| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG1033 |
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| Symbol | |
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| ID | 1013837 |
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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 | 1038221 |
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| End bp | 1042150 |
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| Gene Length | 3930 bp |
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| Protein Length | 1309 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637316216 |
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| Product | FtsK/SpoIIIE family protein |
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| Protein accession | NP_688043 |
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| Protein GI | 22537192 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1674] DNA segregation ATPase FtsK/SpoIIIE and related proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGAAATTCA AATCTGGGGG GGCTGATTAT GAAACATCAT TAACTAAGAA AGTTATGTCA
GCTTATCAAT TTTACGAAGG CTATCCTGAT TTTCACCGCT CACCTCGTAT TATTTATCGT
TCCAGTGAAG ATAAAATTAC AGTTAATGCG CCTGGTAATG AACCTAATAA GTCTAAAGAT
GAACTGTTAA AATTAATTGT TCCTCCTCTA GTGATGATTG GAGTCAGCAT TCTTATTTCT
ATTTTTCGTC CTCGTGGTAT CTATATCATT GCAACAATGT CAATGGCTCT AGTGACGATG
ATTTTCTCTA TCACTGGTTA CTTTAAAAAT CGTAAACAGT ATAAGCAGGA CTTACAAGAA
CGCATTGATT CCTATCATGA CTATTTATCT GATAAGTCAA TTGAACTTCA GAAGTTAGCT
AAAGAGCAAA AGCGTGGGCA ACACTATCAT TACCCAACGA TTGAAGGTTT ACAGGAAATG
GCTGATACTT ATCACCATCG TATTTATGAA AAGACACCAC TTCATTTTGA CTTCTTGTAT
TATCGCCTAG GTTTGGGAGA AGTACCAACG AGCTATAATA TTCATTATTC TCAACCAGAA
CGTTCTGGGA AAAAAGATCC TTTAGAGAAC GAAGGCTATA ACCTCTACTT TAACAATCGT
TATATTAAAA ATATGCCGAT TGTTGCGAAT TTATCACATG GACCAGTTGG CTATATAGGA
CCACGAGGTT TAGTATTGGA GCAACTCCAA TTGATGGTTA ATCAATTAGC TTTTTTCCAT
TCTTACCATG ATGTTCAATT TATTACTATT GTTCCAGAGG AAGAGATGGA TAAGTGGTCT
TGGATGCGTT GGTTGCCACA TGAAACCTTA CAAGATGTCA ATGTTCGTGG CTTTGTTTAT
AATCAAAGAA GCCGTGATCA AGTGCTCAAC AGTCTTAACC AAATTTTAAA ATTACGTCGC
ACACAACGCG AAGATAAATC TGCCAAAGAA GGGACTTTAT TTTCTCCGCA TTATGTCGTT
ATTGTAACTG ATGAAAAGTT AATTTTAGAT CACGTCATCA TGGAATTCTT TACGGAAGAT
CCTACAGAAT TGGGATGTTC TCTCATCTTT GTTCAAGATG TTATGAGTTC ACTTTCAGAA
AATATCAAAA CCATTATTAA TATTAAAGAC CGTAATACTG GTCAGTTAGT TATAGAAGAA
GGAGAGCTTA AAGAAACAGA TTTTGAATTA GATCATTTCT TAGAGGATTA TGACAAGGAA
AATATTTCAC GTCGCCTAGC TCCGTTAAAT CACCTACAAA ATCTTAAATC TTCAATACCA
GAAGCAGTTA CTTTTATGGA AATGTATCAA GCAGAAGAAT TTGAAGATTT GCATGTTCAA
GAGCGTTGGA TAAGCCATGC TCCGTATAAA AGCTCAGCTG TTCCACTTGG CTTACGTGGT
CAGGATGATA TTGTTTATCT AAACCTACAT GAAAAAGCTC ATGGTCCTCA TGGATTAGTT
GCAGGAACAA CGGGATCAGG GAAGTCAGAA ATTATACAGT CCTATATCCT TTCTTTAGCT
GTTAATTTCC ATCCACACGA TGTAGCTTTC CTTCTCATAG ACTACAAAGG TGGGGGGATG
GCAAACCTCT TTAAGGACCT GCCACACTTA CTTGGCACCA TCACCAACTT AGATGGTGCC
CAATCGATGC GTGCTTTGGT TTCTATTAAT GCTGAATTGA AACGTCGTCA ACGTTTATTT
GCTAAAGCTG ATGTTAATCA TATTAACCAG TATCAGAAGA AATACAAACT TGGAGAAGTT
TCAGAACCAA TGCCTCATCT CTTCTTAATC TCCGATGAGT TTGCCGAATT GAAATCCAAC
CAACCTGAGT TTATGAAAGA GCTTGTCTCA ACAGCGCGAA TTGGGCGTTC CCTAGGGATT
CACTTAATCC TAGCGACCCA AAAACCATCT GGTGTGGTAG ATGACCAAAT CTGGTCAAAC
TCACGCTTCA AACTAGCTCT TAAAGTAGCA GACCGCGGCG ACTCCATGGA AATGCTCCAT
ACTCCAGATG CCGCCGAGAT TACACAAGCA GGACGTGCCT ACCTCCAAGT TGGTAATAAT
GAAGTCTATG AACTCTTCCA ATCAGCATGG TCAGGAGCAG ATTACCAACC TGAAAAAGAC
GACCAAGGGA TTGAAGACCA TACCATTTAT TCCATCAACG ACCTTGGCCA ATACGAAATC
CTAAATGATG ATCTTTCAGG CTTAGACCAA GCCGAAAATA TTAAAGAAGT ACCTACGGAA
TTAGATGCTA TCGTTGAAAA CATTCAAGCT TTAACCAAAG AAATGGGCAT CTCAGACTTA
CCTCAACCGT GGCTACCGCC TCTAAGCAAT CAGATTGCAG TAACCGATCT CCGTAAGGAG
GGATCAGTAG ACCTCTGGAG CAAGGCCCCA TCTTACAAAG CTGTTCTTGG CTTTATGGAT
ATACCAAGCC AACAAGCACA AGAAGTGGCT TACCACGATT TTGAAGACGA TGGGCATTTG
TCAATTTTTG CAGGACCAAG TATGGGGAAA TCCACAGCCC TTCAAACTGT AACAATGGAC
TTAGCACGTC ATAATAGTCC AGAATTTTTA AACCTTTACC TCTTTGATTT TGGTACCAAT
GGCCTCTTAC CTCTAAGACG TTTGCCACAT GTAGCAGATT TCTTTACCAT TGATGATGAC
GAAAAAATAG CCAAGTTTAT TGCCCGTATC AAAGTTGAAA TGTCTGATCG TAAAAAAGCC
CTCAGTCGCT ACAATGTCGC GACAGCAAAA CTTTACCGTC AGGTATCTGG GGAAACCATG
CCTCAAATCC TGATTGTTAT TGACAGTTAT GAAGGGCTAC GGGAAGCTCA AACACCGACT
AACTTAGAAG CTTGTTTCCA AAATATTTCG CGTGATGGGT CGTCACTTGG CATTTCCTTA
GTTATCTCAG CTGGTCGTAC GGCAGCTTTG AGGTCGTCCT TAATGGCAAA CCTTAAAGAA
CGTATCGCTC TTAAATTAAC AGATGACTCT GAATCACGGA CACTTGTCGG TCGTCACCAA
CACATCATGG AAGATATTCC AGGACGTGGA TTAATCAAAC GTGATGACAT TGAAGTGTTA
CAAGTGGCTC TCTCAACAGA AGGCACTGAA ACCTTTGACA TCATCAATAA CATCCAAAAC
GAATCTGACG CCATGAACAG CAAATGGACT GGACCAAGAC CAAAAGCAAT ACCAATTGTT
CCCGAAGAAT TAACCTTTGA CGACTTTATG GCTACAGATA GTGTTCAAGC TGACCTATCA
GCTAATCGTT TACCACTTGG GCTTGAAATG GTTGACGTTG AAAGTTATAG TTTAGCACTT
AATCGCTTTA AGCATATGCT TTACATGTCT GATTCTGACG AGTCACTCGA AGCAGTTGGT
TCCCATATCA TCAAGGTCTT GCTTAACGTC CCAAATTACC ATAACATGAT CATCGATTCG
CTTGGCGAAT ATGAAAGCTA TCAAGGTCAG GTACGTACTT ATGTGGGTTC TGATATGATT
GAAGATATGG CGGATCAGTT GATCTATGAG TTGCAGCAAC GTGAAAGCCA ATCTGAGATA
GCTGAATGGT TTATCATGAT TCCAGATTTT GAAAGCTTTG TGGCTAAGAG CAATATGAAG
CTTGAACAGG TTCAGGCATT GCTTGACAAT GGACCACGCT ATGGTTTACA TCTGATTCTT
GGATCAAGCT ATAACTATGT TGGGACTAAG ATCGATGCTG TGCCTAAATA CGTTCGCACA
ACGACCCAGT ATGTGCTGGC TGGCATGAGG CTCATGGATC AAACCTTCCT TGAAAAAGTG
TATAATAGTA AGGAAATCCG TCCAAACAAA GACGAAGCCT ACATTCACGA TAGAAAAACC
TATCAAAAAT TAAAACTCAC CATAGACTAA
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| Protein sequence | MKFKSGGADY ETSLTKKVMS AYQFYEGYPD FHRSPRIIYR SSEDKITVNA PGNEPNKSKD
ELLKLIVPPL VMIGVSILIS IFRPRGIYII ATMSMALVTM IFSITGYFKN RKQYKQDLQE
RIDSYHDYLS DKSIELQKLA KEQKRGQHYH YPTIEGLQEM ADTYHHRIYE KTPLHFDFLY
YRLGLGEVPT SYNIHYSQPE RSGKKDPLEN EGYNLYFNNR YIKNMPIVAN LSHGPVGYIG
PRGLVLEQLQ LMVNQLAFFH SYHDVQFITI VPEEEMDKWS WMRWLPHETL QDVNVRGFVY
NQRSRDQVLN SLNQILKLRR TQREDKSAKE GTLFSPHYVV IVTDEKLILD HVIMEFFTED
PTELGCSLIF VQDVMSSLSE NIKTIINIKD RNTGQLVIEE GELKETDFEL DHFLEDYDKE
NISRRLAPLN HLQNLKSSIP EAVTFMEMYQ AEEFEDLHVQ ERWISHAPYK SSAVPLGLRG
QDDIVYLNLH EKAHGPHGLV AGTTGSGKSE IIQSYILSLA VNFHPHDVAF LLIDYKGGGM
ANLFKDLPHL LGTITNLDGA QSMRALVSIN AELKRRQRLF AKADVNHINQ YQKKYKLGEV
SEPMPHLFLI SDEFAELKSN QPEFMKELVS TARIGRSLGI HLILATQKPS GVVDDQIWSN
SRFKLALKVA DRGDSMEMLH TPDAAEITQA GRAYLQVGNN EVYELFQSAW SGADYQPEKD
DQGIEDHTIY SINDLGQYEI LNDDLSGLDQ AENIKEVPTE LDAIVENIQA LTKEMGISDL
PQPWLPPLSN QIAVTDLRKE GSVDLWSKAP SYKAVLGFMD IPSQQAQEVA YHDFEDDGHL
SIFAGPSMGK STALQTVTMD LARHNSPEFL NLYLFDFGTN GLLPLRRLPH VADFFTIDDD
EKIAKFIARI KVEMSDRKKA LSRYNVATAK LYRQVSGETM PQILIVIDSY EGLREAQTPT
NLEACFQNIS RDGSSLGISL VISAGRTAAL RSSLMANLKE RIALKLTDDS ESRTLVGRHQ
HIMEDIPGRG LIKRDDIEVL QVALSTEGTE TFDIINNIQN ESDAMNSKWT GPRPKAIPIV
PEELTFDDFM ATDSVQADLS ANRLPLGLEM VDVESYSLAL NRFKHMLYMS DSDESLEAVG
SHIIKVLLNV PNYHNMIIDS LGEYESYQGQ VRTYVGSDMI EDMADQLIYE LQQRESQSEI
AEWFIMIPDF ESFVAKSNMK LEQVQALLDN GPRYGLHLIL GSSYNYVGTK IDAVPKYVRT
TTQYVLAGMR LMDQTFLEKV YNSKEIRPNK DEAYIHDRKT YQKLKLTID
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