| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2076 |
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| Symbol | |
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| ID | 5092089 |
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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 | 2456043 |
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| End bp | 2460164 |
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| Gene Length | 4122 bp |
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| Protein Length | 1373 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 644741500 |
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| Product | histidine kinase |
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| Protein accession | YP_001194425 |
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| Protein GI | 146299834 |
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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 | 11 |
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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 | ATGAGGAATA TTAAAATTTA CATTTTAAGC TGTTTTGCAT TTCTTTCCAT TTCTTTTGGC
GTTTCTGCAC AAAGATCTGA TTTATATTTT GACCATATTG ATTACGATGT GAGTTTTTCG
CAAAGTATGA TTTCGAGTAT TCATCAAACC AAAAAAGGAT TTATCTGGAT AGGAACTGCA
AACGGATTAA TCAGTTACGA CGGATATAAT TTTCTGCGAT ATGTTTACAA CAAAGACATT
CTAAATACCA TCAGCAACAA TCATATTAAC GTGATTCTGG AAGACAGACA AAAAGAACTT
TGGGTTGGAA CCAATAATGG ATTGAATCTT TTTAATAAAA ACGAAAGGAG TTTTTTAAGA
GTTGACGTTC AGAAAATTAA AGGCGGACGA AATTATATTT CATCCATAAT TCAGGATGAT
CAAAACCAAA TTTGGATTGG GACTTTTGGC GGTATAAAGC GTCTTAACAG AGAGAAATAT
TTGTTAGAAG AAATCTCAAA CGATCACAAT TCACCATTCA GAAAAAGCAG GGTTTTGTCT
TTGTTTTATG ATCGCAATTA TGGTGTTTTG GTTGGAACTT CTAAAGGCTT AGAATGTTTT
GATCCTAAAA ATGGCTCAAA AAAAATATTA CCAAAAACAT TGACAGATAA CGAAGCTTTA
ATCAAATCAA AAATCTGGAA AATCATCAAA GAAAAAAATG GTAATTTATG GTTTGCGACT
GAAGCAAATG GTGTTTTTTA TTTTGATACA GACAAAAATA TCGTAAAAAA TTACCTTCTT
AATACAAATA ACAAAAACAG TTTGTCGTCA AATTGGGTCA ATGATATTGT TTCTGTCGAC
AATAATACCA TTTGGTTTGC CACTAAAAAC GGTTTATGTG TTTACAAAAA AGATAAAAAT
GAATTCACCA AATACGGACA TAATCCACTG GAAAGTTACA GTCTTTCAGA CGATGATGTC
AAATGTTTTT TAAAAGACCG TCATAACGAT ATTTGGATTG GGACGAATGG AGGAGGAGTC
AATTTTTTTC AGAAAACTAA TACCAATTTT ACCAATATAA GAGAAGTCAT CAAACCTAGT
TTCGGATTAA ATACAGCCTT TGTAAATGCA GTTGTGAGAG AAAATGACGG TTCAGTATGG
GTTGGAACAA ATGGCGGAGG CTTGAATTAC CTTGACTTTA GAAATAATAA AAATATATCT
TATCAAATTG AAGGTTACGA TTTTGATAAA AGCGTTAACA TGATAACGGC TTTGGTAAAT
CAAAACGAAC AGAACTTGTT TTGCGGAACT TTCAATGGAT TATTCAAATT CAATAAAAAC
AGTAAAACAT TCCAGTTTAT TTCGCTTTCA CGCAAAGATT CTAAAGAAAG AGAACGTCCC
ATTACTTCTC TATTAATGGA TAATACAGAT TTATGGGTAG GAACAAACGG CAACGGACTG
AAGAAAGTAA TGCCCGACGG AACGGTCGAA ATTTATATGG CAGACGGAAC TTCAAATTCT
CTCAGCGATA ATTTTATCAC TGATATTGTA AATAGAAAAG ACGGACTTTG GATCGCTACA
CAATACGGCT TAAATTATTT CGATAAAAAG CTAAAACAAG TTACCAGAGT TTTTAAAGCC
GGGCCAAAAA GCGGATTATC AAACAATAGT CTCACTGTAA TGTTTACCGA TTCTAAAAAT
CGTTTTTGGG TAGGAGCAGA AAGTGGCGGC GTAAATATTT TTGATGAAAA GAAAGGACGT
TTCTTCGAAA TCAACCGCTC TATGGGATTC ACTGATGAAA CCATCAAAAG TATTTCGGAA
GATTCAGAAG GAAATATCTG GATCAGCGAC AATAATTTAT TGTACAAAAT AAAAACTAAA
ACTATAAAGC CTGTTCTTGA TATTGCTGAT TTTGAAATCA CGTCTTATTC TTCAAATGAC
GGTTTAAAAG TCAAGCAATT TTCAAATAAC TGCAGTGTAC AACTAAATGC AAAAGAACTC
GTTTTTGGAT GTTCAAACGG TTTAATCGTT TTTAACTCTT CAAAATTAAT CAAGACAAAA
GACAAATCGC CAATTGTTTT TACGAAGCTT ATTGTTAATA ATGAGGAAAT TAGACCAGGA
AACAAAGAAG TTGCTCTGGA AAAACGTATC AGCGAAACTA CTGAAATTAC TTTAAAACAC
GATCAGGGAT ACATTGGTTT GGAATTTAGT GCAATGAGTT TTATTTCGCC GGAAAAAAAC
GAATATGCTT ATAAACTCGA AAGCTCTAAT AAAGACGAAT GGCATATTAT AGGTTCGCAG
CATTATATCA ACTTAACCAA TTTAAATTCC GGAACTTATC TTCTAAAAAT AAAAACTTCA
AACGGAGGCG GAGAATGGAA TCCGAATATT AAGACTTTAA AAATTACTAT TCTGCCACCG
TGGTGGAAAA CATGGTGGGC CTATTTGTTT TATATTGTTT TGTTAACAGG AGCTTCAGTT
TTATTATTCC GCTTTTTCAG AAACCGAGAA TTGTTAAAAC AAGCTTTTTA TCTGGAACAA
GTTGAAAAAG AGAGACAGGA AGAATTGTAT AAAATGAAAC TGGATTTCTT TACTAATGTT
TCGCACGAAA TCAGAACGCC TCTGACATTA ATCAGCGGAC CAGTTGAAGA ACTTTTGAGC
AGTGCCGAGA AAAATTCGAA TCTGGAACAG AAACTAAAAA CCATAAAAAA CAATTCTGAT
AGATTATTGA AATTAGTTAA TGAATTAATG GATTTTAGAA AAGCCGAAAA AGGCAGTATG
AAAATCTATT GCGAACAGCA GGATATTGTT TCGTTTTGTT TTGATATTTA CGAATCGTTT
CGAGGAATTG CCGTCGAGAA AAAAATCGAT TATAAATTCG TTTTAAATAT AAATACAGTA
CAGCTTTATT TCGATAAAAA CCAAATGGAG AAAGTGATTT ACAATCTGCT TTCGAATGCC
TTTAAATTTA CCGGAAAAAA CGGCCGAATT ACTTTAGGCG TAGAACAAAA AGAAGATTCA
GATTATGTCG AAATAAAAGT AAAAGACAAC GGAATAGGTA TTCCGGAAAA CAGAAAAAAG
AAGATTTTTA AGAATTTTTT CCAATTAGAC GAACGCGGCA GTGCTAATTT AGGCAGCGGA
ATTGGTTTGG CTTTAAGCAA AAGTATTGTA GAACTGCATC ACGGAGAAAT CAAAGTTCAG
ACAGAAGAAG ATCCAAACTT TACGACCATA TTTACAATCA AATTAAAGAA AGGGAAAGAT
CATTTTAAAA AATCGCAGAT AGTCGACAAT TCAGTTAAGA TTGAAGAAAA TGCAAACCCA
ATTTCGGATG TTAAAACAGA AATTGAAACT TACGAAAGAG AATACGAAGA ACTGGAAAAC
AGCAATAAAA AGACTGTTCT GGTTATTGAA GACAATGAAG AAGTACTCTC TTTTGTGTAC
GATATTTTGT ATCACGATTA TAGAGTTTTG AAATTTACAG ATGGAATTCA TGCACTCGAG
TATATGGAGA AAGAAATTCC GGATCTTATC GTAACCGACG TTATGATGCC GGAAATGGAC
GGCTTTGAAT TGTGCACTAT TTTAAAAACA AATCAAAATA CAAACCACAT TCCGGTTATT
TTGTTAACGG CAAAATCTTC TACTTTAAAT AGAATTGAAG GACTTTCTAC AGGAGCAGAT
GCTTATATTT CGAAGCCTTT TAGTATTGAA GAATTAAAAC TCACAATCGC CAATTTATTA
TCAGCCAAAG AAATCATTCG TCAGAAATAT GGAGAAGGAT TTATTGCCGC TGTTGAAGAA
GAAAACGTAA ATACGCCGGA AGGAATCTTT TTGAAAAAAC TCACTCAGAT TATCGAAGCA
AATCTGGATA ATACTGATTT TGATGTAAAT GATCTGGTAA ATGAAATAGG AATGAGCAGA
ACCGTGCTTT ACAAAAAAGT TCAAACTCTC ACAGATCATT CAGTGGCTGG TTTTATCAAA
AATATGAGAT TAAAAAAAGC GGCCTATTTA TTAACCAATA CCAGTTATTC TGTTGCTGAG
GTAACTTATA TGGTTGGTTT TAATGACAGA AAGCATTTTA GTAAAGAATT TAAAAAGTTT
TATAATTTAT CACCTACTGA ATATAAAGCT TCAAATAATT AA
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| Protein sequence | MRNIKIYILS CFAFLSISFG VSAQRSDLYF DHIDYDVSFS QSMISSIHQT KKGFIWIGTA
NGLISYDGYN FLRYVYNKDI LNTISNNHIN VILEDRQKEL WVGTNNGLNL FNKNERSFLR
VDVQKIKGGR NYISSIIQDD QNQIWIGTFG GIKRLNREKY LLEEISNDHN SPFRKSRVLS
LFYDRNYGVL VGTSKGLECF DPKNGSKKIL PKTLTDNEAL IKSKIWKIIK EKNGNLWFAT
EANGVFYFDT DKNIVKNYLL NTNNKNSLSS NWVNDIVSVD NNTIWFATKN GLCVYKKDKN
EFTKYGHNPL ESYSLSDDDV KCFLKDRHND IWIGTNGGGV NFFQKTNTNF TNIREVIKPS
FGLNTAFVNA VVRENDGSVW VGTNGGGLNY LDFRNNKNIS YQIEGYDFDK SVNMITALVN
QNEQNLFCGT FNGLFKFNKN SKTFQFISLS RKDSKERERP ITSLLMDNTD LWVGTNGNGL
KKVMPDGTVE IYMADGTSNS LSDNFITDIV NRKDGLWIAT QYGLNYFDKK LKQVTRVFKA
GPKSGLSNNS LTVMFTDSKN RFWVGAESGG VNIFDEKKGR FFEINRSMGF TDETIKSISE
DSEGNIWISD NNLLYKIKTK TIKPVLDIAD FEITSYSSND GLKVKQFSNN CSVQLNAKEL
VFGCSNGLIV FNSSKLIKTK DKSPIVFTKL IVNNEEIRPG NKEVALEKRI SETTEITLKH
DQGYIGLEFS AMSFISPEKN EYAYKLESSN KDEWHIIGSQ HYINLTNLNS GTYLLKIKTS
NGGGEWNPNI KTLKITILPP WWKTWWAYLF YIVLLTGASV LLFRFFRNRE LLKQAFYLEQ
VEKERQEELY KMKLDFFTNV SHEIRTPLTL ISGPVEELLS SAEKNSNLEQ KLKTIKNNSD
RLLKLVNELM DFRKAEKGSM KIYCEQQDIV SFCFDIYESF RGIAVEKKID YKFVLNINTV
QLYFDKNQME KVIYNLLSNA FKFTGKNGRI TLGVEQKEDS DYVEIKVKDN GIGIPENRKK
KIFKNFFQLD ERGSANLGSG IGLALSKSIV ELHHGEIKVQ TEEDPNFTTI FTIKLKKGKD
HFKKSQIVDN SVKIEENANP ISDVKTEIET YEREYEELEN SNKKTVLVIE DNEEVLSFVY
DILYHDYRVL KFTDGIHALE YMEKEIPDLI VTDVMMPEMD GFELCTILKT NQNTNHIPVI
LLTAKSSTLN RIEGLSTGAD AYISKPFSIE ELKLTIANLL SAKEIIRQKY GEGFIAAVEE
ENVNTPEGIF LKKLTQIIEA NLDNTDFDVN DLVNEIGMSR TVLYKKVQTL TDHSVAGFIK
NMRLKKAAYL LTNTSYSVAE VTYMVGFNDR KHFSKEFKKF YNLSPTEYKA SNN
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