Gene Fjoh_0704 details

Gene Information

• Locus tag: Fjoh_0704
• Symbol: ileS
• ID: 5090738
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Flavobacterium johnsoniae UW101
• Kingdom: Bacteria
• Replicon accession: NC_009441
• Strand: -
• Start bp: 772646
• End bp: 776047
• Gene Length: 3402 bp
• Protein Length: 1133 aa
• Translation table: 11
• GC content: 36%
• IMG OID: 644740105
• Product: isoleucyl-tRNA synthetase
• Protein accession: YP_001193058
• Protein GI: 146298467
• COG category: [J] Translation, ribosomal structure and biogenesis
• COG ID: [COG0060] Isoleucyl-tRNA synthetase
• TIGRFAM ID: [TIGR00392] isoleucyl-tRNA synthetase

Plasmid Coverage information

• Num covering plasmid clones: 10
• Plasmid unclonability p-value: 0.352515
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGAGTACAA AATTTACTGA ATACAAAGGA CTTGACTTAC CAGCGGTAGC GTCTGAAGTT 
CTTGATTTTT GGAAGAAAGA AAATATATTT GAAAAGAGTG TAACAACTCG CGAAGGTGCT 
GAGCCTTTCG TATTTTTTGA AGGTCCGCCT TCAGCAAACG GATTACCGGG AATTCACCAC 
GTAATGGCAC GTGCGATTAA AGATATTTTT TGCAGATATA AAACTCAAAA AGGTTTTCAG 
GTTAAAAGAA AAGCCGGATG GGATACTCAC GGTTTGCCTG TAGAATTGGG TACCGAAAAA 
GAATTAGGAA TTACAAAAGA AGATATTGGT AAAACAATTT CTATTGAAGA ATATAACGAA 
GCGTGTAAAA AAACCGTTAT GCGTTATACA GACGTATGGA ATGATTTGAC CGAAAAAATG 
GGATATTGGG TAGATATGGA TGATCCGTAT GTGACTTATA AACCAAAATA TATGGAGTCT 
GTTTGGTGGC TTTTGAAACA AATCTACGAT AAAGGTTTGT TGTATAAAGG ATACACAATT 
CAGCCATATT CTCCAAAAGC AGGAACTGGA TTATCTTCTC ACGAAGTAAA CCAACCTGGC 
GCTTATAGAG ATGTAACTGA TACTACAATT GTAGCGCAAT TCAAAACTTT GCCAGAAACG 
CTTCCGAGCT TTTTACAAGG TTTTGGAGAT ATCCACATTT TAGCTTGGAC GACAACTCCT 
TGGACATTGC CATCAAATAC AGCTTTAACA GTTGGTCCAA AAATCGATTA TGTTTTAGTT 
AAAACATTCA ATCAATATAC TTTTGAGCCG ATTAATGTTA TTTTGGCCAA AAACTTAGTT 
GGAAAACAAT TCGGAAAAGG ATATTTCGTA AGTGAAGACG ACGCTGATTT TGACAATGTG 
AAAAATGGCG ACAAAAAACT TCCATACAAA ATCTTAACTG AGGCAAAAGG AGCAGATTTA 
GTAGAAATTC GTTACGAGCA ATTATTGCCT TACGTATTGC CATATCAAAA TGCTGAAAAT 
GCATTTAGAG TAATTTCTGG AGATTTTGTT ACAACAGAAG ATGGAACAGG AATTGTGCAT 
ACGGCTCCAA CTTTTGGTGC AGACGATGCT AAAGTAGCAA AAGAAGCAAA ACCAGAAGTG 
CCGCCAATGT TGGTTCTTGA CGAAAACGGA ACAGCAGTTC CTTTAGTTGA TTTACAAGGA 
AAATTCACTT CTCATGTAGG TGATTTGGCT GGTAAATATG TTAAAAACGA ATATTACGAT 
GCAGGACAAG CTCCAGAGAA ATCTGTAGAT GTTGAAATTG CTATTCGTCT TAAAGAAGAA 
AACAAAGCAT TTAAAGTTGA AAAATACGTG CACAGTTATC CACACAGCTG GAGAACTGAT 
GAGCCGTTAT TATATTATCC TCTAGATTCA TGGTTCATCA AAGTAACCGA TGTAAAAGAT 
AGAATGTTCG ACCTGAACGA AACTATCAAT TGGAAACCTA AATCTACTGG TGAAGGACGT 
TTTGGAAACT GGCTTAAAAA TGCCAACGAC TGGAACTTAT CTCGTTCTAG ATATTGGGGT 
ATTCCTTTGC CAATTTGGAG AACAGAAGAT AAAACAGAAG AAGTTATTAT CGGTTCTGTT 
GAAGAATTGT ACAATGCAAT CGAAAAATCA ATCGAAGCAG GTTTTCAAAA AGAAAATCCG 
TTTAAAGATT TTGAAATCGG AAACATGTCT GAATCAAATT ATGATTTAAT TGATTTGCAC 
AAAAATGTTG TTGATGCTAT CACTTTGGTT TCAGCTTCAG GGAAGCCAAT GAAGCGCGAA 
AGTGATCTAA TCGACGTTTG GTTTGATTCT GGAGCAATGC CTTATGCACA ATGGCATTAT 
CCTTTTGAAA ACAAAGAAAA AATTGATGAT AACAAAGATT TTCCAGCAAA TTTCATTGCA 
GAAGGAGTAG ATCAAACACG TGGATGGTTC TATACTTTGC ATGCAATCGG AACTTTGGTT 
TTTGATAAAG TAGCCTATAA AAACGTAGTT TCTAATGGTT TGGTTTTAGA TAAAAATGGA 
ATTAAAATGT CTAAGAGTAA AGGAAATACC ATAGACCCAT TTAAAACCAT TGCAGAAAAC 
GGTCCAGATG CTACACGCTG GTATATGATT ATGAATGCAA ATCCGTGGGA TAACTTGAAG 
TTTGATCTTG AAGGAATTGC TGAGGTTAAA CGTAAATTCT TCGGAACACT TTACAATACC 
TATTCATTCT TCTCGTTATA TGCAAACATC GACGGATTTA AATACGAAGA AGCTGAAATT 
CCGTTAAACG AAAGACCAGA AATCGATCAA TGGATTATTT CTGAATTACA TTCGTTAATC 
AAATTTGTTG ACGAATGTTA TGAAGATTAC GAGCCAACAA AAGCGACAAG AGCAATTTCT 
GACTTCGTTC AGGAAAACTT AAGTAACTGG TACGTTCGTT TATGCCGTCG TCGTTTCTGG 
AAAGGGGAAT ATGCAAAAGA TAAAATTGCG GCTTACCAAA CGCTTTATAC TTGTTTGCTT 
ACGATCAGCA AATTAAGCGC TCCAGTAGCT CCATTTTTTA TGGATAAATT ATACCGTGAT 
TTAACAACTT CGACGGGAAG CGAGGATTTT GCTAGTGTTC ACTTGGCTGA ATTCCCGAAA 
TTTGTCGAAA ACTTTGTTAA TAAAACGTTG GAAAGCAAAA TGCAGAAGGC GCAAACGATC 
TCATCTTTGG TTTTATCACT GCGTAAAAAA GAGATGATTA AAGTTCGCCA GCCTCTGCAA 
AAGGTAATGA TTCCGGTACT TGACGACAAT CAGCGTGCTG AAATCGAGGC GATTTCTGAC 
CTTGTAAAAG CCGAAGTAAA CGTGAAAGAA ATCGAACTTT TAGATGATGC TTCAGGTATT 
TTAGTGAAAC AGATTAAGCC TAATTTTAAA GCTCTTGGGC CGCGTTTTGG AAAAGACATG 
GGCTTGATTT CTAAGGAGAT ACAAGGTTTT TCTGCAGATC AGATTAATCA ATTAGATAAG 
CAGGGAACGT TAGATATTGT TATTTCTGGA AATAATGTAA CTTTATCATT AGAAGACGTC 
GAAATAACAT CACAGGATAT CGAAGGATGG CTGGTTGCAA ATTCAAATGG AATTACAGTT 
GCACTTGACA TCACAATATC TGAGGAATTG AAAAATGAAG GTATCGCGAG AGAATTAGTA 
AACAGAATTC AGAATATCCG TAAAGATTCA GGATTTGAAG TTACTGATAA GATTAAAGTT 
CAAATAAAAA GAGACGGTAA TTTAGAAGAG GCCGTTCTAA AAAATGAAGA CTATATTAAG 
TCTGAAACAT TAACAGATGA TTTGGTTTTT GCAGACGCTT TAGAAAACGG CACAGAAATT 
GAGTTTGATG ATATTAAAAC AATGATATTA ATTTCAAAAT AG 

 

Protein sequence

MSTKFTEYKG LDLPAVASEV LDFWKKENIF EKSVTTREGA EPFVFFEGPP SANGLPGIHH 
VMARAIKDIF CRYKTQKGFQ VKRKAGWDTH GLPVELGTEK ELGITKEDIG KTISIEEYNE 
ACKKTVMRYT DVWNDLTEKM GYWVDMDDPY VTYKPKYMES VWWLLKQIYD KGLLYKGYTI 
QPYSPKAGTG LSSHEVNQPG AYRDVTDTTI VAQFKTLPET LPSFLQGFGD IHILAWTTTP 
WTLPSNTALT VGPKIDYVLV KTFNQYTFEP INVILAKNLV GKQFGKGYFV SEDDADFDNV 
KNGDKKLPYK ILTEAKGADL VEIRYEQLLP YVLPYQNAEN AFRVISGDFV TTEDGTGIVH 
TAPTFGADDA KVAKEAKPEV PPMLVLDENG TAVPLVDLQG KFTSHVGDLA GKYVKNEYYD 
AGQAPEKSVD VEIAIRLKEE NKAFKVEKYV HSYPHSWRTD EPLLYYPLDS WFIKVTDVKD 
RMFDLNETIN WKPKSTGEGR FGNWLKNAND WNLSRSRYWG IPLPIWRTED KTEEVIIGSV 
EELYNAIEKS IEAGFQKENP FKDFEIGNMS ESNYDLIDLH KNVVDAITLV SASGKPMKRE 
SDLIDVWFDS GAMPYAQWHY PFENKEKIDD NKDFPANFIA EGVDQTRGWF YTLHAIGTLV 
FDKVAYKNVV SNGLVLDKNG IKMSKSKGNT IDPFKTIAEN GPDATRWYMI MNANPWDNLK 
FDLEGIAEVK RKFFGTLYNT YSFFSLYANI DGFKYEEAEI PLNERPEIDQ WIISELHSLI 
KFVDECYEDY EPTKATRAIS DFVQENLSNW YVRLCRRRFW KGEYAKDKIA AYQTLYTCLL 
TISKLSAPVA PFFMDKLYRD LTTSTGSEDF ASVHLAEFPK FVENFVNKTL ESKMQKAQTI 
SSLVLSLRKK EMIKVRQPLQ KVMIPVLDDN QRAEIEAISD LVKAEVNVKE IELLDDASGI 
LVKQIKPNFK ALGPRFGKDM GLISKEIQGF SADQINQLDK QGTLDIVISG NNVTLSLEDV 
EITSQDIEGW LVANSNGITV ALDITISEEL KNEGIARELV NRIQNIRKDS GFEVTDKIKV 
QIKRDGNLEE AVLKNEDYIK SETLTDDLVF ADALENGTEI EFDDIKTMIL ISK