| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG1197 |
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| Symbol | |
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| ID | 1014004 |
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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 | 1201497 |
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| End bp | 1204715 |
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| Gene Length | 3219 bp |
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| Protein Length | 1072 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 637316382 |
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| Product | hyaluronate lyase |
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| Protein accession | NP_688206 |
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| Protein GI | 22537355 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | ATGGAAATCA AAAAGAAACA TCGTATTATG CTTTATTCAG CCCTTATTTT AGGAACAATA
TTGGTTAACA ATAGTTACCA AGCTAAAGCT GAAGAGCTTA CCAAAACTAC CTCAACGTCA
CAAATAAGAG ATACTCAAAC TAATAATGTT GAAGCTCCCC AGACTGAAAG TACCACTGTC
AAAGAGACTA GCACCACAAC CACACAACAA GATTTGTCTA ACTCCACAGC TTCAACCGCA
ACTGCAACAG CCACTCCTAG CACAATGAAA CAAGTAGTAG ATAATCAAAC TCAAAATAAG
GAGCTGGTGA AAAACGGAGA TTTTAATCAA ACTAACCCTG TATCTGGAAG CTGGTCACAT
ACAGGCGCTA GGGAATGGTC TGCTTGGATT GATAAAGAAA ATACTGCTGA TAAATCACCT
ATTATCCAAC GTACCGAACA AGGCCAAGTA AGTCTATCCA GCGACAAAGG CTTTAGAGGT
GCTGTAACAC AAAAAGTGAA CATTGATCCC ACTAAAAAAT ATGAGGTCAA GTTTGATATT
GAAACAAGTA ACAAGGCTGG ACAAGCTTTC CTTCGTATTA TGGAGAAAAA AGATAACAAT
ACGCGACTTT GGCTTTCTGA GATGACCAGC GGTACTACTA ACAAACATAC CTTAACAAAG
ATATATAACC CAAAGTTAGA TGTCTCCGAG GTGACACTTG AACTTTATTA TGAAAAAGGA
ACAGGTTCTG TTACTTTTGA TAATATATCA ATGAAAGCAA AAGGCCCTAA AGACTCAGAG
CATCCACAAC CCGTCACAAC ACAAATTGAA AAAAGCGTTA ATACGGCTTT AAACAAAAAT
TACGTTTTTA ATAAAGCTGA CTACCAATAC ACTCTAACCA ATCCGTCTCT TGGGAAAATT
GTTGGTGGAA TATTGTATCC AAACGCTACT GGTTCAACAA CTGTTAAAAT ATCTGATAAA
TCTGGCAAAA TAATTAAAGA AGTACCGTTA TCAGTTACAG CTTCAACAGA AGATAACTTT
ACAAAACTCC TCGACAAATG GAACGACGTG ACTATTGGTA ATCATGTTTA CGATACTAAT
GATTCGAACA TGCAAAAGCT TAATCAGAAA TTAGATGAAA CTAACGCCAA AAACATCGAA
GCTATCAAAC TGGATTCTAA TCGCACTTTC CTTTGGAAAG ATTTAGATAA TCTCAATAAT
TCAGCACAGT TAACCGCTAC TTATCGTCGT TTGGAAGATT TAGCTAAACA AATCACCAAT
CCACACTCTA CTATTTACAA AAATGAAAAA GCTATTCGTA CTGTAAAAGA GAGTCTGGCT
TGGCTTCATC AAAACTTCTA CAATGTTAAT AAAGATATAG AAGGCTCTGC CAATTGGTGG
GATTTTGAAA TCGGTGTTCC TCGCTCAATT ACAGGTACCC TAGCTCTCAT GTATAACTAC
TTCACTGACG CTGAAATAAA AACTTATACC GACCCAATTG AACATTTTGT TCCTGATGCA
GGATTTTTCC GTAAAACGCT TGTCAATCCA TTTAAAGCCC TTGGTGGTAA TCTAGTCGAT
ATGGGGCGCG TTAAAATCAT TGAAGGTTTA CTTCGTAAAG ACAATACTAT TATCGAAAAA
ACTTCTCATT CTCTAAAAAA TCTTTTTACT ACTGCTACTA AAGCTGAAGG CTTCTATGCT
GACGGTTCTT ACATCGACCA TACGAATGTT GCTTATACTG GCGCCTATGG TAATGTTCTG
ATAGATGGTT TGACACAATT GCTGCCTATC ATTCAAGAAA CTGACTATAA AATCTCTAAT
CAAGAACTTG ATATGGTTTA TAAATGGATT AATCAATCAT TTTTACCTTT AATTGTAAAA
GGTGAGTTAA TGGATATGAG TCGTGGACGC TCAATTAGTA GAGAGGCTGC TTCTTCTCAT
GCGGCTGCAG TTGAAGTTCT CAGAGGTTTC CTCAGATTGG CTAACATGTC TAATGAAGAG
CGAAACTTAG ACCTCAAATC AACTATTAAA ACGATTATCA CTTCAAATAA ATTCTACAAC
GTCTTCAATA ACCTCAAATC GTATTCCGAT ATTGCCAACA TGAATAAGCT GCTTAATGAC
AGTACAGTCG CTACTAAACC TTTAAAAAGT AATTTATCAA CCTTTAATAG CATGGACCGC
TTAGCTTATT ATAATGCCGA GAAAGACTTT GGTTTCGCAC TTTCATTACA TTCTAAACGT
ACCCTCAACT ATGAAGGAAT GAATGATGAA AATACACGTG GTTGGTATAC CGGAGATGGT
ATGTTCTATC TTTATAATAG TGATCAATCT CATTATAGTA ATCATTTTTG GCCAACCGTC
AATCCTTATA AAATGGCTGG AACAACTGAA AAAGATGCTA AGCGTGAAGA TACGACTAAG
GATTTCATGA GCAAACATAG CAAAGACGCT AAAGAAAAAA CCGGTCAAGT TACAGGAGCA
TCTGACTTTG TTGGTTCCGT CAAACTTAAT GATCACTTTG CTCTTGCCGC TATGGACTTT
ACTAACTGGG ATCGCACCTT AACAGCACAA AAAGGTTGGG TTATCTTAAA TGATAAGATT
GTCTTTTTAG GTAGCAACAT CAAGAATACT AACGGCATTG GAAATGTTTC TACAACAATT
GATCAACGAA AAGACGATTC TAAAACACCT TATACTACAT ACGTCAATGG AAAAACTGTT
GATTTAAAGC AAGCAAGTTC TCAACAATTT ACAGATACAA AGAGTGTCTT TTTAGAATCA
AAAGAACCTG GTCGCAATAT TGGTTATATC TTCTTTAAAA ATAGCACTAT TGATATTGAA
CGCAAAGAGC AAACAGGTAC TTGGAACAGC ATTAATCGTA CTTCTAAAAA TACCTCAATC
GTTAGCAATC CTTTTATCAC TATAAGCCAA AAGCATGACA ACAAAGGTGA TAGCTATGAT
TACATGATGG TTCCAAACAT TGATCGCACA AGTTTTGATA AATTAGCCAA TAGCAAAGAA
GTAGAATTAC TAGAAAACAG TTCAAAACAA CAAGTTATCT ATGATAAAAA CAGTCAAACT
TGGGCTGTTA TCAAACACGA TAATCAAGAG AGTCTCATTA ACAATCAATT CAAAATGAAT
AAAGCGGGAC TTTACCTAGT ACAAAAAGTT GGTAATGACT ATCAAAATGT CTATTACCAA
CCTCAAAGCA TGACAAAAAC AGACCAATTA GCTATCTAA
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| Protein sequence | MEIKKKHRIM LYSALILGTI LVNNSYQAKA EELTKTTSTS QIRDTQTNNV EAPQTESTTV
KETSTTTTQQ DLSNSTASTA TATATPSTMK QVVDNQTQNK ELVKNGDFNQ TNPVSGSWSH
TGAREWSAWI DKENTADKSP IIQRTEQGQV SLSSDKGFRG AVTQKVNIDP TKKYEVKFDI
ETSNKAGQAF LRIMEKKDNN TRLWLSEMTS GTTNKHTLTK IYNPKLDVSE VTLELYYEKG
TGSVTFDNIS MKAKGPKDSE HPQPVTTQIE KSVNTALNKN YVFNKADYQY TLTNPSLGKI
VGGILYPNAT GSTTVKISDK SGKIIKEVPL SVTASTEDNF TKLLDKWNDV TIGNHVYDTN
DSNMQKLNQK LDETNAKNIE AIKLDSNRTF LWKDLDNLNN SAQLTATYRR LEDLAKQITN
PHSTIYKNEK AIRTVKESLA WLHQNFYNVN KDIEGSANWW DFEIGVPRSI TGTLALMYNY
FTDAEIKTYT DPIEHFVPDA GFFRKTLVNP FKALGGNLVD MGRVKIIEGL LRKDNTIIEK
TSHSLKNLFT TATKAEGFYA DGSYIDHTNV AYTGAYGNVL IDGLTQLLPI IQETDYKISN
QELDMVYKWI NQSFLPLIVK GELMDMSRGR SISREAASSH AAAVEVLRGF LRLANMSNEE
RNLDLKSTIK TIITSNKFYN VFNNLKSYSD IANMNKLLND STVATKPLKS NLSTFNSMDR
LAYYNAEKDF GFALSLHSKR TLNYEGMNDE NTRGWYTGDG MFYLYNSDQS HYSNHFWPTV
NPYKMAGTTE KDAKREDTTK DFMSKHSKDA KEKTGQVTGA SDFVGSVKLN DHFALAAMDF
TNWDRTLTAQ KGWVILNDKI VFLGSNIKNT NGIGNVSTTI DQRKDDSKTP YTTYVNGKTV
DLKQASSQQF TDTKSVFLES KEPGRNIGYI FFKNSTIDIE RKEQTGTWNS INRTSKNTSI
VSNPFITISQ KHDNKGDSYD YMMVPNIDRT SFDKLANSKE VELLENSSKQ QVIYDKNSQT
WAVIKHDNQE SLINNQFKMN KAGLYLVQKV GNDYQNVYYQ PQSMTKTDQL AI
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