| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3185 |
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| Symbol | |
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| ID | 5093347 |
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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 | 3792973 |
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| End bp | 3796245 |
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| Gene Length | 3273 bp |
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| Protein Length | 1090 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 644742613 |
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| Product | AsmA family protein |
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| Protein accession | YP_001195521 |
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| Protein GI | 146300930 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG2982] Uncharacterized protein involved in outer membrane biogenesis |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGATTAAGA AGTTTTTAAA AAAAGCTGCA ATTGTTTTTG CAGCACTATT TTTACTTTTA
ATATTAGTCC TGACAATTGT TCCCTATATT TTTAAAGATG AAATAACAGA TAAAATAGAA
AGTATCGCTA ATGAAAACCT GAATGCAGAA GTGCGTTTTG ATGAAATTGG ACTTTCTGTT
TTTAAACATT TCCCTGCATT AATTGTATAT GCCAAAAATG TCAATATAGT CAACAAAAAA
GTTCAATTTA CTTCTTCAAA TATTGTAAAG GCCGAAACAG CTGCTGTTGG AGTTAATTTT
TACAGTTTAT TAAAAGGTAA AATTATTTTG GATGCTGTTT ATTTAGATGA TGCAGATTTA
AACCTGGAAA TAGATCCTAA AGGAAATGCA AATTTTAATA TTATAAAACC CTCTAAATCT
TCTGATACCA CCCAAACCGA ATTTAAAATT AAAAAGGTTG TGGTAAACAA AACCAATATA
TCTTACAATG ATAAAAGTGC GCTTTTAAAA TTTAAAGTTC AGGATCTTAA CTATAAAGGA
ACAGGAGATT TAAGTGCTGA TATTTTTGAT CTTAATTCTA ATGTAAAAAT AAAAACATTC
GATTTTAGCT TAAATGGAGT TGATTATGTA CGCAGCAAAC CAATAAATGC TGAAATTGTC
ACGTATATAG ATGCAAAGGC GCTTAAGTTT AAGTTTGAGA GAAATGTTAT TCGCATTAAA
AATTTTCCGT TCTCGTTTAA TGGTCATTTT GCCTTTATAA AAGGCGGGTA TGACTTTGAT
TTACGCATGC AGTCTAAAAA TTCTACATTA GAAGAAATGC TGTCACTTGT GCCTCCGGCT
TACGACCAAT GGCGTGAACA AATGACAATT ACCGGTAATA TTGATTTTAG AATTTTTGCA
CGAGGTAAAT ACATGCAGGA TCAATCAGAA AAACCAGTTG TTTCAGCAGA TTTGCAAATT
AATAACGGTA CCATTGCGTA TAAAAAAATT AAAGAACCGC TAAAAGATAT TAATATTTCG
GCCAAAGCGC AGGTTAGAGA TTTAGACATT AATAAATTAA AATTTGATTT AGACAACCTG
TCTTTTAATC TGGATAAAAA GAAAACAACA GCCAGTTTTC ATTCAGAAGG GTTTAAAAAG
CTAAAAATTA AAACTGCCGT AAAAGCTGAT TTAGATGCCG CTAAATTTAA AGAAGCCTTA
AATCTCAACC AAAATGATAT TCGCGGTAAT ATTGCTCTTG ACTTAAAAGC CGATGGAATA
TTTTTGCGCG ATTTAGGTTT CAGCCAGCGC TTAAATAAAA TAGACACAAT CATTAAAAGT
ATTCCTAAAT TTCAGCTAAA CGTAAGCTTA AAAAATGGGT ATTTAAAAAA TATCAAAAAA
ATAGACGCTG TAAAAAATGT AAGTCTAAAT CTAAGCTTAA CGGCTAAAGA CAGTATTTTA
CGAAACATTA CGGGGAAAAT AACCAATTTG AATGTTGAAG CCCTTGACAA TTTTGTCCGC
GGACGTTTTG AACTTCATAA ATTATATCCG TTTACAGTAG ATACAGAATT AGAATCAAAA
ATTGATTTAG CTGCGATACA TAAATTTTAT CCTTTAGACA GTCTGGAAGT AAAAGGTGAT
TTAAATTTAA AAGTAAGCAT GCACGGAATT TTAAACCGTA AGCAGAAAAA ATATCCATCA
TCAAAAACAA TAGTAAATAT TAAAAACGGA TATTTAAGAT CGCTTAAGTT TCCTAATATT
CCTATTGAAA ATATAAATGT AAGTGCTGCT TTAACCAGTA ATAAAGGCAC AGGAGAAGAC
TTAAATGTAA AATTACAGCC AGCCGAATTT GTTCTGGCAG GATCACCTTT TAAAGTGCAG
GGAGAAGTTA ATAATCTTTA TGATTTAGTT TATAATATCA AAACTCAGGG AACTTTAGAT
GTTGGTAAAT TAACTCAGAT ATTCCCAATT AAAGATGTCA CTATTTCAGG AATAATTCAG
ACCAATCTTA TCGCTAAAGG TTCTAAAAAA GATTTAGATG CCAAAAATTA CGACAATATC
AAAAATGGCG GAAAGCTTGA AGCTAAAAAC GTAGTAATCA AGAGCGCCAT GTTTCCGGAA
ACCTTTCAAA TTTCTAAAGG AACATTTAAG TTTTTTAAAG ATAAAATGCG ATTTGAAGAT
TTTAATGCTG CATACGGCAA ATCTGATATT GTATTAAACG GTTACATTCA TAATGTTTTG
CGATACCTTT TTAACCGAAA GTATTTGCGC CAATCTAATG AAAAGCTTAA GGCCGATATT
GAACTTTCTA GTAATCATAT TAATGCAAAC GAGTTTTTTG ACATGATTGC TAAATATACA
GATCAAAAAG CAGAGGAGGA AGCATTGCAG AAAACAGATT CTGCGTCTAT AAATACAGCT
GTCAAAAATA CTGGTGCTAA AAATAAAAAT TACGTTATAA GAATTCCAAG TACTGCCGAT
TTGAAAATTA CGGCAAAAGT TAATAATCTT CAATTTGATA CTTATAAGAT TAATGATTTT
AATGGAATCC TGACGGTTAA TGACCGAAAA GTTCAGGTCA ATCAGGCCGC TTTTAATATG
GCGGGAACCA AAATAGAGAT GACTGGTGAT TATAAAGCCC AGCATCGCCT TTTAGCTAAA
TACAATGCAA ATTTTAAAGC CAGCAATTTT GATATTCAGC GTGCTTACGC AGAAATTCCA
ATTTTTGCTG AATTAGTCAG TATGGCTAAA GATGCTTATG GTCTGGTATC TGTTGATTAT
CAGCTTGGCG GAAGTATTGA CCAAAATATG AATATTGATT TTAAATCTAT TGACGGTGAA
GGAACACTGA CTCTTGAAGA TATTAAATTT AAAAACTTTA AGCTTTTAAA TCATGTAGCC
AAAAAAGCGG ATGCCGCCGA CTTAGAAAAG GCTTCATTTA ATAAAATTGC AATACATTCT
GTCATAAAAA ACAATGTAAT GACCATTACG CCTACAACTA TGAAAATGGC TGGTTTTAGA
GGAAAGCTGG AAGGTCAGGT TACGATGGAT GGTAAAATAA ATGTTGGTTT CAGGTTAGGT
TTACCGCCAA TGGGTCTTAT CAATATTCCG ATGAAAATTA CGGGTACAGC AGACGATTTC
GAAATTTCTA CTGGAAAATT TAAAGAAGAC ACAACTTTTT CTGAAGAAAG TGAACTTAAA
AATTTAAAGC CCGAAGAACG TCGACGATCA AGAGAAAGAG ATTCTTTAGG CCATTCTTCT
TCAAATTCAA GAAAAAGAGA TACAATTAAA TAA
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| Protein sequence | MIKKFLKKAA IVFAALFLLL ILVLTIVPYI FKDEITDKIE SIANENLNAE VRFDEIGLSV
FKHFPALIVY AKNVNIVNKK VQFTSSNIVK AETAAVGVNF YSLLKGKIIL DAVYLDDADL
NLEIDPKGNA NFNIIKPSKS SDTTQTEFKI KKVVVNKTNI SYNDKSALLK FKVQDLNYKG
TGDLSADIFD LNSNVKIKTF DFSLNGVDYV RSKPINAEIV TYIDAKALKF KFERNVIRIK
NFPFSFNGHF AFIKGGYDFD LRMQSKNSTL EEMLSLVPPA YDQWREQMTI TGNIDFRIFA
RGKYMQDQSE KPVVSADLQI NNGTIAYKKI KEPLKDINIS AKAQVRDLDI NKLKFDLDNL
SFNLDKKKTT ASFHSEGFKK LKIKTAVKAD LDAAKFKEAL NLNQNDIRGN IALDLKADGI
FLRDLGFSQR LNKIDTIIKS IPKFQLNVSL KNGYLKNIKK IDAVKNVSLN LSLTAKDSIL
RNITGKITNL NVEALDNFVR GRFELHKLYP FTVDTELESK IDLAAIHKFY PLDSLEVKGD
LNLKVSMHGI LNRKQKKYPS SKTIVNIKNG YLRSLKFPNI PIENINVSAA LTSNKGTGED
LNVKLQPAEF VLAGSPFKVQ GEVNNLYDLV YNIKTQGTLD VGKLTQIFPI KDVTISGIIQ
TNLIAKGSKK DLDAKNYDNI KNGGKLEAKN VVIKSAMFPE TFQISKGTFK FFKDKMRFED
FNAAYGKSDI VLNGYIHNVL RYLFNRKYLR QSNEKLKADI ELSSNHINAN EFFDMIAKYT
DQKAEEEALQ KTDSASINTA VKNTGAKNKN YVIRIPSTAD LKITAKVNNL QFDTYKINDF
NGILTVNDRK VQVNQAAFNM AGTKIEMTGD YKAQHRLLAK YNANFKASNF DIQRAYAEIP
IFAELVSMAK DAYGLVSVDY QLGGSIDQNM NIDFKSIDGE GTLTLEDIKF KNFKLLNHVA
KKADAADLEK ASFNKIAIHS VIKNNVMTIT PTTMKMAGFR GKLEGQVTMD GKINVGFRLG
LPPMGLINIP MKITGTADDF EISTGKFKED TTFSEESELK NLKPEERRRS RERDSLGHSS
SNSRKRDTIK
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