| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bxe_A3797 |
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| Symbol | |
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| ID | 4002589 |
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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_007951 |
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| Strand | + |
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| Start bp | 747570 |
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| End bp | 751904 |
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| Gene Length | 4335 bp |
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| Protein Length | 1444 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 637945854 |
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| Product | hypothetical protein |
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| Protein accession | YP_557253 |
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| Protein GI | 91782047 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis
[R] General function prediction only |
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| COG ID | [COG0438] Glycosyltransferase
[COG1216] Predicted glycosyltransferases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 13 |
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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 | ATGATGAAAT CGATAAGACA ACTCTACAAA GAGCACGAAG GCAAAGTCTC CGACAAATGG
TCGCTTTACC TCGATGAATA CAATCGTCTG TTTGCACCGT ATCGGGACCA GCCGATCCGC
ATGCTCGAAA TTGGCATCCA GAACGGCGGT TCGCTGGAAA TCTGGTCCAA ATACTTTGCG
CAAGCAAGGA CCCTGGTCGG GTGCGACATC AATCCCGATT GCTCGAAACT GATCTATGCG
GATCCCCGTA TTTCTGTGGT GGTCGGTGAT GCGAATACCG ATGAAAGTGC CGCGGAGATC
CTTGGCCACT CGGCTCGCTT CGATGTGGTT ATCGATGATG GATCGCATCG TTCCAGTGAC
ATCGTGCGCT CATTCGCACG CTATTTTCCT GCACTCAACG ACGGCGGCAT TTTCGTTGCG
GAAGATTTGC ATTGCAGCTA TTGGCAGGAC TTCGAAGGCG GACTTTACGA TCCGTACTCG
TCGATCAATT TTTTCAAACG TATCGCCGAT GTTGTCAACC ATGAGCATTG GGGCGTAGCG
AAAGCAAACC GCACTGTGCT TCAGGGAATG TTCAAACGGT ATGGCTGCGA ATTGTCTGAC
GCTGAGCTTG ATCGCATTCA TTCGGTGGAG TTTATCAATT CGATCTGCGT AATCCGGAAA
GCGCCACCCG ACCAGAACCG CTTGGGCAAA CGTTTCATCG CCGGTGAGCT TGAAGTTGTC
GTGCCGGGCC ATCGAGCGCT TCTTGGCACG GATGCGGATG TGCCGGATCA GTCCGCCAAT
CCGTGGACGG TCATGGCGAT GCCACCGGAC GAGGAATATG AACTCCTCAA GACGCAAATC
GAGTATCTGA AGCGCGCGGC GAGCGTGCAC GACCAAGAAC TCCGTGCGCG AGACACGGTG
ATCAGGCAGC GCGATCAGGA GATCGAGCGG CTCAACGGCG TCGTCAATGA ATTCAAAAAC
GAAATCGGCA AATATCATGG CGTCGTCATG TCGCGTGATG CTGAGCTCGA AGCAATCAGA
ACCTCTAACA GTTGGCGTAT CACCGCGCCC TTGCGTCGGG TAGGCGGGGT TGCGCCGAAG
CTGCGCTATC GCGTCGGCGG AGTGGCCGGC CTCGTGCGTC GGCATGGCGT CGGCTATCTG
GCCGGCAAAG CATGGGATAT TTTCCGCCAG CAGGGCGCGG GCGGTTTGCG CCAGCGCGCT
TCGCTTACAT TGCGGCAGCA TCACCTCAGC GTAGCGCCGC CCGTTGCGCT TCGCCATCCT
GAGGCGAACT ATTTTCCAGT TACGCCGGTC GATCGTCCGC CGCTGCCTGC GGTAACAGTC
GACGTTGTGA TTCCCGTATA TCGAGGTCTC GATGAAACAC GCAAATGTAT CGAGTCCGTG
CTGAAAGCGC ATTGTGCAGC CAACATGCGC GTCATCGTGA TCGACGATGC GAGCCCTGAG
CCTGCAGTTT CCGCTTATCT CGACAGCCTG CCACAAACGC CGGAATTCAA GGTCATGCGC
AATGAAGTCA ATCTCGGCTT CGTCAAGACA GTGAACCGCG GTATGCGGCT TGAACCTGCC
AATGACATTG TCCTGCTGAA TAGCGACACC GAGGTGGCTG ATGGCTGGTT GGACAGACTC
GTCTGGCACG CGTACAGCCA GTCGAAAATC GCATCGGTGA CCCCGTTTTC CAACAACGCT
ACGATTTGTA GCTATCCGAC TATCTATGGC ACGCGCGTGT TGCCGCATGG GGAAACGCTC
GAAGCTCTGA ATCAGGCTTT CTATACGGCC AATGCTGGGC GCGCGGTCGA GTTGCCGACA
GGTGTCGGTT TTTGCATGTA CATCCGTCGC GCGTGTCTCG ATGAATTGGG TCTGTTCGAT
GAGGAAGCGT TCGGCAAAGG CTACGGCGAA GAGAACGATT TCTGTCTGCG CGCGTTAGCG
CGCGGTTGGA CGCACTTGCT GGCGACCGAC ACATTCGTGT ATCACGCCGG GGAGGTCAGC
TTCGCGGATT CCAGCTCACC GGGCAAAGCG CGGGCTATGG AAGTTCTGCG TGAGCGTTAC
CCCGATTACG AAACCAGGAT CGTCGAACAC GTGACTCAAG GTGACGCTGA GCCGTTCCGC
ATTGCAGCGA CGGCAGCGCG CTTCCGGCTT AGCCGTAAAC CCGTCACGCT CATGATCGGT
CATCATCTGG GCGGCGGTAC CGAGAAGCAT CTGCTAGATC TGGCTGATAG CCTCGTGCCG
GACGCGTTTT GTCTGGTGCT GTCGCCGGCG AGTGACGTTG CTAACCGGAT AGTCTTGCGC
GCGGCTAATG TCGCCGACAG CTTCGAACTG CCGCTTGATC TACCGCAACA TGAACGTTTC
CTTTGGGAAT TGCTGAAGTC GTTTGGCGTA ACGCGCGTTC ACTTTCATCA TTTGCTCGGT
TTGCCCGAAT CGGTCCGGGA GGTCGTTCGG CAGCTTGGTG TACCGCACGA CTTTACGGTG
CACGACTATT ACACCATCTG CCCCCAGGTC AATCTCGCGA TTGAAGGGCG TTATTGCGGT
GAGCCGGAAA ACGGCAAATG CAACGCTTGT ATTGCAAAGC GCCCATCGCA CGGTGCGCAG
GATATCGATT GGTGGCGCCA GAAGCACGCG TGGGTCATTG ATGACGCGGC CCGGGTAATG
TGCCCGACGC ACGATGTGGC GCAACGCATC CGCCGTTACC GTCCGGCAGC CAACACGGTT
GTCGCCAGCC ATGAGTGTGC AGCGCCGGTA CCTGTGAAGG CGCCGACGCT GAGCGCTGAC
GAACCACTGC GTGTGGTGAT GCTCGGCTGG CTCGCCACTC ACAAGGGTGG CCCACTGGTC
GCCGAATGCG TCGACTTCGC CAGACGCCAG AAGCGTCCGA TGCACTTCCA CCTTATCGGT
CGCTCGGTCG ATCCGATTGA AACGTCGAGC ACATATAGCG AAACAGGCGA ATACACGGAC
GACAATGTCC AGAGCCTGAT TACCGAAGCC GATCCACACC TGATCTGGCT ACCGTCGACC
TGGCCCGAGA CGTACAGCTA CACGCTCAGC GCAGCGTTGA CTGCCGGCGT GCCGGTGGCT
GCGCCGAACA TCGGTGCCTT TCCGGAGCGC TTGAGTGGCC GCGATTGGAG CTGGATCGTT
CCGTGGGATA GCACGGCCCT GCAGATGCTG GACTTCTTCG AGGAAGCACG TGCGTTCCTT
GAGCGTGGTC TGTCGCCGGC TCCAGGTGAG GGCGGCGAAG CTCCTCCGCA AGGTTTTTAT
AACGGTGCCT ATCAGGCTGA GTTGACGAAC GCGCAAGTTA CACCGATTGA CCTACGGCGT
CCGGGTGTAC CCAGTGTGCT TGCCGTTGTG GAGACCTACG GCAAGCATGC TAGCCCGTGT
GCTTATATTC GAGTTCTACT ACCGTTGCTG AAGATTGCAT CGAAACGACC GTTGACTGTC
AAAGTCGTCG AAGCAGACTA CCTCAGCGAT TACGTTGCAG ATGTAGTCTA TACGCATCGA
GTCGCGCTTT CGGGTGGCGA CGCACTTACC GCGGTCGAGC ATTGCCGCCG CAACGACATG
CGGCTTGTGT ACGATCTCGA CGATGATCTG CTCGCCATTG CCGAAAGCGA TCATCCGGAA
CGTGAAGCGT ATGCCGGCTA CGCGCAGAGT ATTCGTCTGC TGGTGTCCGA GGCGTCCAGC
GTGCATGTTT CAACCGATCC ATTGCGCCAG AAACTAGCAG CATTCAGTCG CCATGTGAAG
CTCGTTCCGA ACGCTTTGGA CGACGGTCTG TGGCACCTGT CCGACGCGAG ACCGGCCCGA
GCGTCTGGGC AGTCGGTATC GATCCTGTAC ATGGGTACGC AAACGCATGC CGTCGATTTT
GAAATGGTCA AACCGGCCCT CGCTCGTCTG AAGAGCAAGT ATCGCGACCA GGTGAGGATT
TGCGTGATCG GGGTGACGCA AGATCGCGAG AAATCCGATG TCTACGAATT CGTCGATGCG
CCGTCGCGGG TGAGCGGCAG CTACGCCGCC TTCGTTGAAT GGCTGGTCGA GAAAGGCAAC
TTCGATATCG GGATTGCGCC GCTGCTTGAT AGCGAATTTA ACGCCGGCAA AAGTGGCATC
AAGTTCCTCG ACTATGCAGC GTTGGGCTTG GCGATCGCGT GTTCGGACGT GCGTTCCTAT
CGCTCCGTAG TTAGGCATGA GGAAACTGGT GTGCTGGTCA AGAACGACGA GAATGCGTGG
TACGAGGCGT TGGACCGACT TGTGTCCGAT TCGCAATATC GCACCCGTCT TGCGACCAAT
GGACGAGCTG ATTTGATCGC GCATCACACG CTGTCGAGCG TATACGAGAA TTTCCCGGGA
ATGTGGTTGC TCTGA
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| Protein sequence | MMKSIRQLYK EHEGKVSDKW SLYLDEYNRL FAPYRDQPIR MLEIGIQNGG SLEIWSKYFA
QARTLVGCDI NPDCSKLIYA DPRISVVVGD ANTDESAAEI LGHSARFDVV IDDGSHRSSD
IVRSFARYFP ALNDGGIFVA EDLHCSYWQD FEGGLYDPYS SINFFKRIAD VVNHEHWGVA
KANRTVLQGM FKRYGCELSD AELDRIHSVE FINSICVIRK APPDQNRLGK RFIAGELEVV
VPGHRALLGT DADVPDQSAN PWTVMAMPPD EEYELLKTQI EYLKRAASVH DQELRARDTV
IRQRDQEIER LNGVVNEFKN EIGKYHGVVM SRDAELEAIR TSNSWRITAP LRRVGGVAPK
LRYRVGGVAG LVRRHGVGYL AGKAWDIFRQ QGAGGLRQRA SLTLRQHHLS VAPPVALRHP
EANYFPVTPV DRPPLPAVTV DVVIPVYRGL DETRKCIESV LKAHCAANMR VIVIDDASPE
PAVSAYLDSL PQTPEFKVMR NEVNLGFVKT VNRGMRLEPA NDIVLLNSDT EVADGWLDRL
VWHAYSQSKI ASVTPFSNNA TICSYPTIYG TRVLPHGETL EALNQAFYTA NAGRAVELPT
GVGFCMYIRR ACLDELGLFD EEAFGKGYGE ENDFCLRALA RGWTHLLATD TFVYHAGEVS
FADSSSPGKA RAMEVLRERY PDYETRIVEH VTQGDAEPFR IAATAARFRL SRKPVTLMIG
HHLGGGTEKH LLDLADSLVP DAFCLVLSPA SDVANRIVLR AANVADSFEL PLDLPQHERF
LWELLKSFGV TRVHFHHLLG LPESVREVVR QLGVPHDFTV HDYYTICPQV NLAIEGRYCG
EPENGKCNAC IAKRPSHGAQ DIDWWRQKHA WVIDDAARVM CPTHDVAQRI RRYRPAANTV
VASHECAAPV PVKAPTLSAD EPLRVVMLGW LATHKGGPLV AECVDFARRQ KRPMHFHLIG
RSVDPIETSS TYSETGEYTD DNVQSLITEA DPHLIWLPST WPETYSYTLS AALTAGVPVA
APNIGAFPER LSGRDWSWIV PWDSTALQML DFFEEARAFL ERGLSPAPGE GGEAPPQGFY
NGAYQAELTN AQVTPIDLRR PGVPSVLAVV ETYGKHASPC AYIRVLLPLL KIASKRPLTV
KVVEADYLSD YVADVVYTHR VALSGGDALT AVEHCRRNDM RLVYDLDDDL LAIAESDHPE
REAYAGYAQS IRLLVSEASS VHVSTDPLRQ KLAAFSRHVK LVPNALDDGL WHLSDARPAR
ASGQSVSILY MGTQTHAVDF EMVKPALARL KSKYRDQVRI CVIGVTQDRE KSDVYEFVDA
PSRVSGSYAA FVEWLVEKGN FDIGIAPLLD SEFNAGKSGI KFLDYAALGL AIACSDVRSY
RSVVRHEETG VLVKNDENAW YEALDRLVSD SQYRTRLATN GRADLIAHHT LSSVYENFPG
MWLL
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