| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dred_1288 |
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| Symbol | |
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| ID | 4957908 |
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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 | Desulfotomaculum reducens MI-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009253 |
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| Strand | + |
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| Start bp | 1375926 |
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| End bp | 1380188 |
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| Gene Length | 4263 bp |
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| Protein Length | 1420 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 640180465 |
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| Product | putative CoA-substrate-specific enzyme activase |
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| Protein accession | YP_001112647 |
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| Protein GI | 134299151 |
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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
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.173462 |
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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 | ATGATGAGCT TTGGGGGAAT CGATATGAGT AGAGTTTTAA ATGTTGGACT AGATATTGGC
TCTACTACCG TTAAGATGGT TATTTTGGAC AAGAATAATC ATATTGTCTA TAAAAAGTAT
GCAAGGCATT TTTCCGACAT AAAAAATACG GTAATTTCTC TATTTGAAGA TGCCAGATCA
ATTATGCAAA GAAATTTATT AACCGTAATG GTTACAGGTT CCGGTGGTTT TAATTTTTCG
AAAAAATTAC AAGTACCCTT TATTCAAGAA GTGATTGCCT GTGCCCATGC TATTAAAAAT
GTAATACCAA ATACGGATTC AGCAATTGAA CTGGGTGGTG AGGATGCCAA AGTTACCTAT
TTTGGTGAAT CCATAGAGCA AAGAATGAAT GGAACTTGTG CTGGGGGTAC AGGAGCTTTT
ATTGATCAAA TGGCAGCCTT GCTGCAGACA GATGCTTCAG GTCTAAATGA GTTAGCCAAG
AACCATAAAA GTATTTACCC CATTGCTTCG AGATGTGGTG TATTTGCCAA AACGGATATT
CAACCCTTAT TGAATGAAGG AGCGGCTAAG GAGGATATTG CCGCATCTAT CCTACAAGCT
GTTGTCAATC AAACCATTGG TGGCTTGGCC CAGGGCAGAC CCATTAGTGG TAAAGTTGCC
TTTTTAGGCG GACCTTTACA TTTTATGTCG GAACTAAGAA AACGTTTTAT TGAAACACTA
AAATTAGAGC ATAATAATGT TATTTTCCCA AACAATTCTC ATTTCTTTGT AGCTTTAGGG
GCAGCGTTAT CATCAAGAGA AGTACAGCCT CTCTCTTTTG AATGTTTACA CGAAAAAGCT
CCTATTATCT GGAAGAAGAA CTATGATGAA GGTGAAAAAT TAGAGCCTTT ATTTGCCAAC
GATCAAGAGT ATGAAGAATT TAAAGAAAGA CATGCCAAAA ACAAAATTAA AAAAGTAGAC
TTAGGGAGCT ATGAAGGGAA TGCTTTCCTG GGTATTGATG CCGGGTCTAC CACTACCAAG
GTTGCCCTAA TTAGTGAAGA GGGAGGTTTA TTATACTCCC ACTACGGAAG CAATAATGGT
AGTCCTTTAG AATCTACCAT CGAAGCTTTA AAGTGTTTAT ATGAAAAGCT AAACCAAAAT
ACAAAGATTG TTAACTCTGC GGTTACCGGT TATGGTGAAC ATTTGATCAA AGCTGCACTA
AGGGTAGATA TTGGAGAAAT TGAAACTGTG GCCCATTATA AAGCAGCTGA TTTTTTCTTA
CCTGGGACAG ATTTTGTGTT GGACATTGGC GGACAGGATA TGAAAAGTTT AGTAGTTCGT
GATGGTGCCA TTGATTCCAT TATGCTAAAT GAAGCCTGTT CTTCTGGGTG TGGGTCTTTT
ATCGAAACCT TTGCCAACTC ATTAAATATG GATGTTAAGG ATTTTGCTAG ATTAGGGCTT
CAGTCCTTAA ATCCTGTGGA CCTTGGAACC CGCTGTACGG TTTTCATGAA CTCCAAAGTA
AAACAAGCAC AAAAAGAAGG AGCAGAGGTA AGTGATATTT CTGCTGGAAT ATCTCTTTCA
GTTATTAAAA ATGCTTTATT TAAGGTAATC AGATTAAGAA GTACTGAGGA TTTGGGTAAT
AAAATAGTTG TTCAGGGAGG AACCTTTTAC AACGATGCTG TGCTGCGTGC CTTAGAGAAA
ATCACTAATA GGGAAGTAGT TCGTCCGGAT ATTGCGGGTA TTATGGGGGC CTTCGGAGCA
GCTTTAATTG CCAAAGAACG CTTTGAAACT GGTTACCAAA CAAGCCTTTT ACAAGGAGAC
GAGCTCAATG ACTTTAAAAC TGAGACTTCT CTGAAACGTT GTGGTTTATG TGGTAATAAC
TGTTTAGTGA CAATTAAACA ATTTTCCAAT GGACAGGAGT TTTATTCTGG CAACAGATGT
GAAAGAGGTG CAGGCAAAGA AAAAGTTAAA AATAACACTC CAAACCTCTA TGATTATAAA
TATAAAAGAG TATTTAGTTA CAAACCCTTG TCAGTACAGG AAGCAACCAG AGGGACCATC
GGGTTACCCA GGGTACTAAA TATGTATGAA GATTTCCCAT TCTGGTTTAC TTTCTTTACC
CAGTTGGGTT ATCGTGTAAT TCTTTCGGGC CGGTCAACCA AAAGAATATA TGAACTAGGC
ATGGAGACGA TTCCTTCAGA ATCAGTGTGC TATCCGGCCA AGCTGGTACA TGGTCACATT
GCAGATCTCG TAAACAAAGG AATAAAGAAA ATATTTTATC CCTGTATACC CTATAACATT
CAAGAGGATC AAGAAGCCGA CAATCGATAT AATTGTCCTA TTGTTACCTC TTACCCGGAA
ACCATTAATG CTAATATGGG TGTTCTTAGA AACAATAATG TTACTTTTTA TCATCCGTTT
TTACCCATTG ATTTGCCCAA TCGCATGGTT AACCGATTGG TTGAAGAATT GGCAGACGAA
GGGATAGCTA AGGCTGAGCT AGCCGGAGCT GTTAAAAGGG CTTATGCGGA ACTGGACAGA
TATAAGGAAG AGGTAAGAAA AAAGGGTGAA GAAACTCTTA CCTATATTAA TGAACATAAT
ATAAAGGGTA TTGTGCTTGC GGGCAGACCC TATCACATAG ATCCGGAAAT TAATCATGGC
ATACCAGAGA TGCTAAAGTC CTATGGCTTT GCTGTTTTAC CAGAAGATGC AATTAGGCAT
TTGGTTAAGA CTGAAAGACC CTTGCGTGTT GTAGACCAAT GGGTATACCA TTCAAGAATG
TATGCTGCTG CCACTTATGT TGCACAGCAA AAAAACCTGG AATTGATTCA ACTGAATTCC
TTCGGCTGTG GCTTAGATGC TGTTACCACA GATCAGGTAA AAGAAATTTT AGAATCCTAT
GGGAAGATTT ATACGGTGCT AAAGATTGAT GAAATAAGCA ATCTGGGAGC TGCACGAATA
CGAGTACGCT CACTGGTTGC CGCCATCAAG GAACGGGACA AGAAGGGTTT TATACCGAAA
AAACTATTTA CCTACCCCGG TAGAGTTATA TTCACTAAGG AAATGAAGCA AACCCATACA
ATCTTGGCAC CCCAGATGTC ACCCATCCAT TTCCAATTTT TAAAGATTGG ATTTGAAAAA
GCAGGGTATA ATATTGAAAT TCTTCCCTCA GTGGATAAGT TGGCCATTGA TGAAGGATTA
AGATACGTAC ATAACGATGC CTGTTATCCA ACCATTATCA TAGTTGGTCA GTTAATGAGG
GCCTTAAAAT CTGGTAAATA TGATTTAAAC AACACCTCTA TTATTATGGC ACAAACAGGT
GGCGGCTGCC GTGCCACCAA CTATATTGCC ATTATTCGAA AGGCATTAAG AGATGCAGGG
ATGGAACAGG TGCCGGTTAT TTCCCTTTCA TCCGGCTTGG AGAAAAATCC CGGATTTAAG
GTGACCTTGC CCATCTTCCA TAACATGATG ATGGGGTTAG TCTATGGTGA CCTTCTAATG
AGAGTATTAT ATAGGGTACG ACCCTATGAG AAGGTTCCAG GTTCCGCCAA TAGATTATAC
CACTATTGGG TAGAGCGGTG TCTGCAAGAC CTAAAAGTTG GTGGCAGAAA AGAGTTTAAA
GAAAATATCT ATAGAATTGT TAAGGATTTT GACTGCCTGG AAATTCATGA GGATTTAGTA
AAACCAAGGG TAGGAGTAGT AGGAGAAATA TTAGTTAAGT TTCACCCCAC TGCAAATAAT
AATATTGTTG AATTGTTAGA AGCGGAAGGC GCAGAGGCTG TGGTGCCGGA TCTAATTGAT
TTCTTTTTAT ATTGTTCTTT CGATAATAAG ATTAAATATC AACTACTGTC CGGAACCCTT
TGGAAAATGA TTTCCGGCAT GATTTCTGTA AAAACCATTG AGTCCTATAG GACAGATATG
AAAAAGGCTT TACATGATAG TAAACGGTTT GAAGCACCGA AAGCAATTGA AGAGATTGCT
CAATATGCAG CAAAACACCT ATCATTGGGA AACCAAACCG GAGAGGGCTG GTTTTTAACG
GGAGAAATGG TTGAACTTAT TCAAAGTGGA GTAAACAATG TTGTTTGTTT ACAACCCTTT
GCCTGTTTAC CAAACCATAT AACAGGAAAA GGTATGATTA AAGAACTAAG AAGAGCCTAT
CCTACAGCCA ATATTGCACC AATAGACTAT GATCCAGGGG CTAGTGAAGT TAATCAACTA
AATCGAATCA AACTTATGCT TTCTGTGGCA ATGGAAGCTG TAAAAAAACG TGCTGGTTCC
TAA
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| Protein sequence | MMSFGGIDMS RVLNVGLDIG STTVKMVILD KNNHIVYKKY ARHFSDIKNT VISLFEDARS
IMQRNLLTVM VTGSGGFNFS KKLQVPFIQE VIACAHAIKN VIPNTDSAIE LGGEDAKVTY
FGESIEQRMN GTCAGGTGAF IDQMAALLQT DASGLNELAK NHKSIYPIAS RCGVFAKTDI
QPLLNEGAAK EDIAASILQA VVNQTIGGLA QGRPISGKVA FLGGPLHFMS ELRKRFIETL
KLEHNNVIFP NNSHFFVALG AALSSREVQP LSFECLHEKA PIIWKKNYDE GEKLEPLFAN
DQEYEEFKER HAKNKIKKVD LGSYEGNAFL GIDAGSTTTK VALISEEGGL LYSHYGSNNG
SPLESTIEAL KCLYEKLNQN TKIVNSAVTG YGEHLIKAAL RVDIGEIETV AHYKAADFFL
PGTDFVLDIG GQDMKSLVVR DGAIDSIMLN EACSSGCGSF IETFANSLNM DVKDFARLGL
QSLNPVDLGT RCTVFMNSKV KQAQKEGAEV SDISAGISLS VIKNALFKVI RLRSTEDLGN
KIVVQGGTFY NDAVLRALEK ITNREVVRPD IAGIMGAFGA ALIAKERFET GYQTSLLQGD
ELNDFKTETS LKRCGLCGNN CLVTIKQFSN GQEFYSGNRC ERGAGKEKVK NNTPNLYDYK
YKRVFSYKPL SVQEATRGTI GLPRVLNMYE DFPFWFTFFT QLGYRVILSG RSTKRIYELG
METIPSESVC YPAKLVHGHI ADLVNKGIKK IFYPCIPYNI QEDQEADNRY NCPIVTSYPE
TINANMGVLR NNNVTFYHPF LPIDLPNRMV NRLVEELADE GIAKAELAGA VKRAYAELDR
YKEEVRKKGE ETLTYINEHN IKGIVLAGRP YHIDPEINHG IPEMLKSYGF AVLPEDAIRH
LVKTERPLRV VDQWVYHSRM YAAATYVAQQ KNLELIQLNS FGCGLDAVTT DQVKEILESY
GKIYTVLKID EISNLGAARI RVRSLVAAIK ERDKKGFIPK KLFTYPGRVI FTKEMKQTHT
ILAPQMSPIH FQFLKIGFEK AGYNIEILPS VDKLAIDEGL RYVHNDACYP TIIIVGQLMR
ALKSGKYDLN NTSIIMAQTG GGCRATNYIA IIRKALRDAG MEQVPVISLS SGLEKNPGFK
VTLPIFHNMM MGLVYGDLLM RVLYRVRPYE KVPGSANRLY HYWVERCLQD LKVGGRKEFK
ENIYRIVKDF DCLEIHEDLV KPRVGVVGEI LVKFHPTANN NIVELLEAEG AEAVVPDLID
FFLYCSFDNK IKYQLLSGTL WKMISGMISV KTIESYRTDM KKALHDSKRF EAPKAIEEIA
QYAAKHLSLG NQTGEGWFLT GEMVELIQSG VNNVVCLQPF ACLPNHITGK GMIKELRRAY
PTANIAPIDY DPGASEVNQL NRIKLMLSVA MEAVKKRAGS
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