| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bxe_A3946 |
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| Symbol | |
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| ID | 4002284 |
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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 | 580959 |
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| End bp | 583877 |
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| Gene Length | 2919 bp |
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| Protein Length | 972 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637945705 |
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| Product | hypothetical protein |
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| Protein accession | YP_557105 |
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| Protein GI | 91781899 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.0046164 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGATAAAAA CAATAATAAA TAAAAAGTCC TTGTTTGCAT TCTCAATATT CATATTGACG
ATTTTTTGCT CAACAAGTGC ATTTGCTTTA GACCTAAACA ACCTAACTGA TTTGTTCACT
GTTCCTTCAG GTGATGTATC AGCCAGTATC CTCAAATCCT TGTTTGGAGC ACTTCCCAGC
TTGGGTGGTG CTGGTACAGA TGCCTTCCAA CAGCCAATTG CAACTTTCAA TCAGCTAGTG
TTGATAGTAG GAGGCGTGTT AGCAGCTTAC GGTATCTTAA CTGGAACTGT GATGACTGCA
CATGAAGGCG AAGTAGCTGG GCGTTCAATT CATTCTGTTT GGTATCCCAT TAGAACAGCC
ATTGGCTCAG CTTTAATACT TCCAGTATTT AATGGCTACT GCACTATTCA AGTGTTAGTC
ATGTGGTGTG TTCTACAAGG TGTAGGTTTA GCCGATGCAG TATGGGCTAC TTTTACTAGT
TCTTCTAATT TATCAAACAT GGTATCAGTT AGCTACAATG GACCAGACGT TAATAAATTA
GCACATGACA TAGTAAAAGC TGAAATGTGC ATGGCTGCAA TCAATACTTT TTATAATAGC
CCTGCTGAAC AAGGTGGCAA TCCAAACCTA TTGCCACAAG CTGGAATCAA CATGGCTGTA
ACCCCAGTAA CTTCAACTGA TTCGGCGCCT GCTGATATGT TTAATGGTGC TCCTGCCTCA
TCAATTACAT CAACTATTTA TAAATTTGGT AACTCAACAG GTGCTGGTGG AATTTCAGTT
GATTATTGTG GAACAGTGAC TGTCACACCA ATGACTATAG CGAGTGCTAC AGCCAACACA
AGTTCAACTT CTCAAAGTTT GGCTTGGAGT ATTGGTGCTA CTGGTCCTTA CACTCAACAA
AATATAAATA ATATTAATCA GGCGCAATCA CAAGCCATTC AAACGATGAT TAGTGATGCA
CAAAGCTTAG TGTCCACTAC TGCCCAAACA ATTTATTCAG ATTCAAAAAA CGGAATTTCT
TTAACGGGTT CTGACATTCA AAGCTTTAAT TCATCAATCG ATACCATGAT TGGCCACTAC
AATCAAACTG TTCATGCAGC AGCAGCAAAT GCGATGAATA GTGCTGTGTC TTTTAGTGAT
ATCTCTGCTG AAGCACAACA AGATGGTTGG GCACTAGCTG GTGCGTGGTT TATGAAATTT
ATGTATTTAC AAGATAGAAC CCAACAAGCA ATAGCAAACG TTCCTACTTC AAGCGCCATT
AATAGTATTC CTTCCGACAT GATGGGGGAT TTAGGTAGTA TTTATATGAG TGGATTGAAT
ATCTTAGCGT CTAATTCAAG CGTTTCAGGT GATTATGGCA TCACTGATGA TGCTAACAAG
CAATCATTCG TCAAAGATGG AGACATGGGT GCTGCTGTCA CTCGTTTAGT TGGAAAAGCG
CTTAATTTTT CAATTAATGA TAACGATAAT CCTGTCATGA CTGTAAAGCG CTTGGGTGAC
TGGATGATTA CAGTAGCTGG AGCACTAGCC ACTGTAAAAA TAGCCACTAC AGCAGGTGTT
GTAGGCAAGG TTTTATCTTT TGTGGGTATC AGCGATCTTA TTACCATAGT ATTAAGCCCA
ATCATTATGT TTTTGATTTG CTTGGGTTTC ATTTCTTCTT ACATCATTCC TGTAATGCCA
TTTATTATGT GGTTTGGCAT CGTGACTGCT TATATCATTT TATGTGTTGA AGCAGTGATA
GCAGCACCTT TATGGTGCGT GATGTTACTC AATCCACAAG CTAATGGCTT ACTAGGCGAG
CAAAAGCGTG GGCTTCAGAT GGTTCTTAAT TTAATGTTAA GACCAACCGT CATGATTTTT
GGCTTAGCCG CATCAATTAT TTTAATTCAA GTAATGGGCA CATTACTTAA TCATATTTTT
AGTTCAGTTT GGGTAATGAG CCAAAGTAGT TCTAATATAT TAGTAGCAAT TTTGGGTGCT
GGTGCTGGCG TACTTGTCTA TGATGTAATG GCATTTTTAT TAATTAAAAA ATTATTTGGA
GCCATTACAC AAATTCCAGA TCAATTATTC AATTGGATTG GTGGAAGTCC AGTGGGTTTA
GAATCTGCTT CTAGCAAATT GACTGCTGGC ATGATGCAAC TTAATACGCA CATTGGTTCA
GCAGCTAACC AATTAAGAAA CATTGGTGGT GGTGCTATGG CTAGAGCAAT ACCTAACACA
ACACAAACTC CACCAAATTT ATTGTCAAGT TCTACAACTC AACAAAAAAC AGAAGGAAGT
TCTAATTCTG GCTCAACACT ATCAGCGATG GAAAACAGTC AAAATGATTC AAAAACTGAT
GAAACATTAG GTGGTATGGC TGAACACTCA CCTAATTTAG CAGAAGCTTT TTCTGAGTCT
GGTGTTATGA GTAATATTGG AAATTCTCAA GAACGAAAAG ATTCTGCTAT TGGCTTTAAT
TCAATGGTTG ACCAAGCGCA CTCAATGTTA GGTGGCTCAC AATCACAAGC TTCTCAAGCA
TACAGTGAAA ATTTAGCTGA AGCAATTAAA GCCAATCCTT TCATGAATAA AGGCCAAATG
GCACATCAGT CAAATTCTGC ACTTGTTAGC TCAATGGACC ATGCATATGG AAGCGGCGCT
ACAGCTATCA CTAGTGCCAT TGCTACAAAG CAAGATGGTT CTATTAGTAG AACCCAAGTT
GGTAACACTG CTCAAACCTA CAAATCATTG ATGGGCGCCA TGAATAATGC TGGTGTAGAT
TCATCCTCAC AGGCTGCAAT GCTAGGAACC ATGAATAGTA AAACATTGGA GGCTAGCCAA
GTGGATACCA ATACTTCAAT GTCTCAACAT CTACAAAATC ATGCAACACA AGTAATTGCA
GGATTAGGAA CTTCTAACAG CGATGAAAAT GTAGAATAA
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| Protein sequence | MIKTIINKKS LFAFSIFILT IFCSTSAFAL DLNNLTDLFT VPSGDVSASI LKSLFGALPS
LGGAGTDAFQ QPIATFNQLV LIVGGVLAAY GILTGTVMTA HEGEVAGRSI HSVWYPIRTA
IGSALILPVF NGYCTIQVLV MWCVLQGVGL ADAVWATFTS SSNLSNMVSV SYNGPDVNKL
AHDIVKAEMC MAAINTFYNS PAEQGGNPNL LPQAGINMAV TPVTSTDSAP ADMFNGAPAS
SITSTIYKFG NSTGAGGISV DYCGTVTVTP MTIASATANT SSTSQSLAWS IGATGPYTQQ
NINNINQAQS QAIQTMISDA QSLVSTTAQT IYSDSKNGIS LTGSDIQSFN SSIDTMIGHY
NQTVHAAAAN AMNSAVSFSD ISAEAQQDGW ALAGAWFMKF MYLQDRTQQA IANVPTSSAI
NSIPSDMMGD LGSIYMSGLN ILASNSSVSG DYGITDDANK QSFVKDGDMG AAVTRLVGKA
LNFSINDNDN PVMTVKRLGD WMITVAGALA TVKIATTAGV VGKVLSFVGI SDLITIVLSP
IIMFLICLGF ISSYIIPVMP FIMWFGIVTA YIILCVEAVI AAPLWCVMLL NPQANGLLGE
QKRGLQMVLN LMLRPTVMIF GLAASIILIQ VMGTLLNHIF SSVWVMSQSS SNILVAILGA
GAGVLVYDVM AFLLIKKLFG AITQIPDQLF NWIGGSPVGL ESASSKLTAG MMQLNTHIGS
AANQLRNIGG GAMARAIPNT TQTPPNLLSS STTQQKTEGS SNSGSTLSAM ENSQNDSKTD
ETLGGMAEHS PNLAEAFSES GVMSNIGNSQ ERKDSAIGFN SMVDQAHSML GGSQSQASQA
YSENLAEAIK ANPFMNKGQM AHQSNSALVS SMDHAYGSGA TAITSAIATK QDGSISRTQV
GNTAQTYKSL MGAMNNAGVD SSSQAAMLGT MNSKTLEASQ VDTNTSMSQH LQNHATQVIA
GLGTSNSDEN VE
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