| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swol_1076 |
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| Symbol | |
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| ID | 4281565 |
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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 | 1223823 |
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| End bp | 1229636 |
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| Gene Length | 5814 bp |
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| Protein Length | 1937 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 638137945 |
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| Product | Ig-like domain-containing protein |
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| Protein accession | YP_753757 |
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| Protein GI | 114566603 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.659713 |
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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 | ATGACTGATA ACAAATTCAA TGGTATTACC CACTTTTCGA AAGGAAAAAG GAGTTTTTGT
ACCCTCCTGC TGGCTATCAT ATTTCTGTTA ACTACTTCCA CAACGGCTTA TGCAGTAAAG
GCTCCCACCG CTAACCCACC AGCGGGAACT TATGGTGGAA AGCAAAATGT TGAGTTGAAA
ACAGAAACCG TAGCAGCATC GGTTTATTAT ACGACTGATG GTACTGAGCC GACAACTGGC
AGCACTCCGT ATACCGATCT AATAAATGTA GCATCTAACA TGACCATTAA GGCTTTTGCG
ATGGATGGCA CAGTTAGCAG TGAGGTATAC GCATTTGAAT ATATAATTTT TGATGGCGGC
AGCGGCACTG TGGAAGACCC CTATCGGGTC GCAACCGCCG AGCAACTTAA CAATGTAAGG
TATCATCTTG ATAAGCATTT CATACAGACA GCAGATATAA ACCTGGGTAT TGCGCCTTAT
AATGCGGATG AGGGTTGGGA GCCCATCGGC AGTTATTCTC CATATGCCCC ATTTACCGGT
ACATTCGACG GCAACGGCAA GACCATTAGC AACCTTACTA TAAAGCGTAC TGAGAGTTAC
GTAGGTTTGT TTGGTTTTGC TAAAGATTCC CATATCAAGA ATGTGAAATT GGAGAATGTA
GATATTACCG GTCAGGATAA TGTCGGCGGA TTGGTGGGAT ATAATTATTA CGGCACGGTA
ATCAACTCCT ACGCCACCGG TACCGTGAAG GGTTCAAAGT ATGTCGGCGG ACTGGTGGGA
CAAACTTTCT ATGGCACGAT CACCAATTCT TATGCTACGG CTACCGTAAA CGGTACAAAT
CAGGTCGGCG GACTAGTAGG CCTCAATGAT AATGGTATGA TCAGTGAGGC CTACGCCACC
GGTGCGGTGA CCGCTGGCAC AAGTACTGCC GGCGGACTGG TGGGGGACAA TTTTGGTACG
ATCACCAATT CCTACGCCAC CGGTGCGGTG ACGGGGATAA ACGCTGGTGG CCTGGTGGGA
GTAAATCATC AGGACGATGT CGTCTCCAAC AGTTATTGGG ACATAGATAC CTCAGGGATG
AAATCATCTG CCGGGGGCGA AGGCAAAACC ACAGCAGAGA TGAAACTGCC GGAAACCTAC
GTGGGTTGGG ATTTCAAGGA TATTTGGGGT ATTGAAGGCA CCAGGAACAA CGGCTATCCG
TTCTTGTTAT ACAATGCAGC AGCTGCTCCA AGTGCTAATC CACCAGCGGG AACTTATATT
GGAACCCAAA ACGTTACCTT AGCTACCGCA ACCGGAGGAG CAACGATTTA CTATACTACG
GATAACAGTG AGCCAACAAC CAGTAGCCAT CAGTATACGA CTGCGATAGA AGTAAGCTCA
AATACGATCA TTAAAGCTAT TGCGGTAAAA GATGGTATGG ATAATAGCCT AATATCCACC
TTTGAATATT TCTTTTTCGC CGGCGGCAGC GGCACTGAAG CAGATCCCTA TCAGGTAGCC
ACACCGGAAC AACTCAACAA CGTGCGCAAG CATTTGGATA AGCATTTCAT ACAGACAGCA
GATATCGATC TGGGTGTTAC GCCTTATAAT GAGGGTGAGG GTTGGGAGCC CATCGGCAAT
GGATCCTCTT TATTTACCGG CACATTCGAC GGCAACGGTA GGATCATCAG CAACCTTACT
ATTAATCGGA GTACTACGGA TCACATAGGT TTATTTGGTA GTACCGGGGA TACTGCCAAA
ATTAAGAATA TAAAGCTCAA TAATATAGAT ATAAAAGGTC AAACCAGGGT CGGCGGACTG
GTGGGATATA ATGCAGGTAC TATTGCTAAT TCTTACGCGG CGGGTATTGT TAAAGGTACA
AATAAACTTG TCGGTGGTCT GGTGGGATTC AATTACTATG GTACGATTAC CAACTCTTTT
ACTACGGGTG CTGTAACAGG TACACAACTT GTCGGTGGTC TGGTGGGATC CTATTACTAT
GGTACGATTA CCGACTCTTA TGCCAAGTGT GCCGTAACCG GCACAAATTA TATCGGTGGT
CTGGTGGGAT CCAATTACTA TGGTACGATT ACCAACTCTT TTACTACGGG TGCTGTAACA
GGTACACAAC TTGTCGGTGG TCTGGTGGGA GAAACAACTC CCGACATAAG GTTCGTCTCC
AACAGTTATT GGGACATAGA TACCTCAGGG ATGAATTCAT CTGCCGGCGG CGAAGGCAAA
ACCACAGAAG AGATGAAACT TCCGGGAACT TATGTAGGTT GGGATTTTAC AAATACTTGG
AGCCTTGAGG CGGGCAAGAA CAAAGGCTAT CCATTCCTGA AAGATAATAC ACCAATTGCA
GCTGCTCCAA GTGCTAATCC ACCAGCGGGA ACTTATATTG GAACGCAAAA TATTACCTTA
TTTACTGCAA CCGAAGGAGC AACGATTTAC TATACTACGG ATAATAGCCA GCCCACAACT
GGTAGCCCTC AGTATACGTC TGCGATAGAA ATAAGTTCAA ATACGATTAT TAAAGCTATT
GCGGTAAAGG ATGGCCTGGA TAATAGCCCG GTATCCACAT TTGCATATGT AGTAATGTTT
GCCGGCGGTG ATGGCAGCGT GGATAATCCT TATCAGATAG CCACGCCGGA ACAACTTGAC
CATGTGAGGA ATTACCTTGA TAAGCATTTT ATACAGACAG CAGATATCGA CCTGAATGTT
GCGCCTTATA ACGCTAATGA AGGTTGGAAG CCCATCGGCG AGGAGGGTTT TGAATTTAAG
GGTACATTTA ACGGTAACGG TAAAACCATC AGCAACCTGA CTATCAAACG GAGTTCGGGG
GGGGGTGTAG GTTTGTTTGG TTTTACCAAG AATACTGCCC AAATTAAGAA TGTAAAACTG
AGGAAAATAA ATGTTACCGG TGGTTACAAT GTCGGCGGGC TGGTGGGATA TAATTATGGT
ACGATAACTA ACTCCTACGC CACCGGTGAT GTAACGGGTA TAGAAAAGGC GGGTGGACTG
GTAGGATATA ATCAAGGTAA TATTGCTAAT TCTTACGCTG CGGGTATTGT TAAAGCAAAT
GATTGTGGCG GGCTGGTGGG ATATAATTTG GGTACGATTA ATAACTCTTA CGCTAGGGGT
GCAGTGCACG GCGATCATTT TGTTGGTGGA TTAGTGGCGA CAAATTATAA CGCTGAAAAC
GTTAAAAAAA GTTATTGGGA CACTACTACA TCAGGGAGAG ATTCCTCTGC CGCCGGAATA
GGCAAAATTA CAACAGATAT GAAGTTGCAA GGAACTTATG TAGATTGGGA TTTTACAAAT
GTTTGGAATA TTGATGACAG CATGAACGAC GGTTATCCTT TCTTGAAAAA TAATCCCCCT
TACACTACAC CAGCAACCAA ATATTCTATA ACTGTAGCTA ATGTAGTAGG CGGGACAGCA
ACTATAACAA CTAACCCGGT TACCGAAGCG GCAGCAGGAG AAACCGTAAC CGTTAGCATA
GATGGTATAG AACCGGGCAA ACAGTTCAAG TCCATCACTG TTACCGATAC CGACGGTGGA
GCAGTAACAA CAACCGAAGT AACAGCAGGC AGCAGATACA CCTTCACCAT GCCGACCAAG
GCGGTAACCG TAATTGTTGC AGTGGAAGCA ATACCAATAG TAAGTGCTAC CATCAATCCC
ACTACCATAA CATTTAACAA AAATTTGGAA GCCCCGGCTG ATGTATCTAC CACTATTAAC
TGGAACTCGG CTACTAGTGT AACTGTAGTT AAACAAGGTA ATGCGACTTT AACAGCAAAT
GCTGATTATG TCATACAAGG TAATACCCTG ACCATTAAGA AGGAATACCT GGCAACCCAG
GAAACCAGCG CGCTGGCGCT GACGGTGGAG TTTAATAAGG GCAATGCGGC AACACTGATT
ATCACCATAT TGGATACGAT ATCGACAGAT AAAGCCCTGA TAAGCATTAC CGCACCTTCT
GCTATAACCG GCATAGCCAA CGGCGCCGAC AAGACAGCGG 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 AAGTCCTGGC 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 ATGGCTGGGA TGGGACTTTT AAGCTGCCTA CGATAAGCAA TCAGCCCAGT
GCTATCATAA ATGGTGCCAG TCAGGTCCAT ATGGTTATTG TACTGGGCCT GGAGGATGAG
CAAATCAGCT TTTCCCAGGC GGTAAGAATA CTTATTCCCG GTCAGGCTCA GCAACAGGTG
GGCTATATTA GAAATGGAGT ATTCACCCCT ATTACCCGTA TCCTCTCTGC CGATCGCCAG
GATGTTGCGG ATAGCGAGAT TCCTGCTGAT GGAGATGGTA AAATTGATGT TGGCTCTGAC
CTGGTAGTCT GGACCAAACA CTTTACTGAA TTTGTAACTT ACACCCCTAT AAGTAATCCT
GAGCCTGTCA GTTATACTGT AAGCTTGAGC AGTAATTACG CCAAAGCAGG GACCGTGAGT
GGCGATGGGA CATTTTACGG TGGTAGCTTA ATCACGGTAA GAGCCCAAGC CCAAAGTGGA
TATGTTTTTG ATAACTGGAG TGAAAACGGC TGCATGCTTA GTCGAGATAG CGTCTACAGC
TTTAACCTGG GTAACAGTAG TCGCCAGTTG CAGGCTAACT TCGTACGGGA ATTCCAGGAG
ATATCAATTA CAGATGCTAC TAAACCACGG ATTATCACTT TTTCCCACCC AGTTTTACCA
GGTGAACAGA ATCTTGGCAA TATTTATGTG GCTACTGATA TTAACGGGGA TAATAAAGTT
GAGGGGGTAA TCGTTGAAGG GGTATCCGGC AATAACTGCC AGATATCGGT TAAGCCCCCT
GGTGGCCAAT GGTTAGCCGG GGCAAGCTAC TACTTGATAC TGGAACCTGG CTTGCAATCA
GCTTTAAATA AAACCCTGGG TATAAGAACG AGAATCAAGT TTACCGTGGA ATAA
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| Protein sequence | MTDNKFNGIT HFSKGKRSFC TLLLAIIFLL TTSTTAYAVK APTANPPAGT YGGKQNVELK
TETVAASVYY TTDGTEPTTG STPYTDLINV ASNMTIKAFA MDGTVSSEVY AFEYIIFDGG
SGTVEDPYRV ATAEQLNNVR YHLDKHFIQT ADINLGIAPY NADEGWEPIG SYSPYAPFTG
TFDGNGKTIS NLTIKRTESY VGLFGFAKDS HIKNVKLENV DITGQDNVGG LVGYNYYGTV
INSYATGTVK GSKYVGGLVG QTFYGTITNS YATATVNGTN QVGGLVGLND NGMISEAYAT
GAVTAGTSTA GGLVGDNFGT ITNSYATGAV TGINAGGLVG VNHQDDVVSN SYWDIDTSGM
KSSAGGEGKT TAEMKLPETY VGWDFKDIWG IEGTRNNGYP FLLYNAAAAP SANPPAGTYI
GTQNVTLATA TGGATIYYTT DNSEPTTSSH QYTTAIEVSS NTIIKAIAVK DGMDNSLIST
FEYFFFAGGS GTEADPYQVA TPEQLNNVRK HLDKHFIQTA DIDLGVTPYN EGEGWEPIGN
GSSLFTGTFD GNGRIISNLT INRSTTDHIG LFGSTGDTAK IKNIKLNNID IKGQTRVGGL
VGYNAGTIAN SYAAGIVKGT NKLVGGLVGF NYYGTITNSF TTGAVTGTQL VGGLVGSYYY
GTITDSYAKC AVTGTNYIGG LVGSNYYGTI TNSFTTGAVT GTQLVGGLVG ETTPDIRFVS
NSYWDIDTSG MNSSAGGEGK TTEEMKLPGT YVGWDFTNTW SLEAGKNKGY PFLKDNTPIA
AAPSANPPAG TYIGTQNITL FTATEGATIY YTTDNSQPTT GSPQYTSAIE ISSNTIIKAI
AVKDGLDNSP VSTFAYVVMF AGGDGSVDNP YQIATPEQLD HVRNYLDKHF IQTADIDLNV
APYNANEGWK PIGEEGFEFK GTFNGNGKTI SNLTIKRSSG GGVGLFGFTK NTAQIKNVKL
RKINVTGGYN VGGLVGYNYG TITNSYATGD VTGIEKAGGL VGYNQGNIAN SYAAGIVKAN
DCGGLVGYNL GTINNSYARG AVHGDHFVGG LVATNYNAEN VKKSYWDTTT SGRDSSAAGI
GKITTDMKLQ GTYVDWDFTN VWNIDDSMND GYPFLKNNPP YTTPATKYSI TVANVVGGTA
TITTNPVTEA AAGETVTVSI DGIEPGKQFK SITVTDTDGG AVTTTEVTAG SRYTFTMPTK
AVTVIVAVEA IPIVSATINP TTITFNKNLE APADVSTTIN WNSATSVTVV KQGNATLTAN
ADYVIQGNTL TIKKEYLATQ ETSALALTVE FNKGNAATLI ITILDTISTD KALISITAPS
AITGIANGAD 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 SSPDGWDGTF KLPTISNQPS AIINGASQVH MVIVLGLEDE
QISFSQAVRI LIPGQAQQQV GYIRNGVFTP ITRILSADRQ DVADSEIPAD GDGKIDVGSD
LVVWTKHFTE FVTYTPISNP EPVSYTVSLS SNYAKAGTVS GDGTFYGGSL ITVRAQAQSG
YVFDNWSENG CMLSRDSVYS FNLGNSSRQL QANFVREFQE ISITDATKPR IITFSHPVLP
GEQNLGNIYV ATDINGDNKV EGVIVEGVSG NNCQISVKPP GGQWLAGASY YLILEPGLQS
ALNKTLGIRT RIKFTVE
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