| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Emin_0162 |
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| Symbol | |
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| ID | 6262855 |
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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 | Elusimicrobium minutum Pei191 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010644 |
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| Strand | - |
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| Start bp | 174565 |
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| End bp | 177699 |
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| Gene Length | 3135 bp |
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| Protein Length | 1044 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 642610626 |
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| Product | DEAD/DEAH box helicase domain-containing protein |
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| Protein accession | YP_001875064 |
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| Protein GI | 187250582 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG1197] Transcription-repair coupling factor (superfamily II helicase) |
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| TIGRFAM ID | [TIGR00580] transcription-repair coupling factor (mfd) |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | 60 |
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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 | ATGACGCAAA AAAACAACCT TGCCTATTTT TACGGCCTGC CCAACTTTGG AGCAAAGGCA
AGGTTTGTTT TTGACAAATT TTCAAGTTTG GATAAAAATT CCGTCTTTGT TTCTAACGAA
GAAGAGGATT TGGACGCGTT TGAATCCGCG CTAAAAACAT GGTCAGAAGG CAAAATTTTA
ACAGAAGTAT ACCTTTCAGA TGACAAAGGC ATGTTAATGC ATGCTTTATA CAAAATATTA
AAATCTTCCG CGCCTTTAGC CATAACCAGC ACTTACCAAA ATTTAAATAT ACCGTTGCCG
GGTAAAAAAG ATTTCTTATC AAAACTAAAA AACATAAAAC AAACTGAAGT TTTAAAACGC
GGCGACCTTA TAGATTATTT GCATTCCTGC GGCTATAAAC GCGAAGAGTT TACCGAAAAC
CCCGGTGAGT TTGCTGTGCG CGGCAGCGTG GTTGATGTTT TTATACACGG ACAAAAACTG
CCGGCGCGCT TATACTTCGC AGGCAATATT GTTGAAACTA TAAGCTCTTT TGACGTAGAT
ACGCAAAACA CCAAAGAATA TAAAAATGAA ATTACCGTTA TACCTCTTCA CTTTGAGGAA
CTGCCTTCAA ATATAAAGAA CTGGGCGGGA GAGGCAGCTT TTATTTTTGA TAATCCCGCT
TCGGATTTTG ACGCTACCGA ATATGATAAC GCCGTAATAA TTTCCCCCAT TCCCCACGGC
GAAAATTACG CTTTAAATGC CAATATAAAA TTTAACGCGA ACATGGACCT TGCCACTAAA
GAAATAAATT CTTTATCTCT GCAAGGCTAT GATATAGCAG TTTTTTGTTT AAACAGAGGT
GAAGAGGACA GGCTTAAAGA ACTTTTTAAT AACCACGGTA TTTTAAATAA AGTTTCTTTT
AAAATAGCGG ACATCACGCA AGGTTATTAC AGCGTAAAAG ACAAAAAGGC TTACATAACC
TCTTCTGAAA TTTTAGACAG GAATTACCAC ACAAGCTCTT TGCTTAAAAA CTTTGAAATC
GAAGGCGCTA AAAGAGTGCG TTTTAAAGAT TTGGTTGAAG GCGACTATAT TGTGCACCAA
ACCCACGGCA TAGGCCGGTA CAGAGGGCTT GAAACGCTTG ATAAAGACAC TGCGCCGACA
GACGCTCTTG TAATAGAATA CCGCAAAGGA AGCAAGCTTT TTGTACCCGT GCAGGATTTT
GGCAAAGTGC AAAAATATAT AGGCGTAAAG GGCAAAACGC CGCCGTTATC GCACTTAGGC
GGAGTGGCGT GGAAAGAAGT TAAAAGACGA GTTAAAGAAG CTGCCCAAAA AGACGCTGAG
GAAATTTTAA AAATGGAAGC CTTAAGAAGC GCGGCCAACG CCAAACCTTT AACAGGTGAC
GCCCAGCTTG AGGCCGAGTT TGCCGATTCC TTCCCCTACA TTCAAACGCC TGATCAAAGC
CAGGCCATAA GCGAAATTTT AGACGATTTA ACCAGACAAA AAACCATGGA CCGCGTTTTA
GTGGGCGACG TAGGATTCGG CAAAACGGAA GTCGCCATGA GGGCGGTTAT GCGCACCGCT
TTAAGTTCAA AACAAGTTTT GGTTTTGGTA CCTACAACAA TTTTGGCCGC GCAGCATTAC
AAGACTTTTG TTAAGCGTAT GGCCTCATTT CCCGTATCTG TTGAAATGTT AAGCAGGTTT
CAAACTAAGG CGGAGCAAAA AATTATTGTT GAAAAAATAA GAAAAGGCAC CGTAGATATT
GTGGTGGGTA CGCACAGACT TCTTTCTAAA GATATTTCTT TCGCTAATCT AGGACTTGTT
ATCATAGATG AAGAGCACCG CTTTGGCGTC AAACAGAAGG AAAAAATTAA AGCAAAAACA
GCTGGCGTAC ATACGCTTAT GCTTTCCGCC ACACCGATAC CGCGCACTTT AAACCAGTCG
CTTTCATCTC TTAGGAATTT ATCTCTTATT GAAACCCCCC CGCAAGGTCG TATGCCCGTA
AAAACAATTG TAACGCCTTG GAATAATGAT TTGGCCGCCA ACGCCGTAAG GCAGGAAATA
GGCCGCGGAG GACAAGTGTA TTTTGTTTAT AACAGAGTGC AAAGTATGGA AAGCAGGCTT
GAGCTTTTAA AACGCCTAGT GCCTGAAGCC CGCATTTGTA TGGCGCACGG GCAAATGAAT
GAAACTGCAT TAGAAAAAAC CCTATGGGCT TTTTATAATC ATGAATATGA TATTTTGTTA
GCTTCCACAA TTATAGAATC CGGCCTGGAT ATCAGTAACG CAAACACTTT AATAATAGAG
TCCGCACAGG ATTTCGGCCT TGCGCAATTA TACCAACTAC GCGGCAGAAT AGGCCGCGGT
GACAGGAAAG CCTATTGCTA TTTATTTCAC CCTGACTGGC TGTTCCAAAA ACCGAAAGAC
AATATTGAAC GTGAAAATAA TTTTGAGGAT TTAAAAGCTT TTTTAACAAA AAAGAAAGAA
GCCGACCCTA CCGAAACTGC AAAAAAACGC CTTTCCGCCC TTATGGAATT TAGTGAACTC
GGCAGCGGTT TTAAACTTGC ACTGCGCGAT ATGGAAATAA GGGGCGCGGG AGAGCTTTTG
GGCACCAGGC AGCACGGTTT TGCCAATGAA GTAGGTTTAA GTTTATATTG TGATATGGTT
GCGGCAGAAG TGAAAAAATT AAAAGGTGAG CCTGTTGAAA AAAAATACCG CGCTACTGTA
AACGTACCTG TAGCCGCTTA TATACCGCCT GAGTATCTGC CTGATGACAA TGAACGCTTA
CGGTATTATA AGGAGCTTTT AAACAGCGGC GAGCTGGAAC AGAAGAAAAC TTTAAATAAA
CTTATCGACT TAGCGGGTCC GCTGCCTGAG GAAGTTAAAA CGCTTTCTAA AGTTATTTTA
ATTTCAAACA AAGCCGGCGA GCTTAATATA AGACATATTG AGGCTACCAA AGATTTTGTG
GAATTTTATT TTGCTAAAAA CTTTAAAATG CCTGAAGGCG CGATAGGCGA ACTTATAGTG
AAATACGGCA ATAACCTTAA ATTTATACCA TCCGCCAAAG GCGACGGGTT TAGAATAAAT
TTAACGCGCG GCGGCGCCAA TTATTTTAAT GAAATTGAAA ACACTCTAAA CTTTTTTAAT
TTAAAAATAA AATAA
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| Protein sequence | MTQKNNLAYF YGLPNFGAKA RFVFDKFSSL DKNSVFVSNE EEDLDAFESA LKTWSEGKIL
TEVYLSDDKG MLMHALYKIL KSSAPLAITS TYQNLNIPLP GKKDFLSKLK NIKQTEVLKR
GDLIDYLHSC GYKREEFTEN PGEFAVRGSV VDVFIHGQKL PARLYFAGNI VETISSFDVD
TQNTKEYKNE ITVIPLHFEE LPSNIKNWAG EAAFIFDNPA SDFDATEYDN AVIISPIPHG
ENYALNANIK FNANMDLATK EINSLSLQGY DIAVFCLNRG EEDRLKELFN NHGILNKVSF
KIADITQGYY SVKDKKAYIT SSEILDRNYH TSSLLKNFEI EGAKRVRFKD LVEGDYIVHQ
THGIGRYRGL ETLDKDTAPT DALVIEYRKG SKLFVPVQDF GKVQKYIGVK GKTPPLSHLG
GVAWKEVKRR VKEAAQKDAE EILKMEALRS AANAKPLTGD AQLEAEFADS FPYIQTPDQS
QAISEILDDL TRQKTMDRVL VGDVGFGKTE VAMRAVMRTA LSSKQVLVLV PTTILAAQHY
KTFVKRMASF PVSVEMLSRF QTKAEQKIIV EKIRKGTVDI VVGTHRLLSK DISFANLGLV
IIDEEHRFGV KQKEKIKAKT AGVHTLMLSA TPIPRTLNQS LSSLRNLSLI ETPPQGRMPV
KTIVTPWNND LAANAVRQEI GRGGQVYFVY NRVQSMESRL ELLKRLVPEA RICMAHGQMN
ETALEKTLWA FYNHEYDILL ASTIIESGLD ISNANTLIIE SAQDFGLAQL YQLRGRIGRG
DRKAYCYLFH PDWLFQKPKD NIERENNFED LKAFLTKKKE ADPTETAKKR LSALMEFSEL
GSGFKLALRD MEIRGAGELL GTRQHGFANE VGLSLYCDMV AAEVKKLKGE PVEKKYRATV
NVPVAAYIPP EYLPDDNERL RYYKELLNSG ELEQKKTLNK LIDLAGPLPE EVKTLSKVIL
ISNKAGELNI RHIEATKDFV EFYFAKNFKM PEGAIGELIV KYGNNLKFIP SAKGDGFRIN
LTRGGANYFN EIENTLNFFN LKIK
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