| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG0416 |
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| Symbol | |
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| ID | 1013218 |
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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 | 427436 |
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| End bp | 431137 |
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| Gene Length | 3702 bp |
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| Protein Length | 1233 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637315621 |
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| Product | protease, putative |
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| Protein accession | NP_687450 |
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| Protein GI | 22536599 |
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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 |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.504082 |
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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 | GTGGATAAAC ATCACTCAAA AAAGGCTATT TTAAAGTTAA CACTTATAAC AACTAGTATT
TTATTAATGC ATAGCAATCA AGTGAATGCA GAGGAGCAAG AATTAAAAAA CCAAGAGCAA
TCACCTGTAA TTGCTAATGT TGCTCAACAG CCATCGCCAT CGGTAACTAC TAATACTGTT
GAAAAAACAT CTGTAACAGC TGCTTCTGCT AGTAATACAG CGAAAGAAAT GGGTGATACA
TCTGTAAAAA ATGACAAAAC AGAAGATGAA TTATTAGAAG AGTTATCTAA AAACCTTGAT
ACGTCTAATT TGGGGGCTGA TCTTGAAGAA GAATATCCCT CTAAACCAGA GACAACCAAC
AATAAAGAAA GCAATGTAGT AACAAATGCT TCAACTGCAA TAGCACAGAA AGTTCCCTCA
GCATATGAAG AGGTGAAGCC AGAAAGCAAG TCATCGCTTG CTGTTCTTGA TACATCTAAA
ATAACAAAAT TACAAGCCAT AACCCAAAGA GGAAAGGGAA ATGTAGTAGC TATTATTGAT
ACTGGCTTTG ATATTAACCA TGATATTTTT CGTTTAGATA GCCCAAAAGA TGATAAGCAC
AGCTTTAAAA CTAAGACAGA ATTTGAGGAA TTAAAAGCAA AACATAATAT CACTTATGGG
AAATGGGTTA ACGATAAGAT TGTTTTTGCA CATAACTACG CCAACAATAC AGAAACGGTG
GCTGATATTG CAGCAGCTAT GAAAGATGGT TATGGTTCAG AAGCAAAGAA TATTTCGCAT
GGTACACACG TTGCTGGTAT TTTTGTAGGT AATAGTAAAC GTCCAGCAAT CAATGGTCTT
CTTTTAGAAG GTGCAGCGCC AAATGCTCAA GTCTTATTAA TGCGTATTCC AGATAAAATT
GATTCGGACA AATTTGGTGA AGCATATGCT AAAGCAATCA CAGACGCTGT TAATCTAGGA
GCAAAAACGA TTAATATGAG TATTGGAAAA ACAGCTGATT CTTTAATTGC TCTCAATGAT
AAAGTTAAAT TAGCACTTAA ATTAGCTTCT GAGAAGGGCG TTGCAGTTGT TGTGGCTGCC
GGAAATGAAG GCGCATTTGG TATGGATTAT AGCAAACCAT TATCAACTAA TCCTGACTAC
GGTACGGTTA ATAGTCCAGC TATTTCTGAA GATACTTTGA GTGTTGCTAG CTATGAATCA
CTTAAAACTA TCAGTGAGGT CGTTGAAACA ACTATTGAAG GTAAGTTAGT TAAGTTGCCG
ATTGTGACTT CTAAACCTTT TGACAAAGGT AAGGCCTACG ATGTGGTTTA TGCCAATTAT
GGTGCAAAAA AAGACTTTGA AGGTAAGGAC TTTAAAGGTA AGATTGCATT AATTGAGCGT
GGTGGTGGAC TTGATTTTAT GACTAAAATC ACTCATGCTA CAAATGCAGG TGTTGTTGGT
ATCGTTATTT TTAACGATCA AGAAAAACGT GGAAATTTTC TAATTCCTTA CCGTGAATTA
CCTGTGGGGA TTATTAGTAA AGTAGATGGC GAGCGTATAA AAAATACTTC AAGTCAGTTA
ACATTTAACC AGAGTTTTGA AGTAGTTGAT AGCCAAGGTG GTAATCGTAT GCTGGAACAA
TCAAGTTGGG GCGTGACAGC TGAAGGAGCA ATCAAGCCTG ATGTAACAGC TTCTGGCTTT
GAAATTTATT CTTCAACCTA TAATAATCAA TACCAAACAA TGTCTGGTAC AAGTATGGCT
TCACCACATG TTGCAGGATT AATGACAATG CTTCAAAGTC ATTTGGCTGA GAAATATAAA
GGGATGAATT TAGATTCTAA AAAATTGCTA GAATTGTCTA AAAACATCCT CATGAGCTCA
GCAACAGCAT TATATAGTGA AGAGGATAAG GCGTTTTATT CACCACGTCA GCAAGGTGCA
GGTGTAGTTG ATGCTGAAAA AGCTATCCAA GCTCAATATT ATATTACTGG AAACGATGGC
AAAGCTAAAA TTAATCTCAA ACGAATGGGA GATAAATTTG ATATCACAGT TACAATTCAT
AAACTTGTAG AAGGTGTCAA AGAATTGTAT TATCAAGCTA ATGTAGCAAC AGAACAAGTA
AATAAAGGTA AATTTGCCCT TAAACCACAA GCCTTGCTAG ATACTAATTG GCAGAAAGTA
ATTCTTCGTG ATAAAGAAAC ACAAGTTCGA TTTACTATTG ATGCTAGTCA ATTTAGTCAG
AAATTAAAAG AACAGATGGC AAATGGTTAT TTCTTAGAAG GTTTTGTACG TTTTAAAGAA
GCCAAGGATA GTAATCAGGA GTTAATGAGT ATTCCTTTTG TAGGATTTAA TGGTGATTTT
GCGAACTTAC AAGCACTTGA AACACCGATT TATAAGACGC TTTCTAAAGG TAGTTTCTAC
TATAAACCAA ATGATACAAC TCATAAAGAC CAATTGGAGT ACAATGAATC AGCTCCTTTT
GAAAGCAACA ACTATACTGC CTTGTTAACA CAATCAGCGT CTTGGGGCTA TGTTGATTAT
GTCAAAAATG GTGGGGAGTT AGAATTAGCA CCGGAGAGTC CAAAAAGAAT TATTTTAGGA
ACTTTTGAGA ATAAGGTTGA GGATAAAACA ATTCATCTTT TGGAAAGAGA TGCAGCGAAT
AATCCATATT TTGCCATTTC TCCAAATAAA GATGGAAATA GGGACGAAAT CACTCCCCAG
GCAACTTTCT TAAGAAATGT TAAGGATATT TCTGCTCAAG TTCTAGATCA AAATGGAAAT
GTTATTTGGC AAAGTAAGGT TTTACCATCT TATCGTAAAA ATTTCCATAA TAATCCAAAG
CAAAGTGATG GTCATTATCG TATGGATGCT CTTCAGTGGA GTGGTTTAGA TAAGGATGGC
AAAGTTGTAG CAGATGGTTT TTATACTTAT CGCTTACGTT ACACACCAGT AGCAGAAGGA
GCAAATAGTC AGGAGTCAGA CTTTAAAGTA CAAGTAAGTA CTAAGTCACC AAATCTTCCT
TCACGAGCTC AGTTTGATGA AACTAATCGA ACATTAAGCT TAGCCATGCC TAAGGAAAGT
AGTTATGTTC CTACATATCG TTTACAATTA GTTTTATCTC ATGTTGTAAA AGATGAAGAA
TATGGGGATG AGACTTCTTA CCATTATTTC CATATAGATC AAGAAGGTAA AGTGACACTT
CCTAAAACGG TTAAGATAGG AGAGAGTGAG GTTGCGGTAG ACCCTAAGGC CTTGACACTT
GTTGTGGAAG ATAAAGCTGG TAATTTCGCA ACGGTAAAAT TGTCTGATCT CTTGAATAAG
GCAGTAGTAT CAGAGAAAGA AAACGCTATA GTAATTTCTA ACAGTTTCAA ATATTTTGAT
AACTTGAAAA AAGAACCTAT GTTTATTTCT AAAAAAGAAA AAGTAGTAAA CAAGAATCTA
GAAGAAATAA TATTAGTTAA GCCGCAAACT ACAGTTACTA CTCAATCATT GTCTAAAGAA
ATAACTAAAT CAGGAAATGA GAAAGTCCTC ACTTCTACAA ACAATAATAG TAGCAGAGTA
GCTAAGATCA TATCACCTAA ACATAACGGG GATTCTGTTA ACCATACCTT ACCTAGTACA
TCAGATAGAG CAACGAATGG TCTATTTGTT GGTACTTTGG CATTGTTATC TAGTTTACTT
CTTTATTTGA AACCCAAAAA GACTAAAAAT AATAGTAAAT AA
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| Protein sequence | MDKHHSKKAI LKLTLITTSI LLMHSNQVNA EEQELKNQEQ SPVIANVAQQ PSPSVTTNTV
EKTSVTAASA SNTAKEMGDT SVKNDKTEDE LLEELSKNLD TSNLGADLEE EYPSKPETTN
NKESNVVTNA STAIAQKVPS AYEEVKPESK SSLAVLDTSK ITKLQAITQR GKGNVVAIID
TGFDINHDIF RLDSPKDDKH SFKTKTEFEE LKAKHNITYG KWVNDKIVFA HNYANNTETV
ADIAAAMKDG YGSEAKNISH GTHVAGIFVG NSKRPAINGL LLEGAAPNAQ VLLMRIPDKI
DSDKFGEAYA KAITDAVNLG AKTINMSIGK TADSLIALND KVKLALKLAS EKGVAVVVAA
GNEGAFGMDY SKPLSTNPDY GTVNSPAISE DTLSVASYES LKTISEVVET TIEGKLVKLP
IVTSKPFDKG KAYDVVYANY GAKKDFEGKD FKGKIALIER GGGLDFMTKI THATNAGVVG
IVIFNDQEKR GNFLIPYREL PVGIISKVDG ERIKNTSSQL TFNQSFEVVD SQGGNRMLEQ
SSWGVTAEGA IKPDVTASGF EIYSSTYNNQ YQTMSGTSMA SPHVAGLMTM LQSHLAEKYK
GMNLDSKKLL ELSKNILMSS ATALYSEEDK AFYSPRQQGA GVVDAEKAIQ AQYYITGNDG
KAKINLKRMG DKFDITVTIH KLVEGVKELY YQANVATEQV NKGKFALKPQ ALLDTNWQKV
ILRDKETQVR FTIDASQFSQ KLKEQMANGY FLEGFVRFKE AKDSNQELMS IPFVGFNGDF
ANLQALETPI YKTLSKGSFY YKPNDTTHKD QLEYNESAPF ESNNYTALLT QSASWGYVDY
VKNGGELELA PESPKRIILG TFENKVEDKT IHLLERDAAN NPYFAISPNK DGNRDEITPQ
ATFLRNVKDI SAQVLDQNGN VIWQSKVLPS YRKNFHNNPK QSDGHYRMDA LQWSGLDKDG
KVVADGFYTY RLRYTPVAEG ANSQESDFKV QVSTKSPNLP SRAQFDETNR TLSLAMPKES
SYVPTYRLQL VLSHVVKDEE YGDETSYHYF HIDQEGKVTL PKTVKIGESE VAVDPKALTL
VVEDKAGNFA TVKLSDLLNK AVVSEKENAI VISNSFKYFD NLKKEPMFIS KKEKVVNKNL
EEIILVKPQT TVTTQSLSKE ITKSGNEKVL TSTNNNSSRV AKIISPKHNG DSVNHTLPST
SDRATNGLFV GTLALLSSLL LYLKPKKTKN NSK
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