| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Veis_2986 |
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| Symbol | |
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| ID | 4690781 |
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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 | Verminephrobacter eiseniae EF01-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008786 |
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| Strand | - |
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| Start bp | 3332918 |
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| End bp | 3336073 |
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| Gene Length | 3156 bp |
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| Protein Length | 1051 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 639850744 |
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| Product | RND efflux transporter |
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| Protein accession | YP_997737 |
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| Protein GI | 121609930 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1033] Predicted exporters of the RND superfamily |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.594238 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.491222 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTTAGAA GTTCAATTGC ATTTATCGTT CGGCGAAAAT TTTTGGTGAT TGCCGCGATT
ACGTTGCTGA CGATTTTTTT TGGGACTCAG GTTCGAAACC TAAAAATTGT GATCGATCCG
AACACAATGC TCCCCAAATC ACATCTCAAC GTCGTGGGCA CTAACATTGC TGAGTCCCTG
TTCGGGTCTA AACACGTTGT TGTCATTGGC GTAAGTGCGG CCGACGGTGG TAGTGCGTTG
CGTCCAGAGG TCTTGTCGGT CGTTGCCAGA ATGTCGACGC AGATGGCGGA CATTCCTGGT
GTCAAGCGCC ACACACTGAT GAGCGTGTCA GCTGACAAAG CTAAATCGAT CTCGGGCTCA
GAAACCGAAA TGCGTGTTGA ACCAATGTTG GATTCGCCAA TCAATGCAGC GGCGGCAGCC
CAACTTGGAA AGCATATTGC CGACAACCCG ATCTATCAGG GAACTCTGGT ATCGACCGAC
GGCACAGTGG CTTCGATCTC CTTTGCGATC AAGTCGGGGC AAAGTGGCTT TCGCGAAATC
ATGGACAAGG TCCAAGCGGT GGTCGAAAAG GAAAGCAGCT CTACGATCAC AATTAACTCA
AGCGGTGCGC CGGTTTTTTT CGCTGCGGTC GAGCGATTCG CCCAACGCAT GGCGTTTCTG
TTTCCAATTG CTCTGCTACT GATCGGACTC ATCCACTTTG AGGCATTTCG CACCGTACAA
GGACTGATAT TGCCTTTGGT GACCGCGTTG CTGGCAGTCA TCTGGGGCTT GGGCATCATG
GGTGCTGCAA AGGTGCCAAT GGACGCATTC AACGCCACAA CACCGATCCT CATTCTTGCG
GTCGCGGCAG GCCATGCCGT ACAGATTCTC AAACGTTACT ATGAAGAGTA TGACCGAACC
ACACTAGCGA ACCCTGATGA CGCGCCAGCC GTAGCCAATG AAAAGGCCAT CATCGAATCT
CTGACGAAGG TAGCTCCAGT GATGCTAACA GCAGGTTTTG TTGCTGCACT TGGCTTCTTT
TCTTTAATCA CATTCGACGT GGCCACCATC CGTACATTCG GTATTTTCAC AGGGGTCGGC
ATCCTTAGTG CATTGTTAAT CGAACTGACG TTCATTCCAG CGCTGCGCAG CTATTTACCC
GCACCACCCA AAGCCAAGCA GGTGAGCGCA CAGGAATCTC GCCGCTTGTG GGACAGGCTA
TCCGATGCGG TGGCTACGAC GGTACTTGCC CGTCGCAAGA CCATCGTCAT GGCATTTTTG
TTGATAGGCG CGATCTCTTC GGGTGGCCTG CTGTTCATCA ACCAGGAAAA CTCCACTAAA
AGCTACTTTG GCAAAAATTT GCCTGTGCGC CAGCAGGATC GGTTCCTCAA TAACAAGATG
GCGGGAACCA ACACGCTTTA CGTGGTATTC CAAGGTGATC GCCCTGATCG TATGAAGGAA
CCTGCCGTCC TCAAGGTGAT CGAAGAGGCA CAACGTTATA TTGAGACATT ACCCGACGTA
GGCAAGACAG TTTCAATCGT CGACCTGATC AAGCAAATGA ACCGGTCGAT GAACGCCGGT
GCAGCGCAGT TCAATGTGCT TCCGGCTTCG CAAGACATGG TTTCTCAGTA TCTGCTGCTG
TATTCAATGT CCGGGCAGCC GACTGACTTC GATTCTTATA TCGACTACGA ATACCGCAAC
GCTAATCTTA TTGTGTGGAT GAAGAACGAC AGCAGCAAGT ACGCTGCGTC AATCGTTACA
AGCATTCGCG ACCACTTGCA GACAAGACTT CCGAAGGGGA TCAGTGTTCA GATCGGCGGT
AGCGTTCCGC AGTCGTCGGC ATTAAGCGAA ACGCTTGTAC ATGGAAAGAT ACTCAATATA
TCGCAGATGA TCTTCGTGGT CTTCGTGGCT GGGATTGTTA TTTTTCGTTC GCTACTTGCA
GGCATCTACC TGATCGTCCC GTTGTTGGTA ACGGTGTTGG TAAATTTTGG TGTCATGGGT
GTCACCGGTA TTCCGCTCAA TACCCCCAAC TCGGTCGCAT CAGCGATGGC CATCGGCATC
GGTGCCGACT ACGCAATCTA TATCCTGTAT CGTATGCGGG AGGAATTGCA GCGACTCGGA
GACTTCGACT TGGCGCTACG TGAGACGCTA CGCACGGCGG GGAAAGCAGT GGTTTATGTT
GCCACTGCAA TCGCCGGAGG GTATTCAGTG CTGATGCTGT CTTTCAACTT CTATGTGCAT
ATTTGGTTCG GCATCCTAAT TGTCATGTCG ATGGTCGTCA GCGCATTGTC GGCGCTGATC
TTGGTGCCTG CGCTGCTTAA AGCCTTTCCG CCTAATTTTC TTAGTCGAGG AGTGCGCCGA
CCTCTTAGCC CTGCGCTTGC GTCTACTGCT GTCGTGCTGT TGGCTTTAGG TGTCGTAATG
TCGCACCAGT CCGCTCAGGC ACAGGAACTG AAGGCTGATG AGATCATGGA GCGTAACTAT
CAGGCTACGC GGGTAGACAA CTCGCTGTCG GAGGCAACCT TTCGCCTAAT CAGTTCGTCG
GGACAGGAGC GTGTGCGCAA GACTTTTGGT GCAACAAAGC TGCAACTTGA CGGTGTGGGT
AACCGACGCG TCATTCGGTT TTTGTCTCCG AGCGATGTGC GTAACACGAC TACACTGCTG
GTCGAGAACG CAGCGAACGA AGATGAAATT TGGGTTTACC TACCAGCCTT GAAAAAGCCT
AGGCGATTGG CAGGTAACAA CAAAAAAAGC AGTTTCGTTG GAACTGATCT GTCCTATGGT
GACTTGGTCG GCCATAAGCC ACAGAACTGG ACTCATAAGT TTGTTCGCCA GGAAAAGCTC
GCCACTTTTA CGACTTACGT TGTCGAATCA GTGCCAAAGT CGCCGGATAT AGCTGTCGAC
TCAGGTTATT CAAAGCGCGT CAGTTGGATT GACAAGGATA GCTTTGTAGC AATTAAAGTA
GATTTTTATG ATCCTGCGGG GACATTACTG AAAACAGCGG ATAGCTCAGA GCTTAAGCAA
GTTGATATAA AAAATAGAAA ATGGCAGCCA ATGTTGGTTC AAGTCAAGAA CCATCAAACA
AATGGTAGCA CCATTGTGAA AATGGAAAAA TTTGATGCCA ACACAAAAGT TAGCGACGAG
TATTTTTCCG TCCGCTATCT TGAAAAAGAA AAATAG
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| Protein sequence | MLRSSIAFIV RRKFLVIAAI TLLTIFFGTQ VRNLKIVIDP NTMLPKSHLN VVGTNIAESL
FGSKHVVVIG VSAADGGSAL RPEVLSVVAR MSTQMADIPG VKRHTLMSVS ADKAKSISGS
ETEMRVEPML DSPINAAAAA QLGKHIADNP IYQGTLVSTD GTVASISFAI KSGQSGFREI
MDKVQAVVEK ESSSTITINS SGAPVFFAAV ERFAQRMAFL FPIALLLIGL IHFEAFRTVQ
GLILPLVTAL LAVIWGLGIM GAAKVPMDAF NATTPILILA VAAGHAVQIL KRYYEEYDRT
TLANPDDAPA VANEKAIIES LTKVAPVMLT AGFVAALGFF SLITFDVATI RTFGIFTGVG
ILSALLIELT FIPALRSYLP APPKAKQVSA QESRRLWDRL SDAVATTVLA RRKTIVMAFL
LIGAISSGGL LFINQENSTK SYFGKNLPVR QQDRFLNNKM AGTNTLYVVF QGDRPDRMKE
PAVLKVIEEA QRYIETLPDV GKTVSIVDLI KQMNRSMNAG AAQFNVLPAS QDMVSQYLLL
YSMSGQPTDF DSYIDYEYRN ANLIVWMKND SSKYAASIVT SIRDHLQTRL PKGISVQIGG
SVPQSSALSE TLVHGKILNI SQMIFVVFVA GIVIFRSLLA GIYLIVPLLV TVLVNFGVMG
VTGIPLNTPN SVASAMAIGI GADYAIYILY RMREELQRLG DFDLALRETL RTAGKAVVYV
ATAIAGGYSV LMLSFNFYVH IWFGILIVMS MVVSALSALI LVPALLKAFP PNFLSRGVRR
PLSPALASTA VVLLALGVVM SHQSAQAQEL KADEIMERNY QATRVDNSLS EATFRLISSS
GQERVRKTFG ATKLQLDGVG NRRVIRFLSP SDVRNTTTLL VENAANEDEI WVYLPALKKP
RRLAGNNKKS SFVGTDLSYG DLVGHKPQNW THKFVRQEKL ATFTTYVVES VPKSPDIAVD
SGYSKRVSWI DKDSFVAIKV DFYDPAGTLL KTADSSELKQ VDIKNRKWQP MLVQVKNHQT
NGSTIVKMEK FDANTKVSDE YFSVRYLEKE K
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