| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4434 |
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| Symbol | |
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| ID | 5093949 |
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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 | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | - |
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| Start bp | 5348903 |
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| End bp | 5351974 |
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| Gene Length | 3072 bp |
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| Protein Length | 1023 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644743855 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001196757 |
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| Protein GI | 146302166 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG4206] Outer membrane cobalamin receptor protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.810934 |
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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 | ATGAGATCAT ATCATGAAAT TGATGTTCAA AGGGCATCTA TTAAAGATTT TGTCCTAATT
CTTTTTATAC TTGTTTCACT CTGCGGCAGC AATAATGCTT TCGCTGTTGT TCAACAACAG
GGGGGACCTG CATTAAAAAG TGTACAAAAA ATTCTTTCGG GCACAGTTTA TAATGAAAAG
CATGAGCCCT TGCCTGGGGC AACAGTAATA GTAAAAGGGA CATCAAACAG TACAACCACA
GATTTTGATG GCAAATTTTC TATTAAGGTA AACACAACCG ATGCTGTATT AGTTGTCTCT
TATGTAGGAT ATGCTAATAA AGAAGTTTCT GCAGTAGATA ACAATCTGGA AATTCAGCTG
GCGCCTGAGA CAACAACACT AACAGATGTA GTTGTAATTG GGTATGGAAA AGCCAAAGCC
AGGGATTTAA CAGGATCTGT TTCTTCAATC GATGTAGCTA AAACAAAAAA TCAGCCTGTT
GCCAATATTG GAGAGGCAAT GCAGGGAAGA GCTGCAGGTG TGCAGGTTAT TTCGAGTGGA
GAACCAGGAT CTAATGTCAC TTTTAGAGTG AGGGGAACAG GTACCATTGC TAATAATAAC
CCTCTTATCG TAGTGGATGG AATGCCCTTA AATGGAGGCC TTAACCAGGT AAATATGAAT
GATGTAGAAT CGATCAGCGT ACTTAAGGAT GCCTCTTCTA CAGCAATTTA TGGTTCTAGA
GGAGCAAATG GAGTTGTGAT TGTAACCACT AAAAGAGGTG GAACAAAGGA AGGCTCAACT
TTGACTTTTG ATACTTTTAC GGGGGTACAA AATGCTTCAA ATGTGGTAAA GATGCTAAAT
GCTTCTCAAT ACGCATCGTT AAATAATGAT ATGCTGACTA ATGGAGGACT TGCTCCTAAT
CCATTATGGA CAAATCCCGC TTCATTGGGA ACAGGAACCG ACTGGGTTGG AACATTATTC
AATCCTGAGA TGATGTCTAG TTATACCTTA TCATATGGCA ATAAAACAAA GAAATCTAAT
ATCTATGTTT CTGCTAATTA TTTTAACCAA AAGGGTATTG TTTTAAATAC AGATTATGAA
AGATTTATTG TTCAGTTTAA TTCTGATACT AAGGTGACCA GTAAAGTAAA ATTTGGTAAC
AGTGTTAAAA TTGCACACGA TATAAAAGAA AGCGGCGCAT ATGATATCCG TAGCACGTTA
TTGGCAAACC CTACCCAGCC AATATATGAT GAAAATGGAA ATTTTACTGG ACCTACAGGA
AATCCTCTTT ATTATGGAGA TATTACAAAT CCAATCGGAA AAGCCACAAC TGTCGAAAGA
TCAACAAAAG GATATAATCT TCAAGGAAAC CTTTTCGCAG AAATCAATTT ACTAAAAAAC
TTAGTGTTTA AGTCTTTAGG AGGAGTAGAG GCAAATATTT GGTTTGACAG AACATGGTCG
CCTAAATATT CATGGGGTTC TAATGTTCAG ACCAACTCAT ATCTTTATGA GGGGACAAAT
AAAAGCATTA CGGTTCTTTG GGATAACACG CTGACTTATG ATGCTCATTT TGGCGCACAT
AATTTGAATG CTGTTGTAGG AAGCAGTTCG CAGTCTAATA AGTATGATTT CTTAAACGGC
TCTATTCAGA AATTTGCGAG TGATGAAACC CAGCAGATAG ACAATGGGAC ATTACAGCCG
ACGGTAGGAG GTAACGCTTC TGAATGGGCA ATTATGTCTT ATTTGGCAAG GGTAAATTAT
GACTATGACG GCAAGTACTA TATAACTGGA ACAATCAGAA GAGATGGATC TTCTCGTTTT
GGTGAAGGAA ATAAATGGGG ATGGTTTCCA TCAGGTGCTT TATCATGGAG GATTTCATCA
GAGAAATTTA TGGAGAAAGT AACAGCTATT AATGATTTGA AATTAAGAGT TGGTTACGGA
ATTACCGGAA ATCAGGATAT TGGTAATTAT GCTTTTTCAT CATCGTATAA TACGGTTATG
TATAATTTTA ATAACAATTA TGTGAGTGCT GTTGTGCCTA CTGTACTTCC GAATACAAAT
GTAAAATGGG AAGGTCAGGA ACAATTTAAT GTTGGTCTGG ATGCGTCATT TTTCGACAGC
AGAATCAATT TAACTTTTGA TGCCTATGTG AAAAACACCA ATGATATGTT AGTTCCGATG
TCGGTGCCGG TAACTTCTGG ATATTCAGAT ATCTATGTTC CATCGATAAA TGCCGGAAAA
ATTCAGAATA AAGGTATTGA ATTGTCATTA TCAACAAAAA ATCTGGTGCA TGAATTCAAG
TGGTCTTCAG ATGTTGTTTT TTCTTATAAT AAAAACAAAG TTGACAGTAT AAATGGTGAT
ACTCCAATTA TAACAGGAAG CACAGGATTG AACAGTACTA TTTCCCTAAT TCAGGCCGGG
TACCCTGTAA ACGTTTTTTA TGGGTATGTA ACTGACGGTA TTTTCCAAAC GCAAACCGAT
GTAAATAATC ATGCAGTTCA AATGTTAGGT TCTAATTCGG CAACAAGCAC AGCACCTGGA
GATGTGAGAT TTAAGGATCT TAACAACGAT GGGATCATTA ATGATAAGGA CAGAACATTT
TTAGGCAATC CAAATCCAAA ATTCACCTAC TCGCTTAACA ATACATTTTC TTATAAGAAT
TTTGACTTAA CGGTTTATCT TCAGGGAGTA TATGGAAATG ATATCTATAA TGCCAACCGC
ATGTATACGG AATCTATGTC AGTTGCAAAT AATCAGACTA CGGCAACTTT AGGAAGATGG
ACAGGCGTGG GAAGCAGTAA CAGTATGCCA AGAGCAGTGT ATGGTGACCC TAACAGTAAT
GCCAGAGTTT CTGACAGGTT TGTGGAAGAT GGTTCGTATC TGCGATTAAA AAATGTGAGT
TTGAGCTATA ACTTTCCGGA TAGCGTATTC AACAATGTGT TTTCATCGAT TCGATTATAT
TTCTCAGCGC AGAATGTTTT GACTTTCACA AACTATAAAG GATTTGATCC TGAAGTTTCG
GCAAACGGTA TTGATAATAG CGTATATCCG GTTACAACAA ATTACTCTAT TGGACTTAAT
CTTGGATTTT AA
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| Protein sequence | MRSYHEIDVQ RASIKDFVLI LFILVSLCGS NNAFAVVQQQ GGPALKSVQK ILSGTVYNEK
HEPLPGATVI VKGTSNSTTT DFDGKFSIKV NTTDAVLVVS YVGYANKEVS AVDNNLEIQL
APETTTLTDV VVIGYGKAKA RDLTGSVSSI DVAKTKNQPV ANIGEAMQGR AAGVQVISSG
EPGSNVTFRV RGTGTIANNN PLIVVDGMPL NGGLNQVNMN DVESISVLKD ASSTAIYGSR
GANGVVIVTT KRGGTKEGST LTFDTFTGVQ NASNVVKMLN ASQYASLNND MLTNGGLAPN
PLWTNPASLG TGTDWVGTLF NPEMMSSYTL SYGNKTKKSN IYVSANYFNQ KGIVLNTDYE
RFIVQFNSDT KVTSKVKFGN SVKIAHDIKE SGAYDIRSTL LANPTQPIYD ENGNFTGPTG
NPLYYGDITN PIGKATTVER STKGYNLQGN LFAEINLLKN LVFKSLGGVE ANIWFDRTWS
PKYSWGSNVQ TNSYLYEGTN KSITVLWDNT LTYDAHFGAH NLNAVVGSSS QSNKYDFLNG
SIQKFASDET QQIDNGTLQP TVGGNASEWA IMSYLARVNY DYDGKYYITG TIRRDGSSRF
GEGNKWGWFP SGALSWRISS EKFMEKVTAI NDLKLRVGYG ITGNQDIGNY AFSSSYNTVM
YNFNNNYVSA VVPTVLPNTN VKWEGQEQFN VGLDASFFDS RINLTFDAYV KNTNDMLVPM
SVPVTSGYSD IYVPSINAGK IQNKGIELSL STKNLVHEFK WSSDVVFSYN KNKVDSINGD
TPIITGSTGL NSTISLIQAG YPVNVFYGYV TDGIFQTQTD VNNHAVQMLG SNSATSTAPG
DVRFKDLNND GIINDKDRTF LGNPNPKFTY SLNNTFSYKN FDLTVYLQGV YGNDIYNANR
MYTESMSVAN NQTTATLGRW TGVGSSNSMP RAVYGDPNSN ARVSDRFVED GSYLRLKNVS
LSYNFPDSVF NNVFSSIRLY FSAQNVLTFT NYKGFDPEVS ANGIDNSVYP VTTNYSIGLN
LGF
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