| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG2053 |
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| Symbol | |
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| ID | 1014864 |
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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 | 2026877 |
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| End bp | 2031589 |
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| Gene Length | 4713 bp |
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| Protein Length | 1570 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 637317219 |
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| Product | serine protease |
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| Protein accession | NP_689039 |
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| Protein GI | 22538188 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG1404] Subtilisin-like serine proteases |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain
[TIGR01168] Gram-positive signal peptide, YSIRK family |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.322612 |
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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 | ATGAACACAA AACAGCGTTT TTCAATCCGG AAATATAAGT TAGGTGCCGT ATCTGTACTT
TTGGGAACCC TATTTTTTTT AGGTGGTATC ACAAATGTAG CTGCTGATTC TGTCATAAAT
AAGCCATCTG ATATTGCAGT TGAACAGCAA GTAAAAGACA GTCCAACGAG CATAGCAAAT
GAGACACCTA CTAACAACAC GTCATCAGCC CTTGCGTCGA CAGCTCAAGA CAATCTTGTT
ACAAAGGCTA ATAATAGTCC AACAGAAACA CAACCAGTAG CTGAGTCTCA CTCTCAAGCC
ACCGAGACAT TTTCCCCAGT CGCAAATCAA CCGGTTGAAA GCACTCAAGA AGTTTCTAAA
ACTCCTTTAA CCAAACAAAA TTTAGCAGTC AAATCTACAC CAGCTATTTC TAAAGAAACC
CCTCAAAACA TTGATAGTAA TAAAATTATC ACTGTCCCCA AAGTATGGAA CACAGGCTAC
AAAGGAGAGG GAACTGTTGT AGCAATTATT GACTCAGGAC TAGATATCAA TCACGATGCT
CTCCAATTAA ATGATTCGAC AAAAGCAAAA TACCAAAACG AACAGCAAAT GAATGCTGCT
AAAGCAAAAG CTGGTATAAA CTATGGAAAA TGGTATAACA ACAAAGTAAT CTTTGGTCAC
AACTATGTTG ATGTCAATAC AGAGCTAAAA GAGGTGAAAA GCACTTCTCA TGGTATGCAC
GTAACCAGTA TCGCAACAGC TAATCCTAGC AAGAAAGATA CAAATGAATT AATCTATGGT
GTTGCTCCTG AAGCACAAGT AATGTTTATG AGAGTCTTCT CTGATGAAAA AAGAGGAACT
GGACCAGCCC TTTATGTTAA AGCTATTGAA GATGCCGTTA AACTCGGTGC TGACAGCATT
AATTTAAGTT TAGGTGGAGC TAATGGGTCT TTAGTTAATG CCGATGACCG ACTTATAAAA
GCTTTAGAGA TGGCTAGACT CGCTGGCGTT TCTGTTGTTA TAGCAGCAGG TAACGACGGT
ACATTTGGGA GTGGAGCATC AAAGCCTTCT GCTCTTTATC CTGATTATGG TTTAGTTGGT
AGTCCATCAA CAGCTCGTGA GGCCATTTCT GTAGCATCAT ATAATAATAC AACACTGGTT
AATAAAGTCT TCAACATTAT CGGATTAGAA AACAACAGAA ATCTCAACAA CGGATTAGCT
GCTTATGCAG ATCCTAAAGT TAGTGATAAG ACCTTTGAAG TAGGGAAACA ATATGATTAT
GTTTTCGTAG GAAAAGGAAA CGACAATGAT TATAAGGACA AAACTTTAAA TGGTAAAATC
GCCTTAATTG AACGTGGAGA TATTACTTTT ACAAAAAAAG TCGTCAATGC TATTAATCAC
GGTGCTGTGG GAGCTATTAT CTTTAATAAC AAAGCTGGGG AAGCTAATCT AACAATGAGT
TTAGATCCTG AAGCAAGTGC TATTCCTGCT ATTTTTACCC AAAAAGAGTT TGGAGATGTT
TTAGCTAAAA ACAACTATAA AATTGTATTT AACAATATCA AAAATAAACA AGCCAACCCT
AATGCAGGTG TCCTATCTGA CTTTTCAAGC TGGGGGTTAA CAGCAGACGG ACAATTAAAA
CCTGACTTAT CTGCTCCTGG AGGCTCTATT TACGCCGCTA TCAATGATAA TGAATATGAT
ATGATGAGTG GGACAAGTAT GGCTTCTCCC CATGTCGCTG GTGCTACTGC TCTAGTTAAA
CAATACTTAT TGAAAGAACA TCCAGAACTT AAAAAAGGTG ACATTGAAAG AACTGTCAAA
TACCTTCTTA TGAGTACTGC TAAAGCACAC CTAAACAAAG ATACAGGCGC TTACACCTCA
CCACGCCAAC AAGGAGCAGG TATTATCGAT GTCGCAGCAG CAGTTCAGAC AGGATTATAC
CTAACTGGTG GGGAAAACAA CTATGGCAGC GTTACATTAG GAAATATTAA AGATAAAATT
TCCTTTGATG TTACTGTTCA TAATATCAAT AAAGTTGCAA AAGATTTACA CTATACAACC
TATTTAAATA CTGATCAAGT TAAAGATGGC TTTGTCACAT TGGCTCCTCA ACAACTTGGT
ACATTTACAG GGAAAACGAT ACGGATTGAA CCAGGGCAAA CCCAAACGAT TACAATTGAT
ATAGATGTTT CGAAATACCA TGACATGTTA AAAAAAGTAA TGCCAAACGG CTATTTCCTA
GAAGGCTACG TACGTTTTAC AGACCCTGTT GATGGTGGGG AAGTTCTTAG TATTCCTTAT
GTTGGATTTA AGGGAGAATT CCAAAACTTA GAAGTTTTAG AAAAATCCAT TTATAAGCTT
GTTGCTAACA AAGAAAAGGG ATTTTATTTC CAACCAAAAC AAACAAACGA AGTTCCTGGT
TCAGAAGATT ATACTGCCTT AATGACTACA AGTTCAGAGC CTATCTACTC AACAGACGGT
ACTAGTCCTA TCCAATTGAA AGCCTTGGGA AGCTATAAGT CTATAGATGG AAAATGGATC
TTACAACTAG ATCAAAAAGG CCAGCCTCAT CTAGCCATTT CACCTAATGA TGACCAAAAT
CAAGATGCCG TTGCAGTGAA AGGTGTTTTC TTACGTAATT TCAATAATTT AAGAGCCAAA
GTCTATCGTG CAGATGATGT TAATTTACAA AAACCACTAT GGGTAAGTGC TCCCCAAGCA
GGAGATAAAA ATTACTACAG CGGAAATACT GAAAATCCAA AATCTACATT TTTATATGAC
ACAGAATGGA AAGGAACCAC TACTGATGGT ATTCCTTTAG AAGATGGAAA ATACAAATAC
GTTTTAACTT ATTACTCTGA TGTCCCTGGC TCTAAGCCAC AACAAATGGT GTTTGATATC
ACTTTGGATA GACAAGCTCC TACACTAACA ACAGCAACTT ATGACAAAGA TAGACGTATC
TTCAAAGCTC GTCCTGCAGT AGAACACGGG GAATCTGGTA TCTTTAGAGA ACAAGTTTTT
TACTTAAAAA AAGATAAAGA TGGTCATTAT AATAGCGTCT TACGTCAACA AGGAGAAGAC
GGTATCCTTG TTGAAGATAA CAAAGTATTT ATCAAACAAG AAAAGGATGG TAGCTTTATT
CTACCTAAAG AGGTTAACGA TTTCTCTCAT GTCTACTATA CTGTTGAAGA TTATGCAGGC
AATCTAGTAT CAGCAAAACT CGAAGATTTG ATCAATATTG GCAATAAAAA TGGTTTAGTA
AACGTCAAAG TGTTTAGCCC TGAGCTTAAC AGTAATGTCG ATATTGATTT CTCTTACTCT
GTCAAAGATG ACAAAGGTAA TATCATCAAA AAGCAACATC ACGGGAAAGA CCTCAATTTA
TTGAAATTGC CTTTTGGTAC CTATACGTTT GATCTATTCT TATACGATGA GGAACGAGCA
AATCTAATCA GTCCCAAAAG TGTCACTGTA ACTATTTCTG AAAAAGATAG CCTTAAAGAC
GTCTTATTTA AAGTTAACTT ACTCAAGAAA GCAGCCTTAC TCGTTGAATT TGACAAGCTT
TTACCAAAAG GAGCAACAGT CCAGTTGGTT ACTAAGACAA ATACTGTTGT TGATCTACCA
AAAGCAACTT ATTCTCCTAC TGACTATGGT AAAAACATAC CTGTAGGAGA CTATCGTTTA
AACGTAACGC TGCCTAGTGG GTATAGCACT TTAGAGAACT TAGATGATTT ACTTGTATCC
GTAAAAGAAG ATCAGGTAAA CCTAACAAAA TTGACGCTGA TTAATAAAGC TCCTCTGATT
AATGCCCTAG CAGAACAAAC TGATATTATT ACCCAGCCTG TGTTTTATAA TGCTGGAACT
CACTTAAAAA ATAATTACCT AGCTAATCTT GAAAAGGCAC AAACTTTAAT TAAAAATAGA
GTGGAACAAA CAAGTATTGA TAATGCTATT GCTGCTTTGA GAGAAAGTCG CCAAGCTCTT
AACGGTAAAG AAACAGATAC TTCTTTACTG GCAAAAGCTA TTTTAGCTGA AACAGAAATC
AAGGGAAACT ATCAATTTGT TAATGCTAGT CCATTAAGCC AATCAACTTA TATCAATCAA
GTCCAATTGG CGAAAAACCT TCTACAAAAA CCTAACGTCA CTCAATCAGA AGTAGACAAA
GCCTTAGAAA ATCTTGATAT TGCTAAAAAT CAATTAAATG GTCATGAAAC TGATTACTCT
GGTTTACACC ATATGATAAT TAAAGCAAAC GTTCTGAAAC AAACATCATC TAAATATCAG
AACGCCAGTC AATTTGCTAA AGAAAATTAT AATAACCTTA TCAAGAAAGC AGAATTGCTG
CTTTCCAATA GACAAGCTAC ACAAGCTCAA GTTGAAGAGT TATTAAACCA AATAAAAGCA
ACCGAACAAG AGCTTGATGG CCGTGATAGA GTTTCTTCCG CAGAGAATTA TAGTCAATCA
CTCAATGATA ATGACTCTCT CAATACCACA CCTATCAATC CGCCAAATCA GCCCCAGGCG
TTGATATTCA AAAAAGGCAT GACTAAAGAA AGTGAGGTTG CTCAGAAGCG TGTCTTAGGG
GTGACTAGCC AAACCGATAA TCAAAAGGTA AAGACAAACA AGCTTCCTAA AACAGGCGAA
AGCACTCCTA AAATAACCTA TACAATATTG CTATTTAGTC TCTCTATGCT AGGTCTGGCA
ACAATCAAAC TAAAGTCTAT CAAAAGAGAA TAA
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| Protein sequence | MNTKQRFSIR KYKLGAVSVL LGTLFFLGGI TNVAADSVIN KPSDIAVEQQ VKDSPTSIAN
ETPTNNTSSA LASTAQDNLV TKANNSPTET QPVAESHSQA TETFSPVANQ PVESTQEVSK
TPLTKQNLAV KSTPAISKET PQNIDSNKII TVPKVWNTGY KGEGTVVAII DSGLDINHDA
LQLNDSTKAK YQNEQQMNAA KAKAGINYGK WYNNKVIFGH NYVDVNTELK EVKSTSHGMH
VTSIATANPS KKDTNELIYG VAPEAQVMFM RVFSDEKRGT GPALYVKAIE DAVKLGADSI
NLSLGGANGS LVNADDRLIK ALEMARLAGV SVVIAAGNDG TFGSGASKPS ALYPDYGLVG
SPSTAREAIS VASYNNTTLV NKVFNIIGLE NNRNLNNGLA AYADPKVSDK TFEVGKQYDY
VFVGKGNDND YKDKTLNGKI ALIERGDITF TKKVVNAINH GAVGAIIFNN KAGEANLTMS
LDPEASAIPA IFTQKEFGDV LAKNNYKIVF NNIKNKQANP NAGVLSDFSS WGLTADGQLK
PDLSAPGGSI YAAINDNEYD MMSGTSMASP HVAGATALVK QYLLKEHPEL KKGDIERTVK
YLLMSTAKAH LNKDTGAYTS PRQQGAGIID VAAAVQTGLY LTGGENNYGS VTLGNIKDKI
SFDVTVHNIN KVAKDLHYTT YLNTDQVKDG FVTLAPQQLG TFTGKTIRIE PGQTQTITID
IDVSKYHDML KKVMPNGYFL EGYVRFTDPV DGGEVLSIPY VGFKGEFQNL EVLEKSIYKL
VANKEKGFYF QPKQTNEVPG SEDYTALMTT SSEPIYSTDG TSPIQLKALG SYKSIDGKWI
LQLDQKGQPH LAISPNDDQN QDAVAVKGVF LRNFNNLRAK VYRADDVNLQ KPLWVSAPQA
GDKNYYSGNT ENPKSTFLYD TEWKGTTTDG IPLEDGKYKY VLTYYSDVPG SKPQQMVFDI
TLDRQAPTLT TATYDKDRRI FKARPAVEHG ESGIFREQVF YLKKDKDGHY NSVLRQQGED
GILVEDNKVF IKQEKDGSFI LPKEVNDFSH VYYTVEDYAG NLVSAKLEDL INIGNKNGLV
NVKVFSPELN SNVDIDFSYS VKDDKGNIIK KQHHGKDLNL LKLPFGTYTF DLFLYDEERA
NLISPKSVTV TISEKDSLKD VLFKVNLLKK AALLVEFDKL LPKGATVQLV TKTNTVVDLP
KATYSPTDYG KNIPVGDYRL NVTLPSGYST LENLDDLLVS VKEDQVNLTK LTLINKAPLI
NALAEQTDII TQPVFYNAGT HLKNNYLANL EKAQTLIKNR VEQTSIDNAI AALRESRQAL
NGKETDTSLL AKAILAETEI KGNYQFVNAS PLSQSTYINQ VQLAKNLLQK PNVTQSEVDK
ALENLDIAKN QLNGHETDYS GLHHMIIKAN VLKQTSSKYQ NASQFAKENY NNLIKKAELL
LSNRQATQAQ VEELLNQIKA TEQELDGRDR VSSAENYSQS LNDNDSLNTT PINPPNQPQA
LIFKKGMTKE SEVAQKRVLG VTSQTDNQKV KTNKLPKTGE STPKITYTIL LFSLSMLGLA
TIKLKSIKRE
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