| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bxe_C0521 |
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| Symbol | |
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| ID | 4010035 |
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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 | Burkholderia xenovorans LB400 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007953 |
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| Strand | + |
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| Start bp | 535106 |
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| End bp | 539140 |
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| Gene Length | 4035 bp |
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| Protein Length | 1344 aa |
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| Translation table | 11 |
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| GC content | 61% |
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| IMG OID | 637953151 |
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| Product | multi sensor hybrid histidine kinase |
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| Protein accession | YP_555771 |
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| Protein GI | 91780564 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG1352] Methylase of chemotaxis methyl-accepting proteins
[COG2201] Chemotaxis response regulator containing a CheY-like receiver domain and a methylesterase domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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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 | 25 |
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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 | ATGAATGATG CCAGTAATAT TTCTCCGACA CCTGGAGCTG CTACTGGTCC CCGGATCGTC
GCCATCGGGG CATCAGCCGG TGCGCTTCAT GCGTTAAGCC TATTTTTTCG TGCGGCTTGC
ACGATCCCAC ACGACATTGC CTTCGCGGTC GTGGTACATC TGGCGCCCGG CGCCGAAAGT
CACCTCCCGG AGTTGCTGGC CAAAGATACG TCTTTTGCCG TGTCGGCCAT CGAGGACGGC
GCGACGCTGC GGCCGGGGCA CGTCTATGTT ATCCCGCCGA AAGTGTCCGT CGTTATCGAG
CAGGGCGCGT TCAGGCTGCG GCCCGCGGTT GAGCGTCCGA CGATTCCGAT GCCGATCGAC
GCGTTCTTCA CGTCGCTGGC CACCGACCAG CATGATCGCG CGATCGGCAT CGTGCTCACT
GGTGCAAACG CGGACGGTTC GGCGGGCCTG AGAGCCATCA AGGCTGCTGG TGGAATGGTG
ATGGCGCAAG CGCCGGAGAC GGCCGAACAC GATTCAATGC CCACGCATGC GATCGCCACC
GGGCTGGTCG ACTACGTGCT GCCGGTCGAA AAAATGCCCG CTGTACTGTT TGATTACATT
GCGCGTTCCA CCGAAGAAAT GTCGTCGGTG TCAGGCAAAC TCGAGGTACA GACCGATCTC
GAACCGGTGC TCCGGGCCCT GGCGGCTGCC GGCTCTGATT TCAGGGGGTA CAAACGGGGC
ACTCTGGGGC GTCGCATTGC CCGGCGCATG GCGGTCAATC AGGTGGACAG CCTTGACGCG
TATTGCGAGA TCCTGAGGAC TTCGGTCGAG GAAGCTCAGG CACTGAGTCT GGACATGATG
ATCGGCGTGA CGGAATTCTT TCGCGATCCC GAGGCGTGGA AGGCCCTGGC TGAACGCGTC
GTGGACAGTC TTCTCGGCGA GCAGAAAGGC GATCAGCCGC TGCGGATCTG GGTACCCGGA
TGTGCAACGG GGGAGGAGGC CTATTCGATG GCCATGCTGC TCACGGAGGA GATCGAGAAA
CGCAAGATCA CTCGATCCTT CATGATTCTT GCATCCGATG TGAACCGGAT AGCCCTCGCG
CGTGCCCGCC AGGGCATCTA TCCGCCGGGT GTCGCGTTAC CCGTCGGTGA GGAGCGGCTC
GAACGCTTTT TCCGCGCACA CGGCGATGGC TATCAGATCG ACCAGGCGCT GCGCGAAACG
ATCCTGTTCA CACCACAGAA CCTGATTGCC GATCCGCCTT TTTCCCGCGT CGACCTGATC
AGTTGCCGCA ACCTGCTGAT CTACCTCGAA CCCGCAGCGC AGCAGCGTGT GTTCGAGGTA
TTCCATTTTG CGCTCAATCC GAAGCGCTAT CTGTTTCTGG GGCGATCGGA GAGCACCGAT
CCGGACTCCA GCCAGTTTCA GGAAGTCTCC AGGACCTGGC GTATCTACCA GCGCAGTCCG
GCCGCCACAG CGGTTGTGTC CGGCTACCGG TTCTCCGCCA CAGGGGGAAG GCGAGAGGAA
TTTCCGTCCG CAAGCCGTGG CGGAGCCCGT AGCAAGGGGT ACGCAGAACT GGTCAACGGC
ACCCTGCTTG CAGAGCACCA CGCAGCATCG GTGCTGATCA ATTCCGCTCA CCAGGTGCTC
TATGTGAGCG GTTCGACCGA CGAGTACCTG AGACAACCCG CTGGCGAGCC GACGGGCAAC
ATTCTCGACA TGGCGCGCGA AGGCCTACGT CTGAAGTTGC GGATCGTCTT GCGCCGCGCG
ACCCAGGATC AGACTGTTTC GCCGGTCAGC GAGGTCGTAT CGGACGGGGG GGCCCCTGGG
GTGAAGATTA CGGTGACCCA GCCATTCGAC ACGGCGCACA CGGGCAAAGC GTTGCTCGTC
GTCTTCGCAA GGGTTGCGGT GGCCGACCGG CCTGCTTCGC TGGCGCCAAC CGGCGTGGAC
TCCGATCTCT GGCATCTGGA GAGCGAACTT CGCACCACGC AGGTTGAGCT TGGCAGCACG
ATCGAGGAAC TGGAAGAAAG CAATAGCGAA TTGCGAGTGT CGAACGAGGA AATCCTTTCA
ATGAACGAGG AGTTGCGCTC GGCGAATGAA GAACTCGAGA CATCGAAAGA AGAACTGCAG
GCCCTTAACG AGCAACTGAA TGTGGTCAAT TCCCAGCTTG GGCAGAAGGT CCACGAGTTG
GAGATGCTCA GCGAAGACGT GACGAATCTT CTAGCCAGCA CAGAAATCGC GACCTTGCTT
CTCGACGGGC ACGCGGTGAT CAAACGTTTT ACTCCGCGTG CCGCGCGGAT TTTCGGTCTG
GCGTTGGCAG ATATCGACCG CCCGATCACG AATGTTCTGG GGAATCCTCT GGGCGATGCG
CTGCTGGAGG ATGTTCAACG GGTACTGTCA GCGCAGACCG GCCAGGCAGA AAAGGAAATC
GAAACGGTGA CCGGAGAGTG GTACGTTCGA CGCATCACGC CGTATATCGC GGTTAAGGGA
GCATCGCCCG CAGGGGTGGT GGTGACGTGG AACGATATCA CCCATGTGAA GGCGTCCGAC
GAGCGGTCCC GCCGTCTTGC CGCGGTCGTC CAGGATTCGA ACGATGCCAT GACGGTGTTC
GATCTGAACG GGCGTCTGAT GGCCTGGAAC CGGGCCGCGA CCGCGATGTA CGGTTATACC
GAAGCCGAAG CGCTGGGCAT GACGGTGTCC GATATGCTGC CACCGGGCGC CAGACAGGAT
CACCTCGATT TCATCCGTTA CGCCGCCCAC AACGAGGCAC TGCATTCCTA TGAAACACAG
CGGGTCACGA AAGGCGGTCG CGTGGTCGAC ATCTGGATCA CCCTGTCGAT TCTCTCGGAC
GATCAGGGTC ATGCCGTGGC TATTGCCACG ACGGAGCGAG AACTCACTGA TCGCAGCCTG
AGCAACGCCC AGCTTCGGGA GCGTGCCGAA CGCCTGGCGC AGGCCGACCG GCGAAAGAAC
GAATTTCTGG CGATGCTTGG ACACGAACTG CGTAATCCGC TCGCTGCCCT GTGTTCCTCT
GGAGATTTGC TCGCCTCGGA AACCATCGAT CCGCGACAAA AGTCCTGGGC CGTCGGCGTC
ATCCAGCGGC AAGGTCGATC GATGACGCAA CTGGTCAACG AGATGCTGGA TCTCACGCGT
ATTACGAGTG GCAGCATAGA GTTGCGTCGT CAGGCGGTCA CGCTGAAAGC GGTCATCCAG
AGCGCGGTCG AGGTTTGCCA GCCGATTATT GACGAACGGC ATCACACCTT GTCGGTGTCG
CTACCGGACG AGCCGGTGTT GATGTACGTC GACCCCACCC GGCTATCGCA GGTCGTCGAA
AACATCGTGA TCAACGCAGC CAGGTACACG GAACCTGGCG GCCATATCAG TCTCACAGCG
ACAAGAACCG GCCGTCGGCT TTCGCTTCGT GTCAAGGACA ACGGAAGGGG AATTCCTGCT
TCGATGCTCA GCACGCTTTT TGACATGTTC GTCCAGGGGC CGGTGCCCTA CGGTCAGCTT
CATAATGGGC TGGGAGTCGG CCTGTCCGTG GTCCGGCGGT TGGTTGAGTT ACATGGCGGA
TCGGTTCGGG CCATCAGTGA TGGCAGGACA GGTAGCGAAT TCATCGTCGA TCTTCCGCTG
GGCATGATCC CGCCCGGCGT GGAACAGGCC GGTACACCGC AGGAACCGGT CAACGCGGGT
CCGCGCAAGA TACTCATCAT TGACGACAAT GCCGACGCGA GCGAGGCCCT GGCCATGCTT
CTGGCGGCGG AAGGGCATGT GGTGGAGACA CGGCTGGATG GCCCCGGGGG GCTCGAAGCC
GCTTCGACTT TCAGGCCGGA CGTTGTGCTC CTTGACATCG GATTGCCCGG CATGGACGGC
TATGAGGTGG CGAAGCAGTT GCGCGACTCT GTGGCCACGT ACGACACGAT GCTGATAGCC
GTCACCGGCT ACGGGCAACC AGGCGACCAG CTCAGATCCG CAGAGGCGGG ACTTGATTAC
CACCTGGTCA AGCCAGTGGA TATCAACGCG TTGACGCGTC TGCTTGCTGT GCAGGTGAAA
CCCCGCGGCA GATAA
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| Protein sequence | MNDASNISPT PGAATGPRIV AIGASAGALH ALSLFFRAAC TIPHDIAFAV VVHLAPGAES
HLPELLAKDT SFAVSAIEDG ATLRPGHVYV IPPKVSVVIE QGAFRLRPAV ERPTIPMPID
AFFTSLATDQ HDRAIGIVLT GANADGSAGL RAIKAAGGMV MAQAPETAEH DSMPTHAIAT
GLVDYVLPVE KMPAVLFDYI ARSTEEMSSV SGKLEVQTDL EPVLRALAAA GSDFRGYKRG
TLGRRIARRM AVNQVDSLDA YCEILRTSVE EAQALSLDMM IGVTEFFRDP EAWKALAERV
VDSLLGEQKG DQPLRIWVPG CATGEEAYSM AMLLTEEIEK RKITRSFMIL ASDVNRIALA
RARQGIYPPG VALPVGEERL ERFFRAHGDG YQIDQALRET ILFTPQNLIA DPPFSRVDLI
SCRNLLIYLE PAAQQRVFEV FHFALNPKRY LFLGRSESTD PDSSQFQEVS RTWRIYQRSP
AATAVVSGYR FSATGGRREE FPSASRGGAR SKGYAELVNG TLLAEHHAAS VLINSAHQVL
YVSGSTDEYL RQPAGEPTGN ILDMAREGLR LKLRIVLRRA TQDQTVSPVS EVVSDGGAPG
VKITVTQPFD TAHTGKALLV VFARVAVADR PASLAPTGVD SDLWHLESEL RTTQVELGST
IEELEESNSE LRVSNEEILS MNEELRSANE ELETSKEELQ ALNEQLNVVN SQLGQKVHEL
EMLSEDVTNL LASTEIATLL LDGHAVIKRF TPRAARIFGL ALADIDRPIT NVLGNPLGDA
LLEDVQRVLS AQTGQAEKEI ETVTGEWYVR RITPYIAVKG ASPAGVVVTW NDITHVKASD
ERSRRLAAVV QDSNDAMTVF DLNGRLMAWN RAATAMYGYT EAEALGMTVS DMLPPGARQD
HLDFIRYAAH NEALHSYETQ RVTKGGRVVD IWITLSILSD DQGHAVAIAT TERELTDRSL
SNAQLRERAE RLAQADRRKN EFLAMLGHEL RNPLAALCSS GDLLASETID PRQKSWAVGV
IQRQGRSMTQ LVNEMLDLTR ITSGSIELRR QAVTLKAVIQ SAVEVCQPII DERHHTLSVS
LPDEPVLMYV DPTRLSQVVE NIVINAARYT EPGGHISLTA TRTGRRLSLR VKDNGRGIPA
SMLSTLFDMF VQGPVPYGQL HNGLGVGLSV VRRLVELHGG SVRAISDGRT GSEFIVDLPL
GMIPPGVEQA GTPQEPVNAG PRKILIIDDN ADASEALAML LAAEGHVVET RLDGPGGLEA
ASTFRPDVVL LDIGLPGMDG YEVAKQLRDS VATYDTMLIA VTGYGQPGDQ LRSAEAGLDY
HLVKPVDINA LTRLLAVQVK PRGR
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