| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3872 |
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| Symbol | |
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| ID | 5093783 |
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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 | 4602177 |
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| End bp | 4606298 |
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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 | 644743294 |
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| Product | histidine kinase |
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| Protein accession | YP_001196202 |
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| Protein GI | 146301611 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.0459124 |
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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 | ATGTTTTCAA AGAAATGTTT TGCTGCTTTG TTTTTTATTA TCAATAGTTT GTTTTCTCAA
AATACATTTG AAAACTATCG ATTTCGTCTG GTAGATAATA CAACTTCAAA AAGCGGTATA
TATACCATTG CGCAGGATCA GTTTGGAATT ATGTGGATGG GAACAAATGG TGCAGGATTG
TATAAATATG ACGGAATCAA TTATATTGGT TATGAACAAG ACTCCAAGCG AAATAATTCT
ATAAACAGCA ATTTAATTTA TACGGTTTAT GTAGACAGGC AGAATCATTT GTGGGTGGGT
ACTGATGAAG GTTTATGCAT ATACAATAGA AATTTAGATA CTTTTGAAAA TATTGATCTT
CGAAAAAAAG AAGACAAAGA AACTGTAGTT TCTGTAAAAA GTATCATAGA AGACAATAAT
GGCAACATTT TTTTAGGAAC ATTTAATAAT GGTCTTCTCA GGTTAGATAC GAAAACACAT
GAAATTACAA GGTTTAAACT TGATACTCCA AATGTTTCAA ATTATTTAAT CAATTCTTTA
GTAAAAGATA AAAAAGGCAC TATTTATTTA GGTACTAATT TTGGTCTAAA AGTAGTAGAT
CCAATAAAAA ATGAAGTCAA AAAAGTAATC CTTCCTAAAG ACAATGATTT AATCTCAGGC
TCAATTGTAT CTATGTTTTT TGACAGCGGC CAAAACCTAT GGATTGGCAA CGGATACAAA
GGACTGGTAA AAGCCAATTT ATATGCTGCG GTAAAACAAG CTGTCTCTTT TCCAATTACC
AAAAAAAGAA TCATGTGCAT TCGCGAAGCA GATGATCACA CCATTCTTTG TGCTACTGAA
AATGACGGTT TAATCATTGT AGATGAACTG GGTGCTGTTC AAAAAAAATA TGTAAACAGC
AAATACAATA ATCGCAGTCT CGGATCTAAT TCTGTATGGT CTTTACTTGT AGACAAAGAA
AAAAGAATCT GGCTGGGGTA TTATAATAAA GGTTTGGGAG TTTTTGACCG CATAAACAGT
AAGGTAAACG GAATAGAAAG TCTTCCCGGA AACCCGCAGT CGCTGCAAAC CAATTGTGTT
ACCGGTATTG CCAAAGATCA TCTGGGTCAG TTATGGATTT CTATGGAAGG CGGGGGCGTA
GATATTTACA ACCCCGAAAC CAAAAACTTT CAACATATTA CAAAATCAGA CACCCGTTTT
TATTCGGGAT TAACAAATGA CAATATCACA AAAGTTTTTA TTGATCAAAA ACAAAATGTT
TGGCTTGCCA GCTGGAACGA AGGAATCTTT TTTCTAAAAA AAGGAAGCAG CACTTTTATT
AATTACAATA CAAAAAATAC TCCGGATCTC ACCTCCGACA ATATAATGAG TATTGCCGAA
GATTCCAGAG GTGTAATATG GATTGGAACT TTTTCAAAAG GACTTCATTA TTACACACCA
GCTGACGGGC GTTTTCATCA TTGCAATCAG AAATCTTTTT ATGCAATTGG ATTAGCAAAT
GCAGACATTC GGAAAATCAT GGTCGATTCT GATGATGAAG TCTGGGTTGG TTCTACAACC
GGCTTATATA AAGTAAGTAC AACGAATTTT ATAACTTTTT CAGTAATGTC CCTAAGAGAT
AAAATGTCTG CAAAGCTTAA AAATCGTAAA AGCACGCATA CTATCAATAC TTTGTATCAA
ACTAAAAATA AAGAAATCTG GATTGGAACC GATGGTGCGG GATTGTTTAC CTACAATAAA
AAAAAGGATG ATCTAAAATG GTATATAGAT TTTAACGGCC TTCAGGAAAA ATCAATAGCC
TCTATTGTAG AATCTAATGA TGGTGCGATA TGGTTAAGCG GCAAAAAGGG AATCAGCAGG
CTGGACTTAA AGAGCAAAAC AACAGTAAAT TATTCTACCT ATGATGGTTT ACTGGGGAAT
GATTTTAACA ACAATTCGGT ATTAAAAGAT GAAAACGGAA TTCTTTATTT TGGAGGTTAT
GAAGGCTTAA ATTATTTTGA TCCTTCAAAT TTAAAAAAAA GCCGAAAACA GCTTCCAATT
TATTTCACAG ACCTGAAGCT ATTTAATAAA TCTGTAAAAC CGCTGGAAAA AAACTCACCG
CTTATAAAAG TAATATCAGA AACAAAAAAG ATAATCCTTA AACATGATCA ATCTGTTTTT
ACGATCGATT TTATTGGTAT AAATTATTCT TTTCCCGCCA GAACAGAATT TGCTTATTAC
TTAGAAGGGT TTGAAGATTC CTGGAACTAT GTAGGCAGTA AACGCTCAGC AACCTACACA
AATCTTGCAC CCGGAAAGTA TATTTTTAAA GTTAAAGCTT CTGAAAAAAA CGGAGTCTGG
AGCCAAAAAC CTTTAGAATT AAAAATTGAA ATCCTGCCGC CCTGGTGGAA AACATCATTT
GCCTATTTAT TCTATTCTTT ATTAGTATTA GCAGCGATTC ATTTTGGCAA TCAATATTAT
CAAAACAGGT TTAAACAAAA ACAATTAATA CAATTTGAAA AGAAAAAAGC AGCTCAAATT
GAAAAATTAA ATGATAAAAA GTTACAGTTC TTTACCAATA TTTCACACGA GTTTAGAACA
CCGCTTACTT TAATTTTAAA TCCCTTAGCC GATTTACTTA AAAACAACAG CACAGAACTT
TCAAACGGTG TTTTGAATAA GCTGCAGACC ATTCAAAAAA GTTCTGACAG ACTTTCAAGA
TTAATCAACG AGCTGATGGA TTTTAACCAG CTGCAGTTTA ATAAAATGCC GCTCAAAGTA
CAGCAGTTAG AAGTAGTGGG TTTTACAAAA GATATTATAA GTTATTTTGA TGAAGAAGCC
CTGAGCCGTG GGATTGACCT TAAATTTGAA TCGGATAAGA AAACATTAAA AGACTGGGTC
GATCCGAAAA TGTTCGAGAA AATTATTTTT AATGTAATAT CAAATGCTTT TAAGGTTACT
CCAGATAATG GAAGAATAAC AATAAAATTA GTGATGAATC AGGAATTGGT TTATTTTCCG
TCATTGACTC CTGCTTATAC AAATCCTTCT TTTTCGGTTA TTGTTGAAGA TACCGGCGCA
GGATTGGACA AAAAAGATAT TAAACGAATT TTTGATCGTT TCTATCAGGT AAATAATTTG
AATAAAGCCT ATTACGGAAG TACAGGAATA GGTCTGGAAG TAGTTCGCGG TTTTGTTGAA
CTCCACAAAG GAATTATTGA AGTCGAAAGT GTATTAGGAG CAGGCACCAC TTTTAAATTA
ATATTTCCCA CAGGAAAAGA CTTTTTTAGT GAAAATGAAA TACTGCATGA AGAATTAAAA
AAGGAGAAAA AAATAAGTTT CACGCCCATA GTTGAAAAAG AAGAAATTCA ATTACCGGAA
GATCAGGAAA AACAAGATCG GGTGTATACT ATTTTGATTG TGGAAGATAA CACAGAACTT
AGAAATTATC TAAAAAACGA ACTTAAAAAA GAATACAAAG TACTGACTGC CGAAAACGGT
CAGATTGGTT TGGAAACTGC TTTACAAAAA CTGCCCGATT TGATTTTGAC CGATGTAATT
ATGCCGGTTA TGAATGGTTT AGAGTTGTGT AAAAGTATTA AAGCAGATTT AAAAACAAGC
CATATTCCGT TAATGATGCT TTCGGCAAAA GCATTAATAA AAGATAAACT CGAAGGAATA
GATTCCGGTG CAGATATGTA TCTGAGTAAA CCATTTGACA TGGATATTTT AAGGTCCAGT
CTGGTACAGC TGCTAAAAAG CAGGCAGATT ATGTTCAATA AATTCTACAA CGGCATTACG
CCAAAGGCAA AAGAAAAAAC CACCACGCTG GATAATGAAT TTATAAAAAC AGTGCTGCAT
TATGTTAATG AAAATATTAA CGAATACGAA CTCAGTGTTG AGGTTCTGGC ATCGAAGGTA
TTTTTAAGCC GAAGCCAGTT GTACCGAAAA ATAAAAACAC TTACAGGAGT TTCAGTAAAT
GAGTTTATAC GCAATGTACG TTTAGAAAAA GCAAGAGAAT TAATAGAACT TGGCAATGAT
AATATAACCG AGATTAGTAT TAAAGTTGGT TTTAGTTCTC CTTCATATTT TACAAAATGT
TATAAAGAAA AATACGGACA ACTGCCTACG CATAATAAAT AG
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| Protein sequence | MFSKKCFAAL FFIINSLFSQ NTFENYRFRL VDNTTSKSGI YTIAQDQFGI MWMGTNGAGL
YKYDGINYIG YEQDSKRNNS INSNLIYTVY VDRQNHLWVG TDEGLCIYNR NLDTFENIDL
RKKEDKETVV SVKSIIEDNN GNIFLGTFNN GLLRLDTKTH EITRFKLDTP NVSNYLINSL
VKDKKGTIYL GTNFGLKVVD PIKNEVKKVI LPKDNDLISG SIVSMFFDSG QNLWIGNGYK
GLVKANLYAA VKQAVSFPIT KKRIMCIREA DDHTILCATE NDGLIIVDEL GAVQKKYVNS
KYNNRSLGSN SVWSLLVDKE KRIWLGYYNK GLGVFDRINS KVNGIESLPG NPQSLQTNCV
TGIAKDHLGQ LWISMEGGGV DIYNPETKNF QHITKSDTRF YSGLTNDNIT KVFIDQKQNV
WLASWNEGIF FLKKGSSTFI NYNTKNTPDL TSDNIMSIAE DSRGVIWIGT FSKGLHYYTP
ADGRFHHCNQ KSFYAIGLAN ADIRKIMVDS DDEVWVGSTT GLYKVSTTNF ITFSVMSLRD
KMSAKLKNRK STHTINTLYQ TKNKEIWIGT DGAGLFTYNK KKDDLKWYID FNGLQEKSIA
SIVESNDGAI WLSGKKGISR LDLKSKTTVN YSTYDGLLGN DFNNNSVLKD ENGILYFGGY
EGLNYFDPSN LKKSRKQLPI YFTDLKLFNK SVKPLEKNSP LIKVISETKK IILKHDQSVF
TIDFIGINYS FPARTEFAYY LEGFEDSWNY VGSKRSATYT NLAPGKYIFK VKASEKNGVW
SQKPLELKIE ILPPWWKTSF AYLFYSLLVL AAIHFGNQYY QNRFKQKQLI QFEKKKAAQI
EKLNDKKLQF FTNISHEFRT PLTLILNPLA DLLKNNSTEL SNGVLNKLQT IQKSSDRLSR
LINELMDFNQ LQFNKMPLKV QQLEVVGFTK DIISYFDEEA LSRGIDLKFE SDKKTLKDWV
DPKMFEKIIF NVISNAFKVT PDNGRITIKL VMNQELVYFP SLTPAYTNPS FSVIVEDTGA
GLDKKDIKRI FDRFYQVNNL NKAYYGSTGI GLEVVRGFVE LHKGIIEVES VLGAGTTFKL
IFPTGKDFFS ENEILHEELK KEKKISFTPI VEKEEIQLPE DQEKQDRVYT ILIVEDNTEL
RNYLKNELKK EYKVLTAENG QIGLETALQK LPDLILTDVI MPVMNGLELC KSIKADLKTS
HIPLMMLSAK ALIKDKLEGI DSGADMYLSK PFDMDILRSS LVQLLKSRQI MFNKFYNGIT
PKAKEKTTTL DNEFIKTVLH YVNENINEYE LSVEVLASKV FLSRSQLYRK IKTLTGVSVN
EFIRNVRLEK ARELIELGND NITEISIKVG FSSPSYFTKC YKEKYGQLPT HNK
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