| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2126 |
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| Symbol | |
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| ID | 5093887 |
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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 | 2569868 |
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| End bp | 2572705 |
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| Gene Length | 2838 bp |
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| Protein Length | 945 aa |
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| Translation table | 11 |
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| GC content | 23% |
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| IMG OID | 644741555 |
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| Product | KAP P-loop domain-containing protein |
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| Protein accession | YP_001194473 |
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| Protein GI | 146299882 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4928] Predicted P-loop ATPase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | ATGGAGAGAA TATTAAAACT AAAAATTTTC TTAAAAAGTA AATTATCATT TTTTTTTGAA
GCAATAATAA ATCTATTTGG TAAAATATTA GTCTTTCTAA AAAGCAATTT TAATGTTTTT
TTTTCTTGGT TAGTTTTGGT TACAATAGTT TTGATTTTTC AAAATAAAAT TGCAACTTTT
TTAGCAGAAA ATTCTATCAT AAAACATGTT GATGTTAAAA AACAAAGTTT CAATTTAGCA
TTTGTAACAT TAGTACTGAT ATTCTTGATT CGTTTTTTTT GGTTTATAGT AAAAAACTAT
AGAATTTCTC AAAAACAGAA CTATTTTATC TTTTTATTTA GTTCAATTTA CTTCTTTCTT
AGGAATGATG AAAATGACTC TTTATATTTT TCATATTTAA GTAGAAGACA CGAATTATAT
TATTCTGATA TAATATTACT AATTGCAATT TTATCAATTT TATTAATCTT TAGAAATATA
TTTTTAAGAA ATTGGAGTTT ATATGATAAT ATAGTTAGTT GGTTTGATGA ATTGATCAAA
AAAGGCGAAC ATGTTAAATC CTCTTTTTTA ATAGAAGACA TTCCTCTAAA TAATACAAAT
ATTAACGATA ATGAAAAAGT AATTGATGAG GTTGTAAAGG CTGTAATAAA TTTAAAACCA
TCTTATTCAT TTATAATAGG AATAAACTCA ATATGGGGAA TTGGTAAAAC AAGTTTTTTG
AAACGTCTAG AATATAAACT TACCATTCAA AAAATACACA ATGAAAGTAA GCCAATAACT
TTTTGGTTTA ATGCTTGGCA ACATCAGGAT GAAAAATCAA TAATTAATAA TTTTTTCAAT
CAATTAAAAA AAGAACTATC AGTATTTTCA GGAGATTCTG AAAATTCAAT CGACAATTAT
TTAAAAGAAA TGCTGGCTTT AGCCGACAAT AAATATTTAA ATTTCTTTAA ATCAATAACT
GATAGCATAT TCTCTAATGG AGATAGTATA AAAGAGTCTT ATGATGAAAT AAATGTTATC
ATTGAGGAAA TTAATAGAAA AATAATTGTA TTTGTTGATG ATATTGATAG ATTAAATAAA
GTTGAAATTT TAGAGACATT ACGGATTTTA CGTAATATAG CAAATTTTAA AAATGTTGTT
TTTGTCTGTG GTTTTGATAG AGAATATGTG GTCAAACAAT CGCAAATTGA TAATCATTAT
CTCGATAAAA TTTTCAATTT AGAAATTAAT TTAACTACAC AAAATCAAAA AGGATTTGTT
TCTTTTTTTA GTGAATTAAT TAATAGTTCG TCTGGCTACG ATAATGATGA AAAAAATATA
TTAATAGAAT CTGTTAATAA AATATTTTAT GCAGATGAAG AAAGCAGTAT TGATATTAGT
TCACTCATTA AAATGACACG CGAAAATAAC ACAAATCAAG AAGGTTTTAA AAATGAAGAA
GTTTTAGCCA AAATACCTTT AATTCCTTCA TTTTTCTTTG AATCAAGAAG GGATGTTAAA
AAATTTTATA ACGAATTATA TATTAATTTT AAAACTCTGG GTAGCAACAT TTCGGATATT
AATCTTGAGA AATACTTATT ATTGAAACTA TTATTATTCA AATATAAATG GATGCATAAA
AATTTTGCTT CGAAAAGAAT AAATTCTTGG CTTGGAAGTG AACCTGTTTT GAGGTTTAAA
GAATTAAATT TAAAAAAATT ATTGCTGAAT AAGGAAATAG AAAATCAAGA TAGTTATATA
ATTTTTTCAG TTTTACTTCT CTTATTTCCA GAAAATGGTT TGCATAATCA TTCTCCAGAA
ATAAATCAAA AAAGATATTT TCCTATCTAT TTCAGTAACA ATGTATTTAA TGAATGTCTG
ACTTATTATC AGCTAACTGA TGCTATTAAA AATAATAGAG TTAAAAAACT TTTAACAGAT
ATTGTAAATG GGAAAGAAAA TGAAAGGTCA ATTATAAATG ATATAAAATT ATTTTTGCTA
AAACCTGAGA ATATAGATAA TATTAATGAA TACAAACAAG TCGTAGATTT AATCAAAAAT
GGTGATTTGG GTAAAGTTGA TGAAATGAAA ATTCTTAATT TTTTGCATTT AGGCGAGAAA
AATTTTGGAA TTGAGTACAA GAAATTGTTA GCTTTTATTT TTACAAATTT TGAAGATCCT
TTCGGATCTT TTGCATTAGA TTTAAGTATC TATTATAGAA AATATCCTCT TGATTCTTCA
AGAAACAAAT ATAAACTTGA GGACGGCATT GATCATAAAA CAATTGATGC TTTAAAGATT
TTGAATAAAG AAGTTCTAAA GAAACTAAAT TTAGTAATTC TCAGAAAAGA AATAAATGCT
AAAAATTTGG ATACTAAAAT GATTTTATCA AATTTTAATA GATTCTATGA AATATATTTT
ACAGACCTTA AATTCGGATT TTTTTATGAA GAATATAAGG TAATCATAAA GGGTTATATG
ACTGAAAATT TTGAAAATAT TTTTTTAGCT AATAATGTAG AGAAAACAAT TTCAGATATG
GATACAACTT TATTGACCAA TCTTTTTGAA AATGATATTG ATAAAAAAGA ATTTGTAGAG
GTATTAAAAA TGCAAGTTGA CGGCAAAGTT AATGGAACAT CTAAGCCAAT GAATGGAATA
ATTTATAGAG AAGGAGGATT GAATAATTTT ATTAAATATG TTGAAGATAT AGAGAATTTA
ATTAGCCCAG AAAAAATAGA AATTTATAAA GAGTTTTTAG TATGGTTACA TACATTTAGA
GATAATTTTT ACTTAGGTAA ACCAACTACA AAAGAAGTAA GTGATTTTAA AAATGGAATT
CGTAATAATG TTAATTGA
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| Protein sequence | MERILKLKIF LKSKLSFFFE AIINLFGKIL VFLKSNFNVF FSWLVLVTIV LIFQNKIATF
LAENSIIKHV DVKKQSFNLA FVTLVLIFLI RFFWFIVKNY RISQKQNYFI FLFSSIYFFL
RNDENDSLYF SYLSRRHELY YSDIILLIAI LSILLIFRNI FLRNWSLYDN IVSWFDELIK
KGEHVKSSFL IEDIPLNNTN INDNEKVIDE VVKAVINLKP SYSFIIGINS IWGIGKTSFL
KRLEYKLTIQ KIHNESKPIT FWFNAWQHQD EKSIINNFFN QLKKELSVFS GDSENSIDNY
LKEMLALADN KYLNFFKSIT DSIFSNGDSI KESYDEINVI IEEINRKIIV FVDDIDRLNK
VEILETLRIL RNIANFKNVV FVCGFDREYV VKQSQIDNHY LDKIFNLEIN LTTQNQKGFV
SFFSELINSS SGYDNDEKNI LIESVNKIFY ADEESSIDIS SLIKMTRENN TNQEGFKNEE
VLAKIPLIPS FFFESRRDVK KFYNELYINF KTLGSNISDI NLEKYLLLKL LLFKYKWMHK
NFASKRINSW LGSEPVLRFK ELNLKKLLLN KEIENQDSYI IFSVLLLLFP ENGLHNHSPE
INQKRYFPIY FSNNVFNECL TYYQLTDAIK NNRVKKLLTD IVNGKENERS IINDIKLFLL
KPENIDNINE YKQVVDLIKN GDLGKVDEMK ILNFLHLGEK NFGIEYKKLL AFIFTNFEDP
FGSFALDLSI YYRKYPLDSS RNKYKLEDGI DHKTIDALKI LNKEVLKKLN LVILRKEINA
KNLDTKMILS NFNRFYEIYF TDLKFGFFYE EYKVIIKGYM TENFENIFLA NNVEKTISDM
DTTLLTNLFE NDIDKKEFVE VLKMQVDGKV NGTSKPMNGI IYREGGLNNF IKYVEDIENL
ISPEKIEIYK EFLVWLHTFR DNFYLGKPTT KEVSDFKNGI RNNVN
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