| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG0598 |
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| Symbol | |
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| ID | 1013402 |
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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 | 588736 |
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| End bp | 592860 |
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| Gene Length | 4125 bp |
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| Protein Length | 1374 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637315798 |
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| Product | prophage LambdaSa1, N-acetylmuramoyl-L-alanine amidase family protein |
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| Protein accession | NP_687625 |
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| Protein GI | 22536774 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01665] phage minor structural protein, N-terminal region |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGTTAACAA TTCATGGACC GGATTTAAAA CCTGTCCTTT TTTTGGATAA TGATAAACAA
GGAGCTTTGA ACTACTTTAA CCACAAGTGG TATAGAAAGC AAAAGACTGG CTCGTCTGTA
CTAGAATTCT CCGTTTACAA AAAAGATTTG CTTGGCGATA GCCCACTTAG TCATAAATAT
CACGTACTAA ACGATCAAGC ATTTGTCTCT TTTGTGCACA AAGGTAAAGT ACAATTGTTA
AACATCATGA AAATTGATGA AGATGAAAAA CAAATTGATT GTTATTGCGA AAACCTTAAT
TTAGAGTTGC TAAACGAGTA TTGTAACGCA TATAAAGCAA CTAAAGCGAT GTCGTTTGAA
GAGTATCTCG TGCAGTTTGA CATTTTGAGC TGGGGGGCTT TGACAGTTGG CACAAACGAA
GTTAAGGACA AAAAACTTAC ATTGGAATGG ACTAGTCAAG AAACTAAGTT AGCTCGTCTT
TTGTCAATTG CTAATAATTT CGATGCAGAA ATTGAGTTTG AGACAAAGCT TAATTTCAAT
CACACGTTTA AGCAACTCAT CATTAATATT TACAAAGAAT ACGAGGAGGG CAAATCTTAT
GGTGTAGATC GTGATAAGAC CGACGTGATA TTACGCTATC AAAAAAATAT TTCTGGGATA
AGGAAAACAG TTGACAAGCG CCAGATTTAT AACGCTATTA GACCATACGG CAAAAAAACT
GTTAGAGGCG AGCGCGTTAT TTCTAATCCT GTAACTCGTA AAGTCACTAA AACGGTTGGT
TCAAATCGCA CGTACTTAGG CGGAGACCTT AAATATTATG GTCATACAAT CAAAAAAGCT
AACGTACAAG CTATTATTAA CTACGCAGTG CAATATAATA TTTTGCCAAG TGGAATCATC
ACGCAACTTT ATTTAGAGAG TTTTTGGGGT GATTCGACAG TTGGTAAACG TGACAACAAC
TGGGCAGGTA TGAGCGGTGG AGCACAGACG CGTCCAAGTG GAGTAAAAGT CACTACTGGG
ATGGCTCGTC CTGCAAACGA GGGTGGAACA TACATGCACT ATGCAAGTGT AGATGACTTT
TTAAAAGATT ACACTTATCT TTTAGCAAAA CAAGGGATTT ATAATGTCGT CGGCAAAAAG
AATATAGCAG ACTATACAAA AGGGCTTTTT AGAGCTGGTG GAGCTAAATA TGACTATGCA
GCAGCAGGAT ATCAAAGCTA CACAAATTTG ATGACTAATA TCCGAAATGG TATCAATAAA
GTAACTGGAA ATATCCTCAA TACGATTGAT AAGCTGTGGC AGACTCCTGT AAAGCCCATA
ACCGCCGTAA ACGTCGCTAG AAGAGCCACT AAAACAATAC AAGCTATTAA TGAGGCTACT
AAGCTGAAAG GGCGCAGAAT CGGTTCTGGA CAGTGTTATG CGCTATCTGG GTGGTATGCA
AAAAAATTGG ATGGCGCTTG GATTGACAGC TCGATTGGTG GTATTAGAGG TCGTATCGGA
GGCGGTATGG CTGCTGCCTT AATCGGCACT GATTATAACT GGGGTGCATA TGGGTGGAAG
GTAGATAAAT CACCTAACGC TGGAAACTTA AAAGCTGGTG GTATTTATAA TGTACGAGCA
AATCGAGGCG CTCCTTTTTA TACCACAGGC TGGGGGCATA CAGGTATTAT CAAGAGTGTC
TCCAAGACCA GAGTTACTGT TTTGGAGCAA AACTTTGTTG GTCGCATGTA TGTTGTCGAA
AACTCATATG ACATTAACTC TTTCGCATCT GGATTACAAA CAGTATGTTA CCCTCGTGAA
ATAGCGCAAG GTATGTCTGT TAACGGCGCA ACAACACAGC AAGTAAGTGG TGGGACACAG
ATATCGTACG AAGAAGTCGT ACAAGAGGCT CAGACAGAAT CATACGAAGA AGAACAAATC
ATCTATATTG ACAACTCTAT CTACAAAGAG TGGAAAGATG AAAACGGTAA AGTAGAGTAC
TATCTCAAAA ATGGATTTTT GTACGCACCA CTTTCAAGAG ACCGCTATCC ATCTGTTTTA
ACCGGTAATG AGACACGAGA CAACTGGATA CGAAAAGACA TGGAAGTCGA GACTGATAGT
CAAGAAGTCT TGATGTCAAC AGGTCTAAAA GACTTAAAAG CACACGCATA TCCAGCAATT
ACATACGAAG TTGATGGCTA TGTTGACTTA GAACTTGGTG ATGTTGTGCG GATACAGGAC
GACGGATACG AGCCACCGCT GATTTTGACA GCACGAGTAG TTGAGCAAGA AATATCCATA
ACAAATCCCA GCTCTAACAA AACTAAATTC AGCAATTTTG TCGAAAAAGA AAGTCAGTTA
GCTTCTGATT TAATCAGTGA TATGTTGCGT CTATACGATG AGTCAATTCC ATACGAAATC
AAACTAGCTA CTTCGAATGG TGTCGCTTTT AAAAATGGCA CTGGTGAATC TGTCCTAACT
CCTAGCTTGC AAAAGAACGG GAAAGACTAT GAAGCAGTTT ATTTTTATAA AAATGGTGAC
TCGCTAATTG ATATCGGACC ATCGCTAATC GTTAAAGCAA GCGACTTTAA CCACGTTTTA
AATATAACAG TTGAGGCATA TTTAAATGAG GAACTTGTAG CAAGCACACA AATATCATTT
ACAGACACTG AAGACGGTGC TGACGGGAAA GATGGCGCAC CGGGACCACA AGGACCTCCC
GGTGTAAACG GACTGCAAGG TCCAAAAGGT GACCAAGGCA TTCAAGGTCC AGCTGGTGCT
GACGGTAAAG CGACTTATAC GCATATAGCA TACGCCCTTG ACGAGAACGG ATCAACTGGC
TTTAGTGTAT CTGATAACGT TGGCAAAACG TACATAGGTA TGTATGTTGA TGATAATATC
ATAGACTCAA ACGACCCTAA AAAGTACAAG TGGAATTTGA TAAAAGGCGC AGATGGTGCT
AGAGGTATCC AAGGTCCAGC TGGTGCTGAC GGTAAGACAC CTTACTGGCA TGTAGCGTAT
GCAAACAGCT CAGATGGGAC AGTTGACTTT AGCGTGTCTG ATAGTGCAAA CAAGCGCTAC
ATTGGGCAAT ATACTGACTA CGATGCAATA GATTCAAGTG ACCCTAAAAA ATACCGCTGG
ACTGACATGG TTGGGACGGT TGTCGTCGGG ACAAACAATC TGATTGATGG TACAAAATCA
TTTTTTGGGA CTGATTGGTT TACTTCTGCA ACGCTAGAAG ACGAGAACCT CTCTAATTGT
CCTTTCACGC TTAAAAAATG GATTAGTGGG CAAAAAGTGT CGCATGCAAA AGATATCATG
GTCGAGCAAG GTGTAACGTA CACTTTTAGT GCTTATGTTA AACGTGAGGT AGCTGGGAAT
TTATATTTTT ATCTTTATGA TATAGCAGAT GGTTTTATTA CTAGCGATAC CCCACGAGAG
ACAATTATAA AAAACGTTGA CTCTAGTCTC AGACGTTTTG AAATCACTTT TACACCAACT
AAGACAGGTA GGATTAGACC AAGGTTCGCG ATGGTGTCAT CGGAGCAAGG TAGTTTCAGC
TCTGGTGGGT TTATGCTCGT TAGGGGAAAT AAAACAGGCG ACTGGCAGGA ATCAGAAGCT
GATAAAGCAA GTAATCTTGA TTCAAAAGCT GATCAAGAAT TAACCCAAGC ACAAATTCTA
GCTCTTGAAG AAAGAACTGC TATAGCAAGA GAAAATGCAA TTGCTGAGGC TATGCAGAAT
ACACTCAGTG AAGTTGAAAC TAAGTGGAAG CTTTGGTATG ACTTAAATAC GATAGACGAA
AAGCAAAAAG TTGCAAACGA CATCGCTCAA TTGTTTGATC GTACAACTGA GTTTAAACAA
CTATTAGGTG AGGCAAGTGC AAGATTTAGC TTTATCAACA ATGAAACGTT GATTGGTGAA
GAGGGCGTTG CTATCGGTGA CAAAGGCGGA AAAGCAAAGT TATTTCTATC AAATGACAGC
ATTTCATTTG TGACAAATGG TGTTGCTCAG ATGACATTGA CAGGTGATAC CTTAACAATA
AAAAATGGAC TGTTTACAGA GCGTATACAA ATTGGAAATT TTGTTGAAGA AGTCTATGAC
AGAAATCCAT TATTTAATGT TATCAGAGCA ATTAGAAATA GTTAG
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| Protein sequence | MLTIHGPDLK PVLFLDNDKQ GALNYFNHKW YRKQKTGSSV LEFSVYKKDL LGDSPLSHKY
HVLNDQAFVS FVHKGKVQLL NIMKIDEDEK QIDCYCENLN LELLNEYCNA YKATKAMSFE
EYLVQFDILS WGALTVGTNE VKDKKLTLEW TSQETKLARL LSIANNFDAE IEFETKLNFN
HTFKQLIINI YKEYEEGKSY GVDRDKTDVI LRYQKNISGI RKTVDKRQIY NAIRPYGKKT
VRGERVISNP VTRKVTKTVG SNRTYLGGDL KYYGHTIKKA NVQAIINYAV QYNILPSGII
TQLYLESFWG DSTVGKRDNN WAGMSGGAQT RPSGVKVTTG MARPANEGGT YMHYASVDDF
LKDYTYLLAK QGIYNVVGKK NIADYTKGLF RAGGAKYDYA AAGYQSYTNL MTNIRNGINK
VTGNILNTID KLWQTPVKPI TAVNVARRAT KTIQAINEAT KLKGRRIGSG QCYALSGWYA
KKLDGAWIDS SIGGIRGRIG GGMAAALIGT DYNWGAYGWK VDKSPNAGNL KAGGIYNVRA
NRGAPFYTTG WGHTGIIKSV SKTRVTVLEQ NFVGRMYVVE NSYDINSFAS GLQTVCYPRE
IAQGMSVNGA TTQQVSGGTQ ISYEEVVQEA QTESYEEEQI IYIDNSIYKE WKDENGKVEY
YLKNGFLYAP LSRDRYPSVL TGNETRDNWI RKDMEVETDS QEVLMSTGLK DLKAHAYPAI
TYEVDGYVDL ELGDVVRIQD DGYEPPLILT ARVVEQEISI TNPSSNKTKF SNFVEKESQL
ASDLISDMLR LYDESIPYEI KLATSNGVAF KNGTGESVLT PSLQKNGKDY EAVYFYKNGD
SLIDIGPSLI VKASDFNHVL NITVEAYLNE ELVASTQISF TDTEDGADGK DGAPGPQGPP
GVNGLQGPKG DQGIQGPAGA DGKATYTHIA YALDENGSTG FSVSDNVGKT YIGMYVDDNI
IDSNDPKKYK WNLIKGADGA RGIQGPAGAD GKTPYWHVAY ANSSDGTVDF SVSDSANKRY
IGQYTDYDAI DSSDPKKYRW TDMVGTVVVG TNNLIDGTKS FFGTDWFTSA TLEDENLSNC
PFTLKKWISG QKVSHAKDIM VEQGVTYTFS AYVKREVAGN LYFYLYDIAD GFITSDTPRE
TIIKNVDSSL RRFEITFTPT KTGRIRPRFA MVSSEQGSFS SGGFMLVRGN KTGDWQESEA
DKASNLDSKA DQELTQAQIL ALEERTAIAR ENAIAEAMQN TLSEVETKWK LWYDLNTIDE
KQKVANDIAQ LFDRTTEFKQ LLGEASARFS FINNETLIGE EGVAIGDKGG KAKLFLSNDS
ISFVTNGVAQ MTLTGDTLTI KNGLFTERIQ IGNFVEEVYD RNPLFNVIRA IRNS
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