| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dd1591_3045 |
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| Symbol | |
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| ID | 8117022 |
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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 | Dickeya zeae Ech1591 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012912 |
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| Strand | - |
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| Start bp | 3470148 |
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| End bp | 3473549 |
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| Gene Length | 3402 bp |
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| Protein Length | 1133 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 644853422 |
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| Product | potassium efflux protein KefA |
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| Protein accession | YP_003005346 |
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| Protein GI | 251790625 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG3264] Small-conductance mechanosensitive channel |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAACCGCC GTTTTGCCCT TTCTGATTTA TTTGCCGTTC TTTTCCGTTT ATTTCTTTAT
ACCCGTTTCT TGATGGAACA CGGCATTCGC CGCAGCTTGC CGTGCGTCTG GATAGTGGCG
CTCGTCATGA CGCCGTTGTG GCTCGCATTT GCCGCGGGTA ATGATGCGCC GACCCGTACT
GAGATCCAGA ATCGCCTTGA TACGCTCAAT AAGCAAAAGA GCCTGACCTC GGTGGATAAA
CTCACCCAGC AGGACTTAAC CCAGACGCTG GATGTTCTGG ATTCCGTTGA TCGCGTGCGG
CAGGAAACCA GTCAATTGAA GCAGCAGGCG GCACAAGCCC CCGCCAAACT CAAGCAGGTC
AATGAAGACC TGGTGTCGCT GGGCGGCGCG GTGCCGGTGT CTCAGCCATC GCTGGAATCG
TTGTCGCTCA AGCAGTTGGA AGCGCGCCTG AATCAAACAC TGGATGACTT GCAGTCTGCA
CAGGAAAATT TATCCACCTA CAATAGCCAG TTGATCTCGC TGCAAACCCA GCCGGAGCGG
GTGCAGAGCG CATTATACGC AGCGTCGCAG CGCAGCCAGC AGTTACGTAC TCAGCTCAGT
GGGCTTGACC CGTCACAGGA GCCGCTGCGG CCGAGCCAGC AGGTTTTGCT GCAGGCGGAG
CAGACGCTGG TCGGTTTGCA GATGGAGCAG CAGCGTAAAA GTTTGGAGGT AAATACCACC
ATGCAGGATC TGCTGCAAAA ACAGCGGGAT TACACCGCGG CGCAGATCGG CCAACTGGAA
CACATGGTGC AGGCGCTGCA AGGAGTTATT AACAATAAAC GCCTTAATTT GTCGGAAAAA
ACCGCCAAGG AAGCGCAGAA TTCGGATGAG TTACAACGTA TTCAGGAAAA CCCGCTGGTG
AAGGCGGAAA TGGAGACGAA TCGTCAACTC AGCCAGCGGC TGATCAAAGC GACCGAAGCG
GGCAATACGC TGGTTCAGGA GAGCATTCAG GTTAAAAACT GGTTGGATCG GGCCACACAG
TCGGAACGTA ACCTGAAAGA ACAAGTTACG GTACTAAAAG GCAGTTTGTT ATTGTCGCGC
ATTCTGTATC AGCAACAGCA AAATCTGCCG TCAGCCGATG CGATGAGCGA TATCAGTACC
CAGATAGCCG ATCTGCGTCT GGAGCAGTTT GATATAAACC AGCAACGCGA TGTGCTGTTC
CGTGGCGATG AATATATCCA GCAATTGGTT CAGCATAGCA ACGCCACCGT CGATGCCGAG
GTGACGGATG CGTTGGGACA GATTCTGGAC ATGCGCCGCG AATTGCTCGA TCAGCTCAAT
AAGCAACTCG GCAATCAACT GATGCTGGCG ATTAATCTGC AAATCAGCCG CCAGCAGTTG
GTGAGCGTTA ATAATTCGCT GCAACGTACC CTGACTCAGC AAATTTTCTG GGTCAGCAGT
AATAAACCCA TGGATTGGAG CTGGATTAAA GATCTGCCGT CGGCGCTGAA ACAGCAGGTA
AAAAACCTGC GTTTCAATCT TAAAGGGGTA CAGTTACGTC AGGGGTTGAT GGATTCACTG
CTGTTGGTTA TCCCGGCATT GGTGTTGGTC GGTCTGCTTT GGTGGCGACG CAAAAGTATT
GATGCCTATA TGGAGAAACT GGCGGGTGAT GTGGGGCAAC TGAAACGCGA CAGCCAGTTA
CATACGCCAA AAGCCATTTT GTTGTTGATT CTGCGCACCT TGCCGGGGGT GCTGGTCATC
CTCTCGCTGG GGGTATGGCT GAAACGAACC GATAGCCAGA TGAGTGGCTT CGCCTGGCTG
CTGAGCGAGC ATCTGGCACT GTTCTGGATG GTCTTCGCCA CAGCCTGGTT CAGCCTTAAG
CCGGGTAGCT TGAGCGAGCG CCACTTCAAT ATTCCGGCTT CCCGTTGTGC GCATTACCGG
CGTCAGACGG TGCGACTCGG CGGCGCGTTG CTGCCGTTGA TGTTCTGGTC GGTGGTAGGA
GAGAAAGCGC CGCTATACTT GGTGGATGAC GTCATTGGGC AGATGATCGT CGTCTGTAAC
CTGCTGTTGC TGACCATTTT GGTCTTTCCG GTATGCCGTG ATTGCTGGCG GGAAAAAGAG
CGCCATACCG TGCAACTGAT TGTGGTGACG ATGATGGCGG CCATGCCGCT GTTTCTCATC
GGACTGATGC TGAACGGTTT TTTCTATACC ACGCTTAGGC TGGCCAGTCG TTGGATTGAC
AGCCTTTACC TGTTGATCGT CTGGAATATC GTTTATTTCG CCACGATTCG TGGGTTAAGC
GTTGCCGCTC GTCGCCTGGC ATATCGTCGC GCGGTGGCGC GCCGTCAGAA TCTGGTCAAG
GAAGGCGCTG AAGGGAGCGA ACCCGTTCCG GAAGCGCCGC TGGCATTGGA GCAGATCAGC
CAGCAATCTC TACGCCTGAC CACGATGGTG TTGTTTCTGG CATTTTCCGG TGCGTTTTAC
TGGATTTGGG CCGATCTGGT GACCGTCTTC TCTTATCTGG ACAGTATAAC CCTATGGCAT
TACAGCACGG CGAATGCCGG CGGCACGGTA TTGCAACCGG TCACGCTCGG TAACTTGCTG
GTCGCGCTGG TGATTGGCGG CGTGGCGTAT GTGATGACCC GTAACCTGCC GGGCTTGCTG
GAAGTGCTGG TGCTCTCGCG TTTGCAACTG CGGCAGGGAA CGTCTTATGC CATCACAACG
GTGCTGACCT ATTTGATTAC CGCCGTCGGT GCGGTGACGT CACTCGGCTC GCTGGGGGTA
TCCTGGGACA AGCTGCAATG GCTGGTGGCG GCGCTATCCG TAGGTCTGGG GTTTGGTTTA
CAGGAGATTT TCGCCAACTT TGTGTCGGGC CTGATTATCC TGTTCGAACG ACCGGTGCGC
ATCGGCGATA CCATTACCAT CGGTACGTTT TCTGGTTCAG TCAGCAAGAT CCGTATTCGC
GCCACCACGA TTACCGATTT TGACCGCAAG GAAGTGATCA TTCCCAACAA GGCGTTTGTG
ACTGAACGAC TGATCAACTG GTCGTTGTCG GATACCATCA CGCGCGTGCT GATCCGTATC
GGTGTCGCTT ACGGTTCTGA TCTGGATAAA GTGAAAGAGA TTTTGCTGCA GGCGGCGCGT
GACAACCCGC GAGTGATGAC GGATCCGGAA CCGCAGGTCT TTTTCCTGTC GTTTGGTGCG
AGTGCGCTGG AACATGAGCT GCGTTTGTAT GTGCGCGAAC TGCGTGACCG TAGTTATACC
GTGGATGAAT TGAACCGGAC TATCGACAGG CTGTGTCGCG AAAATAATAT CAATATTGCT
TTCAATCAGT TGGAAGTTTA CCTGCATAAC ACGCAGGGCA AAGAAGTGCA GGAAATCTCC
CGTGTGCTGA CCCCGTCGCT CAATGGGGAG GAGGCCCGAT AA
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| Protein sequence | MNRRFALSDL FAVLFRLFLY TRFLMEHGIR RSLPCVWIVA LVMTPLWLAF AAGNDAPTRT
EIQNRLDTLN KQKSLTSVDK LTQQDLTQTL DVLDSVDRVR QETSQLKQQA AQAPAKLKQV
NEDLVSLGGA VPVSQPSLES LSLKQLEARL NQTLDDLQSA QENLSTYNSQ LISLQTQPER
VQSALYAASQ RSQQLRTQLS GLDPSQEPLR PSQQVLLQAE QTLVGLQMEQ QRKSLEVNTT
MQDLLQKQRD YTAAQIGQLE HMVQALQGVI NNKRLNLSEK TAKEAQNSDE LQRIQENPLV
KAEMETNRQL SQRLIKATEA GNTLVQESIQ VKNWLDRATQ SERNLKEQVT VLKGSLLLSR
ILYQQQQNLP SADAMSDIST QIADLRLEQF DINQQRDVLF RGDEYIQQLV QHSNATVDAE
VTDALGQILD MRRELLDQLN KQLGNQLMLA INLQISRQQL VSVNNSLQRT LTQQIFWVSS
NKPMDWSWIK DLPSALKQQV KNLRFNLKGV QLRQGLMDSL LLVIPALVLV GLLWWRRKSI
DAYMEKLAGD VGQLKRDSQL HTPKAILLLI LRTLPGVLVI LSLGVWLKRT DSQMSGFAWL
LSEHLALFWM VFATAWFSLK PGSLSERHFN IPASRCAHYR RQTVRLGGAL LPLMFWSVVG
EKAPLYLVDD VIGQMIVVCN LLLLTILVFP VCRDCWREKE RHTVQLIVVT MMAAMPLFLI
GLMLNGFFYT TLRLASRWID SLYLLIVWNI VYFATIRGLS VAARRLAYRR AVARRQNLVK
EGAEGSEPVP EAPLALEQIS QQSLRLTTMV LFLAFSGAFY WIWADLVTVF SYLDSITLWH
YSTANAGGTV LQPVTLGNLL VALVIGGVAY VMTRNLPGLL EVLVLSRLQL RQGTSYAITT
VLTYLITAVG AVTSLGSLGV SWDKLQWLVA ALSVGLGFGL QEIFANFVSG LIILFERPVR
IGDTITIGTF SGSVSKIRIR ATTITDFDRK EVIIPNKAFV TERLINWSLS DTITRVLIRI
GVAYGSDLDK VKEILLQAAR DNPRVMTDPE PQVFFLSFGA SALEHELRLY VRELRDRSYT
VDELNRTIDR LCRENNINIA FNQLEVYLHN TQGKEVQEIS RVLTPSLNGE EAR
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