| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4645 |
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| Symbol | |
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| ID | 5094099 |
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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 | 5614543 |
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| End bp | 5617668 |
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| Gene Length | 3126 bp |
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| Protein Length | 1041 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644744066 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001196963 |
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| Protein GI | 146302372 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.342481 |
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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 | ATGAAAAAAA ATATAAACCT CATTTTATGG GTTACAATTT TGTTAACATC CCTGCAATTT
CAGGCACAAA ATACAACACC GCTTATTCAA TCTAAACTCG ACGGAACTGT AGTCGATGAC
ATTACAAATC AGCCTATTAT AGGCGCATCA GTAAATATTA AAGGTACAAC ACACGGCGTG
CAGACAGATA CTGAAGGAAA ATTTTATTTT CAGACGGGTC AGAAATTTCC TTACACCTTA
ATCATTAGTT ATATTGGATA TAAAAAACTC GAAATTGTAG TTGAAAAAAA TCCGGTTATT
ATTCATCTAA AAGAAGAAAG ACAAGAGTTA GATGAATTAG TAGTTGTAGG TTACGGAACT
CAAAAAAGAA AAGATATTAC TGGTTCGGTA GCTTCAGTGC CAAAAGCCAA CTTATCTCAA
GTAACCTCAT CGGCAGATAA TTTACTTCGC GGTGCGGTAT CTGGTGTGGT AGTTACACAA
AGTTCAGGCC GTCCGGGCGC ATCTTCGAGC GTGCGTATTC GCGGCGGGAA CTCTATTACA
GCAGGTAATG AACCTTTATA TGTTGTAGAC GGAATTTTAA TTTACAATGA TAACAACAAT
AGTTCTGCCG GAGTTTCTAA TGCCGGAGCG AGTTTAAATG TTATGTCGAC AATAAATCCT
GGTGACATTG AATCTATTGA AGTTTTAAAA GATGCTTCGG CAACGGCAAT TTACGGTTCC
CGCGGTGCAA ATGGTGTGGT AATTATTACT ACCAAAAAAG GAACAAAAGG TCAGGACAAT
ATTTCGTATC AGGGATATTT TGGAGTGCAG AATATTTCTA AAAAACTTCA TATAATGAAT
GCCAGTCAAT GGGCAAGTTT AAGAAACGAT GTTCAGGCAA GCATTGGTCA GGCACCTTCG
TTTACTGATG CTCAAATCGA AGCTTTTAAA AATTCCGGAA GCTACGACTG GCAGTCGGCG
GCGTTTAGAA AAGCAACTCC GGTACAAAAC CATCAATTGT CATTTTCAGG CGGTGACGAA
AGATCCAGAT ACTCCATTTC TGCGGGATAT TTTGATCAGG AAGGAATTGT TTTAGCATCA
GATTTTAAAA GAATTTCACT TAGAGCCAAT TACGAAAAAA ATTATTCTCA GAATTTCAAA
TTTGGCGTAA ATGCTAACTA CAGCAATTCT GTATCAAATG GCGTGGGAAC AAACAGCAGC
GGCGGAAGAA ATCCAAACCC GTTAGTAAGT GTTTTACTAA CTGCTCCGGT TGTTCCTATC
AGAAATCCAG ACGGAAGTTA TAACGTAACC AACAATCCGT ATGCGACATC TGTAAATGGT
TTTGTTCCAA ATCCGATTAA TGATTTAGAA AACACAATAA ACGAAACCAA AATCAACAGA
ATCTTAACGA GCTTATTTGG CGAATACAAA ATCACTAAAA AACTGACGGC AAAAGTAGCG
GTAAGCGGTG ATGTTATCAG TACAAAACAA AATTATTATG CTCCGTCAAA TACTTCAAAT
GGTGCCGGAA CAAAAGGTCT GGCTTCTATT GGAGATCGAT TAGTGAGTTC TGTATTAAAT
GAAAACACAT TGAATTACAA CACCAACTTT GGCGAAAATC ATAAATTTTC TGCTTTAGGA
GGTTATACAT TACAATATAC CAAAGGTGAA GTCGTAACAG CAGGATCCAA TACGTTTGTA
AACGATGCCA ATACTTATAA TGCTCTGCAG GATGGTGTAG CTGTAAAACC ATACAGCGAT
GCTTTTGAAA GTGTACTGAA ATCATGGCTG GCAAGAGTCA ATTATTCATA TAGAGGAAAA
TATAATTTTA CACTTTCTGC ACGTGCCGAT GGTTCTTCAA GATTTGGTTC AGAATCCCGC
TGGGGTTATT TCCCATCTGC AGGTTTCTCC TGGAATATTA CCGATGAAGA ATTTGCTAAT
AACATAAAAG GCGTAACCGA AGCTAAACTT AGAATTACAG CCGGAACAAC AGGAAACCAG
GAAATTGGAA ATTACCTTGC CCTGGCTCAA ATGGGATCTG TAAATTATTC TTTTGGAGGC
ACTTTATACA CAGGACTTGC TCCTACCCGA CTGGCTAATC CGGATTTAAA ATGGGAAAAA
ACAGATCAGT ATAACGTTGG TTTAGATTTA TCATTATTAG ACCGAAAAAT CAATTTTGTT
TTTGATGTGT ATTACAAAAA AACAAATGAT TTATTAATCA GTGTTCCTGT GCCTTTAACT
TCTGGATATG CAACTGTACT TCAAAATATT GGCGGTGTAG AAAATAAAGG TATCGAGATT
GGTTTAAATA CAGAAAACCT AAAAACAGAA AAATTCTCAT GGAATTCTAA CATTGTTTTT
TCTGCAAATA GAAACAAAGT TACTTCTATT GGTAACGGTG TAGATCAGTT CTTTCCTGTT
GTACCAAATG GTTCATTATT ACAGCAGCAG CCTGTAACGG TAAAAGTAGG TCTGCCGTTG
GGAACTTTCT GGGGATACAA AACAAACGGA ATTTTCCAGA CGCAGGAAGA AGTGAATACG
CAGCCAAAAA TCAACAGTTT GGCCAATACA AAAGTTGGAG ACAGAAAATA TGTTGATACA
AATGGAGACG GTGTAATTAC GGCTCTTGAT AAAGGAGATT TAGGTTCGTC TCAGCCAAAA
TTTGTGGGCA GTTTCAGTAA CACGATTTCG TATAATGATT TTGATTTGAA TTTCTCTTTT
CAGGGATCTT ACGGCGGCAA AATCTTCAAT GCTTTAAATC AACAGTTAGA AATTTCAACT
CTTGGAACTA ATGCTAATGT GACTCTTGAA GACCGCTGGA CGCCGACAAA CCCAAGCAAC
GAAATTCCGA GAGCGACAAG TTCACCGCTT GGAATTGTTT CTGAGCGTTA TGTAGAAGAT
GCTTCTTTCT TACGCTTAAA ATTAATCACA CTAGGGTACA CTTTACCAAA AAGCGCCTCT
AAAAAACTGG GAGCGAAAAG TGTTAAATTC TATGTATCGG CAGAAAATTT AGTGACCTGG
ACAAAATATA CAGGCTATGA TCCTGAGGTA AGTTCATACG AACAAAACAA CTTATATCCG
GGAATTGATT TTGGTTCTTA TCCAAACGCA AAAACATTCA TCTCGGGCCT GAACGTAACT
TTCTAA
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| Protein sequence | MKKNINLILW VTILLTSLQF QAQNTTPLIQ SKLDGTVVDD ITNQPIIGAS VNIKGTTHGV
QTDTEGKFYF QTGQKFPYTL IISYIGYKKL EIVVEKNPVI IHLKEERQEL DELVVVGYGT
QKRKDITGSV ASVPKANLSQ VTSSADNLLR GAVSGVVVTQ SSGRPGASSS VRIRGGNSIT
AGNEPLYVVD GILIYNDNNN SSAGVSNAGA SLNVMSTINP GDIESIEVLK DASATAIYGS
RGANGVVIIT TKKGTKGQDN ISYQGYFGVQ NISKKLHIMN ASQWASLRND VQASIGQAPS
FTDAQIEAFK NSGSYDWQSA AFRKATPVQN HQLSFSGGDE RSRYSISAGY FDQEGIVLAS
DFKRISLRAN YEKNYSQNFK FGVNANYSNS VSNGVGTNSS GGRNPNPLVS VLLTAPVVPI
RNPDGSYNVT NNPYATSVNG FVPNPINDLE NTINETKINR ILTSLFGEYK ITKKLTAKVA
VSGDVISTKQ NYYAPSNTSN GAGTKGLASI GDRLVSSVLN ENTLNYNTNF GENHKFSALG
GYTLQYTKGE VVTAGSNTFV NDANTYNALQ DGVAVKPYSD AFESVLKSWL ARVNYSYRGK
YNFTLSARAD GSSRFGSESR WGYFPSAGFS WNITDEEFAN NIKGVTEAKL RITAGTTGNQ
EIGNYLALAQ MGSVNYSFGG TLYTGLAPTR LANPDLKWEK TDQYNVGLDL SLLDRKINFV
FDVYYKKTND LLISVPVPLT SGYATVLQNI GGVENKGIEI GLNTENLKTE KFSWNSNIVF
SANRNKVTSI GNGVDQFFPV VPNGSLLQQQ PVTVKVGLPL GTFWGYKTNG IFQTQEEVNT
QPKINSLANT KVGDRKYVDT NGDGVITALD KGDLGSSQPK FVGSFSNTIS YNDFDLNFSF
QGSYGGKIFN ALNQQLEIST LGTNANVTLE DRWTPTNPSN EIPRATSSPL GIVSERYVED
ASFLRLKLIT LGYTLPKSAS KKLGAKSVKF YVSAENLVTW TKYTGYDPEV SSYEQNNLYP
GIDFGSYPNA KTFISGLNVT F
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