| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swol_0302 |
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| Symbol | |
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| ID | 4281518 |
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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 | Syntrophomonas wolfei subsp. wolfei str. Goettingen |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008346 |
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| Strand | + |
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| Start bp | 356311 |
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| End bp | 361947 |
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| Gene Length | 5637 bp |
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| Protein Length | 1878 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 638137191 |
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| Product | putative helicase |
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| Protein accession | YP_753017 |
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| Protein GI | 114565863 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1205] Distinct helicase family with a unique C-terminal domain including a metal-binding cysteine cluster |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGTACATAG AAAGTGCTTT TCCCCTCCGT TATGAAATAC TTAATCAGGA AAGATCTAGT
ATATTATCTC AAACGGGTTT CTTATCTCAG CCACCACTAC TAGAGACACT ACCTATATAC
CCTTCATCCG GTAAATCATT GGAGTTAGCA TGTCGACACC TTCCCCGGGA GTATCGTGAT
CTACCTAACT TAGCCAAAAA CCTCTTTCCG GAAGGGATGG AACTATACCA GCATCAATTG
GCTGCATTAG GGGAGGTCAT AATGAACCGG CGGGATATCG TCGTCACCAC CGGAACTGGT
TCAGGCAAAA CTGAATGTTT TCTATTGCCG ATCCTAGCTG AGTTAGTCAA GGACTCAATA
TCCTGGCCGC AATGTCATCA ACCTCCACCG AATAGAAAAT GGTGGCGAAA AGATGGTACA
AGCAGTGGTA ACCGCGTAGG ACAGTTTGAG CACTCAGCAA GAAACAAGGT AAATACCCAT
GCAGTTAGAG CGATGATACT GTATCCGCTT AATGCGTTAG TTGAAGATCA ATTACGTAGA
TTAAGGGTGA CTCTTGACTC TCCCGGAGTT CACCAGTGGA TGGATGAACA TCGGGGAGGA
AATCGTATAT TATTTGGCCG ATATACCGGC CTAACCCCTG TATCCGGTTG GCCTTCAAAT
AAAAATGCGC TCAACCGGTT GGTTTCCAGA CTGAGGGAAT TGGACGCAGA ACTGTTAAAA
GTAGCTAACT TGGACGAAGA TATTCAATAC TATTTCCCCA ATATGGATGG GGGAGAAATG
TGGTCAAGAT GGGATATGCA AGAAACGCCC CCCGATATTC TTATTACCAA CTATAGCATG
CTCAATATTA TGTTAATGCG GCGTATAGAA GAACAAATAT TTGATAAAAC CCGAAATTGG
TTAGCCCAGG ATAGAGCAAA TAAGTTCTTT TTAGTGATCG ACGAACTGCA TTCATATCGA
GGAACGCCGG GTACTGAAGT TGGATATATA CTCCGCCTTT TATTAGACCG TTTAGGGTTA
AACATCAATT CAGAGCAGTT AGTAATTATA GCTACATCTG CAAGTATAAC CGATTCCTTG
GAATCGAGGA AATTTTTACG AGAGTTTTTT GGCAGGGATC GTTTCAGAAT CATTTCTGGT
AGTGAAATTC TTCCACCAAA AGGATCGCGT TATAGCATTA AAAAGTGGGC CGATCACTTG
AGTGTATTTC GCCGTAGGGT GGAACCGGAT ATAATGGATC CGATGATTCC CCCCAACCCC
GGCGATCCAG AATCCCAGAA GGCTATGGAA GAATTGGCTA TAATTATGGG AGCAGATACA
AGTTATAACA CTACACCGGA TGCAATGCTA GCCAAAGCAC TGTTTGATAA CGGTATACCT
GAGGCAGTAA GGGATGCCTG TCATGCTATC CACGGCAGTG TTAGACCCAC AAAAATAACT
GAATTGGATA AGATTTTATT CCCTAATATC AAACATAACG GAGTAGCTTC TGATGCTATG
ATTGGGTTGC TATTGGCGAT GGCCCTAGGG AAAAATCCGG AAACAGGCCA ATCTATTCAA
CCGGTTCGAG GACATTTATT TTTTCATAAC TTACAAAATC TCTGGGTATG TAGCAACCCC
AAATGTTCAG ATCCGTCTTG TGCGGAAACA AAGCGATTTG AGGCGATGGG TACACAAGAA
GAAGTCCCAG TAGGATCCCT ACATTTCAGA CATCGCTTAA CCTGCACTTG TGGGGGACGG
GTATTAGACC TGATTGTTTG TGAAGTATGT GGGGAAGTTT TTTTGGGGGG GTATAGAGTA
TCCCGTAAAA TTAACTCTAC TCGATTTGAA ATACTCACAT CTGACCAACC GGATCTTGAG
AAAATGCCTG ATCAGACATC GGTACTTAAG ACATATGAAA AATATGCTGT TTTCTGGCCG
ATACAAAAGG GAACTGAGGT AAAACCTGAA GATGAACAAT ACCAAGTAAA TAATATAGTT
CGACGATGGA AAGCTGGACG GTTGAATGTA TTTTCTGGTG TTCTCCGTCA GGACAATAAG
GCACCGGATG ATAATGAGGT TGGTGGGTGG ATTTATGTAA TCGGGGGCGA TAATCCTAAT
GAACCATCCT TGCCAACTAA ATGCCCACGC TGTGGAGCAG ATTATAGATC AAAAATGGTT
AGTTCTCCTC TCAGGAATCA CCGTACAGGG TTTCAAAAGG CATGCCAGGT ACTGGCCAGT
GCGCTTTTTA GGGAAATGAA TCCGTTTACT GATAATCAAT CATTCCGTAA ATTAGTGGTT
TTTTCGGATA GTCGTCAGGA TTCAGCCAAG TTGGCGGCAG GTATGGAGCA AGACCACTTT
CGAGATATGA TTAGACTGGC TTTATTACAG GCAATTTCGA AGTATTGGAT GGAGTTTGCG
GCATTCTGGA GAACCACTGT TAAGGTAATG CCTCAGGTAG CACATAAGAT TCAGGAGATT
AATCCTGAAT TGTATTCTAC AGTAATAGAA CCTCAAAAAA CGGAAGATGA GGTGCACAGG
TACAGATTTC AAAAAAGTCA TATCCAAATG ATGAGCGAAA TTATGAACTG GTCCTTAGGT
ATGAACCCAA CCAATCTAGA TGTCTATAAC ACTATGTTAA AAATGATCAA ATTCTATCCG
GGTAAAGTGC CTCTTTTTGA ACTTAGAGGA GTAATACGCG AAATAATGCT GGGACTGGGG
ATGAATCCGG GTGGTAATGA ATATCGAGTG AATACCTACT ATGTGCAGGA AGGGGGAAGG
GGCAAACCCC ATGCTTGGCA TGAGTGTTAT AATTGGAACT CTTCTGAAGC TCAGGAAAAG
GCCCAACTGG TACCAGAGGC CCGAAGATTG CTTGGTTTAA TGGATAATTG CTTGGCTGAG
GAAGTTATGC ATGTACTTTT CCCTCATGTT GCTCGTACCT TTGAAGGATT GGGCCAAGGT
TGGGTGACCT ATGAAGAAAC AACCAATGCT ACTGATTTGA TAATACAGGC GACCAATTCA
GCCATACGTC TTTTAGGGGG GCGAAAAACT CACCGTTATC AAAGAGGTTA TAAAGCAGGT
TCCGAAACTA AATTACCGCG TTATGTCTCC AACTATCTTT CGGTCATTGG AGTTTCTGCA
GCAGAGGTTG AAACAGAAAT GGTCCATTCA AAAGCCGGCA TGGGAGGGTT ATCTTCGTTA
GGACTGGATC CTGATTACCT TTATCTAAAC CTTTCTCATT TTGATCATGA AGAAACTCGG
CCTCAAGGCT GGCGATGTGT GACTTGTAAT GCTTTTTATC TTCAACCCGC AGGTGGCTTT
TGCCCGGAAT GTGCTTCGCA AAGGCAGTCC CACAGGTTAG TTCCCAGTAA TCCGCAATCC
CATTTGGACT ACTATTTATA TCTTGCTTCT CAATCAGGGC CGGCATTTAG AATGCATTGT
GAAGAGTTAA CCGGACAAAC CGATTATATA GACAGGATAC GAAGGCAACG GTGGTTCCAA
GATGTTTTTG TGGAGGATGA AATACCATTG GTGCACGGGG TGGATTTGCT TAGTGTGACT
ACAACAATGG AAGCAGGGGT AGATATTGGG CCTCTTTTAG CTGTAATGAT GGCGAATATG
CCACCCCGAA GATTCAATTA TCAACAGCGG GTAGGTCGAG CCGGGCGTAG GGGGAGTGGT
TTATCAATTG CATTAACCTT TTGTCGGGGG CGCAGCCATG ATGATTACTA CTATGAAAGA
CCTGAACAAG TTACCGGTGA TCCCCCGCCA TTGCCGTATG TTGATATGAA TAATGAGAAG
ATTATTCGTC GGGTCCTAAT CAAAGAAGTA TTACGTATGG CATTCCGTTC ATTACCAGAT
GATATATTCC CACCAGACCC GAGAGACAGT GTACATGGGG AGTTTGGTTC TGTTGAAGAT
TGGCCGGGTG TATCAGGAGA GATCCAAAAC TGGATTCATA ATCCGGAGAA CGAGGGGAAA
ATTGTTGATA TTTTTCGGGC CCTTACTCAG GGCACCCTCT GGGATTCATC AACGAAAAAT
CATGAGATGT TTTTGACACA AAATATAGTC TCCTTGCGTA AGGAATTGGT TAATGCAGTC
TCAGAGGTTA CCCAAAGTCC ATATTATACA CAGGAGTTCC TTAGCGAGAG ACTGGCTAAT
GCCGGCTACT TACCAATGTT TGGGTTTCCA AGTAGAATTC GTAATATGTA TACTCGGTGG
CCTTCTAACG CTAATCCCTG GCCACCATCC AGCGGGTTGA TAGATAGAGA TCTGGAAGTT
GCTATAAGTC AGTTTGCTCC TGGGTCCCAA CTGGTCAAAG ATAAAGCCGT ACATACAGCA
TGTGGTGTTG TAGATTTATA CCCCAAGGGC AACCAAGTGG CATCTAAACC GGGATTTATT
CCCGATCTTA TCGAAGGCAA TCCTAGCCCG GTTGGAATAT GCGGACACTG TCAAGCGGTA
ATGTATCTTC CTGGAACTGC CATTACAGCT CTGGGGGGCA GAACCCCAGA GGTAATTCAA
TGCCCCGTTT GTTCAGCGGT AGAAATGAGG CGCCTTGACG CTCGTGAACC CAAAGGCTTT
TTTAGCGATT TGACACCTGG AGATTTTGAG GGTGTTTTTG AATGGGTACC GAATTCCACG
CGTCCATTTC TGGCAATAAA GGCGGATAAC CCCCACCCTA TACACGTCAA CAATGTGTGT
ATTTCCTCCT TTGCTGATGA GATTATTTCT ATTAATGACG ATGGCGGTAA GGGCGGTTTT
GATTTTCAAC AGGCTAAAGT ACATAACCGA TCTATACCTG GGGCTTATGC TGTATCACCG
GCGAGCGATC TTTTCATAAA AGTAAACGGA CCAGCTTGGA GAATTGCCCT GCTGGCGAAG
AGATACACTG ATGTGTTACT TGTGGATTTA AACCATTGGC CAGAAGGTAT ATTTGCTGAT
CCTACCACTG TCGAGGGTAG GGCAGCCTGG TATTCTTTTG CATTTACTTT GAGGATGGCT
GCCGCAGTGG AGTTAGATAT AGATACGACA GAATTGGATG CTGGATTTCA AGTTAAGAAC
CGGGAAGGAT TCCCGGTTGG CTTGGCTTTT CTCTGTGACA AATTAGAGAA CGGAGCCGGT
TATTCCAGGT GGTTGGGGAG TGAAACAAGT TTTCATAAAC TTCTGCGACA AGGATTTTTA
ACCGAACCTA GTAGTATGGC CACGCATTGG ATGGAACACA AACATAAAAG TGCCTGTGAC
ACTTCATGTA ATCTGTGTTT AAGAGATTTT TATAACTCTA TGTATCATGG ACTTTTGGAT
TGGAAGCTAG GATTAGATAT GTTGCACCTG GCTAGTGACC AGAATACGTC CATTGACCTC
ACATCTTCCT GGGGGAATTA TGATAATCCG TGGACCAGTC TAGTTAATGG TGATACATCG
AAAATTGCTG TTACCATGCA AAACCTTGGT TACCAACCCC CAACAAATAT TGAAGGCCTA
AATGTTTATA TTCATCGTTC CCGTCCCCAG GTCTGGGTTG AGAGACACCC TCTTTGGACA
GATAGTCATT CTGTTTACCA GACCGTTTAT TATGAAATCA GTAGTAAATA TCGACAACAT
ACCATTAAAC CTATGAATCC TTTCATGGCT ATTAGGAGAC CAGCAGATTT TGTTTAG
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| Protein sequence | MYIESAFPLR YEILNQERSS ILSQTGFLSQ PPLLETLPIY PSSGKSLELA CRHLPREYRD
LPNLAKNLFP EGMELYQHQL AALGEVIMNR RDIVVTTGTG SGKTECFLLP ILAELVKDSI
SWPQCHQPPP NRKWWRKDGT SSGNRVGQFE HSARNKVNTH AVRAMILYPL NALVEDQLRR
LRVTLDSPGV HQWMDEHRGG NRILFGRYTG LTPVSGWPSN KNALNRLVSR LRELDAELLK
VANLDEDIQY YFPNMDGGEM WSRWDMQETP PDILITNYSM LNIMLMRRIE EQIFDKTRNW
LAQDRANKFF LVIDELHSYR GTPGTEVGYI LRLLLDRLGL NINSEQLVII ATSASITDSL
ESRKFLREFF GRDRFRIISG SEILPPKGSR YSIKKWADHL SVFRRRVEPD IMDPMIPPNP
GDPESQKAME ELAIIMGADT SYNTTPDAML AKALFDNGIP EAVRDACHAI HGSVRPTKIT
ELDKILFPNI KHNGVASDAM IGLLLAMALG KNPETGQSIQ PVRGHLFFHN LQNLWVCSNP
KCSDPSCAET KRFEAMGTQE EVPVGSLHFR HRLTCTCGGR VLDLIVCEVC GEVFLGGYRV
SRKINSTRFE ILTSDQPDLE KMPDQTSVLK TYEKYAVFWP IQKGTEVKPE DEQYQVNNIV
RRWKAGRLNV FSGVLRQDNK APDDNEVGGW IYVIGGDNPN EPSLPTKCPR CGADYRSKMV
SSPLRNHRTG FQKACQVLAS ALFREMNPFT DNQSFRKLVV FSDSRQDSAK LAAGMEQDHF
RDMIRLALLQ AISKYWMEFA AFWRTTVKVM PQVAHKIQEI NPELYSTVIE PQKTEDEVHR
YRFQKSHIQM MSEIMNWSLG MNPTNLDVYN TMLKMIKFYP GKVPLFELRG VIREIMLGLG
MNPGGNEYRV NTYYVQEGGR GKPHAWHECY NWNSSEAQEK AQLVPEARRL LGLMDNCLAE
EVMHVLFPHV ARTFEGLGQG WVTYEETTNA TDLIIQATNS AIRLLGGRKT HRYQRGYKAG
SETKLPRYVS NYLSVIGVSA AEVETEMVHS KAGMGGLSSL GLDPDYLYLN LSHFDHEETR
PQGWRCVTCN AFYLQPAGGF CPECASQRQS HRLVPSNPQS HLDYYLYLAS QSGPAFRMHC
EELTGQTDYI DRIRRQRWFQ DVFVEDEIPL VHGVDLLSVT TTMEAGVDIG PLLAVMMANM
PPRRFNYQQR VGRAGRRGSG LSIALTFCRG RSHDDYYYER PEQVTGDPPP LPYVDMNNEK
IIRRVLIKEV LRMAFRSLPD DIFPPDPRDS VHGEFGSVED WPGVSGEIQN WIHNPENEGK
IVDIFRALTQ GTLWDSSTKN HEMFLTQNIV SLRKELVNAV SEVTQSPYYT QEFLSERLAN
AGYLPMFGFP SRIRNMYTRW PSNANPWPPS SGLIDRDLEV AISQFAPGSQ LVKDKAVHTA
CGVVDLYPKG NQVASKPGFI PDLIEGNPSP VGICGHCQAV MYLPGTAITA LGGRTPEVIQ
CPVCSAVEMR RLDAREPKGF FSDLTPGDFE GVFEWVPNST RPFLAIKADN PHPIHVNNVC
ISSFADEIIS INDDGGKGGF DFQQAKVHNR SIPGAYAVSP ASDLFIKVNG PAWRIALLAK
RYTDVLLVDL NHWPEGIFAD PTTVEGRAAW YSFAFTLRMA AAVELDIDTT ELDAGFQVKN
REGFPVGLAF LCDKLENGAG YSRWLGSETS FHKLLRQGFL TEPSSMATHW MEHKHKSACD
TSCNLCLRDF YNSMYHGLLD WKLGLDMLHL ASDQNTSIDL TSSWGNYDNP WTSLVNGDTS
KIAVTMQNLG YQPPTNIEGL NVYIHRSRPQ VWVERHPLWT DSHSVYQTVY YEISSKYRQH
TIKPMNPFMA IRRPADFV
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