| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG0894 |
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| Symbol | |
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| ID | 1013698 |
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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 | Streptococcus agalactiae 2603V/R |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004116 |
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| Strand | + |
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| Start bp | 902090 |
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| End bp | 906202 |
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| Gene Length | 4113 bp |
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| Protein Length | 1370 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637316081 |
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| Product | hypothetical protein |
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| Protein accession | NP_687908 |
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| Protein GI | 22537057 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3513] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | [TIGR01865] CRISPR-associated protein, Csn1 family |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAATAAGC CATATTCAAT AGGCCTTGAC ATCGGTACTA ATTCCGTCGG ATGGAGCATT
ATTACAGATG ATTATAAAGT ACCTGCTAAG AAGATGAGAG TTTTAGGGAA CACTGATAAA
GAATATATTA AGAAGAATCT CATAGGTGCT CTGCTTTTTG ATGGCGGGAA TACTGCTGCA
GATAGACGCT TGAAGCGAAC TGCTCGTCGT CGTTATACAC GTCGTAGAAA TCGTATTCTA
TATTTACAAG AAATTTTTGC AGAGGAAATG AGTAAAGTTG ATGATAGTTT CTTTCATCGA
TTAGAGGATT CTTTTCTAGT TGAGGAAGAT AAGAGAGGGA GCAAGTATCC TATCTTTGCA
ACATTGCAGG AAGAGAAAGA TTATCATGAA AAATTTTCGA CAATCTATCA TTTGAGAAAA
GAATTAGCTG ACAAGAAAGA AAAAGCAGAC CTTCGTCTTA TTTATATTGC TCTAGCTCAT
ATCATTAAAT TTAGAGGGCA TTTCCTAATT GAGGATGATA GCTTTGATGT CAGGAATACA
GACATTTCAA AACAATATCA AGATTTTTTA GAAATCTTTA ATACAACTTT TGAAAATAAT
GATTTGTTAT CTCAAAACGT TGACGTAGAG GCAATACTAA CAGATAAGAT TAGCAAGTCT
GCGAAGAAAG ATCGTATTTT AGCGCAGTAT CCTAACCAAA AATCTACTGG CATTTTTGCA
GAATTTTTGA AATTGATTGT CGGAAATCAA GCTGACTTCA AGAAATATTT CAATTTGGAG
GATAAAACGC CGCTTCAATT CGCTAAGGAT AGCTACGATG AAGATTTAGA AAATCTTCTT
GGACAGATTG GTGATGAATT TGCAGACTTA TTCTCAGCAG CGAAAAAGTT ATATGATAGT
GTCCTTTTGT CTGGCATTCT TACAGTAATC GACCTCAGTA CCAAGGCGCC ACTTTCAGCT
TCTATGATTC AGCGTTATGA TGAACATAGA GAGGACTTGA AACAGTTAAA ACAATTCGTA
AAAGCTTCAT TGCCGGAAAA ATATCAAGAA ATATTTGCTG ATTCATCAAA AGATGGCTAC
GCTGGTTATA TTGAAGGTAA AACTAATCAA GAAGCTTTTT ATAAATACCT GTCAAAATTG
TTGACCAAGC AAGAAGATAG CGAGAATTTT CTTGAAAAAA TCAAGAATGA AGATTTCTTG
AGAAAACAAA GGACCTTTGA TAATGGCTCA ATTCCACACC AAGTCCATTT GACAGAGCTG
AAAGCTATTA TCCGCCGTCA ATCAGAATAC TATCCCTTCT TGAAAGAGAA TCAAGATAGG
ATTGAAAAAA TCCTTACCTT TAGAATTCCT TATTATATCG GGCCACTAGC ACGTGAGAAG
AGTGATTTTG CATGGATGAC TCGCAAAACA GATGACAGTA TTCGACCTTG GAATTTTGAA
GACTTGGTTG ATAAAGAAAA ATCTGCGGAA GCTTTTATCC ATCGTATGAC CAACAATGAT
TTTTATCTTC CTGAAGAAAA AGTTTTACCA AAGCATAGTC TTATTTATGA AAAATTTACG
GTCTATAATG AGTTGACTAA GGTTAGATAT AAAAATGAGC AAGGTGAGAC TTATTTTTTT
GATAGCAATA TTAAACAAGA AATCTTTGAT GGAGTATTCA AGGAACATCG TAAGGTATCC
AAGAAGAAGT TGCTAGATTT TCTGGCTAAA GAATATGAGG AGTTTAGGAT AGTAGATGTT
ATTGGTCTAG ATAAAGAAAA TAAAGCTTTC AACGCCTCAT TGGGAACTTA CCACGATCTC
GAAAAAATAC TAGACAAAGA TTTTCTAGAT AATCCAGATA ATGAGTCTAT TCTGGAAGAT
ATCGTCCAAA CTCTAACATT ATTTGAAGAC AGAGAAATGA TTAAGAAGCG TCTTGAAAAC
TATAAAGATC TTTTTACAGA GTCACAACTA AAAAAACTCT ATCGTCGTCA CTATACTGGC
TGGGGACGAT TGTCTGCTAA GTTAATCAAT GGTATTCGAG ATAAAGAGAG TCAAAAAACA
ATCTTGGACT ATCTTATTGA TGATGGTAGA TCTAATCGCA ACTTTATGCA GTTGATAAAT
GATGATGGTC TATCTTTCAA ATCAATTATC AGTAAGGCAC AGGCTGGTAG TCATTCAGAT
AATCTAAAAG AAGTTGTAGG TGAGCTTGCA GGTAGCCCTG CTATTAAAAA GGGAATTCTA
CAAAGTTTGA AAATTGTTGA TGAGCTTGTT AAAGTCATGG GATACGAACC TGAACAAATT
GTGGTTGAGA TGGCGCGTGA GAATCAAACA ACAAATCAAG GTCGTCGTAA CTCTCGACAA
CGCTATAAAC TTCTTGATGA TGGCGTTAAG AATCTAGCTA GTGACTTGAA TGGCAATATT
TTGAAAGAAT ATCCTACGGA TAATCAAGCG TTGCAAAATG AAAGACTTTT CCTTTACTAC
TTACAAAACG GAAGAGATAT GTATACAGGG GAAGCTCTAG ATATTGACAA TTTAAGTCAA
TATGATATTG ACCACATTAT TCCTCAAGCT TTCATAAAAG ATGATTCTAT TGATAATCGT
GTTTTGGTAT CATCTGCTAA AAATCGTGGA AAGTCAGATG ATGTTCCTAG CCTTGAAATT
GTAAAAGATT GTAAAGTTTT CTGGAAAAAA TTACTTGATG CTAAGTTAAT GAGTCAGCGT
AAGTATGATA ATTTGACTAA GGCAGAGCGC GGAGGCCTAA CTTCCGATGA TAAGGCAAGA
TTTATCCAAC GTCAGTTGGT TGAGACACGA CAAATTACCA AGCATGTTGC CCGTATCTTG
GATGAACGCT TTAATAATGA GCTTGATAGT AAAGGTAGAA GGATCCGCAA AGTTAAAATT
GTAACCTTGA AGTCAAATTT GGTTTCAAAT TTCCGAAAAG AATTTGGATT CTATAAAATT
CGTGAAGTTA ACAATTATCA CCATGCACAT GATGCCTATC TTAATGCAGT AGTTGCTAAA
GCTATTCTAA CCAAATATCC TCAGTTAGAG CCAGAATTTG TCTACGGCGA CTATCCAAAA
TATAATAGTT ACAAAACGCG TAAATCCGCT ACAGAAAAGC TATTTTTCTA TTCAAATATT
ATGAACTTCT TTAAAACTAA GGTAACTTTA GCGGATGGAA CCGTTGTTGT AAAAGATGAT
ATTGAAGTTA ATAATGATAC GGGTGAAATT GTTTGGGATA AAAAGAAACA CTTTGCGACA
GTTAGAAAAG TCTTGTCATA CCCTCAGAAC AATATCGTGA AGAAGACAGA GATTCAGACA
GGTGGTTTCT CTAAGGAATC AATCTTGGCG CATGGTAACT CAGATAAGTT GATTCCAAGA
AAAACGAAGG ATATTTATTT AGATCCTAAG AAATATGGAG GTTTTGATAG TCCGATAGTA
GCTTACTCTG TTTTAGTTGT AGCTGATATC AAAAAGGGTA AAGCACAAAA ACTAAAAACA
GTTACGGAAC TTTTAGGAAT TACCATCATG GAGAGGTCCA GATTTGAGAA AAATCCATCA
GCTTTCCTTG AATCAAAAGG CTATTTAAAT ATTAGGGCTG ATAAACTAAT TATTTTGCCC
AAGTATAGTC TGTTCGAATT AGAAAATGGG CGTCGTCGAT TACTTGCTAG TGCTGGTGAA
TTACAAAAAG GTAATGAGCT AGCCTTACCA ACACAATTTA TGAAGTTCTT ATACCTTGCA
AGTCGTTATA ATGAGTCAAA AGGTAAACCA GAGGAGATTG AGAAGAAACA AGAATTTGTA
AATCAACATG TCTCTTATTT TGATGACATC CTTCAATTAA TTAATGATTT TTCAAAACGA
GTTATTCTAG CAGATGCTAA TTTAGAGAAA ATCAATAAGC TTTACCAAGA TAATAAGGAA
AATATATCAG TAGATGAACT TGCTAATAAT ATTATCAATC TATTTACTTT TACCAGTCTA
GGAGCTCCAG CAGCTTTTAA ATTTTTTGAT AAAATAGTTG ATAGAAAACG CTATACATCA
ACTAAAGAAG TACTTAATTC TACCCTAATT CATCAATCTA TTACTGGACT TTATGAAACA
CGTATTGATT TGGGTAAGTT AGGAGAAGAT TGA
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| Protein sequence | MNKPYSIGLD IGTNSVGWSI ITDDYKVPAK KMRVLGNTDK EYIKKNLIGA LLFDGGNTAA
DRRLKRTARR RYTRRRNRIL YLQEIFAEEM SKVDDSFFHR LEDSFLVEED KRGSKYPIFA
TLQEEKDYHE KFSTIYHLRK ELADKKEKAD LRLIYIALAH IIKFRGHFLI EDDSFDVRNT
DISKQYQDFL EIFNTTFENN DLLSQNVDVE AILTDKISKS AKKDRILAQY PNQKSTGIFA
EFLKLIVGNQ ADFKKYFNLE DKTPLQFAKD SYDEDLENLL GQIGDEFADL FSAAKKLYDS
VLLSGILTVI DLSTKAPLSA SMIQRYDEHR EDLKQLKQFV KASLPEKYQE IFADSSKDGY
AGYIEGKTNQ EAFYKYLSKL LTKQEDSENF LEKIKNEDFL RKQRTFDNGS IPHQVHLTEL
KAIIRRQSEY YPFLKENQDR IEKILTFRIP YYIGPLAREK SDFAWMTRKT DDSIRPWNFE
DLVDKEKSAE AFIHRMTNND FYLPEEKVLP KHSLIYEKFT VYNELTKVRY KNEQGETYFF
DSNIKQEIFD GVFKEHRKVS KKKLLDFLAK EYEEFRIVDV IGLDKENKAF NASLGTYHDL
EKILDKDFLD NPDNESILED IVQTLTLFED REMIKKRLEN YKDLFTESQL KKLYRRHYTG
WGRLSAKLIN GIRDKESQKT ILDYLIDDGR SNRNFMQLIN DDGLSFKSII SKAQAGSHSD
NLKEVVGELA GSPAIKKGIL QSLKIVDELV KVMGYEPEQI VVEMARENQT TNQGRRNSRQ
RYKLLDDGVK NLASDLNGNI LKEYPTDNQA LQNERLFLYY LQNGRDMYTG EALDIDNLSQ
YDIDHIIPQA FIKDDSIDNR VLVSSAKNRG KSDDVPSLEI VKDCKVFWKK LLDAKLMSQR
KYDNLTKAER GGLTSDDKAR FIQRQLVETR QITKHVARIL DERFNNELDS KGRRIRKVKI
VTLKSNLVSN FRKEFGFYKI REVNNYHHAH DAYLNAVVAK AILTKYPQLE PEFVYGDYPK
YNSYKTRKSA TEKLFFYSNI MNFFKTKVTL ADGTVVVKDD IEVNNDTGEI VWDKKKHFAT
VRKVLSYPQN NIVKKTEIQT GGFSKESILA HGNSDKLIPR KTKDIYLDPK KYGGFDSPIV
AYSVLVVADI KKGKAQKLKT VTELLGITIM ERSRFEKNPS AFLESKGYLN IRADKLIILP
KYSLFELENG RRRLLASAGE LQKGNELALP TQFMKFLYLA SRYNESKGKP EEIEKKQEFV
NQHVSYFDDI LQLINDFSKR VILADANLEK INKLYQDNKE NISVDELANN IINLFTFTSL
GAPAAFKFFD KIVDRKRYTS TKEVLNSTLI HQSITGLYET RIDLGKLGED
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