD GDGDKSTATV TINLLQDSTP TVSVTDMTVS EAGLPGGTQQ AGNSETATGS
1201 MTIATGGDTL TKVEVQDKNG AWVDVTGATA STPVVVAGAA GALTVTSDGA GHYSYSYTLA
1261 VNDPAHPDNV TSDGDGISGA ADPKAGDAFA VRVTDSDGDV SPADTINVTV LDDAPIATAD
1321 SGSVSEGGSL IVAAADGVLD NDQPGADGYA PGVVGVAKGS DPSSPVSGQV GTAVAGDYGT
1381 LTLFADGSYR YDATPNAISA DQQDVFVYTI RDADGDLATT TLTIDVANVA LAPDNQTKTV
1441 FEAALDTGIT GSDIAAGSVT GSAPGQPTET ATGQLNVAGA VSYTLTSSAT GSHGQLQLNA
1501 NGSYTYTLTS PVDGPTANDG PLTFAGAEVF TYQAVDGSGN IANGTITIDV VDDVPTAVND
1561 ALLTVAEDGA DIGGNVLTND TPGADGATLT SVTIGGVTTA INAVGTTNVS GAFGAYTFTA
1621 AGAWTFNPST NLNNASGVSA GFSYVITDGD GDQSTAVQPI TVTDGANPIA GAPISLALDD
1681 QNLAGGTTQG NPDFVQDNVS FTAGSDALTG FAFATDLSAL GGGLTWNRVS ATLIEGWDGP
1741 VGTGVKIVAL TLTAPASIGA GLSGNVQVTA TLLDNYDSHP NIALDDSVSL GSVGVVASDQ
1801 DGDSATATVN LSVSDDVPQA VNDGQLAIVD DNASGVVVGT VAGLLGNDVF GADGPGSPAI
1861 AIGTGNLGGT ISIVGGNLVY TSHHNIAAPY ASIGETFTYT IKDGDGDTSS ATFSVLLTDT
1921 GPSISAAAAA FTVDEDGLAN GVTQPVTGDV DGADIVKTGT LAGLNFGNDG AGNIVLGAVA
1981 DTGLRTLSNH VIQTIWDGTS HTLTGKDAVT GDNIFTLQIT DVASGAYRFE LLAPVKHSDP
2041 ASEDDKSFTV AVTVTDAENE SASGTISVTI DDDSPAVTAT LPAAGSLVVD ESNLAFDATA
2101 SFAGNFTALY GADGKGSLSY SLGVSAQGAA TNLFDTATGN RVYLFVESGK VVGREGTSSG
2161 NAAGGPVVFQ LTVDALGAVT LDQQRAVLHT PDTGPNQAIG LDVGSLITLT ATAVDGDADT
2221 VSQQINFGQT ISFLDDVGTL GAFSNITVVN GANVVGNGTF SYNAGADGHG SFAITGPVLP
2281 GISYTTTQNA TGALLTATTD PDGPGGNPPV TVFTLQVNAN GTSVFTLVTP QAATSETISL
2341 LGLSAGGPTP FVQTADGRVE FTGNGNGVNS STQGFGVDNQ FVGNGENFTI EFHNPGQAGD
2401 QAATVNPDMV SSIILKNDNI NGSLGIKVTV YNDVTGQSEV VYTNFNVTGT STLIDPVMSE
2461 FNRVSIEGVG GSGQGVRFTS LVINKTILPS DIDLHFTVQA TDKDGDVTST STLNVFVDAT
2521 SPTPPVAIDL NGDGLHFVGL DAGVTHDYGN GAVATAWVSS EDGLLGHVTG KGIDIVFTDD
2581 APGAQTDLEG LRLAYDSNGD GKLDTADTAF AEFGVWQDAN GNGAVDQGEF KSLTDLGIAS
2641 IDLNSDGKTY SAANGDVTVL GEASFTRTDG TKGTVGDVIF ATGSSDASKT TESTASGFNQ
2701 ALVAASLVAV AGAAEAPAEQ QPAPTATESA APVTETAPAV TVEAEPAATQ ESAPTTLAAN
2761 DDQATHEQPA PTGHAAEEAA PDHATLSDGD AHVSTVETAD APQPDLSGHQ GLLAQSIDLP
2821 PAFDGNAAAV LAAQQAAPAA NAADVVKEAL GAHDAPNIDA LLAALPGGEH ASTPILLNPV
2881 AGEAVDSGHL AAATAIFEAA MVAHEAMAVA HG
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