| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG0724 |
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| Symbol | |
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| ID | 1013528 |
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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 | 717441 |
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| End bp | 720980 |
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| Gene Length | 3540 bp |
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| Protein Length | 1179 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 637315912 |
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| Product | chromosome segregation SMC protein |
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| Protein accession | NP_687739 |
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| Protein GI | 22536888 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | [TIGR02168] chromosome segregation protein SMC, common bacterial type |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGTTTTTAA AAGAAATTGA AATGCAAGGC TTTAAGTCCT TTGCGGATAA AACTAAGGTA
GAATTTGATC AAGGAGTTAC TGCTGTTGTA GGTCCAAATG GATCAGGTAA AAGTAATATC
ACAGAGAGTT TACGTTGGGC ATTGGGAGAA TCAAGCGCAA AAAGTTTACG AGGAGGTAAG
ATGCCAGACG TTATATTTGC TGGTACAGAA AATCGTAAGC CCCTTAATTA TGCGCAAGTG
AGTGTTACTT TAGATAATAG CGACCATTTT ATCGAAAATA TAGCTGACGA AGTTCGAGTT
GAACGTCGTA TTTTTCGAAA CGGAGATAGT GAATATTTAA TAGATGGACG CAAAGTTCGC
TTACGTGATA TTCATGATTT ATTTATGGAT ACTGGATTAG GAAGAGATTC TTTTTCTATT
ATTTCCCAAG GACGCGTTGA AGCTATTTTT AATAGTAAAC CAGAAGAGCG CCGTGCCATA
TTTGAAGAAG CCGCTGGTGT TCTGAAATAC AAAACACGTA AGAAAGAAAC ACAATCCAAA
TTAGAACAAA CTCAAGGGAA CTTAGATCGC TTAGAGGATA TTATTTATGA ATTGGACATG
CAAGTCCAAC CATTAGAAAA ACAAGCAAGT ATTGCCAAGC GTTTTTTAGT ATTAGATGAG
GAACGACAAG GACTCCACTT ATCTATTTTG ATTGAAGATA TTTTACAACA TCAATCAGAT
TTAACTACTG TTGAGGAAAA GCTATTGACA GTAAGAAAAG AGTTAGCAAC TTATTACCAA
CAACGTCAGT CCCTTGAAGA TGAAAATCAA TCGTTAAAAC AGAAACGTCA CCATTTATCT
GAAGAAATTG AGGCTAAACA GTTAGCTCTT TTAGACGTTA CAAAGTTAAA GTCAGATTTG
GAACGCCAAA TTGATCTGAT TCGTTTAGAG TCAAACCAAA AGGCTGAAAA AAAAGAAGAG
GCAGGTCAAC GCTTAGCAGA GTTAGAAATT AAAGCTAAAG ATTGTAGTGA CCAGATTACC
CAAAAAAATA TAGAGTTAAC TACTCTGTCG GAAAAAATAG CCCAAATAAG ATCAGAAATT
GTTAGTACAG AAAGTTCCTT GGAGCGTTTT TCAACTAATC CGGATCAGAT TATTGAAAAA
CTTCGAGAAG ACTTTGTTAC CTTGATGCAA GAAGAAGCCG ACACTTCAAA CGCTTTAACA
GCTTTACTAG CTGATATAGA GAATCAAAAA CAAGCTTCTC AAGCTAAATC TCAAGAAATA
CAAGAAGTTA GCAAAAATTT AGAAGTATTA AAAAGTAACG CAAAGGTAGC ATTGGAACGA
TTTGAGGCTG CAAAGAAGAA TGTTCGTCAG TTATTATCTC ACTACCAAGA TTTAGGTCAA
ACCTTGCAAA ATCTAGAAGG TGAGTATAAG AATCAGCAGT CAATTTTATT TGATCATTTA
GATGAAATCA AATCAAAGCA AGCACGTATT TCGAGTTTAG AATCTATTTT GAAAAATCAT
AGTAATTTCT ATGCTGGAGT GAAGTCAGTT CTACAGGCTA AGGACCAGCT TGGAGGTATC
ATAGGTGCTG TTAGTGAGCA TCTTAGCTTT GACAAACATT ACCAAACAGC ATTGGAGATA
GCTTTGGGAG GTAGCAGCCA ACACATCATT GTTGAAGACG AGAGTGCTGC CAAACGTTCA
ATTGCTTTTT TAAAGAAAAA CCGCCAAGGT AGAGCGACAT TTCTGCCTTT AACTACAATA
AAACCAAGAG AATTAGCACA ACATTATCTC TCAAAATTAC AAAGTTCTCA AGGGTTTTTA
GGAATAGCTA GTGAATTGGT AACCTATGAT CAACGCTTGT CAAACATTTT TAAAAATAAC
TTAGGGTTAA CTGCTATTTT TGATACGGTT GATAATGCTA ATGTAGCTGC GAGACAATTG
AATTATCAAG TACGTTTAGT AACCTTAGAT GGAACAGAGT TACGCCCTGG AGGGTCGTAC
TCAGGGGGAG CAAATCGTCA AAATAATACT GTTTTTATCA AGCCTGAATT GGATAATCTA
AAAAAAGAAT TGAAACAGGC ACAAAGTAAA CAATTAATTC AAGAAAAAGA AGTTGCCACA
TTGTTAGAGC AACTCAAAGA GAAACAAGAA ACCTTAGCAC AACTTAAGAA TGATGGAGAA
CAAGCTCGTC TTGAGGAACA AAGAGCTGAT ATAGAGTATC AACAACTATC AGAAAAGCTT
GCTGATTTAA ATAAACTATA TAATGGCTTG CAATTAAGCA GCGGGGCGTT GGAACAAACT
ACTTCTGAAA ATGAAAAAAA TCGTTTAGAA AAAGAACTTG AACAATTTGC TATTAAAAAA
GAAGAGTTGA CAACTTCAAT TGCTCAAATT AAGGAAGATA AAGATTCAAT TCAAGAAAAA
GTCAATAATC TAACAACATT ATTGTCAGAG GCACAGCTAG AAGAACGTGA TTTGCTAAAC
GAGCAGAAAT TTGAACGTGC CAACTGTACA CGTCTAGAGA TTACCTTGTC TGAAATAAAA
CGTGACATTA GTAATTTACA AACATTACTA AGCCATCAGG ACAGTCAATT AGACAAAGAA
GAGCTTCCAC GTATAGAAAA ACAGTTGCTA CAAGTAAATA ATAGAAGAGA AAATGACGAA
GAAAAGCTTG TGAGTCTCCG TTTTGAATTG GAGGATTGTG AAGCTGCTTT AGATGATTTA
GCTGCTTCTC TGGCTAAAGA GGGACAAAAA AATGAAAGTC TTATTCGTCA GCAAGCTCAA
TTAGAGTCAC AATGTGAACA ATTATCTCAA CAATTGATGA TATTCTCACG TCAATTATCA
GAAGACTATC AGATGACATT GGATGAAGCG AAGGTAAAAG CAAATGTCTT GGAAGATATT
TTGATGGCGC GTGAACAATT GAAATCTCTA CAAGCTAAAA TTAAAGCTTT AGGACCTGTT
AATATTGATG CAATTGCTCA ATTTGAAGAA GTTCATGAAC GATTGACCTT CCTTAACACA
CAGCGAGACG ACTTAGTTCA TGCCAAAAAT TTATTACTAG AGACGATTAC AGATATGGAT
GATGAAGTTA AGACTCGTTT TAAATCGACA TTTGAAGCCA TTCGTCATAG TTTCAAAGAA
ACCTTTGTAC AGATGTTTGG TGGAGGTTCT GCGGACCTTA TTCTGACAGA AGGTGATTTA
TTATCAGCTG GGGTTGATAT TTCGGTTCAA CCTCCTGGTA AAAAAATCCA GTCTTTAAAC
TTGATGTCAG GTGGTGAAAA AGCATTATCA GCGTTAGCAT TATTATTTGC CATTATCCGT
GTTAAGACAA TTCCATTTGT CATCTTGGAT GAAGTTGAGG CCGCTTTAGA TGAAGCAAAT
GTTAAGCGAT TTGGCGATTA TCTTAATCGA TTTGATAAAT CAAGTCAATT TATCGTTGTT
ACTCACCGAA AAGGGACTAT GTCTGCTGCT GATAGTATCT ATGGGGTAAC GATGCAAGAA
TCAGGCGTTT CCAAAATTGT TTCTGTAAAA TTAAAAGAAG CTCAAGAAAT GACCAATTAG
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| Protein sequence | MFLKEIEMQG FKSFADKTKV EFDQGVTAVV GPNGSGKSNI TESLRWALGE SSAKSLRGGK
MPDVIFAGTE NRKPLNYAQV SVTLDNSDHF IENIADEVRV ERRIFRNGDS EYLIDGRKVR
LRDIHDLFMD TGLGRDSFSI ISQGRVEAIF NSKPEERRAI FEEAAGVLKY KTRKKETQSK
LEQTQGNLDR LEDIIYELDM QVQPLEKQAS IAKRFLVLDE ERQGLHLSIL IEDILQHQSD
LTTVEEKLLT VRKELATYYQ QRQSLEDENQ SLKQKRHHLS EEIEAKQLAL LDVTKLKSDL
ERQIDLIRLE SNQKAEKKEE AGQRLAELEI KAKDCSDQIT QKNIELTTLS EKIAQIRSEI
VSTESSLERF STNPDQIIEK LREDFVTLMQ EEADTSNALT ALLADIENQK QASQAKSQEI
QEVSKNLEVL KSNAKVALER FEAAKKNVRQ LLSHYQDLGQ TLQNLEGEYK NQQSILFDHL
DEIKSKQARI SSLESILKNH SNFYAGVKSV LQAKDQLGGI IGAVSEHLSF DKHYQTALEI
ALGGSSQHII VEDESAAKRS IAFLKKNRQG RATFLPLTTI KPRELAQHYL SKLQSSQGFL
GIASELVTYD QRLSNIFKNN LGLTAIFDTV DNANVAARQL NYQVRLVTLD GTELRPGGSY
SGGANRQNNT VFIKPELDNL KKELKQAQSK QLIQEKEVAT LLEQLKEKQE TLAQLKNDGE
QARLEEQRAD IEYQQLSEKL ADLNKLYNGL QLSSGALEQT TSENEKNRLE KELEQFAIKK
EELTTSIAQI KEDKDSIQEK VNNLTTLLSE AQLEERDLLN EQKFERANCT RLEITLSEIK
RDISNLQTLL SHQDSQLDKE ELPRIEKQLL QVNNRRENDE EKLVSLRFEL EDCEAALDDL
AASLAKEGQK NESLIRQQAQ LESQCEQLSQ QLMIFSRQLS EDYQMTLDEA KVKANVLEDI
LMAREQLKSL QAKIKALGPV NIDAIAQFEE VHERLTFLNT QRDDLVHAKN LLLETITDMD
DEVKTRFKST FEAIRHSFKE TFVQMFGGGS ADLILTEGDL LSAGVDISVQ PPGKKIQSLN
LMSGGEKALS ALALLFAIIR VKTIPFVILD EVEAALDEAN VKRFGDYLNR FDKSSQFIVV
THRKGTMSAA DSIYGVTMQE SGVSKIVSVK LKEAQEMTN
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