| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG1408 |
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| Symbol | |
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| ID | 1014217 |
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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 | 1417012 |
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| End bp | 1419717 |
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| Gene Length | 2706 bp |
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| Protein Length | 901 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 637316584 |
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| Product | cell wall surface anchor family protein |
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| Protein accession | NP_688406 |
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| Protein GI | 22537555 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4932] Predicted outer membrane protein |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | ATGAGAAAAT ACCAAAAATT TTCTAAAATA TTGACGTTAA GTCTTTTTTG TTTGTCGCAA
ATACCGCTTA ATACCAATGT TTTAGGGGAA AGTACCGTAC CGGAAAATGG TGCTAAAGGA
AAGTTAGTTG TTAAAAAGAC AGATGACCAG AACAAACCAC TTTCAAAAGC TACCTTTGTT
TTAAAAACTA CTGCTCATCC AGAAAGTAAA ATAGAAAAAG TAACTGCTGA GCTAACAGGT
GAAGCTACTT TTGATAATCT CATACCTGGA GATTATACTT TATCAGAAGA AACAGCGCCC
GAAGGTTATA AAAAGACTAA CCAGACTTGG CAAGTTAAGG TTGAGAGTAA TGGAAAAACT
ACGATACAAA ATAGTGGTGA TAAAAATTCC ACAATTGGAC AAAATCAGGA AGAACTAGAT
AAGCAGTATC CCCCCACAGG AATTTATGAA GATACAAAGG AATCTTATAA ACTTGAGCAT
GTTAAAGGTT CAGTTCCAAA TGGAAAGTCA GAGGCAAAAG CAGTTAACCC ATATTCAAGT
GAAGGTGAGC ATATAAGAGA AATTCCAGAG GGAACATTAT CTAAACGTAT TTCAGAAGTA
GGTGATTTAG CTCATAATAA ATATAAAATT GAGTTAACTG TCAGTGGAAA AACCATAGTA
AAACCAGTGG ACAAACAAAA GCCGTTAGAT GTTGTCTTCG TACTCGATAA TTCTAACTCA
ATGAATAACG ATGGCCCAAA TTTTCAAAGG CATAATAAAG CCAAGAAAGC TGCCGAAGCT
CTTGGGACCG CAGTAAAAGA TATTTTAGGA GCAAACAGTG ATAATAGGGT TGCATTAGTT
ACCTATGGTT CAGATATTTT TGATGGTAGG AGTGTAGATG TCGTAAAAGG ATTTAAAGAA
GATGATAAAT ATTATGGCCT TCAAACTAAG TTCACAATTC AGACAGAGAA TTATAGTCAT
AAACAATTAA CAAATAATGC TGAAGAGATT ATAAAAAGGA TTCCGACAGA AGCTCCTAAA
GCTAAGTGGG GATCTACTAC CAATGGATTA ACTCCAGAGC AACAAAAGGA GTACTATCTT
AGTAAAGTAG GAGAAACATT TACTATGAAA GCCTTCATGG AGGCAGATGA TATTTTGAGT
CAAGTAAATC GAAATAGTCA AAAAATTATT GTTCATGTAA CTGATGGTGT TCCTACGAGA
TCATATGCTA TTAATAATTT TAAACTGGGT GCATCATATG AAAGCCAATT TGAACAAATG
AAAAAAAATG GATATCTAAA TAAAAGTAAT TTTCTACTTA CTGATAAGCC CGAGGATATA
AAAGGAAATG GGGAGAGTTA CTTTTTGTTT CCCTTAGATA GTTATCAAAC ACAGATAATC
TCTGGAAACT TACAAAAACT TCATTATTTA GATTTAAATC TTAATTACCC TAAAGGTACA
ATTTATCGAA ATGGACCAGT GAAAGAACAT GGAACACCAA CCAAACTTTA TATAAATAGT
TTAAAACAGA AAAATTATGA CATTTTTAAT TTTGGTATCG ATATATCTGG TTTTAGACAA
GTTTATAATG AGGAGTATAA GAAAAATCAA GATGGTACTT TTCAAAAATT GAAAGAGGAA
GCTTTTAAAC TTTCAGATGG AGAAATCACA GAACTAATGA GGTCGTTCTC TTCCAAACCT
GAGTACTACA CCCCTATCGT AACTTCAGCC GATACATCTA ACAATGAAAT TTTATCTAAA
ATTCAGCAAC AATTTGAAAC GATTTTAACA AAAGAAAACT CAATTGTTAA TGGAACTATC
GAAGATCCTA TGGGTGATAA AATCAATTTA CAGCTTGGTA ATGGACAAAC ATTACAGCCA
AGTGATTATA CTTTACAGGG AAATGATGGA AGTGTAATGA AGGATGGTAT TGCAACTGGT
GGGCCTAATA ATGATGGTGG AATACTTAAG GGGGTTAAAT TAGAATACAT CGGAAATAAA
CTCTATGTTA GAGGTTTGAA TTTAGGAGAA GGTCAAAAAG TAACACTCAC ATATGATGTG
AAACTAGATG ACAGTTTTAT AAGTAACAAA TTCTATGACA CTAATGGTAG AACAACATTG
AATCCTAAGT CAGAGGATCC TAATACACTT AGAGATTTTC CAATCCCTAA AATTCGTGAT
GTGAGAGAAT ATCCTACAAT AACGATTAAA AACGAGAAGA AGTTAGGTGA AATTGAATTT
ATAAAAGTTG ATAAAGATAA TAATAAGTTG CTTCTCAAAG GAGCTACGTT TGAACTTCAA
GAATTTAATG AAGATTATAA ACTTTATTTA CCAATAAAAA ATAATAATTC AAAAGTAGTG
ACGGGAGAAA ACGGCAAAAT TTCTTACAAA GATTTGAAAG ATGGCAAATA TCAGTTAATA
GAAGCAGTTT CGCCGGAGGA TTATCAAAAA ATTACTAATA AACCAATTTT AACTTTTGAA
GTGGTTAAAG GATCGATAAA AAATATAATA GCTGTTAATA AACAGATTTC TGAATATCAT
GAGGAAGGTG ACAAGCATTT AATTACCAAC ACGCATATTC CACCAAAAGG AATTATTCCT
ATGACAGGTG GGAAAGGAAT TCTATCTTTC ATTTTAATAG GTGGAGCTAT GATGTCTATT
GCAGGTGGAA TTTATATTTG GAAAAGGTAT AAGAAATCTA GTGATATGTC CATCAAAAAA
GATTAA
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| Protein sequence | MRKYQKFSKI LTLSLFCLSQ IPLNTNVLGE STVPENGAKG KLVVKKTDDQ NKPLSKATFV
LKTTAHPESK IEKVTAELTG EATFDNLIPG DYTLSEETAP EGYKKTNQTW QVKVESNGKT
TIQNSGDKNS TIGQNQEELD KQYPPTGIYE DTKESYKLEH VKGSVPNGKS EAKAVNPYSS
EGEHIREIPE GTLSKRISEV GDLAHNKYKI ELTVSGKTIV KPVDKQKPLD VVFVLDNSNS
MNNDGPNFQR HNKAKKAAEA LGTAVKDILG ANSDNRVALV TYGSDIFDGR SVDVVKGFKE
DDKYYGLQTK FTIQTENYSH KQLTNNAEEI IKRIPTEAPK AKWGSTTNGL TPEQQKEYYL
SKVGETFTMK AFMEADDILS QVNRNSQKII VHVTDGVPTR SYAINNFKLG ASYESQFEQM
KKNGYLNKSN FLLTDKPEDI KGNGESYFLF PLDSYQTQII SGNLQKLHYL DLNLNYPKGT
IYRNGPVKEH GTPTKLYINS LKQKNYDIFN FGIDISGFRQ VYNEEYKKNQ DGTFQKLKEE
AFKLSDGEIT ELMRSFSSKP EYYTPIVTSA DTSNNEILSK IQQQFETILT KENSIVNGTI
EDPMGDKINL QLGNGQTLQP SDYTLQGNDG SVMKDGIATG GPNNDGGILK GVKLEYIGNK
LYVRGLNLGE GQKVTLTYDV KLDDSFISNK FYDTNGRTTL NPKSEDPNTL RDFPIPKIRD
VREYPTITIK NEKKLGEIEF IKVDKDNNKL LLKGATFELQ EFNEDYKLYL PIKNNNSKVV
TGENGKISYK DLKDGKYQLI EAVSPEDYQK ITNKPILTFE VVKGSIKNII AVNKQISEYH
EEGDKHLITN THIPPKGIIP MTGGKGILSF ILIGGAMMSI AGGIYIWKRY KKSSDMSIKK
D
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