| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swol_1078 |
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| Symbol | |
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| ID | 4281567 |
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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 | 1230384 |
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| End bp | 1234787 |
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| Gene Length | 4404 bp |
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| Protein Length | 1467 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 638137947 |
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| Product | Ig-like domain-containing protein |
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| Protein accession | YP_753759 |
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| Protein GI | 114566605 |
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| COG category | [N] Cell motility |
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| COG ID | [COG5492] Bacterial surface proteins containing Ig-like domains |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGACTGGTA ACAAAATCAA TGGGATTACC CGCTTTTTGA AAAGAAAAAG AAGTTTTTAT
CCCGTCCTGC TGGCCATGAT ATTTCTGTTA AATACTTCCA TAGCTGCTTA TGCACTACCA
GTAGAGGCTC CAACCGCTGA CCCGCCAGCG GGAACTTATG GTGGAAAGCA AAATGTTGAG
TTGAAAACAG AAACCGTAGC AGCATCGGTT TATTATACGA CTGATGGTGC TGATCCAACA
ACTTCCAGCA CTCTGTATAC CAATCTGATA GAAATACCAT CCAACATGAC CATTAAAGCT
ATTGCTACGG ATGGTACAGA TAGTAGCTCG ATATCAACAT TTGAATATGT ACTTTTTGCC
GGCGGTGACG GTAGCGTGGA TAACCCCTAT CAGGTTGCAA CGGCCGAGCA ACTTAACAAT
GTAAGGTATC ATCTTGATAA GCATTTCATC CAGACAGAAG ACATCAACCT AAATATTGCA
CCTTATAATG AGGATACGGG TTGGGAGCCT ATCGGCAATG AGTGGTATCA ATTTACCGGT
ACATTCGATG GCAATGGCAA GATTATTAGC AAACTTACTA TAAAGAGTAC TGGGCGTTAC
GTAGGTTTGT TTGGTTTTAC CAACGGTTCC CATATCAAGA ATGTGAAGTT GGAGAATGTA
AATGTAACTG GTGATTATCA AGTCGGTAGT CTGGTGGGAG ACAATAAATA TGGTGAGATC
ACCAACTCCT ACGCTACCGG TGCTGTAACA GGTACCGACC ATGTCGGCGG ACTGGTGGGA
GAAAATTATT TTGGTACGAT CACCCGCTCT TACGCTACCG TTACTGTAAC AGGTACCAAC
TATGTCGGCG GACTGGTGGC ATCCAATGAT TGTGGTGAGA TCACCAACTC CTACGCTACC
GGTGCTGTAA CAGGTACCGA CCATGTCGGC GGACTGGTGG GAGAAAATTG GGGTACGATC
ACCTGCTCTT ACGCTACTGG TGCTGTAACA GGTACCCACT ATATCGGCGG ACTGGTGGGA
GACAATAAAT ATGGTGAGAT CACCAACTCC TACGCCACCG GTGCCGTAAC AGGTACTAAC
TATGTCGGTG GACTGGTGGG GTGGAATGGT GATAGTACAA TTTCCTACAC TTATGCTACG
GGCACAGTTA AGGGTACAAG CGATGTCGGC GGTTTGGTGG GGATAAATGA CCAGGGTACG
GTCTCTAAAA GTTATTGGGA TACTACTATA TCAGGGACAG CTTTCTCTGC CGGCGGAGAA
GGCGTCGCAG GTAAAAGCAC AGAGGATATG AAACTGCAAG GAACTTATGT AGATTGGGAT
TTTGCAGATA TTTGGAATAT TAAGGATGGC AAGAACGACG ATTATCCTTT TTTGAAAAAT
AATCCCCCTG GTTCTTTCGT GAAATCCACT ATAACCGTAG CTGATGTAGT AGGCGGGACA
GCGACAGTAA AAACTAATCC GGCTCTCGAA GCAGCTGAAG GTCTAACCGT AACCGTTAAC
ATAGCCAATA TAGAAGCCGG CAAACGGTTT AAGTCAATCA CTGTTATCGA TGTATATAAT
GAAGCAGTAA CAATAACCAC AGTAACCGCG GGAAAAAGCT ACACCTTCAA CATGCCGGCC
AATGACGTAA CCGTAACTGT TGAAGTGGAG CCCATACTTT TTGCCGGCGG CAGCGGAACG
GAGGAGGATC CCTATCAGGT CGCAACAGCC GTACAACTTG ACAGTGTGAG ATATCTTCTC
GATAAGCATT TCAAACAGAC AGCAGATATC GATCTGAGCA GTTATAATAC TGGTCTGGGT
TGGGAGCCCA TCGGTGATTG GGACTCTCCA TTTATCGGTG CATTCGACGG CAAATATAAT
ACCATTAGCA ACCTTACTAT TAACCGGAGT ACCACGGATT ACGTAGGTTT GTTTGGTTTT
GCTGAGGGTG CCCAAATCAA AAATGTAAAG TTGGAAAATG TAAATGTAAC TGGTTCTGAA
GGTGTCGGCG GATTGGTGGG GGAAAATAGT GGTACGATTA CCAACTCCTA CGCCACCGGT
GCTGTAACCG GTGTTAATTA TTATGTCGGC GGACTGGTCG GATGGAATTA TGGTGAGATC
GCCAACTCCT ACGCCTCTGG TACTATAGCC GGTACCGAAG ATGTCGGCGG ACTGGTGGGT
GGGAATGATG GTGAGATCAC CAACTCCTAC GCCTCTGGTA CTATATCCGG TACCGAATAT
GTCGGTGGAC TGGTGGGGAT AAATATAGGT GCAATTACCA ACTCCTATAC TACCGGTGCT
GTAACAGGTA CAGGAAATAT TTTCGGCGGA CTAGTGGGGA TAAATAACCA AGGTACTGTC
ACTAATAGTT ATTGGGACAC AGATACATCA GGGACGAAAT CATCTGCCGG TGGAACAGGC
AAAACCGAAG CGCAAATGAA ACAGCAGGAA ACTTATGAAG GTTGGGATTT CATAGATATT
TGGAATATTG AGGGTAGCAG GAACAACGGT TATCCCTTCC TGAAAAATAA TCCCCCTGTT
GAGACTCTGA TAAGCATAAC CTCTCCTTCT GCCATAACCG GCATAGCCAA CGGCACCACC
AAAACAGCGG CAGCCCTGGG ACTGCCGGCC AAAGTGACCC TGGTTACCAA TGGCGGAAAT
GCAGAGGCCG ATGTAAGCTG GGATGTAGCC GCCTGTTCCT ATAACCCGGC TGTAACTACC
GAGCAGACCT TCACCGTAAG CGGAACCGTA ACTCTTCCGA CGGGGGTAGT AAATCCCAAT
AGCGTACCCC TGACTACCAG TATCAGTGTA ACTGTTAACG CGAGGCCTTC TCCCCCACCC
CCGTGGTACC CGGTAAGCGG AGTAACCCTG GATAAAAGTA GTTTAACCCT GGAAGTAAAC
GGCCCTGCTC AAAAACTAGC AGCAACGGTG CAACCCTCCT ACGCTAGTAA TCCCTATGTC
TACTGGAATT CCAGCGATAC TGAAGTAGCC AGGGTTGACT ATACCGGACT GGTAACCCCG
GTAGCCCCGG GGCAAGCTAT AATTACGGCA ACTACTTCAG AAGGGGGAAA AACTGCCAGC
TGTACGGTGG AAGTCCTTGC CAGGATAGAA GGAATAAAAC TGAACAAAGC CAGCACCACG
ATTACAGAAG GCAATAGCGA AACTTTAAAA GCTACTCTAA TCCCGGAAAA TAGCAAGCAG
AACATAAGCT GGTCTTCCGA TGACAGCAGC ATAGCAACTG TTGACAGCGA GGGTTTGGTG
ACCGGTATAA GCCCGGGAAC TACTTTCATT ACTGTTAGGA CCGTGGAGGG AGATTTTAGT
GCCAACTGTA CAGTAACAGT GATGGCAACC ATAACTGCCA CTGCAGAAGA AACCATAGTC
TTGCACGATG AACCGGTAAG TATCAATATT CCCCCCGAAG TCGAGGCTAC GATTGAGGTT
ACACCAGGCA GCACAATGCC TCAGGTGAAT ATCAACAGTT CCACTGCCCT GGGTACAGTT
GAAATACAAA TACCTGAAGG AACTATCGCC AGCAGTCCGG ATGACTGGGA TGGAACTCTT
AAGCTGCCTA CGATAAGCAG TCAGCCCAGT GTTAATATAA ATGGTGCCAG TCAGGTTAAT
ATGGTTATTG TACTGGGTTT GGAGGATGAG CAGATCAGCT TTTCCCAGGC GGTAAGAATA
CTTATTCCCG GTCAGGCTCA ACAGCAGGTG GGCTATATTA GAAATGGAGT ATTCACCCCT
ATTACCCGTA TCCTCTCTGC CGATCGCCAG GATGTTGCGG ATAGCGAGAT TCCTGCTGAT
GGAGATGGTA AAATTGATGT TGACTCTGAC CTGGCAGTAT GGACCAAACA CTTTACTGAA
TTTGTAACTT ACACCCCTAT AAGTAATCCT GAGCCTGTCA GTTATACTGT AAGCCTGAGC
AGTAATTACG CCAAAGCAGG GACCGTGAGT GGCGATGGGA CATTTTACGG TGGTAGCTTA
ATCACGGTAA GAGCCCAGGC CCAAAGTGGA TATGTTTTTG ATAACTGGAG TGAAAACGGC
TGCATGCTTA GTCGAGATAG TGTCTACAGC TTTAACCTGG GTAACAGTAG TCGCCAGTTG
CAGGCTAACT TCGTACGGGA ATTCCAGGAG ATATCAATTA CAGATGCTAC TAAACCACGG
ATTATCACTT TTTCCCACCC AGTTTTACCA GGTGAACAGA ATCTTGGCAA TATTTACGTG
GCTACTGATA TTAACGGGGA TAATAAAGTT GAGGGGGTAA TCGTTGCAGG GGTATCCGGC
AATAACTGCC AGATATCGGT TAAGCCCCCT GGTGGCCAAT GGTTAGCCGG GGCAAGCTAC
TACTTGATAC TGGAACCTGG CTTGCAATCA GCTTTAAATA AAACCCTGGG TATAAGGACG
AGAATGAAGT TTACTGTGGA ATAG
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| Protein sequence | MTGNKINGIT RFLKRKRSFY PVLLAMIFLL NTSIAAYALP VEAPTADPPA GTYGGKQNVE
LKTETVAASV YYTTDGADPT TSSTLYTNLI EIPSNMTIKA IATDGTDSSS ISTFEYVLFA
GGDGSVDNPY QVATAEQLNN VRYHLDKHFI QTEDINLNIA PYNEDTGWEP IGNEWYQFTG
TFDGNGKIIS KLTIKSTGRY VGLFGFTNGS HIKNVKLENV NVTGDYQVGS LVGDNKYGEI
TNSYATGAVT GTDHVGGLVG ENYFGTITRS YATVTVTGTN YVGGLVASND CGEITNSYAT
GAVTGTDHVG GLVGENWGTI TCSYATGAVT GTHYIGGLVG DNKYGEITNS YATGAVTGTN
YVGGLVGWNG DSTISYTYAT GTVKGTSDVG GLVGINDQGT VSKSYWDTTI SGTAFSAGGE
GVAGKSTEDM KLQGTYVDWD FADIWNIKDG KNDDYPFLKN NPPGSFVKST ITVADVVGGT
ATVKTNPALE AAEGLTVTVN IANIEAGKRF KSITVIDVYN EAVTITTVTA GKSYTFNMPA
NDVTVTVEVE PILFAGGSGT EEDPYQVATA VQLDSVRYLL DKHFKQTADI DLSSYNTGLG
WEPIGDWDSP FIGAFDGKYN TISNLTINRS TTDYVGLFGF AEGAQIKNVK LENVNVTGSE
GVGGLVGENS GTITNSYATG AVTGVNYYVG GLVGWNYGEI ANSYASGTIA GTEDVGGLVG
GNDGEITNSY ASGTISGTEY VGGLVGINIG AITNSYTTGA VTGTGNIFGG LVGINNQGTV
TNSYWDTDTS GTKSSAGGTG KTEAQMKQQE TYEGWDFIDI WNIEGSRNNG YPFLKNNPPV
ETLISITSPS AITGIANGTT KTAAALGLPA KVTLVTNGGN AEADVSWDVA ACSYNPAVTT
EQTFTVSGTV TLPTGVVNPN SVPLTTSISV TVNARPSPPP PWYPVSGVTL DKSSLTLEVN
GPAQKLAATV QPSYASNPYV YWNSSDTEVA RVDYTGLVTP VAPGQAIITA TTSEGGKTAS
CTVEVLARIE GIKLNKASTT ITEGNSETLK ATLIPENSKQ NISWSSDDSS IATVDSEGLV
TGISPGTTFI TVRTVEGDFS ANCTVTVMAT ITATAEETIV LHDEPVSINI PPEVEATIEV
TPGSTMPQVN INSSTALGTV EIQIPEGTIA SSPDDWDGTL KLPTISSQPS VNINGASQVN
MVIVLGLEDE QISFSQAVRI LIPGQAQQQV GYIRNGVFTP ITRILSADRQ DVADSEIPAD
GDGKIDVDSD LAVWTKHFTE FVTYTPISNP EPVSYTVSLS SNYAKAGTVS GDGTFYGGSL
ITVRAQAQSG YVFDNWSENG CMLSRDSVYS FNLGNSSRQL QANFVREFQE ISITDATKPR
IITFSHPVLP GEQNLGNIYV ATDINGDNKV EGVIVAGVSG NNCQISVKPP GGQWLAGASY
YLILEPGLQS ALNKTLGIRT RMKFTVE
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