| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4193 |
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| Symbol | |
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| ID | 5093823 |
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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 | 5034626 |
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| End bp | 5038828 |
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| Gene Length | 4203 bp |
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| Protein Length | 1400 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644743612 |
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| Product | histidine kinase |
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| Protein accession | YP_001196520 |
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| Protein GI | 146301929 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.00660029 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | ATGTGTTTAA AAATTAATCT CGCAAAGCCG CTAAGTCGCA AAGGGAAAAT TAAAAAAGAA
AACTTTTGCT ACTCTGCGAG AAACTCAATT CACAACATAA ATCTGTGCGC TATGAAACTT
AAAATAGCTC TTTTATTATT TGTCTTTGTT TCCGGGAATT TGTTTTCCCA AAATAAATAC
CGACTTAAAA ACTTTTCTAC TACAGACGGA CTTTCGCAGA GTTCTGTTAT TGCCATTCAT
CAGGATAAAT TTGGGCAGAT GTGGTTTGGA ACCCGCGATG GTCTAAATAA ATACGATGGC
AGCCGATTTA CTATTTTCAG GAATGAAGCT TCTAATAAAT ATTCAATCAG CAACAATGAT
ATTTTAGCAA TTGAAGAAGA CAACTCGGGA AAAATCTGGG TAGGAACTTA CAATGGACTA
AACTGTTACG ATCCTGTTTC AAATCGTTTT ACAAGATATC TTCATACCAA AACCAATCAT
ACAATAAGCA ATAATGCTGT TTGGAGTATT AAGGAAATTG GCGCCGAAAT GTGGTTTGGA
ACTTCAAAAG GACTAACGAT TTACAACAAA AAATCGGGAT TGTTTACTTC AGTTTTTCAT
TCAGATGATG ATGCTTCTAC TCTTCCAAGT AATAATATTT TAAGCATTAT AAAAACCAAA
AATGGAGCTG TCTGGATTGG AACAACAAAA GGACTGTGTC AGTTAACTAG TCGAAAAAAC
GGAAAATTAA GTTTTAAAAA TTATCAGTTA AATGCGTCTG ATTTATTAAA CGTACAATCG
GTAATCGAAG AAAAAGACGG CAGTTTATGG GTGGGAACAA AAAACAAAGG ACTTTTAAAA
TTTGATCAAA AACAAAAATC TTTTGTTTCT TTTTTATCAG CCGAAAAATA CCGCGAAATA
AATACTGATA TCCGCTCATT AGTAATTGAC AACCAAGGTT CTTTGTGGAT TGGAGCTTAC
GACGGAATTT ATATTTTGGG ACAAGATAAA AGTCTGCAGA AAATTAACAA TACCAATAAC
AACAACGGAA TCGACAAAGT AAAGTCGGTT TTTATGGATA AAAAAGGGTC GATCTGGATT
GGCTGTTATT ACAAAGGCGT AAACCTTTGG GATATTTCAA ACGTAAATTT CTCCAACTAC
AATCAAAATT CGAAAAAGAT TCCGATGAGT TTTGATGTCG TGAGTTCTAT TATTTCAGAT
AAAAACCAGA ATATTTATTT TGGAACTGAA GGCGGCGGAA TTACAATTTT CAATAAAAAT
ACCGAAGCTG TAAGCTACAT CAACAGCAAA ACCGGACAAA CCAATAAAAA TGATATCAAA
GCAATGTGTC TTTCTGACGA TCATATTTTA TGGTTTGGAA CTTTTTCAAA AGGATTATCA
GCTTACAATA CGGTTTCGAA ACGAATTGAA GACAACAGAA TTACTCCTGA CTTAACCGAA
TTTTTAAAGG AAAGCGGTGT TTATTCGCTT AAAGCAGAAA ATAAAATTTT ATGGATTGGA
ACTTTTGGAA AAGGCTTAAT TCGTTACGAT ACCGAGAACA AAAAATTTGA GATTATTGGC
AATGACAACA CTAAACCCGT TTTCCTGACC AATAATATGG TTCGCAGTAT TTTAATCGAT
AAACAAAATT CAATCTGGCT GGGAACACAA AATGGTTTGA ATCGTATTTC ACTTCGAAAT
TTCAATCCTA AAAAATATAC GATACAGCAT TTCTTTTACA ACCACTCTTC TTTGTCCGGT
GATGATATTC TGACTTTGTT TGAGGATTCT CAAAATAAAA TCTGGGTTGG AACAAAAGCA
AAAGGTTTGT ATTATTTTGA TGGAAAAAAA TTCAGCCAAA TCAATCTTAG AATCGGAAAT
ACCATCATTA CTTCTATCCA CTCTATTTTA GAAGATGACG ATAAAAACCT TTGGATCAGT
ACAAATCAGG GAATTATTAA ATACAGTACA ATTAAAAAGA CGGTTGTAAT TTATGACCAA
AAAGACGGTT TGGCAAGTAA TGAATTTAAT GATAATTCGG CTTTAAAATT AGGATCAAAT
CAATTTTATT TCGGAAGTCC TTCGGGCGCA ACGTTTTTTG ATGCAGCCAA AATTTCCTTA
AACAATTATG CACCTCAGGT TTTAATTACT AATTTAAAAA TTAAAAACGA AACCGTAAAT
GCGCATGATA AAGACGGCAT TTTAGAGCAG AGCATTGGTT TTACCAACAC CATTACTCTG
GATTATGACA AAGCGAATTT CTCGATTAGT TTTGCGATTC CAAATTACAT TCGATCAAAA
AACAACCAAT ACAGTTATCG TTTAACTGGT TTAGAAAATA ACTGGACGAC AACTAAAAAC
AGCGAAGCCA ATTTTGCAAT TCAAAATCCT GGAACTTATA CATTTGAAGT CCGCGGCGCA
AATAATGACG GAGTATGGAA TCAAACTCCA ACTACTTTAA CGGTAATTGT AAATCCGGCT
CCGTGGCGCA GTATCTGGGC ATTTTTATTG TACGGAATCG TGATTGGTTT GGGCTTATGC
GGTTTAATCT GGATTATGAA ATCGAAAGCC AGACTGAAAC AAAAACTTGA ACTGGAATAT
TTGGAAACGC AGCGAATTGA AGAAAACAAC AAATTAAAAC TGGATTTCTT TACCAATATT
TCACATGAAT TCAGAACGCC TTTGACCCTT ATTTTAGGTC CGTTACAGCA AATTCTGGCC
GATTATAACG GAACCAATGA AATGTATAAA AAACTTCTGG TTATTGAAGG AAGCGCGAAT
CATTTACTGA GTCTGATTAA CCGTTTAATG GATTTTAGAA AACTGGAAAA TCATCAGGTT
ACGCTGGAAT CTGCAAACGG AAATATTGTA AAATTTACCA AAGAAATCTT TTTGTCGTTT
ATTGAATATG CTAAAGACGG CGGTTACGAT TATAGTTTTG AAACCGAAAA CGAAGAAATT
CTGGTTTATT TTGACCGTTA CAAACTCGAG CGTGTGTTTT ACAATTTGAT ATCAAATGCT
TTTAGATATA CTCCAAAAGG CGGTTCGATT AAAATTAAAA TCAATCACGA CCAGCAGAAT
CTGTTTATTG CTGTCGAAGA TTCTGGCGTA GGAATCTCAG AAGAACATAT CGATAAAATT
TTTGATTTGT TTTTTGAAGT TCCAACGCAC AATCAGGTTC AAAAAAATTA CAATAAAGGC
ACCGGAATTG GGCTTTCAAT CGTAAAAAAC ATTGTGGAAC TGCATAAAGG AAAAATCGAC
GTTACAAACA AAGCCACTGG AGGCGTTATT TTTAAAGTAA CGTTACCGCT TGGACGCGAG
CATCTTCTGG ACAGCGAAAT TATACCTGAT TTTAAAATCA GTGATGATAT TGAACAATAT
GCCGCTCAAT TAGAACCTTC GGAAATTACT GAACATGAAG ACATCGAAGA TTTAATTGTA
AACGAAGAAA AGCAGACTAT TTTAATTGTT GAAGATCATA AGGTTTTGAG AAAGTTCATG
AAAAACCTTC TCAAAAAAGA TTATAACATT ATAGAAGCTG AAAATGGAAA AATTGCTTTA
GAAAAAGCTT TAAAGTTTGT TCCAAATTTA ATTATAAGCG ACGTTATTAT GCCAGAAATG
GTGGGAACTG AATTGTGTTC AAAAATCAAA GAGAACATCA AAACCAGCCA TATTCCGGTA
ATTTTGCTGA CTTCCAGATC TTCATTGGTT TATAAATTTG AAGGACTGGA AAGCGGTGCC
GATGATTACA TCAGTAAACC ATTCAATTTA ATGGAATTCA GGCTTCGCGT TAAAAACCTT
CTGAACACAA CTGAACGTTT AAAAATCAAG TTTTCAAGCG AGGATAGTTT TATTCCGTCA
GAAATCACGG TTTCTTCTCT GGATGAAGAA TTATTGAAAA AGGCATTTAA AATTGTGGAA
GAAAACATTT CTAACGAACA ATTTGACATT CCGTTTTTCT GTTCAGAACT GGGCGTAAGC
CGAACGATGT TATTTCTAAA AATCAAAGCT TGGACGAATT GCACGCCAAA TGAGTTTATT
CATGAAATCA GGTTAAAACG TGCGGCTCAA TTATTAGAAC AAAACAAATT AACCGTTTCA
GAAATCAGTT ATAAAGTCGG TTTCAACAAT CCGAAATACT TTAGCAAATG CTTTCAGAAA
AAGTACGGAG AAACTCCGTC ACAATACTCC GACAAATTTT ATAAATCTTC GGTCATAATT
TAA
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| Protein sequence | MCLKINLAKP LSRKGKIKKE NFCYSARNSI HNINLCAMKL KIALLLFVFV SGNLFSQNKY
RLKNFSTTDG LSQSSVIAIH QDKFGQMWFG TRDGLNKYDG SRFTIFRNEA SNKYSISNND
ILAIEEDNSG KIWVGTYNGL NCYDPVSNRF TRYLHTKTNH TISNNAVWSI KEIGAEMWFG
TSKGLTIYNK KSGLFTSVFH SDDDASTLPS NNILSIIKTK NGAVWIGTTK GLCQLTSRKN
GKLSFKNYQL NASDLLNVQS VIEEKDGSLW VGTKNKGLLK FDQKQKSFVS FLSAEKYREI
NTDIRSLVID NQGSLWIGAY DGIYILGQDK SLQKINNTNN NNGIDKVKSV FMDKKGSIWI
GCYYKGVNLW DISNVNFSNY NQNSKKIPMS FDVVSSIISD KNQNIYFGTE GGGITIFNKN
TEAVSYINSK TGQTNKNDIK AMCLSDDHIL WFGTFSKGLS AYNTVSKRIE DNRITPDLTE
FLKESGVYSL KAENKILWIG TFGKGLIRYD TENKKFEIIG NDNTKPVFLT NNMVRSILID
KQNSIWLGTQ NGLNRISLRN FNPKKYTIQH FFYNHSSLSG DDILTLFEDS QNKIWVGTKA
KGLYYFDGKK FSQINLRIGN TIITSIHSIL EDDDKNLWIS TNQGIIKYST IKKTVVIYDQ
KDGLASNEFN DNSALKLGSN QFYFGSPSGA TFFDAAKISL NNYAPQVLIT NLKIKNETVN
AHDKDGILEQ SIGFTNTITL DYDKANFSIS FAIPNYIRSK NNQYSYRLTG LENNWTTTKN
SEANFAIQNP GTYTFEVRGA NNDGVWNQTP TTLTVIVNPA PWRSIWAFLL YGIVIGLGLC
GLIWIMKSKA RLKQKLELEY LETQRIEENN KLKLDFFTNI SHEFRTPLTL ILGPLQQILA
DYNGTNEMYK KLLVIEGSAN HLLSLINRLM DFRKLENHQV TLESANGNIV KFTKEIFLSF
IEYAKDGGYD YSFETENEEI LVYFDRYKLE RVFYNLISNA FRYTPKGGSI KIKINHDQQN
LFIAVEDSGV GISEEHIDKI FDLFFEVPTH NQVQKNYNKG TGIGLSIVKN IVELHKGKID
VTNKATGGVI FKVTLPLGRE HLLDSEIIPD FKISDDIEQY AAQLEPSEIT EHEDIEDLIV
NEEKQTILIV EDHKVLRKFM KNLLKKDYNI IEAENGKIAL EKALKFVPNL IISDVIMPEM
VGTELCSKIK ENIKTSHIPV ILLTSRSSLV YKFEGLESGA DDYISKPFNL MEFRLRVKNL
LNTTERLKIK FSSEDSFIPS EITVSSLDEE LLKKAFKIVE ENISNEQFDI PFFCSELGVS
RTMLFLKIKA WTNCTPNEFI HEIRLKRAAQ LLEQNKLTVS EISYKVGFNN PKYFSKCFQK
KYGETPSQYS DKFYKSSVII
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