| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3862 |
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| Symbol | |
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| ID | 5093773 |
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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 | 4579875 |
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| End bp | 4584029 |
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| Gene Length | 4155 bp |
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| Protein Length | 1384 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 644743284 |
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| Product | histidine kinase |
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| Protein accession | YP_001196192 |
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| Protein GI | 146301601 |
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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 | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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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 | ATGAAAAATA CCACCACTAT CCTTTTATGC TTTTTCAGCT TTATAAACTG CCTGTTTTCT
CAAGGTAAAT TTGACAGCTA TCAATTTAGA AGCATACAGG AAACTACCTC AAAACGAGCT
GTTTCTTCTA TCATTCAGGA TAATAATGGT TTTATATGGA TAGGCACAAA CGGTGCGGGT
TTGTATCGTT ATGACGGTGT AAATTATTTT GGATACAAAT ACGATAAAAA ACCCGGCTCT
GTAAACAGCA ACTTTATTTA TGCCACGTTT ATCGATTCTA ATAATAACCT CTGGGTTGGT
ACTGATGAAG GTTTATGTTT GTACAACAGA GATTTAGATA ATTTTACCAA GATTAATATT
GAAGATGTTA TAACAAAAGG ATATAGTGAG CCCATTACTG TAAAAACAAT TATTGAAGAC
AATAACGGCA ACTTATTCTT AGGCGCTTAT GGTTTCGGAT TATTCAAACT TAATATAAAG
ACTTTAAAGG CTTCTTTAGT GCAGTCAAAA GTGTTGGACA AGCCTAATTT TTTAATAAAA
TCTTCGATAA AAAGTAAACA GGGAATTATT TATTTAGGAA CCAGTTACGG CCTTTTAGAA
ATCGACTTAA ACGGAAAAGT AAAACAGGTT TATAAAGACA AATTTAAAAG AGAACCTTTA
CTCGACGATA TAGAAAATCT TGTCATAGAT AAATTTGGAT ATATATGGCT GGGAACAACA
GAAAATGGTT TGATAAAAAT TAAACCCGAA ACCGATAATT ACCAATTTGA AAATTACCCT
ATTACCAAAA ATAAAATCCT GTCTATTGTA CAAAGCAGTC TGGATTATAT TGTATGCGGT
ACAGAAAATG ACGGATTACT GGTTGTAAAT TACAAAGGGC AAGTACTACG AAAATACCTG
CACAGCAAAT ACAATAATTT CAGTTTAAAA TCTAATTCTG TCTGGTCGCT GTATGAAGAC
AAGGAAAAAC GACTTTGGCT GGGATATTTC AATAAAGGAC TTGGTGTTTT TGACAAACCC
AATAACAAAT TCAATTCGCT GGAATCTCTT GCCAATAACG ATAATTCTTT ACAGACCAGC
TATGTAACAT CTGTTATAAA AGATAAAAAA GGAAATTTAT TAATAAGCAA TGAAGGCGGC
GGACTCGATA TTTATAACCT TATTGATAAA AGTTACATTC ACGTTAACCA GACAAATCAA
AACTATTATT CCGGTTTAGA TGCAGTTGAT ATTCAGACCA TATTTATAGA CAGCAAGCAA
AATATCTGGA TAGGAAGCTG GGACCGCGGT ATTTACTTTT TAAAAAATGG AACTTCCCGA
TTCGTAAATT ACAATACAGC TAATACATCC GGACTGAAAT CTAATCGGAT TTTTAGTTTT
GCCGAAGATT CTAAAGGCCG AATCTGGATA GGAACTTTTA TAAAAGGACT GCATTATTTT
GATAATAAAA CCAGCACATT TGTACATTGC GATTCTAAAC CATTTGCAGA AAACACCTTA
GATAACGCTT TTATCCGCAA AGTTTTTGTA GACTCAGACA ATGTACTTTG GGTAGGAACA
ATTTTAGGTT TGTATCAGGT TAGTTTAAAA GATGAAACAA ATTTTAAAGT AACGAAAATG
CGCGATGCCA TGTTTAGCGG CATAAATAAA CACAACAGCA TTCAAACTAT TTTATCTATT
TATGAATCTA ACGATAAAAC GATCTGGATA GGAACAGATG GTCAGGGATT ATTTAGCTAC
AATAAAAAAA ATAAGATATT TTCTAATTAT GATGATTTTC CGGGTTTTAA GGAAAAATCT
GTTCGTGCTA TAATTTCAGA CAATAATGGT TCTTTATGGG TAAGCGGCGG ATCTGGTTTG
ACAAAACTAG ATTTTAAAAA TAAAAAAAGC ACCAATTTTA ATAAAGATGA CGGTCTTATT
GACAACGATT TTAATAATAA CGCCGTCTTT AAAGATGGAA ATGGAGAATT GTATTTTGGC
GGTTACGAAG GCGTAAATTA TTTTAATCCC AACGAAATTA AAAAAGCAGA AAAAGCACCA
AGATTGTATT TCAGCGATTT CAAATTATTT AATAAATCTG TAAAACCAAA TGAAGAAGGT
TCGCCTTTAA CCAAAGTAAT TTCGCAGACT AAAGAAATTA CACTCAACTA TACACAATCG
GTTTTTACGA TTGAATACGT GGGAATTAAC TACAATTATT CTAAAAAAAA TCAATACGCT
TATTATCTGG AAGGTTTTGA AAAAGACTGG AATTATGCCG GAAATAACAG AACGGCAACC
TATACCAATC TGGCGCCGGG CAATTATACT TTTAAAGTAA AATCAGCCAA TGCAGACGGT
ACCTGGAGCA ACAGTCAATT AGAATTAAAA ATAAAAATAC TTCCTCCGTG GTGGAAAACT
ATTTGGGCTT ATTTAATATA TACCGCTATT TTAATTTTCC TGATTAGATA CTTAAATAAA
ATCTATCAAA ACCGATTTAA AGCGAAGCAG GCCATTATCT TAGAAAAAGA AAAATCTATT
CAGCTAGAAA AATTAAACAA TAAAAAATTA CAGTTTTTCA CTAATATCTC ACATGAATTC
AGAACACCTT TAACGCTTAT TATTAATCCG CTGGAAGACA TTTTAAGAAG CAAAAAATTA
TCACCTGAAA TTCATAATAA ATTAAAAATT GTACATAAAA GCTCTGACAG ACTTTCGAGA
CTTATTAATG AGCTTATGGA TTTTAATAAA TTAGAGTTTA ATAAAATTTC ACTTCAGGCT
AAAAAAGTAG ATGTCACAGC TTTTACAGAA GGAATTATTG GCTATTTTGA TGAAGAGGCA
GCAGCCAGAA ACATAACCGT TAACTTTGAA TCATCTCAAG ATGAACTTGA AGACTGGCTG
GATCCTAAAA TGCTGGAAAA AATACTTTTT AATATTATTT CTAATGCATT CAAATTTACG
CCTGATAATG GTTCTATCAC CATTTTTATA GACACAGCCG AAACAGATAA TGCTTTAATA
ATTGATGGAG AAAAAGTTCC TTCCTACTCT ATAACCATTA CGGATACCGG CTCTGGAATA
CGCAAAAAAG ATCTCAATAG AATTTTTGAC CGCTTTTATC AGGTCAATAA TGTAAACAAA
GATTATTATG GCAGCACCGG AATTGGTTTA GAGGTTGTAA AAGAATTTAT TGAACTTCAT
AAAGGAAAAA TTGAGGTTGA AAGCCAAGTT GGAGAAGGCA CAAAATTCAA AGTCACATTT
CCTTTAGGCA ATTCGTTTTA TAAGAAAAGT GAAATTATCG ATGAGGTTTT TAAAATAGAA
AAGAACAAAA ATCAATTTTT ATTTGACGCC GCTAATAATC AAACAGATGA AGATGATTTT
ACAGAAACGT CAATCGACAA CGCTGCAGAA GAAACTGCAA AATCATATAC CGTTTTAATT
GTTGAGGACA ATCCTGAACT GCGAAATTAC CTAAAACAGG AACTAAGCAA ATCATACAAA
GTTATTACAG CCGAAAATGG TAAAAAAGGC TACGAACTTG CCGTACAAAA ATTACCGGAT
TTAATCATTA CAGATGTCAT TATGCCGGTC ATGGACGGAT TACAGCTGTG TAAAAACATA
AAAGGAGACT TAAAAACAAG TCATATTCCT TTGTTAATGC TGTCGGCAAA AGCAATGGTC
AAAGACCGAT TAGAAGGCAT AGATTCTGGC GCAGATATGT ATTTGAGTAA ACCTTTTGAA
CTGGATATCT TAAAATCAAG TCTGGCGCAG CTTATTACCA GCAGACAGAT CATGTTTAAG
AAATTTTACA GCGGCATTAC CAAACAAGGA AAAGAAAAAA CAACATCACT GGATAATGAC
TTCATTCAAA AAATTCTGCA TTTCATCAAT GAAAATATCA GCGAGCCGGA ATTGACTGTA
GAACTCCTGT CTTCTAAAAT CTACCTGAGC AGAAGCCAGC TGTACAGAAA AATAAAAACA
CTGACAGGCG TTTCTGTAAA CGAATTTATT AGAAATGTAC GATTAGAAAA AGCAAAACAG
CTCATAGAAC AAGGCAACAA TAATATTAAT GAGATAAGCT ATAAAGTTGG CTTTACTTCT
CCCTCCTATT TTGCCAAATG TTATAAAATT AAATACGGCT ATCTGCCTAC TCAGGAAAAA
AGAACAAAAG AATAA
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| Protein sequence | MKNTTTILLC FFSFINCLFS QGKFDSYQFR SIQETTSKRA VSSIIQDNNG FIWIGTNGAG
LYRYDGVNYF GYKYDKKPGS VNSNFIYATF IDSNNNLWVG TDEGLCLYNR DLDNFTKINI
EDVITKGYSE PITVKTIIED NNGNLFLGAY GFGLFKLNIK TLKASLVQSK VLDKPNFLIK
SSIKSKQGII YLGTSYGLLE IDLNGKVKQV YKDKFKREPL LDDIENLVID KFGYIWLGTT
ENGLIKIKPE TDNYQFENYP ITKNKILSIV QSSLDYIVCG TENDGLLVVN YKGQVLRKYL
HSKYNNFSLK SNSVWSLYED KEKRLWLGYF NKGLGVFDKP NNKFNSLESL ANNDNSLQTS
YVTSVIKDKK GNLLISNEGG GLDIYNLIDK SYIHVNQTNQ NYYSGLDAVD IQTIFIDSKQ
NIWIGSWDRG IYFLKNGTSR FVNYNTANTS GLKSNRIFSF AEDSKGRIWI GTFIKGLHYF
DNKTSTFVHC DSKPFAENTL DNAFIRKVFV DSDNVLWVGT ILGLYQVSLK DETNFKVTKM
RDAMFSGINK HNSIQTILSI YESNDKTIWI GTDGQGLFSY NKKNKIFSNY DDFPGFKEKS
VRAIISDNNG SLWVSGGSGL TKLDFKNKKS TNFNKDDGLI DNDFNNNAVF KDGNGELYFG
GYEGVNYFNP NEIKKAEKAP RLYFSDFKLF NKSVKPNEEG SPLTKVISQT KEITLNYTQS
VFTIEYVGIN YNYSKKNQYA YYLEGFEKDW NYAGNNRTAT YTNLAPGNYT FKVKSANADG
TWSNSQLELK IKILPPWWKT IWAYLIYTAI LIFLIRYLNK IYQNRFKAKQ AIILEKEKSI
QLEKLNNKKL QFFTNISHEF RTPLTLIINP LEDILRSKKL SPEIHNKLKI VHKSSDRLSR
LINELMDFNK LEFNKISLQA KKVDVTAFTE GIIGYFDEEA AARNITVNFE SSQDELEDWL
DPKMLEKILF NIISNAFKFT PDNGSITIFI DTAETDNALI IDGEKVPSYS ITITDTGSGI
RKKDLNRIFD RFYQVNNVNK DYYGSTGIGL EVVKEFIELH KGKIEVESQV GEGTKFKVTF
PLGNSFYKKS EIIDEVFKIE KNKNQFLFDA ANNQTDEDDF TETSIDNAAE ETAKSYTVLI
VEDNPELRNY LKQELSKSYK VITAENGKKG YELAVQKLPD LIITDVIMPV MDGLQLCKNI
KGDLKTSHIP LLMLSAKAMV KDRLEGIDSG ADMYLSKPFE LDILKSSLAQ LITSRQIMFK
KFYSGITKQG KEKTTSLDND FIQKILHFIN ENISEPELTV ELLSSKIYLS RSQLYRKIKT
LTGVSVNEFI RNVRLEKAKQ LIEQGNNNIN EISYKVGFTS PSYFAKCYKI KYGYLPTQEK
RTKE
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