| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swol_1550 |
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| Symbol | |
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| ID | 4282808 |
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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 | 1770515 |
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| End bp | 1773772 |
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| Gene Length | 3258 bp |
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| Protein Length | 1085 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 638138430 |
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| Product | DEAD/DEAH box helicase-like protein |
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| Protein accession | YP_754224 |
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| Protein GI | 114567070 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | GTGTTTCCGA TTAAACAGAT TTTGGATAAC CGCCGACGTG GCAATGTCGG CGACTACCTG
GCAGAGAACA TTGACAAAAA CGCCAGGCTT TCAATCGTAT CAGCTTACTT CACTATCTAC
GCTTATAACG AATTAAAGGC CCAGCTAAAT AAGATAGAGC AACTGCGATT CCTTTTTGGC
GAACCCACTT TTGTCCGGGA TGAAAACTTT AAGGAGAACC GCCAGTTTAT CATGGAAAAA
ACTGGGCGTG AGAATGCTGT TGCCGGTACT GATGTAGAAA TAAAATTGAA AAACAGTCTC
ACCCAGAAAA ACATTGCCTT GGAATGTTCA GCCTGGATTA GGCAGAAGGT GGAAATAAGA
TCCCTGGTAA AACCCGATTT TCTCCATGGC AAAGCCTATA TTATGCAAAA CCCCGGGGGT
AACGATTCCG CTATTGTGGG TAGCTCAAAC TTTACCGTCA GCGGCCTCGG GCTTAAAGGG
CACTCTAATA TGGAATTAAA CATCGTCAGC AATGAGCCGG AAAACATCAA GGAATTATTG
AGCTGGTTTG ATGAAATCTG GGATCATCCC GATATGATAG AGGATGTAAA GGAGCAGGTC
TTAGAAAATA TATCTCACCT TTTTGTGGAG AACTCCCCGG AGTTCTTATA CTTTGTAACC
ATCTATAATA TCTTCAAATC ATTTGTCGAG GAAATGGATG AAGAGGATAT AATGGGCCAG
CGTACCGGTT TTGCTGATAC TCGTATCTGG AACATGCTCT ATAACTTCCA AAAAGATGGT
GTTATTGGGG CAATTAACAA GCTGGAACAC CATGGCGGCT GCATCCTGGC TGATAGTGTG
GGCTTGGGCA AAACTTTTGA AGCTTTGGCC GTAATTAAGT ATTACGAACT GAAAAATGAC
CGGGTACTGG TCCTGGCTCC TAAGAAATTG CGGGAAAACT GGAGTGTTTA TACCAACAAT
GATGTCCGTA ATATTCTTAG CCAGGATCGT TTTAATTATG ATCTCCTAAA CCATTCCGAC
CTTAGCCGGG AAAGCGGCAA ATCTGGAGAT ATCAATCTGG AAACCTTGAA CTGGGGTAAT
TATGACCTGG TAGTAATAGA TGAGTCGCAT AATTTCAGAA ATAACCCTCC GGTAAAAGGT
CGCTTAACCA GGTATCAAAA ATTAATGCAG CACATTATTA AAGCCGGGGT TAAAACCAAA
GTGCTTATGT TATCCGCTAC TCCAGTTAAT AACCGCATGA ATGACCTCAA AAACCAGATT
GCTTTTATTA TCGAAGGTAA TGACCGGGCT CTGCACACCA GCACCGGTAT TAAAAGCATC
GAGATAACCT TGAAAGAAGC CCAAAAGCGC TTTAAACGTT GGACTGAACT ACCGGATGAT
AGGAGAACTA CCGAAGCCCT TTTAAACGCC TTAAATTTTG ACTACTTCAC CCTGTTAAAT
ACTCTGACCA TAGCCCGCAG CCGCAGGCAT ATCCAGAGGT ATTATAAAAC TGATGATATT
GGTGATTTTC CCAAACGCCT TGACCCTATA AGTATTAAAG CCGAAATTGA TTTGCAGGGA
GAATTCCCGC AGTTAAAAGC CGTTAATACC TTGATTCGCA AGCTCCATCT TTCCCTTTAC
AAGCCTTTAA GCTATGTTAG GCCTGAACGA ACCAGGGCTT ACAGCAATTT ATATGATATT
GAGTTACAGG GATCAGTTTT CCGCCAGACT GATCGTGAGT TAAGTTTAAT CGGCTTAATT
CGTATTAACC TCTTTAAACG GCTGGAAAGT TCGGTAAATT CCTTTTGCAT GTCGGTAAAA
AGACTATTGA ACAATGTTAA TGCTGCATTG GATATGATAA ATAACTGTAG CGAGGAATAT
TTTAAAGATG CGGATATTAG TGAAATAGAC ATAGATGATC CCCAGTATGA AGATTTACTG
CTGGGTAACA AGGTTAAGGT TTTACTAAAC GATTTAGATC TCATACGCCT GCGGCAGGAT
CTGGAAGAGG ACCAGAAAAA ACTTCAGTAT CTTTATGATG TAGCTAATCA AATTGATGCC
AACCGTGACT CTAAATTGAA AAATTTGATT AAGCTTATTG ATGATAAACA AAAACACCCG
GTAAATGCCG GTAATAAAAA AGTTCTGGTT TTCACTGCCT ATGCTGATAC TGCTCGTTAT
ATTTATGATA ATATTGCGCC CTGGGCGTAC AAACAGCATG GGTTGTATTC AGCTCTGGTA
ACCGGTACTG ATGCCGGACG TACTAATATG AAAGGTATAA GAAGAGAGTA CAATTCTATT
CTTACCAGCT TCTCCCCCTT GTCAAAGTCT CGTACGGAAA TATCACCTGA ACTGGTGGAT
GAAATAGATA TACTAATTGC TACCGACTGC ATCTCTGAGG GACAAAACCT GCAGGATTGT
GATTATCTGC TTAATTACGA TATTCACTGG AATCCGGTTC GTATCATCCA GCGCTTTGGC
CGCATAGATC GCCTGGGTTC CCAAAACGAT AAAGTCCAAC TGATTAACTT CTGGCCAAAT
GTTGAATTGG ACGAGTATAT AAATTTGGAG GCGCGGGTTT CAAATCGCAT GGTGCTGATG
GACGTCTCTG CTACCGGTGA AGAGAATCTG ATTAAATTTA GCGAGAAAGA CCTGATGAAT
GATTTGGAGT ACCGCCGCCA ACAGCTACAG CAGCTGCAGA ATCAGATCCT GGACATGGAG
GATTTATCCG GAGGCATATC TATCACTGAT TTAACCCTGG ATGATTTCCG CATGGATTTA
ATTCGCTTTA TGAATACCAA CCCCGGAAGA TTAGAAAAGG CCCCCACCGG CCTCCATGCC
CTGGTACCAA TCAAACCCAA ACTACAAGAA GAGGCAATCC CTGGAATCCT ATTCTGCCTT
AAGCAAACCG ACAGCAGCGA CCGGGAGCGG CAGGCCAATT CCCTGCATCC CTATTATCTG
GTCTATATCG GTGATGAGGG TACCATCCGT TATGCCCATA CCCAGCCTAA GAAAATCCTG
GATATCTACA AGGGACTATG TGCCGGAGAG CAGGATATAT ATAAGGAACT ATGTGACACT
TTTAATAGTG AAACTGGCGA TGGTGCCAAC ATGCATAAGT ATTCGCATTT ACTGGAAACC
GCGGTTAACA GTATTATCGG CATCAAAGAG GAAAAGGGCA TAGAATCATT GTTTACCCTG
GGAGGAACCA GAATACTTGA TGAGCAATTG CATGGCCTGG ATGATTTTGA GTTGATTAGT
TTCTTAATTG TAAGGTGA
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| Protein sequence | MFPIKQILDN RRRGNVGDYL AENIDKNARL SIVSAYFTIY AYNELKAQLN KIEQLRFLFG
EPTFVRDENF KENRQFIMEK TGRENAVAGT DVEIKLKNSL TQKNIALECS AWIRQKVEIR
SLVKPDFLHG KAYIMQNPGG NDSAIVGSSN FTVSGLGLKG HSNMELNIVS NEPENIKELL
SWFDEIWDHP DMIEDVKEQV LENISHLFVE NSPEFLYFVT IYNIFKSFVE EMDEEDIMGQ
RTGFADTRIW NMLYNFQKDG VIGAINKLEH HGGCILADSV GLGKTFEALA VIKYYELKND
RVLVLAPKKL RENWSVYTNN DVRNILSQDR FNYDLLNHSD LSRESGKSGD INLETLNWGN
YDLVVIDESH NFRNNPPVKG RLTRYQKLMQ HIIKAGVKTK VLMLSATPVN NRMNDLKNQI
AFIIEGNDRA LHTSTGIKSI EITLKEAQKR FKRWTELPDD RRTTEALLNA LNFDYFTLLN
TLTIARSRRH IQRYYKTDDI GDFPKRLDPI SIKAEIDLQG EFPQLKAVNT LIRKLHLSLY
KPLSYVRPER TRAYSNLYDI ELQGSVFRQT DRELSLIGLI RINLFKRLES SVNSFCMSVK
RLLNNVNAAL DMINNCSEEY FKDADISEID IDDPQYEDLL LGNKVKVLLN DLDLIRLRQD
LEEDQKKLQY LYDVANQIDA NRDSKLKNLI KLIDDKQKHP VNAGNKKVLV FTAYADTARY
IYDNIAPWAY KQHGLYSALV TGTDAGRTNM KGIRREYNSI LTSFSPLSKS RTEISPELVD
EIDILIATDC ISEGQNLQDC DYLLNYDIHW NPVRIIQRFG RIDRLGSQND KVQLINFWPN
VELDEYINLE ARVSNRMVLM DVSATGEENL IKFSEKDLMN DLEYRRQQLQ QLQNQILDME
DLSGGISITD LTLDDFRMDL IRFMNTNPGR LEKAPTGLHA LVPIKPKLQE EAIPGILFCL
KQTDSSDRER QANSLHPYYL VYIGDEGTIR YAHTQPKKIL DIYKGLCAGE QDIYKELCDT
FNSETGDGAN MHKYSHLLET AVNSIIGIKE EKGIESLFTL GGTRILDEQL HGLDDFELIS
FLIVR
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