| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bxe_A0868 |
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| Symbol | |
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| ID | 4002865 |
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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 | 3918774 |
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| End bp | 3922187 |
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| Gene Length | 3414 bp |
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| Protein Length | 1137 aa |
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| Translation table | 11 |
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| GC content | 61% |
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| IMG OID | 637948765 |
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| Product | hypothetical protein |
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| Protein accession | YP_560122 |
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| Protein GI | 91784916 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4913] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | ATGACGACAA CTTCCAAAAC GACACTGCTC CCTGACTTCG ACCTGCCGCC TACGCCGCCA
GACGGCCCGG ACAATGTGCG CCTAAAGCGA GAGCGTGAGG AGCAGTTCCG GCTGGTTCGA
ATCCAGAGCT ACAACTGGGG CACGTTCCAC GGCCTGCTGA AGCTGGACGT CTCCGAGAAG
GGGATGCTGT TCATCGGCCC GTCCGGCTCG GGCAAGTCGA CCATCTTCGA CTCACACGCA
GCGCTGCTCA CGCCTCCCCG CTGGGTGCAC TTCAATGTCG CCGCGCGGGA AAGCGAATCG
AAGCAAGACC GCTCTGACCT GACGTACCTG CGCGGTGTGT GGGGAGAGCA GACGGCCAAC
ACTGGCGAGA TAGCACAGCA GCAGTTGCGT CCCGGCCCAA CCTGGTCGGC AATTTCCGAG
GTCTACCGAA ACGGACTGGG CCAGGTCATC ACGCTCGTCC ACGTGTACTG GATCAAGGGC
ACGTCCAACC AGCGAAAGGA CGTGCACAAG CGCTTCATAG TCGCGGAGCG TCTGCTCGAC
CTCACAGAGC TCTTGTTCTT TCCCGACTCT GGCTTTAACG CACGGCGCTT CAAGTCTGAC
CTACCCGATG TCTGGGACAC AGATTCCTTC CCGGAGTATC AGGAGCGCAT GCGCTCCCGT
CTGGGCATCG AGACCGAGAA CGCACTGAAG CTCTTGCATA AGACGCAGTC TGCAAAGAAC
CTCGGCAGCC TGACCGACTT CCTGCGGGAC TTCATGCTGG ATGAGCCCAA GACTCAGGAC
ATGGCTGACC AGTTGGTCAC CCAGTTCGAG CGCCTGGAAA ATGCACACAA CGAGGTGGTG
TCAGCAGCGC GGCAAATCGC CACGCTGTTG CCAGCTCGCG AGTTCAATCT GGAACGGCAG
AAAAAGCTCT CAGACAAAGG TCGCTTGGAT GAGGCCCGCA TGGGCATCGA CCACGTCGCC
AAGGAGATGC TCCAATCGCT GCGTGTTGAG CGCAGGGACA CCCTCGAAGC CAAGCTGGCA
GGCGAACAGG CTCAGGAGCT GGCACTCGAA CAAGCGCTCG CGGCCGTCAG GACGACAGTC
CAGGGGTTGA AGCAGAGGCG TGATGGCTTG GGTGGCCAGC AGTTGGCGGC CCTCGAGGCA
TCCAAGGTCA GTGCCGAACG TGACGAAGGC GAGCGGAGCC AACGATATGG CAAGGTCGCT
GAGGCCTGCA AGGCGCTGGG CTTTACCGTA CCCGCCAAGG CAGAGGGATA TGCCGAGCTG
GTCACCCAAG GACGGCGAGA ACTGCCCTCT GCCGCCTCTG GCGCGGGCGA CACCGCGCAG
AAGCAAGACG CGCTTGCTGT GCAGAAGCAT GAGCTTGACA AGGAGCGCTC GACCATCCTC
AGCGAACTGG CCGTCCTCGC ACGGATGCCC GGCTCGAAGA TGGGCGCAGA CCTCATAACC
ATGCGAAAGC TCATCACGGA CGGCCTCGGC TACGACGAGG GGGCGCTGCC GTTCGCCGGC
GAGCTCATCG AGGTCGAGCC ATCTGAGAAG GGTTGGACTG GCCCGGTCGA GCGAGTGCTC
AGGAATTTCT CCCGGACGAT GCTTGTACCC GACAACTTGC ATGCCGCGGT TGCCAAGTTC
ATCAACAGCA CGAACCTCCG AGGCCGACTG GTCTATCTGC GGGTGATGCG GCAGCCGCCA
AGGACGCCTG CTCCCAAGCC GAACGGCGTC TATCGGAAGA TCAAGGTCTC CGACGGCCCG
TTCCAGGACT GGGTTGAGAC GGAGTTGCTC CAAAGCTATG ACGCCGAATG CGTCGAGACC
GAACGCGACC TCGAAGATGT GGTCTTCGGC ATCACGCGCG CTGGATTGCT CAAGACGGGT
GGTCGCAGGC ACGAGAAAGA CGACCGCTCG GATATCAACA ACACCCGCAA CTGGGTGCTC
GGCGGCGATA CCCGTTCGAA GGCCTTGGGG CTGCAAGACC GTGAACGCGA GCTGACCGAC
GCCATCGACG GTGTTGAGGC TCAGCTCGAG CAGCTCCGCA AGAAGGAGCT GGCACGCCTG
AACCGCGCGC TGCACTGGCA GACCCTGGTC AATTTCAGCT GGAATGAGAT CGACCATCGT
GGAGCGGCGC TTCTTGTGGC CCAGTTCGAC ACACAGATTC AAGAGCTGCG CGCGACGACG
CCCGATCTGG ACATCCTCGA GGTCAAGATT GTGGTCGCGG CAGAGAGCGA GGCAACGGCC
GAGAAGAAGT ACAAGGCCCA GTCGCAGGCG TCCATGGCGG TCCAAATCAA GTTGAACGAG
CTGCGAGAGG AACTGGAGAA CGTTTCCAAG CTAGCTCTTA CGTCTCCCAC CCCCTTGCAA
CGCGAGACGT TTCTCCAGAA GCTCGATGGA GCCGGACGCA AGCCGACCAT CGAGTCGATG
CCTGATGACG TCCGGTTCGT GGACCGCGAA ATTGGCAAGG ACATCGGCAC CCTGGAGAGC
GAGGCCGCCA GGCTGCTGAC CCGCATTGAA GCCAAGTTCG CGGACTACGC ACGCACTTGG
GAAGCGGAGT CGGACGGGCT GGACTCGACG ATGGCCAGCT ACGACGAGTT TGACGCCAAG
CTCACGCGGC TTCAGGTCGA CGACTTGCCA CGATTTGAGA AGAAGTTCAA GGACTTACTC
AATGAGCAGA GCAATCAGCA CATCGCATTG CTCTCAGACC GGTTGGAGCA GGAGCGCCGG
GACATTTCGG ACCGGATGGA CACTGTCAAC GAGAGCCTCA GGCAGGCCGA GTACAACGAG
GGCACGCATC TGGTCATCGA GGTCGAAGAG ACCACCCCGC CCGAGGCGCA AGAACTGAAA
TCGGAGCTCC GTGCCGCCTT GAGTCACTCC TTGAGCATGG ACGACAAGGT GGCCGAGGCA
CGCTTCCAGA GCATGAAACG CCTCATCAAG CGACTGGCCA GCCAAGAGCC GCAGCATGTA
AACTGGAAGA AGCTAGCGCT CGATGTTCGA CTCCATGTCG AGTTCGTAGC TCGAGAGCTC
GATGAGGAAG GCCGCGAAGT ACAAACTCAC CGCAGCGGTG CAGGCAAGTC AGGTGGCCAA
CGGCAGAAGC TGACGGCGAC CTGCTTGGCC GCGGCACTGC GATATCAGCT CGGCGGCCCA
GGCCGGGTGC TCCCCACCTT CAGCACAGTG TTCCTCGACG AGGCCTTTGA CAAGGCAGAC
GCGGACTTCA CTGATGCGGC AATGAAGATT TTCAAGTCGT TCGGCTTCCA ACTCATCATC
GCTACGCCCA TCAAGTCGGT CATGACCATC GAACCCTACG TGGGGGGAGC CGTCTACATC
CATATCAAGG ACCGCATGCA TTCGCGTGCG CTCGTGCTGC CCTACGACGA CGAGACGCAG
AGCATCGACT ACAGGCAGAT TGACGGCTCG AGCGCCAACG ATGAAAAGTC CTGA
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| Protein sequence | MTTTSKTTLL PDFDLPPTPP DGPDNVRLKR EREEQFRLVR IQSYNWGTFH GLLKLDVSEK
GMLFIGPSGS GKSTIFDSHA ALLTPPRWVH FNVAARESES KQDRSDLTYL RGVWGEQTAN
TGEIAQQQLR PGPTWSAISE VYRNGLGQVI TLVHVYWIKG TSNQRKDVHK RFIVAERLLD
LTELLFFPDS GFNARRFKSD LPDVWDTDSF PEYQERMRSR LGIETENALK LLHKTQSAKN
LGSLTDFLRD FMLDEPKTQD MADQLVTQFE RLENAHNEVV SAARQIATLL PAREFNLERQ
KKLSDKGRLD EARMGIDHVA KEMLQSLRVE RRDTLEAKLA GEQAQELALE QALAAVRTTV
QGLKQRRDGL GGQQLAALEA SKVSAERDEG ERSQRYGKVA EACKALGFTV PAKAEGYAEL
VTQGRRELPS AASGAGDTAQ KQDALAVQKH ELDKERSTIL SELAVLARMP GSKMGADLIT
MRKLITDGLG YDEGALPFAG ELIEVEPSEK GWTGPVERVL RNFSRTMLVP DNLHAAVAKF
INSTNLRGRL VYLRVMRQPP RTPAPKPNGV YRKIKVSDGP FQDWVETELL QSYDAECVET
ERDLEDVVFG ITRAGLLKTG GRRHEKDDRS DINNTRNWVL GGDTRSKALG LQDRERELTD
AIDGVEAQLE QLRKKELARL NRALHWQTLV NFSWNEIDHR GAALLVAQFD TQIQELRATT
PDLDILEVKI VVAAESEATA EKKYKAQSQA SMAVQIKLNE LREELENVSK LALTSPTPLQ
RETFLQKLDG AGRKPTIESM PDDVRFVDRE IGKDIGTLES EAARLLTRIE AKFADYARTW
EAESDGLDST MASYDEFDAK LTRLQVDDLP RFEKKFKDLL NEQSNQHIAL LSDRLEQERR
DISDRMDTVN ESLRQAEYNE GTHLVIEVEE TTPPEAQELK SELRAALSHS LSMDDKVAEA
RFQSMKRLIK RLASQEPQHV NWKKLALDVR LHVEFVAREL DEEGREVQTH RSGAGKSGGQ
RQKLTATCLA AALRYQLGGP GRVLPTFSTV FLDEAFDKAD ADFTDAAMKI FKSFGFQLII
ATPIKSVMTI EPYVGGAVYI HIKDRMHSRA LVLPYDDETQ SIDYRQIDGS SANDEKS
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