| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3354 |
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| Symbol | |
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| ID | 5092960 |
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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 | 4011105 |
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| End bp | 4014674 |
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| Gene Length | 3570 bp |
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| Protein Length | 1189 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644742779 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_001195687 |
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| Protein GI | 146301096 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.426502 |
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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 | ATGAATGGTA ACTTTAAAAG AAATCTGCTT ATAAGTTCAT TGGTTTCGCT GTTTGTACTT
ACTATTAGCT CTGTAGCTTC ATTTATTAGC ATTAAAAGCC TATTAAACAG CAATTTTTGG
GTCAATCATA CTCAGGACGT AATTTATAAC TTAAACGAAG GATCGTCTAT TATCACAGAG
GCACAAACCA GTATGAGAGG ATATCTTCTT ACGGGTGATG AACAGTTTGT AGATCGTTTT
AACGATTCTG AAGCCAAATC AAATGCTTAT TTTGAAAAGC TGGATGAACT TACATCTGAT
AATATCTCGC AGCAAAAACT GTTAGAACAA CTGCGTTCTA AACGTTCAGG TTTCTTTAAA
TACCTAAACA ATCAGATTGT TAAAAAGCGT TTAAGCAAAG AAACATTAAT CTTTGACTTA
AACGAAGGAC GAAACATGAT GAATGAAATC AAGGCGATTA TTAAGAAAGT TGAAAATACA
GAACAAAGAC TTTTAGAAGA ACGCAATGCC AATTCTGAGC GTTATGGAAC GTATAGTTTG
ATTTTAATAG TAGTGGCTTT TTTCATCGCT TTTATTATTT CGATAGTATT CTTATTTCGT
ATTTTAAAAG ATTACAACGA ACGTTCGTTA CTGCAGAGAG AACTGGAGAA AAAAGACATA
GAAACTGCTC AGAGGATTGA AGCAATCAGT ACAATCGCCA GTAATATTTC AAAAGGAAAT
TATGACATTC GTGTAGACGA TACAAAAGCC GATGCACTTG GAAGTGTAGG AGAGTCGTTA
AATTATATGG GAGTTTCTCT TAAAAACTCT TTCGATTTAT TGTCTCAAAA AGAATGGCTT
CAAACCGGAG TAGCAGAATT AAACAATGTA ATGCTGGGAG AAAAAACGCT GCAAAAACTT
TCTAAAGATG TTATTGAGTT TTTATGCCAG TATACCAACA GCAGTGCAGG TGTTTTGTAT
GTTTTAGAAG ATAACGAATT GATATCTTCA GGAGGTTACA GCTATATACC GAGTAAAAAT
CGTGAAAGAA TCCAGAAAGG CGAAGGCTTA ATTGGTCAGG CTATTACTTC AGGAAAAATT
CTGGAATTAA AAACCTTATC GCCCGATGAT ATTCAGATTA ATTATGCTTT GGGACAAATT
AAACCAACGC ATGTTGTGGC ACTTCCTTTA ATAGATAACA AAATTGAAGG TGCAGTTGAA
CTGGCCAGTA TTTATGGTTT TTCAGAACTT CATTTAGAGT TTTTAAAATC AGTTGGAAAC
AATATTGGAA TTGCAATTCG TTCTACTCAA AACAGAAAAC GAGTTCTTGA ATTGTTAGAA
GAAACCAAAT CACAGTCAGA AGAACTTCAG GTACAGCACA GCGAACTGGA AGCAATTAAT
GCAGAATTAG AGGCGCAGAC CGAAAAACTT CAGGCTTCTG AAGAAGAATT GCGTGTACAG
CAGGAAGAAC TGGAGCAGAC TAATGAAGAG CTTTCGGAAA GAAGTGTTTT ACTGGAAGAA
AAAAACAATG AAATCCAAAA GAAATCAGAA GCTTTGGAAT TAACAACTCG TTACAAATCA
GAGTTTTTGG CCAATATGTC GCATGAATTA AGAACACCTC TGAACTCGAT TTTACTTCTA
AGCCGATTAT TATCTGAAAA TAATAATCAA AGCATGAACA ATGAAGAAAT CGAATTTGCT
AAAGTAATTC AAAGTTCAGG AAACAGTTTA TTAGGTTTAA TTGATGAAAT TCTGGATTTA
TCTAAAATCG AGGCTGGAAA AATGGAGCTT GAATTCCTTG ATGTTACGAC CAAAGAAATC
ACAGATACGC TTTGGAACTT ATTTAATTTT GTAGCCAAAG AAAAAGGAAT TGAGTTTGAA
ATTATTTCTA AAGATGCACC GCTTGTTATT AAAACAGATA AAATGCGTTT AGAACAAATT
CTAAAAAACT TGATTTCAAA CGCCATCAAA TTTACCGAAA AAGGAAAAGT AAGCTTAGAA
ATAAAAATAG ATACAGACGA CGATAAAATT ATTTGTTTTA TTGTAAAAGA CACCGGAATT
GGAATTCCGC TAGAAAAACA GCCATTGGTT TTTGAAGCAT TTCAACAGGC AGACGGTTCT
ACAAAACGCA AATACGGCGG TACTGGTCTA GGATTGTCAA TAAGCAGGGA GCTGGCCAAA
CTGCTTAGAG GAGAAATTGT TTTACATAGT AAAGTAAACG AAGGAAGCTC GTTTACATTA
TGTCTGCCTG TTTATGGTTC GGCAATTCAT AAAGTAAATG TAGAAAAAAT ACCGCCGACA
GATTTTACAG AAATCGATTC AGAAACAGAG CCAGTCGTAT CAAAAAAATA CATAAGCCCT
GTGATTCCTG ATGAAATTGA CGATGACAGA GAGTATATAA AACAAGGCGA CAAAGTAATT
TTGATTATTG AAGACGATAT TAATTTTGCA AAATCACTAT TGGCATTTAC ACGTCAAAAA
GGATATAAAG GAATTGTAGC CGTACGTGGT GATTATGCCT TAAACTTTAC TTTATTGTAT
AAACCGGTTG GAGTTTTACT TGATATTGAA CTTCCGGTAA AAAGCGGCTG GGAGGTTCTG
GAAGAACTTA AAAATCATGC AGAAACCAAA CATATTCCGG TTCACATTAT GTCATCACAT
AAACTAAAAC AGGAAAGTTT ATTAAAAGGA GCAGTAGATT TCTTAGACAA ACCGGTAGCG
TTCGATAAAA TTCCAGATGT GTTTTTACGT ATAGAACATA TTATTAATAA AGAAGCCCAA
AAGGTTTTAA TTATCGAAGA CAATCCAAAA CATGCCAAAG CACTTGCTTA TTTCTTAGAG
ACCTATAACA TTAATTCAGA AATAAAAAGC GAAGTTGCCG ATGGAATTCA GGCCTTAGGC
AAAACCGAAG TAGACTGCGT GATTCTGGAT ATGGGAATTC CGGATAAACA AGCATATCAA
ATTCTGGACG GCGTGAAGAA AAATCCGGGC TTAGAGAAAC TTCCCGTAAT TGTATTTACA
GGAAAAAGTC TGTCATTAAA AGAAGAAGTA AAAATTAAAA AATATGCTGA TTCTATTATT
GTAAAAACAG CACATTCTTA TCAAAGAATG CTCGATGAAG TTTCATTGTT CCTGCATTTG
GTAGAAGATA AAAAAGAAGG AGGAGACAAA AAAGACGGAC ATAAAAAGCT AAATTTACTT
AACAATATCC TGCACGATAA AAAAGTACTG ATTGTAGACG ACGATGTTCG TAATATTTAT
TCGCTTACAA AAGCATTAGA AGTTTTCAAA ATGACCATTA TTACGGCATT TGACGGAAAT
GATGCAATAA AGGTTTTAAG CGAAAACCCA GATACCGATG TTGTTTTATT AGATATGATG
ATGCCGCACA TGGACGGTTA TGAAACAGCC GAAAAAATAC GCGCTAATCC TAAGTTCTTA
AATCTTCCGG TAATTGCCGT TACAGCAAAA GCAATGACAG GAGACAGAGA AAAATGTATA
AAAGCAGGAG CTTCAGATTA TATTACAAAA CCGGTAGACG TAGATCAGCT ATTATCATTA
TTGAGAGTTT GGCTGTATGA TAGGGTTTAA
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| Protein sequence | MNGNFKRNLL ISSLVSLFVL TISSVASFIS IKSLLNSNFW VNHTQDVIYN LNEGSSIITE
AQTSMRGYLL TGDEQFVDRF NDSEAKSNAY FEKLDELTSD NISQQKLLEQ LRSKRSGFFK
YLNNQIVKKR LSKETLIFDL NEGRNMMNEI KAIIKKVENT EQRLLEERNA NSERYGTYSL
ILIVVAFFIA FIISIVFLFR ILKDYNERSL LQRELEKKDI ETAQRIEAIS TIASNISKGN
YDIRVDDTKA DALGSVGESL NYMGVSLKNS FDLLSQKEWL QTGVAELNNV MLGEKTLQKL
SKDVIEFLCQ YTNSSAGVLY VLEDNELISS GGYSYIPSKN RERIQKGEGL IGQAITSGKI
LELKTLSPDD IQINYALGQI KPTHVVALPL IDNKIEGAVE LASIYGFSEL HLEFLKSVGN
NIGIAIRSTQ NRKRVLELLE ETKSQSEELQ VQHSELEAIN AELEAQTEKL QASEEELRVQ
QEELEQTNEE LSERSVLLEE KNNEIQKKSE ALELTTRYKS EFLANMSHEL RTPLNSILLL
SRLLSENNNQ SMNNEEIEFA KVIQSSGNSL LGLIDEILDL SKIEAGKMEL EFLDVTTKEI
TDTLWNLFNF VAKEKGIEFE IISKDAPLVI KTDKMRLEQI LKNLISNAIK FTEKGKVSLE
IKIDTDDDKI ICFIVKDTGI GIPLEKQPLV FEAFQQADGS TKRKYGGTGL GLSISRELAK
LLRGEIVLHS KVNEGSSFTL CLPVYGSAIH KVNVEKIPPT DFTEIDSETE PVVSKKYISP
VIPDEIDDDR EYIKQGDKVI LIIEDDINFA KSLLAFTRQK GYKGIVAVRG DYALNFTLLY
KPVGVLLDIE LPVKSGWEVL EELKNHAETK HIPVHIMSSH KLKQESLLKG AVDFLDKPVA
FDKIPDVFLR IEHIINKEAQ KVLIIEDNPK HAKALAYFLE TYNINSEIKS EVADGIQALG
KTEVDCVILD MGIPDKQAYQ ILDGVKKNPG LEKLPVIVFT GKSLSLKEEV KIKKYADSII
VKTAHSYQRM LDEVSLFLHL VEDKKEGGDK KDGHKKLNLL NNILHDKKVL IVDDDVRNIY
SLTKALEVFK MTIITAFDGN DAIKVLSENP DTDVVLLDMM MPHMDGYETA EKIRANPKFL
NLPVIAVTAK AMTGDREKCI KAGASDYITK PVDVDQLLSL LRVWLYDRV
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