| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_0288 |
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| Symbol | |
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| ID | 7086575 |
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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 | Shewanella baltica OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011663 |
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| Strand | - |
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| Start bp | 326747 |
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| End bp | 330172 |
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| Gene Length | 3426 bp |
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| Protein Length | 1141 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 643459211 |
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| Product | Hpt sensor hybrid histidine kinase |
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| Protein accession | YP_002356248 |
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| Protein GI | 217971497 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG0784] FOG: CheY-like receiver |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 44 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTACTA CTCAAAAATT GCGTTATCAA CTTCTTTGTA TTTTCGGTGG CTTATCTCTA
CTGTGCATGA CTTTTATGTC TCATGCCGAG CAATCAGTCA CAACCACGAT TCGAGTTGGA
GTACTTGCCA ACGGCTGGGG ACCTTTTCAA CAGATTAATG ACCAGATAAC AACGGGGTTT
AGTGTTGAGT TGATACAACT GCTCGCCAAA AATCTTCATT ACCAAATTGA CTGGAAGATT
TATCCCGATT GGATGAGCCT CTATTCTGCT GGCTGTAATG GGGAAGTTGA TGTCCTGCTT
GATGCTTTTC GTACTGTTGA ACGCACTCAA TGCCTTATGT TTAGCCGCTC ATACTACACC
TCCCCTACTG TTGTTGTTAT TCGTTACGAC AGCCGATTTT TTCGCGATGT GAGTGAATTT
GGCCAAGCTC GGATCGCCGT TGAAAAAGGG TTCTCAACTG AAAAGCTAGT CAAATTGCAT
TATCCAACTG TGACCGAAGT GACCTATCCG AATACAGAGC AAGCACTTTC CTCTGTCATA
GATAAAACAA CTGATGCCTA TATAGGCAAT CTCCACGTTG CTAACCAGTA CATTAGTGCA
CATCCTGAAC TCCTGATCGT TGCCCAAGCA CCACTGATGA TGGAAAACTT GCATTTAGGG
ATCACTAAAA ACAATAGCCT GCTTGTAACA CAACTCGATA ACGCCTTAAT GGCGCTAAGT
GTTGAAGAGA GAAATGCACT CGAAGTGACT TGGCTTGGTA TGGGCGATCT TCATTTTTTA
GGCCATAGTA ATTTTCTACT TAGACCAGAT GAGCGCGAAT GGTTAGCAGG CCTACCATCA
CTCAGAGTCG GATTTGTAGA TCATTGGACA CCATTCTCTT CGGTCAACGA CAAAGGCGTC
TTAATTGGTT TAATTGCAGA TTACCTTGAA CAATTCAGAG AGAAGCTAGG GCTAGATTAT
GCGGCTCAAG ACTCACGAAC TTGGAACGAA ATACAAAGCG CGCTGATTCG GAGCGAAATA
GACCTCGCCA TTTTACCGAC TCGACTCAGT GCACAATATC CAGACTGGCA CATGAGCGAA
GCTTTTACTT CCTTCCCAAT TGTCATTGCA ACAGCACGCA GTAGCACACG AATCGCAGGT
CTATCTGAAC TCAACTTTCA ACGCGTTGTT ATCACAGATA ATCTACTACT GCCTAGCATA
AAGAAGGCTT ACCCAAATAT TGATGTAGTG GTTTCCTCCA CTCCAGATGA CGGCTTAGCC
TTAGTCGCAA AGGGAAAAGC AGCGGCTTAC ATAGGTAATC TAGCGGTTGT CGCCATGATT
ATCGACGATA AATTCGACGA TGAATTACGA GTAGCGGCTC CCACACCTTA TCGAGACGAA
CTTGCTGTCG CAGTTCGTGA GCCCTATCGG CCACTTATCC CATTAATTAA TCGCGTTTTC
TCCAGTATGA GTGAGAAAGA AAAACAGCAG ATCCGCAATA CTTGGCTATC GGTAAATTAC
AACGAAGGCA TCTCTTGGCA CACCTTGCTC ACGACATTGC TGCCAATAGC GATAGGTTTA
CTGCTTTTTA TTGGCGGCTT AACCATAGCC TATTTAAAAC TCAGACAAGA AATTAACAAA
CGCCGTATTG TCGAAAATGC CCTCGCTATC GCCAAAGAAA ATGCTGAGCA AACCACTAAA
AGAAAAGCGG AATTTCTTGC CGCCATGAGC CATGAGATCC GCACCCCGAT GAACGGACTT
GTGGGTATGG CAGAACAACT CAGCTTTACC ACGCTCGGCA TAGAACAAAA ACAAATGGTG
CAGATCATTA ATAATGGCGC GGAAGAAATC CTGCAAATTA TCAATAATAT CCTCGATTTT
TCTAAAATAG ACATGGGAAA AATGCGCTTA GAATCGACCC CTATCCTATT GCGTGAAGTT
CTCGATAGTA CGCTTAACAT GGTGATGAAT GATTTACGGA CAAAGAACTT AAGCTTCTAT
TTACACGTTG ACCGAGGCGT AGCTGCACGA GTCACCGGAG ATAGTCTCCG CATAAAGCAA
ATCCTGTTCA ATTGGGTCAA TAACGCCATT AAATTCACTG AACGCGGGTT TATCGAAGTC
TCGGTCAAGC TTGAAAGCGA AGAGGACGGT CAGCAATTAC TGCTCATTGG CGTACAAGAT
ACTGGCATAG GTATGAGCAT TGAGGCGCAA GCACGAATAT TTAATATTTT TGAGCAAGCT
GACATCTCAA CCTCCCGCAG TTATGGTGGA GCTGGTTTAG GCCTTGCTAT TAGCCACACT
TTGGCCGAAA TGATGGGCGG TGAAATTGTT TTGAATAGCG CGCCTAATTT AGGCACCTTT
ATCGGTTTAC GTATTCGTTT ACCCGTTATT GCCCATGATG TATTTGATGA AAAGTTGCAG
GGACTCAACG CACATATCGC AATCAAAGAT ATGAAATTAC GCCACACTTT GTCTTGGCAT
TTGGCTTCAT TAGGCATTGT ATTAACAGAG AATAAAAACC AAGCAGACTT ATTTTTTACC
GATGATGCTG CGGATGATCG ACAACATATA TTGTGCACTC CGCTTAATGA AGCGCTCGGT
TATAAATACC AAAATGAGCA ATGTTTATTG AATGCAAATC CCTTAACATC GCAAGCTGTG
AAGGATGTTT GTTATATCAA TATGGGTTGG ATTGATACCA TAGTCTCGAC ACCGCAGAGG
GAAATTGCAC TTAAGGTTAA TTGGCCTGAA TGTAAAATTT TATTGGTTGA AGATCATCAG
CTGAATCAGA TATTGGTGCA ACGACAGCTA AAACAGTTGA GTTTAGAATG CGATGTTGCA
GATAACGGCG CCCAAGCGCT CTCACTCATG CAACAGACTC ATTACGACTT AATATTATGT
GATTGCCGCA TGCCAGTAAT GGATGGCTAC ACTTTTGCCC AACAAGTGAG AGCACAGGAA
ATCGATGGCC AACACGTCCC CATCATTGCA CTAACAGCCA ACGTATTAAA TGAGCAAAAA
CAAAGATGTG TCGCGGTGGG AATGGATGAC TTACTGGCAA AACCGCTGCA TCTAGATGAA
CTACATGAAA TGCTATTGAA ATGGCTCCCA CTCTCAAAAC CCGCACTTAT TGATATGACA
ATATTAGAAA ATGCATTTGG TCGCGGAGAG ACATTAAGCA AAATGATATT AATGTTTAAA
GTTGAACTCG AAAGCTCACT TCAGGATATT CAACTGACAG CCCCTCAACT TGCTGACAAT
ATCCATAAAA GTGCCGGAAC GATTAGCATG TTAGGACTCA CATCAATTGC AGAGCAAGCT
TGGTTACTCG AAGAAAAAAT CAGACAAGAA GGCAATAACA ATTGTGAAGT CGAACTAACC
GAGTTTCAAA CAACAATAGT CCAATTGATC AGCGAGCTAA ACGCCACAAT ACAAGATGAC
AGCTAA
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| Protein sequence | MSTTQKLRYQ LLCIFGGLSL LCMTFMSHAE QSVTTTIRVG VLANGWGPFQ QINDQITTGF
SVELIQLLAK NLHYQIDWKI YPDWMSLYSA GCNGEVDVLL DAFRTVERTQ CLMFSRSYYT
SPTVVVIRYD SRFFRDVSEF GQARIAVEKG FSTEKLVKLH YPTVTEVTYP NTEQALSSVI
DKTTDAYIGN LHVANQYISA HPELLIVAQA PLMMENLHLG ITKNNSLLVT QLDNALMALS
VEERNALEVT WLGMGDLHFL GHSNFLLRPD EREWLAGLPS LRVGFVDHWT PFSSVNDKGV
LIGLIADYLE QFREKLGLDY AAQDSRTWNE IQSALIRSEI DLAILPTRLS AQYPDWHMSE
AFTSFPIVIA TARSSTRIAG LSELNFQRVV ITDNLLLPSI KKAYPNIDVV VSSTPDDGLA
LVAKGKAAAY IGNLAVVAMI IDDKFDDELR VAAPTPYRDE LAVAVREPYR PLIPLINRVF
SSMSEKEKQQ IRNTWLSVNY NEGISWHTLL TTLLPIAIGL LLFIGGLTIA YLKLRQEINK
RRIVENALAI AKENAEQTTK RKAEFLAAMS HEIRTPMNGL VGMAEQLSFT TLGIEQKQMV
QIINNGAEEI LQIINNILDF SKIDMGKMRL ESTPILLREV LDSTLNMVMN DLRTKNLSFY
LHVDRGVAAR VTGDSLRIKQ ILFNWVNNAI KFTERGFIEV SVKLESEEDG QQLLLIGVQD
TGIGMSIEAQ ARIFNIFEQA DISTSRSYGG AGLGLAISHT LAEMMGGEIV LNSAPNLGTF
IGLRIRLPVI AHDVFDEKLQ GLNAHIAIKD MKLRHTLSWH LASLGIVLTE NKNQADLFFT
DDAADDRQHI LCTPLNEALG YKYQNEQCLL NANPLTSQAV KDVCYINMGW IDTIVSTPQR
EIALKVNWPE CKILLVEDHQ LNQILVQRQL KQLSLECDVA DNGAQALSLM QQTHYDLILC
DCRMPVMDGY TFAQQVRAQE IDGQHVPIIA LTANVLNEQK QRCVAVGMDD LLAKPLHLDE
LHEMLLKWLP LSKPALIDMT ILENAFGRGE TLSKMILMFK VELESSLQDI QLTAPQLADN
IHKSAGTISM LGLTSIAEQA WLLEEKIRQE GNNNCEVELT EFQTTIVQLI SELNATIQDD
S
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