| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2019 |
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| Symbol | |
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| ID | 5093559 |
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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 | 2361555 |
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| End bp | 2365505 |
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| Gene Length | 3951 bp |
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| Protein Length | 1316 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644741444 |
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| Product | histidine kinase |
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| Protein accession | YP_001194369 |
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| Protein GI | 146299778 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.523526 |
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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 | ATGCGTAAAT TCTTTCTTTT TGTATTTTTT TTGATTTTTT CAATAAATTT TATTGAAGCA
CAAGAATATT ATTTCAAACA TTTTCAGGTT GAAGAAGGAC TTTCTAACAA CACCGTTTTG
ACCTCTTTGC AAGATGATGA CGGCTTTATG TGGTTTGGAA CAAAAGACGG TTTAAACCGA
TTTGACGGCT ATCGTTTTAA AACTTACAGA AGCAATGCCG ATCCAATTCA TAGTTTAGGA
AGCAATTATA TTCAGTCTTT ACACGAATAT AAAGGTGTTA TCTGGGTAGG AACAGATAAA
GGTTTGTACC AATACGATAA AAAAACAGAT CAGTTTACGG TTTTAAACGA AGCTATTAAC
GATCGTATCA ACGATATTAA TCACGATAAA AATGGAAATA TCTGGTTTAT TTCAGGAAAT
ATTCTTTATA AATATTCGAC TTCAAAAAAA GAAACCAAAA CTTTTAACCC AAATAAGTAT
TTTATTGCCA CTTCGATTTC CAGAGATGCA AACGGGCAGA TCTGGGCTTC TTCCTTAAAT
AAAATTTACC GCTATTCCGA AGAAAATCTT TCGTTTGAAA ATATTCCTGT AATGCCTCCG
TCCAATTCTG CTAATTTCAG GATTACGGTT ATTTATGCTT TAGACCAAAA CAATATTGTT
ATAGGAACGC AAGACGACGG CGTTTTACTT TATAACATTC AAAACAAAAC AACTTCGAGT
TTAGAATTTT CGACAAAAAA ACCTGTTTAT GTCCGCCAGT TTAAAAAGAA AGGAAACGAC
GAACTCTGGA TTGCAAGCGA ATCTGGGGTT TATGTTTATA ATCTAAAAAC GAAGTTGAGC
GTAAATCTCA AAAAAAATTA CAATGATCCA TACGCAATTT CAGATAATGC GGCGTATTCT
ATAACTATTG ATAAAGAAAA CGGAATTTGG GTTGGAACGT ATTTTGGAGG CATTAATTAC
CATCAAAAAC AATACACACA GTTCAAAAAA TATTTTCCGC AGAAAGGGCA GAATTCTATC
AGCGGAAGCG CCGTTAGAGA AATTCATAAA GATGATAAAG GCGATTTGTG GATTGGAACC
GAAGATGCAG GCTTAAACCG ATTTAATCCG AAAACTCAAA TCTTTACTTC GTATTTGCCA
AACGGAAGTA AAAGCAGTGT TTCGTATTAT AATATTCATG CTTTAATGCC CAGAAAAGAC
AAAATCTGGG TGGGAACTTT TGAGCATGGT CTGGATGTTT TAGACCGAAA TTCGGGCGCG
GTTATCAAAC ATTACAGCGC CAATAATCCG GGTTCGGGAT TGCGAAGTAA TTTTATTTTT
TCTTTTTATG TAACCAAAAA AGACGAATTA ATTGTAATTA CAACAATGGG GCTTTATGTG
TATAATGAGC AGAAAGATAC TTTTGATACT CTAAAAACAT TTCCTGAAAC CACACATTAT
ACGACTTATA AAGAAGACAG CGACGGAAAT CTCTGGGCTG GAAGTTACCG CGATGGTTTG
TTTTATTACA ATCCGAAAAC CAAAAAGAAA GAGGTTTTTA TTTACGATTA TAAAAATCCG
AACGGCATCA GCAATAATTC TATCAATTAT ATTTTTGAAG ACAGTTCTAA AAATTTATGG
TTTGCTACCG AAAACGGATT GGATTTATTT GATAAAAAAA CAAGAACGTT TAAAAAATTC
ACCACCAAAA ATGGATTCCC GAGTAATGTC GTGTATTCGA TTCTAGAAGA CGATTCTAAA
AATTTATGGC TTACGACTTC AAAAGGTTTA GTAAAATTTG GCCCGGATCA TAAAAGCATC
AAAATTTATA CAACCGCAAA TGGTTTATTG AGCGATCAGT TTAATTATGC ATCGGCTTTT
GAGGATGCAA ACGGCGATAT GTATTTTGGA AATTTAAACG GAATGATCAG TTTCAACCCT
AAGAATTTTA CCAAAAACAA ATACACGCCT TCGATTTTCA TCACCAATCT TCAGATTAAT
AATAAGGATA TTGATGCCAA CGGAAATGAT TCACCAATTA AACAATCTAT TTCGCATATT
GATGAACTGG AATTAGACAA CAGCCAGTCG TCATTTAATC TTGAATTTGC TTCTCTAAAT
TACACAGCGC CGGAACTTAC AGAATATTGG TATAAACTGG AAAACGTTAA CAACGACTGG
GTTTATCTGG AACGCAACAA TAAAGTTTTC TTTACAGAAT TAGCGCCTGG TGATTATGTT
TTTAAAGTAA AATCGCTGAA TAGTTTTGGT GTCTGGAGCA AAGAAGTAGA ACTGAAAATC
AGAATTCTGC CTCCGTTTTG GGCGAGTTCT TATGCTTATT TTTTCTATTT TCTGCTAATA
TGCGGTTCGT TTTATTACAT CATTCGTTAT TCGCAGAATT TAACGCAGAT TAAAAACAAC
CGAAAAATAA AACATCTAAA CGACGAAAAA GAAAAAGAAA TCTATCAGGC CAAAATTGAC
TTTTTTACCA ATGTGGCGCA CGAAATCAGA ACACCTTTGA CGTTGATAAA AGGGCCTTTG
GAAAAACTTT TGGTTATGGA ACACAAATCT CCTGAAGTAC CTCAGAATCT TTCTATAATG
AAGAAAAACA CGTCTCGTTT ATTAAAACTG GTAAACGAAT TACTGGATTT TAGAAAATCT
GAAATTGGCG GTTTAAAACT CACTTTTGTA GAAGCCAATA TTTCGTCGAT GGTTCGGAAT
TTACATTTGA GATTCAGCCA GTTGATTGAA GAACGTGAAA TTGAATTTGA ACTCGAACTG
GGCGAAAAAG ACATTTTTGC TTTTGTAGAT AAAGAAGCTT TCAAAAAAAT TCTGAGTAAT
TTGATGAGCA ATGCTATTAA ATATTCTACA CATAAAGCTT CGATTACGCT TTTTAGAGAT
GAAAAGAAAC TGACTTTAAT TGTAAAAAAT GACGGAAATC TGATTCCTTT TCATTTAAAA
GATAAAATTT TTGAACCGTT TTTCAGGGTT GATAATATGG ATACGACTTC GGGAACAGGA
ATTGGGCTTT CACTGGCGCA TTCCTTAACA CAGCTGCACA ACGGAAACCT ACAGGTGATT
CCGGACTCGA AGGTTAATAT TTTTGAGCTT GTGGTGCCGC TTCGTCAGGA AGAAGAATTT
ATGTTTTATA ATGAACCTGA AAAAGAAGAA GTCGAAACGG AATCTGAAAC TGTAGAAATC
GAAAACAAAC ACGAAAAAAC ACAGCTTTTA GTAGTCGAAG ACAATGAAGA TTTATTGAAT
TTTATTACGA CTGAATTAGC GCCGTTTTAC ACCATTTTAA AAGCGGATAA TGGCGAAAAT
GCCTTAAAAA TAATTCATAA CGAAAATATT CAATTGGTTA TAAGCGATGT TTCGATGCCG
GTTATGGACG GAATTACATT GTGTAAAGAG ATTAAAACAA ATCTCGAAAC AAGTCATATT
CCGGTGATTT TGCTTACTGC TAAAAACTCG CTGAAATCGC AAATTGACGG TCTTGAAGTG
GGTGCCGATG CGTATATCGC AAAACCTTTT TCAATGGACT ATTTAAAAGT TCAGGTAAAT
AATTTGATTG AAAACAGAAA GCAGATTATG AATTATTATG CGAGTTCTCC GCTTTCGCAC
ATTAAAAGTA TTGCACACAA CAAAACGGAT GAAAAATTCC TGAAAAAACT CGACGAAGAA
ATTCTGAAAA ACATCACCGA TTCTGATTTA AGTGTAGAAT CTCTGGCTGA AATCATGAAT
ATGAGCCGTT CAACTTTATA CCGAAAAATT AAAGACATTT CGAATCTGAG TCCAAATGAG
CTGATTAATA TCGTACGTTT AAAACGTGCT GCTGAATTAC TTTTAAACGA GAATTACAAA
ATGTATGAAA TCGCCGAAAT GGTGGGTTAT AAATCGCAGA CGAGTTTCGG ACGTAATTTC
CAAAAGCATT TTACGATGAC GCCTTCGGAG TATATCGCGA TGAATAAGTG A
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| Protein sequence | MRKFFLFVFF LIFSINFIEA QEYYFKHFQV EEGLSNNTVL TSLQDDDGFM WFGTKDGLNR
FDGYRFKTYR SNADPIHSLG SNYIQSLHEY KGVIWVGTDK GLYQYDKKTD QFTVLNEAIN
DRINDINHDK NGNIWFISGN ILYKYSTSKK ETKTFNPNKY FIATSISRDA NGQIWASSLN
KIYRYSEENL SFENIPVMPP SNSANFRITV IYALDQNNIV IGTQDDGVLL YNIQNKTTSS
LEFSTKKPVY VRQFKKKGND ELWIASESGV YVYNLKTKLS VNLKKNYNDP YAISDNAAYS
ITIDKENGIW VGTYFGGINY HQKQYTQFKK YFPQKGQNSI SGSAVREIHK DDKGDLWIGT
EDAGLNRFNP KTQIFTSYLP NGSKSSVSYY NIHALMPRKD KIWVGTFEHG LDVLDRNSGA
VIKHYSANNP GSGLRSNFIF SFYVTKKDEL IVITTMGLYV YNEQKDTFDT LKTFPETTHY
TTYKEDSDGN LWAGSYRDGL FYYNPKTKKK EVFIYDYKNP NGISNNSINY IFEDSSKNLW
FATENGLDLF DKKTRTFKKF TTKNGFPSNV VYSILEDDSK NLWLTTSKGL VKFGPDHKSI
KIYTTANGLL SDQFNYASAF EDANGDMYFG NLNGMISFNP KNFTKNKYTP SIFITNLQIN
NKDIDANGND SPIKQSISHI DELELDNSQS SFNLEFASLN YTAPELTEYW YKLENVNNDW
VYLERNNKVF FTELAPGDYV FKVKSLNSFG VWSKEVELKI RILPPFWASS YAYFFYFLLI
CGSFYYIIRY SQNLTQIKNN RKIKHLNDEK EKEIYQAKID FFTNVAHEIR TPLTLIKGPL
EKLLVMEHKS PEVPQNLSIM KKNTSRLLKL VNELLDFRKS EIGGLKLTFV EANISSMVRN
LHLRFSQLIE EREIEFELEL GEKDIFAFVD KEAFKKILSN LMSNAIKYST HKASITLFRD
EKKLTLIVKN DGNLIPFHLK DKIFEPFFRV DNMDTTSGTG IGLSLAHSLT QLHNGNLQVI
PDSKVNIFEL VVPLRQEEEF MFYNEPEKEE VETESETVEI ENKHEKTQLL VVEDNEDLLN
FITTELAPFY TILKADNGEN ALKIIHNENI QLVISDVSMP VMDGITLCKE IKTNLETSHI
PVILLTAKNS LKSQIDGLEV GADAYIAKPF SMDYLKVQVN NLIENRKQIM NYYASSPLSH
IKSIAHNKTD EKFLKKLDEE ILKNITDSDL SVESLAEIMN MSRSTLYRKI KDISNLSPNE
LINIVRLKRA AELLLNENYK MYEIAEMVGY KSQTSFGRNF QKHFTMTPSE YIAMNK
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