| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2008 |
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| Symbol | |
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| ID | 5094370 |
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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 | 2343196 |
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| End bp | 2346792 |
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| Gene Length | 3597 bp |
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| Protein Length | 1198 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644741434 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_001194359 |
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| Protein GI | 146299768 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGAAAAAAC TATTGAACAG AATTAGGTTC GACAAACCTT TTTTGAAATT CGATTTGAAG
ATGAAATTGA CCACATTATT TCTATTAACC ACTCTCACGG TTATGCAGGC GGGTGTAACC
TATTCGCAAA AAGCAAAAAT GTCTTTCAGT GCTAATAATA TGACGGTTGC AAAAGCCATA
GAAAAATTAG AATACACAAC CAATTACAGA TTTGTTTATA ATGTAAAATC AGTTGATTTA
AACAGAACCA TTTATGTAAA TGAAAGTAAT GTTTCTATCG AGACGATTTT AAATACCATT
TTTGGCAATA CCGGAACAGA TTATAAAGTT TCGGGAAACC ATATTGTATT AATGGCAAAA
AAAGCTCCGG CAGAAAAACC TGTAACGTCA CAAAAAGAAG AGGCAGATTT TATCGTAAAA
GGACGTGTTA CCGATGAAAA AGGAATGCCT TTAGTTGGTG CCGCAGTTGC TGATAATGGT
TCGGGAAGAG GCGTAAATAC AGACTTTAAC GGAGAATATC AAATTATTGC AGTAAGCAGC
GAAACGACTT TAGCATATTC TTATTTAGGA TTCGTAAGAC AAGAAATTAA AGTTGAAGGC
AGAAGCGTAA TCAATGTTGT TTTAAAAGAA GATGTTCTTG AACTTGAAGG ATTAGTTTTA
AAGACTGGTT ATCAGGATAT ATCGGCAGAA AAAGCAACAG GATCTTTCTC AAGTTTAAAA
GCAAAGGATT TTCAAGAACA GCGCTTAAAC AGCTTAGATA AAATTTTAGA AGGACGTATT
GTTGGATATC AGGATGGAAA AATTCGTGGA ACAACTTCTA TGAATACTAA TGCTATGGCA
CCTTTATATG TTATTGATGG TTTTCCTGTT GAGAATACTA GATTAACGCC TTATGCAACT
ATCGAAGAGA ATCTTCCAAA TTTGAACTTA GAAGATATTG AAACAATAAC GGTTTTAAAA
GATGCTGCAG CTTCTTCTAT TTATGGTGCT CGCGCTGCAA ATGGAGTTGT CGTAATTACT
ACTAAAAAAG CAAAAGAAGG GAAAACAAAT ATTTCGTTTT CAAGTAATTT AACTGTTACG
CCTTATCGAA ATTATACTGG TAATCTTACC AGTTCTGCTG ATATTATTGG TTTAGAAAGA
GGATGGGCAG CAGCAAATCC TAATTTGAAA ACCGCTAATT CAGCTACTTA CGCACAGTCT
TTATTAAATA ATGCCGTATT TCAAAGTTTA GGAATGCAGA CTATTTTAAA TGGATATGCA
GGAAATATTT CTCAAACAGA TATGAATAAT CGCTTGAATC AACTGGGTTC TCAAGGTTAC
AAATATTATG ATGATGTAGC AAAATATGCA AAACGCGATC AATATTTTAT GCAGCACAAC
CTTAGTTTAG GTAAAGCAAG CGAAAACAAT GCTTTTAATG CTTCTATAAC ATATAAAGAC
AATCAGTTAG AGGATATGTA TTCTGAAAAC CAAACGGTTG GAATTAATTT GAAAAACTCA
ACACAAATTA ACAGCTGGCT GTCTTTAGAT TTGGGAACGT ATTTAAATTA CGGAATAGGA
GATACTCAAT ATTATAAGCC AATCAATTCG GCTTCTGTTT CAGATAATCC GGGTTATAAA
TGGCAGCCAT ACAATCAATT AGTAAATAAT GACGGAACTA ATTTTGTTTC TACTGCGGCT
TCTCGTTACA ATAACTTCAC ACTTAATTCT ATGCAGACTT ATGGTCTTTA CAACATGGAT
ATTACGCCAA TGGATGAGTT GGGAAGAAAC TTAACTGAAA GCAAAAATTT CTTAAACAGA
ACATTTGCTA AGTTTAATGT AAAATTCAGC AACGCATTTA CTTACAATGC CATGTTCCAA
TATGAATTTG CTTCAGATCG TGCGAGCCAA TTATTTGACA GAGATTCTTT CTATGTGCGA
AATAAAGTAA ATAGTTTGGT AACAGTTGTG AATAATAAAG CGGTTTATAA CTTGCCTTAT
GGAGATATTG TTAAAGAAAC GAATCAGTTT TCTAATGCTT ATAATTTCCG TCAGCAGTTA
AATTTCAGTC AGACTTTTGC AGAAAAGCAT GATTTTTCTG CTATTGCAGG TATGGAAATC
CGTCATTCAA AGCAAGAATA TAATGATAAC ACACGTTATG GTTACGATTC GCAAGCTTTA
TCTTTTACTG CAATAAATCA AGCCGATTTA TTAAAAGTAT ACGGATCTGT TTTTGGCGGT
TATATGTCGC AAAACGACTT TGCATTAGAA AAAGAATTGC AAAACCGTTA CGTTTCTGTT
TACTCAACTG GAGGTTATAC GTACGATAAA AAATATTCTC TTTCTGGTAG TATTCGTTGG
GATCGTTCTA ATCTTTGGGG AACAGACAGT AAATACCAAA ACAAACCAAT CTGGTCTGTA
GGTGCGGGCT GGAATATTAA TAATGAATCA TTTTTTAACG TTGCTTGGGT TGATGCTCTT
AAACTACGTG GTTCTTATGG TATTGCAGGA AATATTGCCA AAGATTCTGC ACCTTATTTA
ACAGCTTTTT ATTATGCCAA TGCCAATGTT GGAGGAACTT ATGGAAGTGT AGGTAAACGA
CCAAATCCTG AATTATCTTG GGAAAAAACT ACAACAACCA ATATTGGTTT AGATTTCTCA
TTCTTTAAAA GCAGATTAAG CGGAACTCTA GATTTATATA ATAAAAAAGG ACAAGACTTG
TTAGCAAGTA GTCAGGGAAT TCCAACAGAA GGATTTGGTT ATTCAACCTA CTATCTTAAT
AACGGAGAAA TGACCAACAA AGGTATCGAA GTTACCTTAA GAGGAACAAT GGTAAAAACG
TCTGCTTTCT CTTGGGATGC GGCCGTTTTG TATGCCTATA ATAAAAATAC TGTAGATTAT
GTAAATGTAA AAGCTCCTGT TTACTATTTA CAATTAGATT ATCCACAGGC ATATCCTAGA
ATTGGAACAA GTTTTAACAG CATTTATGGT TACCAATGGG CTGGTTTAAG CAATACTGGA
CTGCCTCAGG TTTATGATGC TTCAGGTACA GCAGTGAAAT ACAATCCAGG TCAGTTAGAT
GCGATCAAAG ATTATGGTTC AACAGTTCCT ATACACAGCG GTTCTTTCCA TACCTCAGCA
AATTATAAAA ACTTCTCACT TTCGGCTCTT TTCATTTATG AGTTAGGACA TAAAGTAAAA
AACACATTCC TGCCAATGTT GGCTAACAAT TACAATGGCG CACTTGGGGG TTATGTAACC
GATATTTCGG TGGTAAACAA CAATATTGCA AATCGTTGGA TGCAGCCAGG AGATGAGGCT
TTTACCAATG TTCCGAGAGC GGTTTACGAA TATGAAGCAG ATTTTAATTC AGAATCTCGC
ACCATTTATT CGTATGCAGA TATTAATATT TTGGATGCGT CAAATTTAAG ATTAAGCAAC
ATTTCGTTAG CGTATCAAAT GCCAAAAGAT ATTATTAAAA GAGTAAAACT AGACGGAGTA
AGATTCAATT TGAACGCAGA AAACGTATAC ACTTTTGCCA AAAGCAGAGA TGCCAAATAC
ATGCTGGGCG GTTTCATATC TCCAAGCTTT GTTATGGGTG TAAATGTTAA TTTCTAA
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| Protein sequence | MKKLLNRIRF DKPFLKFDLK MKLTTLFLLT TLTVMQAGVT YSQKAKMSFS ANNMTVAKAI
EKLEYTTNYR FVYNVKSVDL NRTIYVNESN VSIETILNTI FGNTGTDYKV SGNHIVLMAK
KAPAEKPVTS QKEEADFIVK GRVTDEKGMP LVGAAVADNG SGRGVNTDFN GEYQIIAVSS
ETTLAYSYLG FVRQEIKVEG RSVINVVLKE DVLELEGLVL KTGYQDISAE KATGSFSSLK
AKDFQEQRLN SLDKILEGRI VGYQDGKIRG TTSMNTNAMA PLYVIDGFPV ENTRLTPYAT
IEENLPNLNL EDIETITVLK DAAASSIYGA RAANGVVVIT TKKAKEGKTN ISFSSNLTVT
PYRNYTGNLT SSADIIGLER GWAAANPNLK TANSATYAQS LLNNAVFQSL GMQTILNGYA
GNISQTDMNN RLNQLGSQGY KYYDDVAKYA KRDQYFMQHN LSLGKASENN AFNASITYKD
NQLEDMYSEN QTVGINLKNS TQINSWLSLD LGTYLNYGIG DTQYYKPINS ASVSDNPGYK
WQPYNQLVNN DGTNFVSTAA SRYNNFTLNS MQTYGLYNMD ITPMDELGRN LTESKNFLNR
TFAKFNVKFS NAFTYNAMFQ YEFASDRASQ LFDRDSFYVR NKVNSLVTVV NNKAVYNLPY
GDIVKETNQF SNAYNFRQQL NFSQTFAEKH DFSAIAGMEI RHSKQEYNDN TRYGYDSQAL
SFTAINQADL LKVYGSVFGG YMSQNDFALE KELQNRYVSV YSTGGYTYDK KYSLSGSIRW
DRSNLWGTDS KYQNKPIWSV GAGWNINNES FFNVAWVDAL KLRGSYGIAG NIAKDSAPYL
TAFYYANANV GGTYGSVGKR PNPELSWEKT TTTNIGLDFS FFKSRLSGTL DLYNKKGQDL
LASSQGIPTE GFGYSTYYLN NGEMTNKGIE VTLRGTMVKT SAFSWDAAVL YAYNKNTVDY
VNVKAPVYYL QLDYPQAYPR IGTSFNSIYG YQWAGLSNTG LPQVYDASGT AVKYNPGQLD
AIKDYGSTVP IHSGSFHTSA NYKNFSLSAL FIYELGHKVK NTFLPMLANN YNGALGGYVT
DISVVNNNIA NRWMQPGDEA FTNVPRAVYE YEADFNSESR TIYSYADINI LDASNLRLSN
ISLAYQMPKD IIKRVKLDGV RFNLNAENVY TFAKSRDAKY MLGGFISPSF VMGVNVNF
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