| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3422 |
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| Symbol | |
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| ID | 5093670 |
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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 | 4087674 |
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| End bp | 4090277 |
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| Gene Length | 2604 bp |
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| Protein Length | 867 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644742847 |
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| Product | ATPase |
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| Protein accession | YP_001195755 |
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| Protein GI | 146301164 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0542] ATPases with chaperone activity, ATP-binding subunit |
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| TIGRFAM ID | [TIGR03346] ATP-dependent chaperone ClpB |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.04082 |
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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 | ATGAATATAA ACAAGTTTAC TATTAAATCG CAGGAAGCCA TACAGTTGTC TCAGCAATTA
GCACAACGAA ACGGCCAGCA GCAAATTGAA AATGAACACA TTTTCAAAGC TATTTTTGAA
GTTGATGAAA ACGTTGCGCC ATTCATTTTG AAGAAATTAA ATGTAAATGT GCCTTTGTTT
TTACAAATTT TAGACAGTAC AATTCAGAGT TTTCCAAAAG TTTCCGGAGG CGATGTTATG
CTTTCGAGAG ATGCAAATAA AGCTTTGAAC GAAGCAGAAA TTATTGCACA AAAAATGAAC
GACGAATACG TTTCGATCGA GCATTTAATC TTGGCTATTT TTGATTCAAA AAGTAAAGTT
TCTCAAATTT TAAAAGATCA GGGAGTTACA GGAAAAGGTC TGAAAGCAGC AATCGAAGAA
CTTCGTAAAG GAGAGAGAGT AACTTCTGCT TCTGCCGAAG AAACCTATAA TTCATTAAAT
AAATACGCTA AAAATCTAAA CGAATTAGCA CGTACAGGAA AATTAGATCC GGTTATTGGC
CGTGATGAAG AAATTCGTCG TGTATTACAA ATTTTAACTC GTCGAACTAA AAACAACCCA
ATGCTTATTG GTGAACCCGG AGTTGGTAAA ACCGCTATTG CCGAAGGTTT AGCACATAGA
ATTGTAGATG GAGATGTTCC TGAAAACCTG AAAGATAAAA TCGTTTTCTC TTTAGATATG
GGAGCTTTGA TTGCCGGAGC AAAATATAAA GGAGAATTTG AAGAACGTTT AAAATCGGTT
GTAAAAGAAG TTACAGCCGC AGAAGGTGAT ATCGTATTGT TTATTGATGA AATTCACACG
CTTGTAGGTG CAGGTGGAGG AGAAGGCGCA ATGGATGCGG CTAATATCCT GAAACCAGCT
TTGGCGCGTG GAGAATTAAG AGCAATTGGT GCTACAACCT TAGACGAATA TCAAAAGTAT
TTTGAAAAAG ATAAAGCGCT TGAAAGACGT TTTCAAAAAG TATTAATCGA TGAACCAGAT
ACTGAAAGTG CTATTTCAAT TTTACGTGGT ATCAAAGAAA AATACGAAAC GCATCATAAA
GTTCAGATTA AAGACGAAGC AATTATTGCA GCTGTTGAAC TTTCGCAAAG ATATATTACC
AATCGTTTTT TACCAGATAA AGCGATTGAC TTAATGGACG AAGCTGCTTC TAAACTTCGT
ATGGAAATCA ATTCAAAACC TGAGGAATTA GACGTTTTGG ATCGTAAAAT CATGCAGCTT
GAAATTGAAA TCGAAGCGAT TAAACGTGAA AAAGAAGAAA GTAAGCTGAA AATTTTAGGT
ATGGAATTGG CCAACCTGAA AGAAGAGCGA AACGAGATCT ATGCAAAATG GAAACAGGAA
AAAGATATCG TTGACGGAAT TCAGGCTGTA AAACACGAAA TCGAAGACTT TAAATACGAA
GCAGAACGCG CAGAACGTGA TGGTGATTAT GGAAAAGTAG CTGAAATTCG TTATGGTAAA
ATAAAAGAAG CACAAGAACG TCAGGAAAAT TTGCAAAAGC AGTTATTGGA ATTTCAATCT
GGTAATTCTT TAATAAAAGA AGAAGTTACA AGAGAAGATA TTGCAGAAGT TGTAGCAAAA
TGGACTGGAA TTCCAGTAAC AAAAATGCTT CAGACAGAGA GAGAAAAACT ATTGCATCTT
GAAGATGAAT TACACAAACG TGTAGTTGGG CAGGAAGAAG CGATTGAAGC CGTGAGTGAT
GCCGTTCGCA GAAGCCGTGC CGGTTTGCAG GATATGAAAA AACCTGTTGG TTCATTCCTG
TTTTTAGGAA CAACCGGAGT TGGTAAAACG GAGCTTGCAA AAGCCTTAGC CGAATATCTT
TTCGATGACG AAAATGCGAT GACTCGTATC GATATGAGTG AATACCAGGA ACGTCATAGT
GTAAGCCGTT TGGTTGGTGC GCCTCCAGGA TATGTAGGTT ATGATGAAGG AGGTCAGTTA
ACAGAAGCTG TTCGTAGAAA ACCTTATTCT GTTGTACTTT TAGACGAGAT CGAAAAAGCA
CATCCGGATA CTTTCAATAT TTTATTGCAG GTTCTGGACG AAGGACGTTT AACAGACAAT
AAAGGACGTC TTGCCGATTT TAGAAATACG ATTATTATTA TGACTTCAAA TATGGGAAGT
AATATTATTC AGGAGAAATT TGAAAACCTA AAAGGAAGCG TTGAGGCAGC AACTGAAGCC
GCTAAAAACG AAGTTTTAGG ATTATTAAAG CAAACTGTTC GTCCTGAGTT TATCAACCGT
ATCGATGAGA TTGTAATGTT TACACCGCTT ACTGTAGAAA ATATTTCAAG AATTGTAAGT
TTACAGTTAA AGAGTGTTAC TAAAATGCTG GCTCTGCAAG GTATTACAAT GGATGCGACT
CCAGAAGCGA TTGCTTATCT GGCAGATAAA GGTTACGACC CTCATTTTGG AGCGAGACCT
GTAAAACGTG TAGTTCAAAG AGAAGTCTTA AACCAATTGT CAAAAGAAAT TCTGGCAGGG
AATATTACAA CAGATAGTAT TATCTTATTA GATGCTTTTG ATGGCAATTT GGTTTTTAGA
AACCAGACTG AAGAAGCTAA ATAA
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| Protein sequence | MNINKFTIKS QEAIQLSQQL AQRNGQQQIE NEHIFKAIFE VDENVAPFIL KKLNVNVPLF
LQILDSTIQS FPKVSGGDVM LSRDANKALN EAEIIAQKMN DEYVSIEHLI LAIFDSKSKV
SQILKDQGVT GKGLKAAIEE LRKGERVTSA SAEETYNSLN KYAKNLNELA RTGKLDPVIG
RDEEIRRVLQ ILTRRTKNNP MLIGEPGVGK TAIAEGLAHR IVDGDVPENL KDKIVFSLDM
GALIAGAKYK GEFEERLKSV VKEVTAAEGD IVLFIDEIHT LVGAGGGEGA MDAANILKPA
LARGELRAIG ATTLDEYQKY FEKDKALERR FQKVLIDEPD TESAISILRG IKEKYETHHK
VQIKDEAIIA AVELSQRYIT NRFLPDKAID LMDEAASKLR MEINSKPEEL DVLDRKIMQL
EIEIEAIKRE KEESKLKILG MELANLKEER NEIYAKWKQE KDIVDGIQAV KHEIEDFKYE
AERAERDGDY GKVAEIRYGK IKEAQERQEN LQKQLLEFQS GNSLIKEEVT REDIAEVVAK
WTGIPVTKML QTEREKLLHL EDELHKRVVG QEEAIEAVSD AVRRSRAGLQ DMKKPVGSFL
FLGTTGVGKT ELAKALAEYL FDDENAMTRI DMSEYQERHS VSRLVGAPPG YVGYDEGGQL
TEAVRRKPYS VVLLDEIEKA HPDTFNILLQ VLDEGRLTDN KGRLADFRNT IIIMTSNMGS
NIIQEKFENL KGSVEAATEA AKNEVLGLLK QTVRPEFINR IDEIVMFTPL TVENISRIVS
LQLKSVTKML ALQGITMDAT PEAIAYLADK GYDPHFGARP VKRVVQREVL NQLSKEILAG
NITTDSIILL DAFDGNLVFR NQTEEAK
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