| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Emin_0435 |
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| Symbol | |
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| ID | 6262460 |
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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 | 466234 |
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| End bp | 470454 |
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| Gene Length | 4221 bp |
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| Protein Length | 1406 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 642610905 |
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| Product | CoA-substrate-specific enzyme activase |
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| Protein accession | YP_001875329 |
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| Protein GI | 187250847 |
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| COG category | [I] Lipid transport and metabolism
[S] Function unknown |
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| COG ID | [COG1924] Activator of 2-hydroxyglutaryl-CoA dehydratase (HSP70-class ATPase domain)
[COG3580] Uncharacterized protein conserved in bacteria
[COG3581] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | [TIGR00241] CoA-substrate-specific enzyme activase, putative |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.932842 |
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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 | 44 |
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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 | ATGGCAGATA TTTTAAAAGT CGGTTTAGAC ATAGGGTCAA CCACCGCGAA AATTGTTGTT
ATTAGCACGG ATAATGAAAT TTTGTATTCC GATTACAAAA GGCATCACCT TGAGCTGGGC
AAAACAATTC TTGCGTTGGT AAGGGATGTG ATGTTAAAAT ATCCCGAGCA GAAGGTAAAA
ATAGCTATAA CGGGCTCGGG CGCTATAAAA CTTTCCCAAG AAGCGGGCAT ACAATTTGTT
CAAGAGGTTG TGGCCTGCAC ACTTGCCATA AAAACTTATA TTCCTCAAAC CGAAGTCGCC
ATAGAAATCG GCGGCGAAGA CGCTAAAATT ACTTTTTTTG ACTCATCAGT CGAGCAGCGC
ATGAATGAAA CCTGCGCGGG CGGCACGGGC GCTTTTATAG ACCAAATGGC CGCTGTGCTG
CGTGTTGAAC CCATGGGCTT AAACGAGCTT GCCAAAAACT ACAAAACAAT TTACCCTATT
GCCGCCCGCT GCGGCGTGTT TGCAAAAACG GACGTTATGC CGCTTTTAAA CGACGGCGCT
CCCAGGGAAG ATATAGCGGC CAGCATTTTA CAAAGCGTGG TTAACCAAAC AATAGGCGGC
CTTGCCTGCG GCAGAACCAT CCGCGGCAAC GTTGCTTTTT TGGGCGGGCC TTTATACTTT
TTTTCGGAAC TGCGCAAACG TTTTATTGAA ACCTTAAAAC TGCCTGATGA AAATATTGTT
TTTCCCAAAA ACCCGCATTT TTTTGTGGCT ATGGGTGCGG CTTTAAGCGC AGCGGAAACG
GAAATAGATC TAAAAGAGCT TTACGGAAGG ATAGAAAAAT ACACAAAACA GCATTCGGCG
GAGGAAACGT CTTTCCTTCC TCCTTTGTTT AACTCAGATG AAGAAATAGC ACAGTTTAAA
AAACGCCATT CCGAAGCTGT GCCCAAATAC GCTGAAATGA AAGACGCCCA AGGTCCTTTA
TTTTTAGGCC TTGACGCGGG CTCCACCACA ACAAAAGCCG TTGTTATAGA TGAAAACAGC
AATATCCTTT ACACCCACTA CGGCTCCAAT GAAGGCAGCC CTTTAGATTC GGCGGTAAAA
GTTATTAAAG ATATATATGA TAAACTGCCC AAAAACGCTT TTATACAAAA TGGTTGCGTT
ACCGGTTACG GCGAGGCGCT TTTAAAAGCG GCTTTGGGTT TTGACGGAGG TGAAGTTGAA
ACCATTGCCC ACTATAAGGC TGCGCGTTAT TTTGTGCCGC AAGTGTCTTT TATTTTAGAC
ATAGGCGGGC AGGATATGAA GTGTATTTAC GTTGATAACG GAGTAATCGA TAAAATAGTT
TTAAATGAGG CATGTTCCAG CGGGTGCGGC TCTTTTATAG AAAATTTTGC CCTTTCTTTA
GGCACTACCG TGCAGGAATT TGCCGAGGCG GCTTTAACTT CAAAAAAACC GGTGGACCTT
GGGTCAAGAT GCACGGTTTT TATGAACTCA AAGGTTAAGC AGGCTCTTAA AGAAGGCAGC
GGTTCATCGG ACATTTCGGC GGGCCTTTCA TACTCGGTAA TACGAAACGC TTTATATAAA
GTAATAAAAG TAAAATCACC GGAAGACTTA GGTCAAAACA TTGTTGTTCA GGGTGGTACG
TTTTTTAATA ATGCAGTTTT AAGAGCCACG GAACTTTTGG TAAGCGGCAA AGTAACACGC
CCCACGATAT CGGGCGTTAT GGGGGCTTTC GGCGCGGCTT TAATAGCTTT GGAAGAAAGA
GTCCTGCGCA AAAGCACTTT GCTTAGCAAA GAAGAATTGA ATAATTTTAC CTGTACAAAT
AAAAACGCGC GCTGTAAAGG CTGTTCAAAC AACTGTCTTT TAACAATAAG TAAATTCGGC
AGCGGCAAAA CATTTATTTC CGGCAACAGG TGTGAAAAAG GTTTGGGTTT GGAAAGCGCG
GGCAAAGAAT CCGCCGTTAA TATGTATGAA TATAAATACA AACGTCTTTT TGACCACTAT
AAACCGTTAG ACTCCGCAAA CGCCTCCCGG GGGGAAATAG GCATGCCGCG CGTTCTTAAT
ATGTATGAGA ATTACCCGTT TTGGTTTACT TTGTTTACCG AACTCGGTTT TAGAGTTGTG
TTGTCTGACA AATCAAGCGT AAAACTTTTT AATTCGGGTT TGGATACAAT ACCTTCCCAA
ACAATTTGTT ATCCCGCTAA AATGGTGCAC GGGCATATTA TTAATTTAAC GGAAAAGGGC
GTAAAAACTA TTTTTTATCC CTGCCTTCCT TTTGAGCAAA AAGAATTTTC CGATGCCAAC
AACCATTATA ACTGCCCGGT GGTGGGCAGT TACCCCGAAG TCGTGCGCCT TAATATGGAC
GTGCTTGAAA AAGAGAAAAT AAAATTCCTC CAGCCATTTT TACCTATAGA CAGTTTTACC
CGTTTAGAAA AGCGTTTGCT TACCGAACTT AAGGATTTTA ATATAGAAAA AAAGGAACTG
CGCCGCGCTT TAAAACGCGC CAGGGGCGCT CAAAACCTGT TTAAAAAAGA TATACGCAAA
CAGGGCGCTA AAATTATTGA AGATATTAAA AAGGGCGGAA GCGCGGGCAT AATTTTAGCG
GGCAGGCCGT ATCATTTGGA CCCCGCAATA AACCACGGTA TACCGGAATT TATAGCCGCT
TGCGGAGTTG CCGTTCTTAC GGAAGACAGC GTTGCCCATT TAGGAGGCAG GCTGCCGTTT
GTTTTAAATG TTATTGACCA GTGGACCTAT CATTCCCGTC TGTACCGCGC GGCGCATTTG
GCTACCAGTA TAAAAGGGTT AGAAGTAGTT CAGCTTAATT CCTTCGGCTG CGGTTTGGAC
GCTATTACAA CTGAGCAAGT TGAGGATATT TTGCGTGCAG CTGGCAAAGT TTACACTGTT
TTAAAAATTG ACGAAGGCTC CAATTTAGGA ACTATAAAAA TAAGGGTTCG CTCTCTTTTA
GCGTCTGTCA AAGAACGCCC GGGGGTTGAG TTTGACAGCG CCGAAATATG GCATCACAAA
CACCCTGTTT TTACAAAAGA AATGCGTAAG GACTACACAA TTTTGTGCCC TCAAATGTCG
CCTGTGCACT TTTCTCTTTT AGCTTCGGCG GTTAACAGGC ACGGATATAA TTTAGAAGTG
CTTCCCAACT TGTCAAAAGA AGACGTTGAG GAAGGCTTGA AATATGTTAA TAACGACGCC
TGCTACCCCG CCATAGTTGT TGTGGGGCAG CTAATTAACG CTTTAAAAAG CGGTAAATAT
AACACAGATA AAACGGCGTT AATAATTTCC CAAACGGGCG GCGGCTGCAG GGCCACAAAC
TACGTAAGCT TTTTAAGAAG CGCGGCCGCT AAAGCCGGTT TTAAAAATGT ACCCGTTATA
GCTTTTGCTT TCGGGGGAGA CAAACACCCC GGGTTTAATA TAACCGTTCC CATGTTTAAA
GATATTTTAG CCGCTTTCTT ACTTGGCGAC CTTGTTATGC GTATGGCAAA CCGTTTAAGA
CCTTACGAGA TTGAGCCTGG CTCCGTTAAT AAATTGGTTG AAGAAACATT GTCCTATATC
TCAAAAGAGG TAATAGGCAA ATCCCCTTTT AAAATAAACA GGGAAGCCGC AAAGATAGTA
AAAACTTTTG ATGCTTTCCC CATTAAAGAA GAACGCAGGC CGCGCGTTGG TATCGTGGGC
GAGATTTTAG TTAAATTCCA CCCTGACGCT AACAACAGGC TTGTTGATGT TATCGAGTCC
GAAGGAGGTG AGGCCATTGT ACCTGATCTT ATGGACTTTG TTAACTATTG TCTTATGGAC
GATACTTACA GGCATAAATA TCTTTCCGGC AAACTGATTA ACAGGGTAGT GTCTAATTTA
ATAGCTGCTT ATATAGAGTT TTGCAGAAAA CCTTTAAGAA AAATGCTTGA AAAAAGTTTG
CGCTTTAATT CCTACAAACC CACAAGATAC CTTGCAAAAA AAGTTGAGGA TATTGTTTCC
GTCTGCAACC AAACGGGCGA GGGCTGGCTT CTTACGGCCG AGATGCTTGA GCTTATGGAA
GAAGGCGCAA ACAACATTGT CTGCGTGCAG CCCTTTGGCT GCCTGCCCAA CCATATTACA
GGTAAAGGCG TTACTAAAGA ATTAAAACGC AGATATAAAG ACCTTAACAT GGTAGCCATA
GATTATGACC CCGGCGCCAG CGAGGTCAAC CAGCTTAACA GAATTAAGCT TATGATGTCC
GTAGCGCATT CCAAAAAATA G
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| Protein sequence | MADILKVGLD IGSTTAKIVV ISTDNEILYS DYKRHHLELG KTILALVRDV MLKYPEQKVK
IAITGSGAIK LSQEAGIQFV QEVVACTLAI KTYIPQTEVA IEIGGEDAKI TFFDSSVEQR
MNETCAGGTG AFIDQMAAVL RVEPMGLNEL AKNYKTIYPI AARCGVFAKT DVMPLLNDGA
PREDIAASIL QSVVNQTIGG LACGRTIRGN VAFLGGPLYF FSELRKRFIE TLKLPDENIV
FPKNPHFFVA MGAALSAAET EIDLKELYGR IEKYTKQHSA EETSFLPPLF NSDEEIAQFK
KRHSEAVPKY AEMKDAQGPL FLGLDAGSTT TKAVVIDENS NILYTHYGSN EGSPLDSAVK
VIKDIYDKLP KNAFIQNGCV TGYGEALLKA ALGFDGGEVE TIAHYKAARY FVPQVSFILD
IGGQDMKCIY VDNGVIDKIV LNEACSSGCG SFIENFALSL GTTVQEFAEA ALTSKKPVDL
GSRCTVFMNS KVKQALKEGS GSSDISAGLS YSVIRNALYK VIKVKSPEDL GQNIVVQGGT
FFNNAVLRAT ELLVSGKVTR PTISGVMGAF GAALIALEER VLRKSTLLSK EELNNFTCTN
KNARCKGCSN NCLLTISKFG SGKTFISGNR CEKGLGLESA GKESAVNMYE YKYKRLFDHY
KPLDSANASR GEIGMPRVLN MYENYPFWFT LFTELGFRVV LSDKSSVKLF NSGLDTIPSQ
TICYPAKMVH GHIINLTEKG VKTIFYPCLP FEQKEFSDAN NHYNCPVVGS YPEVVRLNMD
VLEKEKIKFL QPFLPIDSFT RLEKRLLTEL KDFNIEKKEL RRALKRARGA QNLFKKDIRK
QGAKIIEDIK KGGSAGIILA GRPYHLDPAI NHGIPEFIAA CGVAVLTEDS VAHLGGRLPF
VLNVIDQWTY HSRLYRAAHL ATSIKGLEVV QLNSFGCGLD AITTEQVEDI LRAAGKVYTV
LKIDEGSNLG TIKIRVRSLL ASVKERPGVE FDSAEIWHHK HPVFTKEMRK DYTILCPQMS
PVHFSLLASA VNRHGYNLEV LPNLSKEDVE EGLKYVNNDA CYPAIVVVGQ LINALKSGKY
NTDKTALIIS QTGGGCRATN YVSFLRSAAA KAGFKNVPVI AFAFGGDKHP GFNITVPMFK
DILAAFLLGD LVMRMANRLR PYEIEPGSVN KLVEETLSYI SKEVIGKSPF KINREAAKIV
KTFDAFPIKE ERRPRVGIVG EILVKFHPDA NNRLVDVIES EGGEAIVPDL MDFVNYCLMD
DTYRHKYLSG KLINRVVSNL IAAYIEFCRK PLRKMLEKSL RFNSYKPTRY LAKKVEDIVS
VCNQTGEGWL LTAEMLELME EGANNIVCVQ PFGCLPNHIT GKGVTKELKR RYKDLNMVAI
DYDPGASEVN QLNRIKLMMS VAHSKK
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