| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4733 |
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| Symbol | |
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| ID | 5090060 |
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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 | 5720596 |
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| End bp | 5723688 |
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| Gene Length | 3093 bp |
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| Protein Length | 1030 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644744155 |
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| Product | WGR domain-containing protein |
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| Protein accession | YP_001197051 |
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| Protein GI | 146302460 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3831] Uncharacterized conserved protein |
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| TIGRFAM ID | |
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| 
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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 | ATGAAAAAAA GTCTTAAATA CATCGACGGA ACTTCGGATA AATTCTGGGA AATCGAAGTT
ACAGGATCAA ATTATACCGT GACTTACGGA AAAAACGGAA CATCAGGAAC AACGCAAACC
AAAAGCTTTG GTTCTGACGA AGAATGTTTA AAAATGGCTG AGAAAGTATT GGCCGAAAAA
GTAAAAAAAG GATATTCAGA ATCAGGTGAA GTAGATGTGG TTTCGAAACC AAAATCGGCG
AAAACCAAAA ACTCAGATGA GGTTATTGAA GAATATGACA GCATTATAAA AGCTAAAAAG
ATTTCTTTGT TACTGCCGTT TCTAAAAGAA AAATCAAAAG GCAATATTGA AGCTTTAAAA
AAGCACATTA AAAAATGCAA GCGTTACTGG ATGACGTATA CTGATTTGAC CAAAGATCCG
GGTTATGTAA AAAAAGACAA ACACGACTAC GGCTGGGGCC GACGCGGCGA TATGGAACAA
AATGACATTA TCACCCTGAG TGCTATAGCC TTATTTGACA AAACCGATAT TAATTCGTGG
GATGAAGCCC TGCATTTGCT TAACGATATC GATACAAAAC CTCAAGTGTT GGAAACCCTG
ATATGGGCAA AACCAAACTG GCTGGAAACG TTTATTCTTG ATAAAGTAAA AAGACAGGAT
TGGGTAACCT TTAATTATCA TAATTTGAGA AAACTTGAAG ACGAAGGATT ATTGCAATTC
AATCCAGAAT TATATGCTTT GAGTTTAGCG GCAACAAATG AGTGGCGCGC AAAAATGAAA
ACCAGAAAGT TTATCGAAAC GATTGTAAAT GATAAAACGG GATATCAAAG AGATATTCCT
GAATTGTTTA ACTACGAAAC AATTCTTCAT AACAGTTTTT TCCGTGATAA TGATAAACAA
AATTATGACG AATTTCAGAC CTGGAGTATT GTATACAAAA CGTTATTAGA CGAGAAAAAA
ATGGATCGCA GTTTCTTTAT CGAAAATGCC ATCCAGATTC AAACCAAAGA ATGGAACAAC
AACCTGAAAT CTTTCTTTAG AAAAAGAATC GAAGAATTTC AGGCAGCAGA AGATGAACTG
GTTGTTTTTC AGGAAAATAT ATTTTCGTTT TTACACAACG CGTATCCGCC CATAACGAGC
TACGGAATCG AGCTGGTAAA GAAAATCTAC AATCATCCAA AATTTAAAAC CAAATCATTC
TTAGAATGGC TTGAACCTTT AATGATGCGC GGCGACTGCA AGGCAGCAAT AAAAAGTGTT
CTTCCGGTTT TAGAAAAAAT AAGCAAAGCC AATCCGAAAT TGAACAATCA AATCGCTTCA
ATTCTGGCCG ATGTTTATGT GATTTCTGAT TTAACATTAC AAGAAAAAGT ATCTAAAATT
ATCCTGAAAA TAGGTTCTGC AAAAGACAAA GTACTGAAAG AAAAACTGAG TTCGTATGTT
ACTTTAATGC AGGGAAATAT AAAATCAGGA TTAAGTCAGT TTTTAGATGA AGAAGCTTTA
ACGGCAGATC ATGATACTTT AGAAGAATAT CATTTTGAGC CTAAAAAAGA AACTTTGCTT
CTGGAAGAAG TACAGCTTCC AAATGACTGG AATGATATTG TGTTTCAGTT TGGAAATTTC
ATTGCATCAG ATGAAACGCT CGATACTGAG ATTTTAATGA ATACCTATAT TCAGCAGAGA
GATTTATTTC CGGCAGACTA TAAAACACAG TTGCAGCCGT ATGAAAAACA GCTTCAAAAG
CATTATTTTG AAGCCGTTCA TAAAAACTTT ATGAAGTCGT TTTTATCTCA AAAAATAGAA
AATATCAACG CCAAATTTGA CAGTAAATAC AAACACTACT CAAAAATAAA TACCAATCTA
TTAATAAAAC CTTTACTGGA GAAAGTGCAG GAGAAAATGG ATTCAAATTC TACTCTGCCT
TTGCTTTCAT TTCCGAGTCA TAAACCCTAT TGGGTCGCAC CAAAAGTTTT AGTAGAAAGA
GTAATTCAAT ATCAAAAAAA CAATGAAGAA ATAGATTCAG TCGATTTAGC GATTGCAATA
GCACGTATGC CGAGAGAAAA TGTCGAAGAA GCAATTCCGT TATTAGATCA GGTTGAAGGA
GAAATAAAAC CGCTTTTATC ATTCTGTCTT GGAGTAGACG AAAAATTGAA TTTAGATTCG
ACTTCGTTAT TTTCAAAAGC GTTGGCTGTT TTAGGAAAAA CGACAAAAGA AACCGGAAAT
TTATCGCTTT GGGCAACAGC AGCAAGAACT TTTTATCCAA ACGATACTTT TACAGAATTT
GAAAATACCT ATTTAAAAGA GATTCCGTTT GTGGTTTCGC CCTTTGTTGC GGAAATAAAA
TTTAAAGAAA AATGGAACGA ATGGACAAAT TATCAAACCA AAGAAAAAGA AAGAACACCT
TCTTGGTATG AATTAAAGTT TGATTTACCA AATTACACCA AAATTCCAAA CTACTTATTG
TACAGTCAGG ATATTTACAA TCGCGGCAAC AGCTGGGATT ATTTATTAAG TTATGCCGGA
AATACCTATT ATTGGCACAG TTTAACCCCA CAGAATTCAG ATGCACTGGC TTTGACTTTA
TTACAAAATT GTGCCACTGG CGATGGGTCA AAACCAGAAT TAAAAGGATT TTTAGACGTT
ATGAACCGAC CAGAATTTAG ATCTTCTGAA ACGACTCAGC TTTTATTTGC TGCCTGTTTC
TTTCAGGAAA AGAAAGATTT ACGATTGCTG GCATCAGAAG TATTGATAAA TTTAATTGAA
AAACAAGCTG TTGATGTTGT TGTTTTTGCT GAAAAAGCGG CCAAACTGGC TTCAGAAAAA
TATGGTGTTT TCTTAAGGTT TTCAGACGGA ATTACGGCTT TAAAAGATAT TTCACCGCTT
CATAACAGTG CTTTACTGCA ATTGTTCAAT GCTTTCTTTG ATAATCTTGA CTTGAAAGAC
AAACTGCCGA CAAATTTCAA AAAAATGGTC GAAAATTATG TCGATATTTT AACGAAAACC
AATCAAAAAC CTACGCCAAA AGCCGTTGCA TTTTTTGAAC AATGGAAAGA CAATTCAGCA
CTTAAATCAT TAGTGAAGCA GATTTTAAAA TAA
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| Protein sequence | MKKSLKYIDG TSDKFWEIEV TGSNYTVTYG KNGTSGTTQT KSFGSDEECL KMAEKVLAEK
VKKGYSESGE VDVVSKPKSA KTKNSDEVIE EYDSIIKAKK ISLLLPFLKE KSKGNIEALK
KHIKKCKRYW MTYTDLTKDP GYVKKDKHDY GWGRRGDMEQ NDIITLSAIA LFDKTDINSW
DEALHLLNDI DTKPQVLETL IWAKPNWLET FILDKVKRQD WVTFNYHNLR KLEDEGLLQF
NPELYALSLA ATNEWRAKMK TRKFIETIVN DKTGYQRDIP ELFNYETILH NSFFRDNDKQ
NYDEFQTWSI VYKTLLDEKK MDRSFFIENA IQIQTKEWNN NLKSFFRKRI EEFQAAEDEL
VVFQENIFSF LHNAYPPITS YGIELVKKIY NHPKFKTKSF LEWLEPLMMR GDCKAAIKSV
LPVLEKISKA NPKLNNQIAS ILADVYVISD LTLQEKVSKI ILKIGSAKDK VLKEKLSSYV
TLMQGNIKSG LSQFLDEEAL TADHDTLEEY HFEPKKETLL LEEVQLPNDW NDIVFQFGNF
IASDETLDTE ILMNTYIQQR DLFPADYKTQ LQPYEKQLQK HYFEAVHKNF MKSFLSQKIE
NINAKFDSKY KHYSKINTNL LIKPLLEKVQ EKMDSNSTLP LLSFPSHKPY WVAPKVLVER
VIQYQKNNEE IDSVDLAIAI ARMPRENVEE AIPLLDQVEG EIKPLLSFCL GVDEKLNLDS
TSLFSKALAV LGKTTKETGN LSLWATAART FYPNDTFTEF ENTYLKEIPF VVSPFVAEIK
FKEKWNEWTN YQTKEKERTP SWYELKFDLP NYTKIPNYLL YSQDIYNRGN SWDYLLSYAG
NTYYWHSLTP QNSDALALTL LQNCATGDGS KPELKGFLDV MNRPEFRSSE TTQLLFAACF
FQEKKDLRLL ASEVLINLIE KQAVDVVVFA EKAAKLASEK YGVFLRFSDG ITALKDISPL
HNSALLQLFN AFFDNLDLKD KLPTNFKKMV ENYVDILTKT NQKPTPKAVA FFEQWKDNSA
LKSLVKQILK
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