| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_0699 |
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| Symbol | |
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| ID | 5090733 |
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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 | 766834 |
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| End bp | 769992 |
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| Gene Length | 3159 bp |
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| Protein Length | 1052 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 644740100 |
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| Product | UvrD/REP helicase |
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| Protein accession | YP_001193053 |
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| Protein GI | 146298462 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | ATGCAAAGTC CGTCTTTTTC CATTTATGAT GCTTCTGCAG GATCAGGAAA GACCTATACT
TTGGTTAAAG AATATCTGAA AATTATTCTT TCTTCTCCAA AAAACGATGC TTATCGTAAT
ATTCTGGCCA TAACTTTTAC CAACAAAGCA GTTCATGAAA TGAAAAGCCG TATTGTTGGG
AGTTTATCTG AATTTGCCAA AGAAGAGCCT TCTGCGAAAG CGGTTGATTT AATGGAAGAT
TTATCTCGGG ATACCGGGCT TTCAATTATT CAGTTAAAAG TAAAATCTCA AAGTATCATT
AAGCATTTAA TTCACAATTA TGCTGCTTTT GATATTTCTA CTATCGATAA ATTTACTCAC
AAAGTCATTC GGGCTTTTGC GCATGATCTG AATCTGCCAA TGACTTTTGA GGTTACTTTG
GATACTGAAA ATTTATTGGT TGAAGCTGTT GATGCTATTA TTGCTCAAGC TGGTCAGGAC
GAAACGCTGA CTAAATTGCT GATCGATTTT ACGATGGAAA AAACCGATGA TGATAAAAGC
TGGGACATTT CGAGAGAAAT TCTCGAAACC GGACGTTTGG TTTTGAATGA AAATAATCGA
AATGAAATTC TTCATTTTAA TGATAAGACA ATCGAGGAGT TTGTCGAAAT TAAAAAGAAA
ATGCTGGCCT TGTGCAAAGA ACTCGAATCT GAAAACGAAC AATTTGCAAT TGAAGCACTT
TCTTTAATCG AGAAAAACGG AATCGATCTA AAATCTTTTT CAAGAGGGAC CTTCCCAAAT
CATCTTGAAA GTATTCGTGA CGGGAAATTT AATCCACGCA ATAAAACCTT TCATGAATTT
GATGATATTG CAATTAATAA AACGGCTAAG GATAAATCTT TAATCGAAAA TATAATTCCG
GATTTACTTC AAATACTGAG TAAAATCTAT AAAAATTTTG AAAAAAGAGA TTTTTATAAA
GCCTTCCTAA AAAATATAAC ACCGCTTTCA TTACTGAATA CAGTCAGCAA TGAATTGGCG
AAGATTCAAT CAGAACAAAA TGTTTTGTCT ATTTCAGAAT TCAATGCGAT TATTCACCGC
GAAATTCAGA ATCAGCCTGC GCCTTTTATT TATGAGCGTT TAGGTGAAAG ATACCGTCAT
TTTTTTATTG ATGAATTTCA GGATACTTCC GAAATGCAAT GGCAGAATCT AATTCCGCTT
ATTGATAACT CGCTTTCAGG TCTGGATGAT TTAGGGAATA AAGGAACCTT AATGATTGTT
GGAGATCCAA AACAATCTAT TTATCGCTGG AGAGGCGGGA AAGCGGAGCA GTTTATTGAG
CTGAGCAAAG ATGTAAACCC GTTCAATAAT CCTGATAAGG CAATTAAACA TTTAAATACA
AATTATAGAA GTTACAGCGA GGTAATTGAA TTTAACAATG CTTTCTTTAA ATTAATTTCT
TCCGAGTTTT CAAATGAAGA TTATAAAGAT TTGTATGAAA ATCACAGCTT TCAAAATACA
AATTCAAAAA AAGGCGGTTA TGTAAATATT TCGTTTCTTC CGATAATCGA AAAATCAGAT
TTTGCAGATG AAGAAGAAGT AATTGAAAAA TCAGATTTAT ATGTTTTAGC GACCTTAAAT
ACAATTCAAA AAGTAATTCG AGAAGGTTTT GAATATAAAG ATATTGTAAT TTTAACCCGC
AAAAGAGATC AGGGAATTGC AATTGCAAAT TATTTAACAG AACAGAATAT TCCGCTTTTA
TCTTCGGAAA CATTAATGAT TAAAAATGCA ACTGAAGTTC GTTTGATTAT AAATCTTCTG
AGATATTTAA ATAACAATGC AGATTTAGAA TCGAAAGCCA ATTTTCTTCA TTTTTTAGCT
GAAAATAAAG AAATTGAATT GCCTGTTCAT GATTTTATTG CACAGGGAAT GGCTCAAAAA
TTTGAAGAAG ATTTTGAAAA ATGGCTTTTA ACTTTTGATG TTTCTCTTTC TTTTGAAAAT
GTTCGAAAAA AATCACTTTA CGAAGCCGTC GAAATAATCA TTTCTAAGTT TGTTCTGCCA
TCAGAAGGAA ATGCTTATGT TCAGTTTTTC TTGGATATCG TTCTGGAAAG AGATATTCGA
AATCAAGCTG GTGTGGCAGA TTTTTTAAGT TTTTGGGATA AGAATTCTGA GAAATTCAGT
ATTCCTTCTC CAGAAGGAAA TAATGCGGTT CGAATTATGA CAATTCACAA GTCCAAAGGT
TTGGAGTTTC CTGTTGTTAT TATGCCTTTT GCAGAAGAGG ATTATAATCG AAAACCAAAA
GATAAATTAT GGCTCGATAC CGAAGAAACA GATTTGGGAG TTCCAAAAGC TTTGATTGAT
AACAGCAGTG CTGTTGAAGG ATTTGGAGAA AGTGCTTCGA TAGTTTTTAA TTTGAAAAAA
CAAGAAGAGC TGTTGGATAA TATTAATGTT TTGTATGTTG CATTAACACG TGCCGAAGAA
CAATTATATG TTATTTCGCA ATCTTTAAAA GAAAGAAAAG ACGGTGAGAT GCCCAATAAT
ATGGCATCTT ATTTTATTAA ATATTTGATG CATAAAGGAA TTTATGATTC TGAGAAGTTA
GAATACGAAT TTGGAAACAA AATAAGACTT TCAAAATCTG AAAAAACAGT TGATTTAGTA
AAAACGATTC CAATTGTAAA AGAAGTTTTA AATCCCAAAA ATATAAAAAT TGCACAGCGA
GAAGCGTTAA TGTGGGGAAC ACATCAGCAA GAAGCGATTT CGTATGGAAA TATTGTGCAT
GAAATCCTGG CTTTCGTTAA AGATAAATCA GATGTTGATC TTGCGGTAGT AAAAGCATTA
GAAAATGGTT TGATAACAAT AGATCAATCT GAAATGGTTT TAAAAACGCT CAAAGAAATT
GTAAATCATC CTGAATTAAG TATTTGTTTT GATGGGAATC ATAAAGTTTT AAATGAGCAG
ACTATTGTGC AAAAAGCTGG TAAAATTCTA AAACCAGACA GGGTAGTGCT GACAAACAAT
AAAGAGGCTT ATCTCTTGGA TTATAAAACT GGAGCATTTA ATTCAAAATA TCAAAAGCAA
ATTCAAGAAT ATCAGGATGC AATTGAAGAT TTAGGATACA AAGTGTTAAA AAGAGCTTTG
ATATATATAG GGTCGGAAAT TGAAGTGGTA AATTTGTGA
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| Protein sequence | MQSPSFSIYD ASAGSGKTYT LVKEYLKIIL SSPKNDAYRN ILAITFTNKA VHEMKSRIVG
SLSEFAKEEP SAKAVDLMED LSRDTGLSII QLKVKSQSII KHLIHNYAAF DISTIDKFTH
KVIRAFAHDL NLPMTFEVTL DTENLLVEAV DAIIAQAGQD ETLTKLLIDF TMEKTDDDKS
WDISREILET GRLVLNENNR NEILHFNDKT IEEFVEIKKK MLALCKELES ENEQFAIEAL
SLIEKNGIDL KSFSRGTFPN HLESIRDGKF NPRNKTFHEF DDIAINKTAK DKSLIENIIP
DLLQILSKIY KNFEKRDFYK AFLKNITPLS LLNTVSNELA KIQSEQNVLS ISEFNAIIHR
EIQNQPAPFI YERLGERYRH FFIDEFQDTS EMQWQNLIPL IDNSLSGLDD LGNKGTLMIV
GDPKQSIYRW RGGKAEQFIE LSKDVNPFNN PDKAIKHLNT NYRSYSEVIE FNNAFFKLIS
SEFSNEDYKD LYENHSFQNT NSKKGGYVNI SFLPIIEKSD FADEEEVIEK SDLYVLATLN
TIQKVIREGF EYKDIVILTR KRDQGIAIAN YLTEQNIPLL SSETLMIKNA TEVRLIINLL
RYLNNNADLE SKANFLHFLA ENKEIELPVH DFIAQGMAQK FEEDFEKWLL TFDVSLSFEN
VRKKSLYEAV EIIISKFVLP SEGNAYVQFF LDIVLERDIR NQAGVADFLS FWDKNSEKFS
IPSPEGNNAV RIMTIHKSKG LEFPVVIMPF AEEDYNRKPK DKLWLDTEET DLGVPKALID
NSSAVEGFGE SASIVFNLKK QEELLDNINV LYVALTRAEE QLYVISQSLK ERKDGEMPNN
MASYFIKYLM HKGIYDSEKL EYEFGNKIRL SKSEKTVDLV KTIPIVKEVL NPKNIKIAQR
EALMWGTHQQ EAISYGNIVH EILAFVKDKS DVDLAVVKAL ENGLITIDQS EMVLKTLKEI
VNHPELSICF DGNHKVLNEQ TIVQKAGKIL KPDRVVLTNN KEAYLLDYKT GAFNSKYQKQ
IQEYQDAIED LGYKVLKRAL IYIGSEIEVV NL
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