| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cphy_2837 |
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| Symbol | |
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| ID | 5742153 |
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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 | Clostridium phytofermentans ISDg |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010001 |
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| Strand | + |
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| Start bp | 3463755 |
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| End bp | 3468050 |
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| Gene Length | 4296 bp |
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| Protein Length | 1431 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 641293929 |
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| Product | CoA-substrate-specific enzyme activase |
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| Protein accession | YP_001559936 |
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| Protein GI | 160880968 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.0533668 |
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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 | ATGTTAAAAT CCAACTATTC CTTAGGAATC GATATCGGTT CCACGACGGT AAAAATCGCA
ATTTTAGACA TCAACAATCA AATGGTATTT TCTGATTATG AGCGTCATTT TGCCAACATA
CAAGGTACTC TAGCAGACTT AATAACTCGT GCGAAATCTG CACTTGGCGA TCTTACAGTT
GCACCTGTAA TAACCGGTTC CGGCGGATTG GCGATTTCAA AGCATCTTAA TGTACCTTTT
GTACAAGAAG TTGTTGCAGT AGCAACCTCT TTGAAAGATT ATGCACCACA GACAGATGTT
GCTATTGAAC TCGGTGGAGA AGATGCCAAA ATAATCTACT TTACAAATGG TATCGAACAA
CGAATGAATG GTATCTGTGC CGGAGGAACT GGTTCCTTTA TCGATCAAAT GGCTACTCTA
TTAAAAACAG ATGCAGCCGG TTTAAATGAA TATGCAAAAA ACTATCAGGC GATTTACCCT
ATTGCAGCTC GCTGTGGTGT ATTTGCAAAA TCAGATATTC AGCCTTTAAT TAACGAAGGC
GCGACAAAGC CTGATCTTGC AGCTTCGATT TTTCAAGCTG TAGTGAATCA AACGATTAGC
GGTCTTGCTT GCGGTAAGCC AATTCGTGGT AATGTAGCGT TCCTTGGTGG ACCTTTGCAT
TTCTTATCTG AACTAAAAAA TGCTTTTGTT CGTACACTTA ATTTAACGAA AGAACAGACA
ATTGCACCAG AACATTCCCA TTTGTTTGCT GCAACCGGCT CTGCAATGAA TCATAATCCA
GAAGTAACCA CTTCACTTCA AACATTAATT AATCATTTAA CAACAGGAAT CTCTTTAGAT
TTTGAAGTTC ATCGAATGGA TCCACTGTTT GATAATGAAG AAGCTTATGA GATGTTCTTA
CATAGACACA ACACTCATAC TGTAAAAAAA GGTGATTTAT CCACCTATCA GGGTAATTGT
TATCTTGGAA TCGACGCTGG TTCCACCACA ACGAAGGTTG CCCTTGTTGG TGAAGATGGT
TCCCTATTAT ATTCTTTCTA TAGTAATAAT AACGGTAGCC CTTTAAAGAC TACCATAAAA
GCGATTAAAG AGATCTATAC ATTATTACCT GAGAATGCTA ACATTGTCCG GAGCTGTTCT
ACTGGCTACG GAGAAGCTCT AATAAAATCT GCTTTAATGC TCGATGAAGG TGAAGTTGAG
ACCGTAGCAC ACTATTACGC TGCTGCCTTC TTTGATCCTA AGGTAGACTG TATCCTAGAC
ATAGGTGGTC AGGATATGAA ATGTATTAAA ATTAAAAGTG GTACCGTAGA TAGCGTACAA
CTAAACGAAG CTTGTTCTTC TGGTTGTGGT TCTTTCATTG AAACCTTTGC AAAGTCCTTA
AATTATGAAG TTGCGGATTT TGCTAAGATT GCTTTATTTG CAAAAAACCC AATTGATCTT
GGCTCCCGTT GTACAGTTTT TATGAATTCT AAAGTTAAGC AAGCTCAAAA AGAGGGTGCA
ACCGTTGCTG ACATCAGTGC AGGTCTCGCC TATTCTGTCA TTAAAAACGC GCTTTATAAG
GTTATTAAAA TAGCAGATCC AAAAGATCTT GGTTCTCATA TTGTAGTTCA AGGTGGTACC
TTCTATAATG ATGCAGTTTT AAGAAGTTTT GAGCTAACCT CTGGTTGTAC AGCAATACGC
CCAGATATTG CAGGTATCAT GGGTGCCTTC GGTGCAGCAC TTATCGCTAG GGAGCATTAC
AGTCAGGAAG AAACCACGAT GCTTCCAATC GAGCGTATTA ACGAACTTAA ATTTGATTCA
AGTATGGCTC GTTGTAAAGG ATGTACAAAC AGCTGTCTGC TCACAATTAA TAAGTTTACA
GGTGGAAGAC AATTTATTTC TGGTAACCGT TGTGAAAAAG GTGTCGGGAA AGAAAAGAAT
AAGGATAATA TTCCAAATCT TTATGAATAT AAACTCCACC GCTATATGGA TTATGAACCA
CTTGCGAAAG ACCTCGCTCC TCGTGGTGTA GTAGGTATTC CTCGTGTTTT AAATATGTAT
GAAAACTATC CATTCTGGTT TACCTTCTTT ACCAAGCTGG GATATCGAGT AGAACTCTCT
CCAGATTCTA CAAGAAAGAT ATATGAGCTT GGTATTGAAT CGATTCCAAG TGAATCCGAG
TGTTATCCAG CAAAAATCGT ACATGGACAC ATTATGTGGT TAATTAAACA GGGAATCCCT
TATATTTTCT ATCCTTGTGT ACCTTATGAA AGAAAAGAGA TTCCTGATGC TGGTAACCAT
TATAATTGCC CTATTGTAAC TTCTTACGGT GAGAATATAA AGAACAATAT GGAGGAAATA
AAATCCGAAA ATATTTGTTA TCAAAATCCA TTCCTCTCTT TTGAGAATAA AGAGATACTA
ACGAATCGTT TGGTGGAATA CCTACTTGCA GAGCAACGAA TGGCCTCTCA GTCTGCCTTC
GATTATACAA GTGAGTTAGC ATGTACGAAT AACTTTTCCA ATAGTAAAAT TACAGAAACA
GAGATACGAG CTGCTGCTTC CCTTGCTTGG GCTGAATTAG AAGAAGCTAG AGAAGATATG
AAAAAACAAG GCGAGCAAAC GATGGAGTAT TTAAGAAAAA CTGGACGCAT GGGTATCGTT
CTTGCTGGAC GTCCTTATCA TGTTGATCCA GAGATAAATC ATGGTATTCC AGAATTAATT
AACTCGTATG GAGTTGCGGT ACTTACAGAA GATAGTATAT CTCATCTTGG TACTGTTGAA
AGGCCAATGA TTGTTGTAGA TCAATGGATG TATCATAGCC GTTTATATAC TGCTACCTCG
TATGTCAGAA CTCAGCCAAA TCTACAACTA ATACAATTAA ACTCCTTTGG ATGCGGACTT
GACGCGGTTA CTACTGACGG TGTAAGTGAT ATCCTAGCAA CCGCAGGAAA GATCTATACG
GTACTAAAAA TTGATGAAGT CAATAATTTA GGTGCCGCAA GAATTAGAAT TAGGTCACTC
CTCTCAGCAG TAAGTGATCG TAATCGAAAG CACATTGAAA CGAAAGTAGA ATCTCCTGCT
TATCACCGTG TCGTGTTCAC AAAAGAAATG CGGAAAGATT ATACGCTATT GGCTCCACAG
ATGTCTCCAA TTCATTTTGA TTTCCTTGAG CCTGCCTTTA ACTCCTGTGG ATATCACCTT
GAAGTATTAA ATAATGACAA CAAGGCTGCG GTTGACGCTG GACTTAAGTA CGTAAATAAT
GATGCTTGCT ACCCATCCTT AATGGTTGTA GGCCAGATTA TGGATGCTCT TCTTTCTGGA
AAATACGATC CAAATAAGGT TGCTGTAATG ATTACTCAAA CAGGCGGCGG TTGCCGTGCA
ACCAATTACA TCGGATTTAT TCGAAGAGCG TTAAAGAAAG CCGGTTTTGA GCAGATACCT
GTTGTATCCA TTAGTACTTC AGGAATAGAG AAGAATCCAG GCTTTGAGAT TAATTACGAT
ATGATAGTAC GCGCAGTACA AGCACTTGTT TACGGAGATA TCTTTATGAA AGTAGTCTAT
CGTACCAGAC CATATGAACA AGTTCCTGGA TCCGCGAATG CGTTACATGC TCATTGGAAG
GATATCTGTG CAAAATCTGT TCAGAATGGT AAATGGAAAG AATTCCGCAA AAACTGTCGT
GGAATCATCG AAGCATTTGA TACACTTCCA CTCGATGAAA GCATCAAGAA ACCGAGAGTT
GGTATTGTTG GTGAAATCTT AGTTAAGTTC CTTCCAGCTG CAAACAACTA CTTGGTTGAT
TTGTTAGAGG CAGAAGGTGC AGAAGCTGTT ATGCCTGAGA TGGTCGATTT CTTCTTATAC
TGTTCTTATG ATGCAAACTT TAAGGCTCAA TACCTAGGTA AAAAGAAAAT AGATGCTTTT
TACAATAACA TGATTATCCG TTTTCTTGAG TTCGCCAGAA AAGAAGCAAG AAAAGCATTT
AAGGAAAGTA AGCGTTTCAA CCCTCCAAAA TACATTAATG AACTAGCAGA CCTTGCTGAA
CCGATTGTAT CGATAGGTAA CCAGACTGGT GAAGGTTGGT TCTTAACCAG TGAAATGGTC
GAGTTAATAA ACTCTGGTGT TCCAAATATT GTTTGTGCAC AACCATTTGC CTGCCTACCT
AACCATATTG TTGGTAAGGG TGTAATTAAG GAGCTTAGAC ATCGTTATCC AGACTCAAAT
ATCGTTGCCG TTGACTATGA TCCGGGGGCA AGCGAAGTAA ATCAATTAAA TCGAATCAAA
CTTATGTTAG CAACCGCTGT AAAAAATCTA AAATAG
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| Protein sequence | MLKSNYSLGI DIGSTTVKIA ILDINNQMVF SDYERHFANI QGTLADLITR AKSALGDLTV
APVITGSGGL AISKHLNVPF VQEVVAVATS LKDYAPQTDV AIELGGEDAK IIYFTNGIEQ
RMNGICAGGT GSFIDQMATL LKTDAAGLNE YAKNYQAIYP IAARCGVFAK SDIQPLINEG
ATKPDLAASI FQAVVNQTIS GLACGKPIRG NVAFLGGPLH FLSELKNAFV RTLNLTKEQT
IAPEHSHLFA ATGSAMNHNP EVTTSLQTLI NHLTTGISLD FEVHRMDPLF DNEEAYEMFL
HRHNTHTVKK GDLSTYQGNC YLGIDAGSTT TKVALVGEDG SLLYSFYSNN NGSPLKTTIK
AIKEIYTLLP ENANIVRSCS TGYGEALIKS ALMLDEGEVE TVAHYYAAAF FDPKVDCILD
IGGQDMKCIK IKSGTVDSVQ LNEACSSGCG SFIETFAKSL NYEVADFAKI ALFAKNPIDL
GSRCTVFMNS KVKQAQKEGA TVADISAGLA YSVIKNALYK VIKIADPKDL GSHIVVQGGT
FYNDAVLRSF ELTSGCTAIR PDIAGIMGAF GAALIAREHY SQEETTMLPI ERINELKFDS
SMARCKGCTN SCLLTINKFT GGRQFISGNR CEKGVGKEKN KDNIPNLYEY KLHRYMDYEP
LAKDLAPRGV VGIPRVLNMY ENYPFWFTFF TKLGYRVELS PDSTRKIYEL GIESIPSESE
CYPAKIVHGH IMWLIKQGIP YIFYPCVPYE RKEIPDAGNH YNCPIVTSYG ENIKNNMEEI
KSENICYQNP FLSFENKEIL TNRLVEYLLA EQRMASQSAF DYTSELACTN NFSNSKITET
EIRAAASLAW AELEEAREDM KKQGEQTMEY LRKTGRMGIV LAGRPYHVDP EINHGIPELI
NSYGVAVLTE DSISHLGTVE RPMIVVDQWM YHSRLYTATS YVRTQPNLQL IQLNSFGCGL
DAVTTDGVSD ILATAGKIYT VLKIDEVNNL GAARIRIRSL LSAVSDRNRK HIETKVESPA
YHRVVFTKEM RKDYTLLAPQ MSPIHFDFLE PAFNSCGYHL EVLNNDNKAA VDAGLKYVNN
DACYPSLMVV GQIMDALLSG KYDPNKVAVM ITQTGGGCRA TNYIGFIRRA LKKAGFEQIP
VVSISTSGIE KNPGFEINYD MIVRAVQALV YGDIFMKVVY RTRPYEQVPG SANALHAHWK
DICAKSVQNG KWKEFRKNCR GIIEAFDTLP LDESIKKPRV GIVGEILVKF LPAANNYLVD
LLEAEGAEAV MPEMVDFFLY CSYDANFKAQ YLGKKKIDAF YNNMIIRFLE FARKEARKAF
KESKRFNPPK YINELADLAE PIVSIGNQTG EGWFLTSEMV ELINSGVPNI VCAQPFACLP
NHIVGKGVIK ELRHRYPDSN IVAVDYDPGA SEVNQLNRIK LMLATAVKNL K
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