| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccur_13770 |
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| Symbol | |
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| ID | 8375582 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Cryptobacterium curtum DSM 15641 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013170 |
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| Strand | - |
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| Start bp | 1565293 |
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| End bp | 1569501 |
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| Gene Length | 4209 bp |
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| Protein Length | 1402 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 644994293 |
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| Product | putative collagen-binding protein |
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| Protein accession | YP_003151734 |
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| Protein GI | 256827775 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.000835075 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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Fosmid Coverage information |
| Num covering fosmid clones | 119 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGGCAACAC TACTTTTTGT TTCTGTTGCA ATGATGGCCG CCATGCTCTT GAGCATGCAT
GCCGCCTATG CTGAGGACAC CACTGGCTTA GCATTCGATA AGATCACTAT TGAAGACGCA
AGCACACATA CTCAGGTGGC TGATCTTACC GCGGGAGAAG TTCCTGCCCT TAAAGCGGGA
GTTACCTACG CACTTAACGT GAGTTACAAC GTTCCCAGTT CGTTGCAGTT TACTCCTACC
TATTTGAATG TTTGGTTTGA TAACGGCATG TACGTGACGG CCTTGCCGGG TTCTACTTTC
AATGAAGGGG CTATCACTAG TACTAGCTTC AGCAAGCTGG TAAAGACCCC AACGGGTACT
GGGACTTCAC CGTATGGTTA TCCAACTGCC GGCTCTAATG AGAGCAGAAA CGGCGACCTG
AAATATATGA CCAAAAACGG GCTTGTTCGC GTGGACACCA AGTCTGAAAT CCGCTTTCGT
ATTGACGATG CCTACGAAAA CGAAGATGCT GGACAGATTA TTGCTAACGC TATTAAGGTA
AGCCTCAGTA CCGATGCGAC CAACAATATC GATCCGCATT CCTTCAATAT TAATCCTGCT
GACACCCCTC ATTACGGTTT CTATGTCAAC CAAAGCACCG AAGTTGTGTC TAAGGGCGGA
ACCACCGGGA CTATTGAAAC GTACAATTCA GGAAGTGGTA GTTCCCTTAC CGAAGCTAAT
AGCAAAACAA CGGTGCAAAT TGTTTATCCG AAAGATCTTG AGCTCGTTAA TCTTGAAGAA
ACAGCTCTCT ATCATACGAA CGGCACGATC GTAAATACAG TGGTCGAGGG TGATAATAAA
GTTGCTACTG TCGAATGGAA CGAGCCGGGG TCTTATTCAA GTGGACTGAA TTTTAAACCT
CATATCAAGG TGCCTGCTGA CAGTACTCGT GCTAATGGCT CCACATTTGA TGTAACACTG
CGGAACTTTA AGAAGACTAT ATGGAACGAT TCGCCCAATG CGGATAGAAC CTCTGGCACA
CAGACCGCAA CGATGCATGT TACTATCATT GATGGTGCGA CCCCCGAGAA GATTACAACT
CATGCACTTG TTGATCATGC ACCTAACTGG GCGCTCAAGA AGTATGATAC ATACAATACG
CGTCTCGGAG CTTATCTCAT CAAAAATGAG CTTTCATCTC CCACGATGCC AAAGACTCTT
GAGATGACCA TCGATAAGGG CAATACCGCT ATTATCCGCG GTGTTACTAT TCCGTATAAG
GAAGGCATGA CTTACGGGCC TATCCATTGG ACAGCTTCCG ATGGTACGAG CGGCACGGCT
GACCCAAGCA TTCTAAAGAA GCCAGGCTCC GGTTCAGCGA ATGTTTCAGC GCTTATTACC
AATACCGCAT TAGGTCTTGA CATTAATACA TCTATTACTT CCATCAAAGT TGATCTGGGG
CCCATACCAG GTGGATACGA TGGCATTAGG CCTATGAGCG ACCTTTTGGA TACTCGTAAT
CCTGCTGATA AACATGTATA CGATGAATAC TATGGATGGA GTTATATTTC TAATGGCGTA
TATGGATCTT GGAAACAGGG CACTGACGCT GATGTAAAAA CTACGGTAAA GCTTTATACA
ACGGGGACCA CTCCGTCAGA TGGCGATGTT ATTACCGGCA AGACAAGCGC GCCGAAAGTA
CTTAATGGTG TCGGAACCAT TAGTAAGAGC CAAATAAATG GTGGGGATTC TTTTAACATC
AGTGGCACTA TCGATGACGG CAATTGGGAT TGGAACCCTC TGCAAGAGCC CGTCCTTTAT
ACTTTTATGC CTGAAGGGTT TTCCTATAGC AACCTAAGCT TGACAGGTGG AACGCTGGGC
ACACCTGAAT TTGTTGGCTC GTTCGATAAG AATGGCACTA AGATAAAGGT ATGGAAATAC
CCCGTCAATG TTGGTAATGA GACGCGCGGA CAGTATCAGC CCGATTTCAG CATTAAAAGC
ATGCGTCTAA ACATGACCGT AAGCACTAAT AAACTTGCGG AAAAGGGCGT ATACCACATC
AATGATTTTG TTGGCTTCAC CACGAAGGAT TTCAAAGAAA TTGGTGCTGT CATCAAAGCT
GAAAAGTGGG ATCACAGCAA CTGGAATACC GAGAAATACA CAGAGACGTT CGGTGATAAA
GTAAACTCCG GTAAAACGAT GGTGTCCCTT TCTGAGGGTC CTGGCGTTAC CATTAATCAG
GCAGCTGAAA TTGCAGCCCA TTCAACCTTC TCTGTGAAGG ACGGACAAAG CGGTGCTGTT
ACTGATTACA CTTATGATCC AGCAAATCCC TCTGCTACTA CGGCTGTGCT TCAGAAGGGC
GATACTGCTA CAGTACATAT TGCCATACGG AACAACGCAA ACACTGAGAC GAATTCCACT
TCGCTTTTTG TACCATTGCT TTCAAAGAGT ATGGATAGGG GGAATTCGTT TACGCCTGAA
GGCGCAACCA AATTGCCTTT GTCTCTTGCA TCAGTGACGA CTTCGTCTAA CTTCCAGGTA
AAGTACATTA AGCTAAAGCC GGGCGTTACT TACAACACAA ACCATGCTCC GCAGCCGGGT
GACTACACCG AAGTAAGCGA CCCTTCTCAG GCAGACATGT TGCAGCTCGT ATCTAATCAG
CCTCTAGCAG CTAATGGAGG TGGATACGTT GATGTTTCTT ATAAGGTAAA CGACGAAGTT
GGCTCTAGCT ATAATGATCA GCGAACCGTA TTTAATACGA CGCTCGATTA TGATATTAAC
GGCAACCATT CTATGTTGAC TCTTGATACC AATGCGGTGA CCTTTGCGGG TACCGACGTT
GTTCTTACCA AAGTTTGGGA CGATAGCAAT AATGTTGGCG GAATACGCCC GACCACCAGT
GATTTTGCCG CGGCACTTAC GCTTACTTCC GATAAGGGTA TCGACCTGAG TAGTTTTTCG
CCACATGTGG TAGACCAAGG AAATGGGAAA TATACCGTTT CCTACCTGGG GCTGCCTAAG
TACGTAGGTG ATGCAAGTAA TCCCATTACA TATACTTTAA GTGAAGGGGC GATTGCCGGC
TACACTGCCG ATACTACGTC TATACAGGGC ACGGGTAATA AGGTTGAAGG TACTATCACC
AACACCCATA CCCCTGAAAC CATCAATATC CCAGTAACTA AGAAGTGGGT TGGACCAGAA
GGCTCATCAG TTACTGTCAA GCTTTTGGCT GATGGGGTAG ATAGTGGCAA GTCTGTCACG
CTTTCCTCAG CTAATAGCTG GAGCGATACG TTTACTAACC TGCCTAAGTA CAAAAATGGT
ACTGCTATTA CCTACACCGT TGATGAATCA TCAGTTACTG GTGTGGATGC AACCAAGTAC
ACAACGGCTG TAAGCGGTAG TGCTACTGCG GGCTTTACTA TCACGAACAC CAATAAAGAA
AAGATTGACA TCTCAGGAAC AAAGACCTGG AATGATGATG GCAATCGTGA TGGGGCGCGT
CCGTCTTCTA TCACCATCAA CCTTTTGGCC GATGGCATCC AAGTAGACTC AAAGGCAGTC
ACCCCGGATG CATCAGGTGC ATGGAGCTAT AGCTTTGCTG GTCTTGCTAA GTATTCTGCA
ACCGATGGTC ACCAGATTGC CTACACGATC ACTGAGAATG CTGTTGCTGA TTATTCAACA
ACCATTACTG ATTATGATGT CACAAACACT CATACACCAG CTCAAACATC GCTGACAGTT
ACTAAAGCAT GGAGTGACGA TAATGACCGC GATGGCGTGC GTCCTTCCTC TGTGGAAGTA
GTGCTCTATG CCAATGGAGT AGCAAAGGGA ACACCTGTTA CTCTCAATGC TGCCAATAAT
TGGTCATATA CGTGGACTGG CCTTGACCAG AAGGACAATG GCACCAACAT TGTCTACACG
GTCGATGAGC CCACTGTTCC CACTGGATAC ACCAAAGAGG TAACGGGGGA TGCCACCAGT
GGCTTTACCA TCACCAACAC CCATACCCCC ACTCCTCCAG AGCCGGGCCC AAATCCTGCT
CCCGAGCCCG ATCCAACACC AGCACCGAGC CCAGATCCTG ATCCAGACCC CAATGGCAAA
GGACCAGCTT CCATCCTTCC CAAAACCGCT GATGAAGGAA CTCTGTTTGC GGGAGCTGCT
GGTTTAGCTA TTCTCTCTGC TGTCGGGGGA GCGGTTGCTG TTACTGCTCG CCGTCGCGAA
GAGGACTAG
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| Protein sequence | MATLLFVSVA MMAAMLLSMH AAYAEDTTGL AFDKITIEDA STHTQVADLT AGEVPALKAG
VTYALNVSYN VPSSLQFTPT YLNVWFDNGM YVTALPGSTF NEGAITSTSF SKLVKTPTGT
GTSPYGYPTA GSNESRNGDL KYMTKNGLVR VDTKSEIRFR IDDAYENEDA GQIIANAIKV
SLSTDATNNI DPHSFNINPA DTPHYGFYVN QSTEVVSKGG TTGTIETYNS GSGSSLTEAN
SKTTVQIVYP KDLELVNLEE TALYHTNGTI VNTVVEGDNK VATVEWNEPG SYSSGLNFKP
HIKVPADSTR ANGSTFDVTL RNFKKTIWND SPNADRTSGT QTATMHVTII DGATPEKITT
HALVDHAPNW ALKKYDTYNT RLGAYLIKNE LSSPTMPKTL EMTIDKGNTA IIRGVTIPYK
EGMTYGPIHW TASDGTSGTA DPSILKKPGS GSANVSALIT NTALGLDINT SITSIKVDLG
PIPGGYDGIR PMSDLLDTRN PADKHVYDEY YGWSYISNGV YGSWKQGTDA DVKTTVKLYT
TGTTPSDGDV ITGKTSAPKV LNGVGTISKS QINGGDSFNI SGTIDDGNWD WNPLQEPVLY
TFMPEGFSYS NLSLTGGTLG TPEFVGSFDK NGTKIKVWKY PVNVGNETRG QYQPDFSIKS
MRLNMTVSTN KLAEKGVYHI NDFVGFTTKD FKEIGAVIKA EKWDHSNWNT EKYTETFGDK
VNSGKTMVSL SEGPGVTINQ AAEIAAHSTF SVKDGQSGAV TDYTYDPANP SATTAVLQKG
DTATVHIAIR NNANTETNST SLFVPLLSKS MDRGNSFTPE GATKLPLSLA SVTTSSNFQV
KYIKLKPGVT YNTNHAPQPG DYTEVSDPSQ ADMLQLVSNQ PLAANGGGYV DVSYKVNDEV
GSSYNDQRTV FNTTLDYDIN GNHSMLTLDT NAVTFAGTDV VLTKVWDDSN NVGGIRPTTS
DFAAALTLTS DKGIDLSSFS PHVVDQGNGK YTVSYLGLPK YVGDASNPIT YTLSEGAIAG
YTADTTSIQG TGNKVEGTIT NTHTPETINI PVTKKWVGPE GSSVTVKLLA DGVDSGKSVT
LSSANSWSDT FTNLPKYKNG TAITYTVDES SVTGVDATKY TTAVSGSATA GFTITNTNKE
KIDISGTKTW NDDGNRDGAR PSSITINLLA DGIQVDSKAV TPDASGAWSY SFAGLAKYSA
TDGHQIAYTI TENAVADYST TITDYDVTNT HTPAQTSLTV TKAWSDDNDR DGVRPSSVEV
VLYANGVAKG TPVTLNAANN WSYTWTGLDQ KDNGTNIVYT VDEPTVPTGY TKEVTGDATS
GFTITNTHTP TPPEPGPNPA PEPDPTPAPS PDPDPDPNGK GPASILPKTA DEGTLFAGAA
GLAILSAVGG AVAVTARRRE ED
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