Gene Fjoh_3158 details

Gene Information

• Locus tag: Fjoh_3158
• ID: 5093320
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Flavobacterium johnsoniae UW101
• Kingdom: Bacteria
• Replicon accession: NC_009441
• Strand: +
• Start bp: 3750709
• End bp: 3754083
• Gene Length: 3375 bp
• Protein Length: 1124 aa
• Translation table: 11
• GC content: 35%
• IMG OID: 644742586
• Product: hypothetical protein
• Protein accession: YP_001195494
• Protein GI: 146300903

Plasmid Coverage information

• Num covering plasmid clones: 10
• Plasmid unclonability p-value: 0.278506
• 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

ATGAGTACCA ACAGCCAAAT AGACAATGTT ATTTTTAAAA GAAATGGAGT CAACCAGGAA 
GAACGCTATA GTGATGCACT AGAGCCGGGC AACTTAAAAC TTCATGATTT TACTATTGAA 
GACTGGCTGT TATTTGCGTA TAATTTTGCC AAAGAAGTCA ACTTTTTCGA GACCGATAAC 
GATAAAACGC CAGAAGGCAA TTGGCAGGAT TTTTTCAGCT ATTTCGGATT TTCAAAAGAG 
AATCTTCCGG ATGGCATCCC AAAAAGAACC GAAAAGGAAT ATGCTGTTTT AAAAGAAAGT 
ATTACCAAAA CATTATCAAC AGCCAATATT AATCAGGACC TTACTCCTCA CCTAACTTTG 
TTTGTATGCT TTTTGAAATT ATTGGAATTA TCCCAAAACA AACTTAATCT CATTACTAAA 
AAGCATTTAG ATTTTTTCTA TAAAGACATA CTACAAATTG AAAAACTGCC TGCAAAAGCA 
GATAAAGTCA ATATTATTTT TGAACTGGCA AAAAAAATTG CCGAAGAAAA AATCGCTGCT 
AACACAGAAC TTGACGCAGG AAAAGATCCC GACGGCAAAA AATTAATATA CAAAACCACA 
GAAGAATTTA TTGCCAACAA AGCCAATATA GCTTACCTGA AAAGTGTGTA TAATGATGTT 
GATCGAGGCG AAATAAAATA CAGCGATATT GCCAATTCTC TTGACGGAAA AGGTGAACCT 
TTAAAAGAAG ATGCTCCCTA TTGGTTTCCT TTTGGTTATA CCACCGAGGA AAAGAAATAC 
CCTGAATTAA GCGATGCCAA GTTAGGTTTT GCAATAGCTT CAGAATTATT TAATCTAAAA 
GAAGGCGACA GAAGTATTGA CATTACCATA ACTTTTGATG GAGATTTAAG TTTTCATCAT 
CCATTCAATA CAGCTGATCT TTTGGAAAAC ATCAGCATTT TGTATAGTGC TAAAAAAGGA 
TGGATTGGAA ATTTTAAACT CAGCACAGCG ATTGCTTTTA AAAATGTAAA TCAATCTTCA 
AACATTGGCA GCAATCAATT AAGATTAGTT TTTCAGATCT CGAAAGATAA TCCGGCAATT 
GTAAACTACG ATCAGAAAGT TTTAGGCGAA TTTTTCTCGA CAGAACTGCC TGTAATTCGA 
TTTTTAATCA ATACGCAAGA TCAAAAAGGA CATACTCTTT TTAGAGCTTT AGTTACAAAA 
ACAATAACCG GCATTACGGC AAAAGTTGAA GTTAAAGATG TAAAATCTCT AGTATTAGAA 
AGTGATACCG GACTGCTTAA CGCGGCAAAA CCCTTTTTTC CTTTTACAAC CCAGCCCGAA 
AAAAACAGTT CGTTTATAAT AAATTATCCT GAAATTTTTT CTAAAAAATG GACAGACGCA 
GAAATTAACA TAAAATGGAA AAACACGCCG CTGTCTTTTG AAACGCACTA TGCTGCCTAC 
AAAAAAAGTT TTCTTGAAAC TATCAGCAAA GACATTTTCA ATACTGCAAT ATTCACCCAA 
GTAACCAGTA ATGCGAGAAT GAATATCAAC CAGCCTGAAG ATGGAATTGC CAAAAGAACC 
GCTCCAAAAT CAGAACCTGC AATCGCAGCT AACGCTTCAA AAACACTAAA CCCAGCCGAC 
CCGATTGTTA CAGACGGCTA TTTTAAAGCA ACATTATCTG TTTTAAACAA AGAAGTTTGG 
GACGAACAAG ATAAAACGGT CAAATTATTT GTAGATGATG ATAAGGATCA GGTATTTGAA 
ACTAAAGTAA ATGTAAAAGG CTCTTATGAG CTTGGCAAAA GCGGTCCTAT TCGATTGACC 
TTAAATCAGT CGTTTTTACA TTCGTTATTT CCAAAAATCT ATACTTTGGC TATACTAAAT 
GTGGCGGAAG ATCCGTCAAC CCCAATTCCA AATGAACCTT ATACACCCGT TGCAGAAAGC 
ATAAGCCTGA ATTATTCTGC TGAGGAAACT ATTGATTTTA AGGTTTCTGC CTACGAATCT 
AACCAAGTAA AATTGTTTCA TGAAGCTCCT TTTGGCCAGC GCGAAGAACA TTCTTATTTG 
AAACAGCAAG CCATCAATAA AGAAATTTTA GAAGCTGCCC CAATTACCAA TTGTCTGGTT 
CCGGATTATT GTGATGGAGG CGAATTTTAT ATCGGACTTC AGGATGCCGA AACATTACAG 
CAAATTTCAT TATTATTTCA AATATTAGAA GGAAGCGAAA ACACCAAAGT GCCCACTTTT 
ATTGGAAAAC AAAAAGTAGA ATGGTACATA TTATGCGATA ATTACTGGAA AAACCTGGAT 
AAGGATATTT TAGCAAATGG CATCGATAAC TTTTTAAAAT CAGGTATCGT AAAATTTGGC 
ATCCCAAAAC AGGCAACAAA TGACAATACA CTGTTTCCGG CTAATACCAT TTGGGTAAAA 
GCAAAAATGC ACAAAAAATA CGATGCCGTC TGCAAAGTGA TCGATGTAAA AACTCAGGTT 
GTTACTGCGC AGTTTTTTGA CAACAATAAT AATTTAGCAC ATTTAGACAG CACATTACCG 
GCCAAAACAA TATCAAAATT AATTACCAGA GTACCGCAGA TTAAAAGCGT TGAACAGCCT 
TTTAATTCGT TTGACGGAAA ACCATTAGAG TCAGATCCCT CCTATTATCT GCGTGTAAGC 
GAACGCCTGC GCCACAAAAA CAGAGCAATA ACACTTTGGG ATTACGAACA TCTTATTTTA 
CAGGAATTTC CAAATGTTTT TAGAGTAAAA TGCCTTAACC ATACTTTTAT TTCGGGCACA 
GAAACCTCGT TTTTATCTCC GGGAAAAGTA ACGCTGGTTG TAATTCCGGA CATTGTAGAC 
AAAAATGTAT TCGATATTTA TGAACCAAGA GTAAGCACCG CCGCGCTGAA CAGCATTGAG 
AGTTTTATTA ATTCTAAAAA CTCCATGCAG GTATCTGCAA AAGTAATTAA CCCCGATTAT 
GAAAAAGTGA TCATAAAACT GAATGTAAAG TTTTATCCGC AGTACGATGA GAATTTTTAT 
AAAAAACAGC TCAACGAAGA TCTTATAAAA TTTTTATCGC CCTGGGCATT TGATACCTCT 
AAACAAATCA TATTTGGAGT CGAACTGCAG CGCAGTATTG TTATCGAATA TATTGAAAAT 
TTATATTACG TAGATTTCTT ATCCACGCTT GAAATGGCGA TCTACATCGA TAAAAAAACA 
GATAAGGAAC ATCCAAAAGT ACTAGACGAT ACAGAAAACA ATGCTGCCAA TGTACCTCTT 
TTAGATTTTC AAACTACACT GTCACCATCA AGTCCAAAAA ACATTTTAGT TTCTGTTAAA 
AACCATATTA TCAGTACCAA AATAGACACT TGCAAAAAAA TAACTCAAGA AGAACCTGAA 
AAATGCCGCT ACTAG 

 

Protein sequence

MSTNSQIDNV IFKRNGVNQE ERYSDALEPG NLKLHDFTIE DWLLFAYNFA KEVNFFETDN 
DKTPEGNWQD FFSYFGFSKE NLPDGIPKRT EKEYAVLKES ITKTLSTANI NQDLTPHLTL 
FVCFLKLLEL SQNKLNLITK KHLDFFYKDI LQIEKLPAKA DKVNIIFELA KKIAEEKIAA 
NTELDAGKDP DGKKLIYKTT EEFIANKANI AYLKSVYNDV DRGEIKYSDI ANSLDGKGEP 
LKEDAPYWFP FGYTTEEKKY PELSDAKLGF AIASELFNLK EGDRSIDITI TFDGDLSFHH 
PFNTADLLEN ISILYSAKKG WIGNFKLSTA IAFKNVNQSS NIGSNQLRLV FQISKDNPAI 
VNYDQKVLGE FFSTELPVIR FLINTQDQKG HTLFRALVTK TITGITAKVE VKDVKSLVLE 
SDTGLLNAAK PFFPFTTQPE KNSSFIINYP EIFSKKWTDA EINIKWKNTP LSFETHYAAY 
KKSFLETISK DIFNTAIFTQ VTSNARMNIN QPEDGIAKRT APKSEPAIAA NASKTLNPAD 
PIVTDGYFKA TLSVLNKEVW DEQDKTVKLF VDDDKDQVFE TKVNVKGSYE LGKSGPIRLT 
LNQSFLHSLF PKIYTLAILN VAEDPSTPIP NEPYTPVAES ISLNYSAEET IDFKVSAYES 
NQVKLFHEAP FGQREEHSYL KQQAINKEIL EAAPITNCLV PDYCDGGEFY IGLQDAETLQ 
QISLLFQILE GSENTKVPTF IGKQKVEWYI LCDNYWKNLD KDILANGIDN FLKSGIVKFG 
IPKQATNDNT LFPANTIWVK AKMHKKYDAV CKVIDVKTQV VTAQFFDNNN NLAHLDSTLP 
AKTISKLITR VPQIKSVEQP FNSFDGKPLE SDPSYYLRVS ERLRHKNRAI TLWDYEHLIL 
QEFPNVFRVK CLNHTFISGT ETSFLSPGKV TLVVIPDIVD KNVFDIYEPR VSTAALNSIE 
SFINSKNSMQ VSAKVINPDY EKVIIKLNVK FYPQYDENFY KKQLNEDLIK FLSPWAFDTS 
KQIIFGVELQ RSIVIEYIEN LYYVDFLSTL EMAIYIDKKT DKEHPKVLDD TENNAANVPL 
LDFQTTLSPS SPKNILVSVK NHIISTKIDT CKKITQEEPE KCRY