| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dvul_2589 |
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| Symbol | |
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| ID | 4664207 |
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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 | Desulfovibrio vulgaris DP4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008751 |
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| Strand | + |
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| Start bp | 3021377 |
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| End bp | 3025759 |
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| Gene Length | 4383 bp |
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| Protein Length | 1460 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 639820837 |
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| Product | hypothetical protein |
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| Protein accession | YP_968031 |
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| Protein GI | 120603631 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG3563] Capsule polysaccharide export protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.305745 |
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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 | 2 |
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| Fosmid unclonability p-value | 0.0036664 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGACAAAAT TTTTCTACCT TCTGAGGAGA TCTTTAAAAA TGGGCACGGC GAAGAATGAC
GTGACAATGC TTTTTCATAT TGCGAAAAAA TTTTTCCAAA AAAGAATCAA AACAAAAAAG
AGTGGAGAGG CATTTGCGAA AATTGGCAGC GCATGGCTGA CGCCACACGG TAAAGAGCTT
GCCGTGTTCT GGGGGGTTCG CTCCCTGTTG CGAGCAGAAA TTGCCACTAC GCTGTCGGAG
TACAAGTGTG CATTTGCCTT TGGGAAGACA AGCCCCCTGC GGCAACTAGC CTTTTTGAAC
AACCACGTCC CTGCTGTTGT TGTTCTTACG TCGTCAAGCA TCGAACTCCC CCCTGCAATA
GCCAACTTTC TAGACGACAA GCATGTTTTC ATCATCAAAG CTACAAATAT CCAACAAGCG
TTGAAGATGT TACAACAACG CTCCCTGCAT GCAGAAAAAA AATTGCGAAT CATCGAATGC
AACAACGCAA CAAGCGAACA AGACGGAATC ATTGACAACA TTATATATAT CAACATTCCA
GATGACATCA TTGATATTAT TGCAGAAGAA GACAAAGACC ATAGGGACAT TTTTATCAAC
ACCACTTTAG AGAGCAACCA AGATAATATC ATAAAAAAAC TGAACAGCTA TACAAACATT
AATGCCATTT ATGCTTGGGA TGAGCAAAGC ATTTTTCAGA ATTTAAAAAC ATACTGCGAT
TTAAAAAACA TTGCCCTAGC TACAATTTCT GAAAAATCAT TAATTGACAA ACTTTTCACA
TCTTCGCTTC CTACGTGCCA GGAAAAGGAT GATCATACTA CATTTGCTCT CATCTGGAAT
ATTTCTGAGG CTGACAGGGC ACGGATCAGT CCCTGCCTAT CCGACTACAC AGTACTCCAA
TTGAATCCTG CAATCCCAAA CGACGTCATT TGCAGATCAA TAATCATCTT AGCAAAGAAA
TACCCTTTTA CTTTCTTTGA CTATGAATGC ACCATGCCCG AAAAAATTCA TAATCTAGCT
AAAGAAAACA ACATTCCTGT CTATCACCTC CACGAACCTC TTCTAAGCAA ACTTTCCTAT
AGAAAGCCTT TTGAGAACCC TCTCTTTGTT GTTGCTTCAA AAGAAAAGAC CAACAGCCTT
GGGCTGCCAG ATAGAGCAAC ATTCATGTCA TGGCTGGACA AAAATGAGAC TCCCCAGGCC
GCCGATGTAC TTTTTAAGCG CATGACGCAC TTGCACAATC TACTGCGAAA AGAAAGAAAA
ACCCCAGAGC AAGTCATTAC GGACATACAG AAAAAAAATT TTGTGTTGGC GGTATGGCAC
ACAGAAGAAG CCGAGGAAAT TTCTTTCGAA ACGTTTATCG AGGCGATTTC GGAGAAGATG
GAGCAAGAAA ATATTGTCTG CCTAGCTCTT ACAAAGGGGA AGGCTATCGA CAAAAGGGCC
TGCCTTTCAG GCAATCTTCG CTTTCGCACA GTATTTTTAA GGCATGCTGA AGACTTTGAC
AGCCTTTGTC AGCATGCTAA GGAAGTGCAC GTCGTGGGCT CGTTTTATGG TTTTGAGGCG
CTTCTGGCGA ACTGCACCGT AGTGACTCAT GGCCAGCCGT TCTATGCCTG TTTTGGCTGG
ACAAAAGATT TGGCTCCAGA GGCCCCAATT CGCGAACAAA AATTTCAGGA CGCCGCTTTT
GTTGCGCTGT TTGGAAATGA CTTTTACGCC CCGTATACTG GTGAAAAAAT ATCTCCAGAT
CAGGCTTTGG CGCTCCATCA TCTGCGGCTT CGATCTGATT TTTCTTATAT TTTTGAACAG
TTGTCAGGCA GACTTGGCAA AGACGAGAGA TACCCAACCC TCGATCTACG TCGCAAATAT
TATCATACTG CAGATCTTGC AACAACGCAG TTTCTCTTTG AGAACCTGCC TGGATCAGAC
TTTGGTATTT TGCTAAATAG TCTGTTCAAT TTTAGCTATA AATGCATTGG CCTAAAAAGT
CTTTTTTCTT CATTGCCTAA AAAAACGCTT TTTGATTTAC TTACTGCTCT AGCCACTTAC
TGTAGAATCA ACTCACTTTT TGACATGTTG TGCGACATCA CAGAACAATA TGTCGAGTGG
TTTTCAAAAA ATACTTTCAA CGAAAATGAA ATATACACAT TTTATAACTT GTATTTTTTC
TTGCAGCAAA GCAATCGGTA TAGAGACCTT CCCTTTCCAA TTTTTATAGA ATCTACCAAA
CACGACATCG CAACATACAA GGCATATGCA AGAATCGCCA TCTATAGCTG CAACTATGAT
ATTTTCTATC TTCATTTTGA TTCTCTTCCT TCAATGCCTA CAGGGTATTA CGCTTCGATT
CTTTCATATT CAATGGAATA CCCTTATGGT TCACGGGAAA AAAACATCTA CACAAGGATT
GAATTACGGC AAAAGGTCTT TAGCGCCTTG CTAGAAAACA TTATATCTGA TGAAAAAGTA
GGCATTTCGC AAAATTCCAT TTCCTTAATA CGATACAGCC TTAATGAGGA TTTACCGGCA
ATACAGAAGT ATGCCTTGGC AGTACTTGAT GAACAAGATA AGGGAATAAA AGTAGCATCC
AGTGTTGCGT CAATTCTCTC AACACTACTC ACAGCGTACA CTGCTCGCTG CTATTATTCA
GAAGCAGAGC TCTTTCTACG CATTCTATCC AAGGCGGAGA TCAAAAAAGA TGCATATCTC
AACCAATGGA AACGTTTGAG AAAAATTGCG GATGGATTTA TTCCTACGGG CATGACTTCC
GCAAAAAGAA AGCAACAGAT TGAAACGATA ATCCAGTCAA ACTACCAAGC CTGTTTGAAA
AAAACATCGT TACAAGATAT CTATGCCTAC TCATGGCGGG CAGCCATCGA AGAATTCTAC
CTGAAGTCTT CTGAAATTAT TGCAAGAGTA CCTCAGCCCC AAAAACCGTT GGGGTACATC
CTTATACCTC ACTTTGGGTT ATTCCAAACA GCCATTTTAC CAGTGATTAT CTGTGCTCTT
GCCAGACGAG GCTATGCCTC CATCATCCTA GGAACTAACC ATCTATTCAT TCAAAATAAA
AACAAAAACG ATTTTTATAA ATTTGCCTAT TCAGCCGTCG ATAAGCCGTT AAGACTATCA
TGCCCTTGGG AAATAGACCT TAAAAGCAAC AAGATTATGG CCTTTGGAAT TAACTTTTAT
GATAGGTTTG TAGAGTTCAT CCGTGTTCAG TTACGTATTT TTACAATTGA TTTCAATAAT
CCCATTCAAC GAAGCCACCT TCAGCAGTTT ATGCTTCAAG CAGACATGCA TTTAAAACTA
TGCGACGCCG TATATCAGCT TATTAAAAAA AATGGCGTCA AATGTGGCCT AATGTCATCT
TTTTTACTTC TGCTTCCTCA ATCGATATGG CTTGACTTCA TCGCTGCAAA AGATGATGAA
AATTTCAAAG CTATTTTTTG CCGAACAGCG TTAACGCAAA AGATGAAAGA GGGAATTGCA
AGAGAAGATG TCTCTATCTG CGCCATGGAT ATGGCAACCC ACCCAGATCA GAGACTACCA
TTCTTGCCGA CCAGAGAAAA ATTCCAAACA TGGTATCAAA ATTTCCGTAG AGATCCTGAG
TCTAATCAAA TCCTAGCCAA GCTTCGCAAC AGCTTGCTCT GTCCGCCGCC TGAGAACTCT
CCCGCGTACG CTCGACTTCT GGAAGAAAAA GCTTCAGGGA AGAAGGTAGT CTTCTGCTAC
AGTCGCCTGC TCTATGATTT GAGTTTGCGC ACAACTGATG GCGGTCCTGG CCATGCAAAC
ATGGAAGACT GGCTGCACCA TTCCATACAG GTTGCAGCCA AAAATAAAGA TATTTTTCTC
GTTATCAAAC CACACCCTCA TGAAGAAGAG CCGGAGTTTG CGGCAATGCC TGTGGAGAGG
CTCCAGGATA TCCTCCCGGC GTTGCCGGAC AACGTCCTCT TGCTCCATCC ACGCGAGCTT
AAGACAACCC AGATTCTGGG AATCGTCGAC ATGGTTGTCA TCTGGCTCGG CACAGCAATC
AGTGAGTTGA TAGCCTTTGG GGTGCCAGTT GTCGTTTGTT CCTATGCAGG CGTAACGGAT
ACGCCCTTTG ACGTAGAAAC GTTCAAAGAC AAGGCAGATT ATGCTCGAAT ATTGAATACA
GCATCCTGTC CACCCCCTAC TCAGGATCAA CAAGATATGG CCACAGGCCT GATCAAATTC
TCCAAAGATG GTCATATGGC CACCCCTTAT CGGTATAGTT TTTTTAACGC CAGCAACGAT
TTCAGAAGCA TCCCATACTA TGACGATGAG GCAGTCGAGC GATACTTTGC GGAAGGGGAT
CCCAATATCG AGCATGTTGT TGACCAAATA CTTGAAGGGT TCAATACTCC AACGCCCCTC
TAG
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| Protein sequence | MTKFFYLLRR SLKMGTAKND VTMLFHIAKK FFQKRIKTKK SGEAFAKIGS AWLTPHGKEL
AVFWGVRSLL RAEIATTLSE YKCAFAFGKT SPLRQLAFLN NHVPAVVVLT SSSIELPPAI
ANFLDDKHVF IIKATNIQQA LKMLQQRSLH AEKKLRIIEC NNATSEQDGI IDNIIYINIP
DDIIDIIAEE DKDHRDIFIN TTLESNQDNI IKKLNSYTNI NAIYAWDEQS IFQNLKTYCD
LKNIALATIS EKSLIDKLFT SSLPTCQEKD DHTTFALIWN ISEADRARIS PCLSDYTVLQ
LNPAIPNDVI CRSIIILAKK YPFTFFDYEC TMPEKIHNLA KENNIPVYHL HEPLLSKLSY
RKPFENPLFV VASKEKTNSL GLPDRATFMS WLDKNETPQA ADVLFKRMTH LHNLLRKERK
TPEQVITDIQ KKNFVLAVWH TEEAEEISFE TFIEAISEKM EQENIVCLAL TKGKAIDKRA
CLSGNLRFRT VFLRHAEDFD SLCQHAKEVH VVGSFYGFEA LLANCTVVTH GQPFYACFGW
TKDLAPEAPI REQKFQDAAF VALFGNDFYA PYTGEKISPD QALALHHLRL RSDFSYIFEQ
LSGRLGKDER YPTLDLRRKY YHTADLATTQ FLFENLPGSD FGILLNSLFN FSYKCIGLKS
LFSSLPKKTL FDLLTALATY CRINSLFDML CDITEQYVEW FSKNTFNENE IYTFYNLYFF
LQQSNRYRDL PFPIFIESTK HDIATYKAYA RIAIYSCNYD IFYLHFDSLP SMPTGYYASI
LSYSMEYPYG SREKNIYTRI ELRQKVFSAL LENIISDEKV GISQNSISLI RYSLNEDLPA
IQKYALAVLD EQDKGIKVAS SVASILSTLL TAYTARCYYS EAELFLRILS KAEIKKDAYL
NQWKRLRKIA DGFIPTGMTS AKRKQQIETI IQSNYQACLK KTSLQDIYAY SWRAAIEEFY
LKSSEIIARV PQPQKPLGYI LIPHFGLFQT AILPVIICAL ARRGYASIIL GTNHLFIQNK
NKNDFYKFAY SAVDKPLRLS CPWEIDLKSN KIMAFGINFY DRFVEFIRVQ LRIFTIDFNN
PIQRSHLQQF MLQADMHLKL CDAVYQLIKK NGVKCGLMSS FLLLLPQSIW LDFIAAKDDE
NFKAIFCRTA LTQKMKEGIA REDVSICAMD MATHPDQRLP FLPTREKFQT WYQNFRRDPE
SNQILAKLRN SLLCPPPENS PAYARLLEEK ASGKKVVFCY SRLLYDLSLR TTDGGPGHAN
MEDWLHHSIQ VAAKNKDIFL VIKPHPHEEE PEFAAMPVER LQDILPALPD NVLLLHPREL
KTTQILGIVD MVVIWLGTAI SELIAFGVPV VVCSYAGVTD TPFDVETFKD KADYARILNT
ASCPPPTQDQ QDMATGLIKF SKDGHMATPY RYSFFNASND FRSIPYYDDE AVERYFAEGD
PNIEHVVDQI LEGFNTPTPL
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