| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4750 |
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| Symbol | |
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| ID | 5090077 |
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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 | 5742208 |
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| End bp | 5746599 |
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| Gene Length | 4392 bp |
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| Protein Length | 1463 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644744173 |
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| Product | PKD domain-containing protein |
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| Protein accession | YP_001197068 |
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| Protein GI | 146302477 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | ATGGGGAAAC TTTACTTACT GCCTTTAAGC TTTATTTTTT TAATAACCAC TTCAGTGTTT
GCTCTTCATG CAGATGATAA TTCAAACCTG TTTTTTAATA GTTATAATTT AACTGTTCCC
CCTTCTGTAG ATTTTAATTT TACAAATAAT AACAGCTGTT CCGGTACACC GGTAACATTC
AACGCAATAG TGAGCGGTGC AGCTCCTTTT GTTTACAGCT GGGATTTTGG TGATGGAACT
ACATCGACAG TTAATAATCC GAATCATACT TTTACAGCAC TTGGCTGCGG ATTCCAAAAT
TTTACCGTAA GACTTACTGT TACAGATGCA AATGGTGAGA TAAATACTGT TGTAAAAACT
GTTTCAGTTG CACAAAAGCC TGATTTAAAG TTTGTAGATT TAAATGCGGC TGGATCTGCG
AAACCTTTTG AGCGATGCGG TGATAATAAC TCGAATCCTA AGTATACAAT TAATGTAGGA
AATAGTTCGG CTTCGGTTTC CTGTATTACT TCTTATAATG TCAATTGGGG GGATGGTACT
TCAGAAACAA ACGTTACGTT TCCCAGAACC CATGAATATC AAAAATTAGG GGCGTTTAAT
ATGACGATTA CTGCCTTAGG AACAAATTCC TGCAGTAATT CGATCACTTA TGTTGTAAAA
AATTCTAATA ATCCAATAGG TGCTCTTATT GCGCCGGGTA ATACTACCAA TTTATGTACA
CCGGTTCCTC CAATGGATTT TGCAATAGGA TCATGGGGAC TGAATCCGTC TGATACCAAT
TATCAGGTAA ATTATGGAGA TGGTACGTTC CAAAATTATA CGCAGCAACA ATTAGAAAGT
TCACCTTATT ACAATAGTGC AAATCCTGGT GCGTCGCAAA ACTTTCCTAT TCCGCATACT
TTTACACGAT TTAATTGTCC GTCTGGAAAT ACAGTAACTT TAACGATAAC AACATCTTGC
GGGAGCACTT ATTTAACAGC TGGTCCTATT ATTATTTTAG ATGTACCAAC CGTAAGTTTT
AATGTAAACA GTATAATATG TGCTAATACT TACGCTTATT TTAGCAATAC CACAATGGCT
GGTTATACTA ATGGCTGCAG TACATACAAT GTTTACACGT GGGATTTTGG AGACGGAACT
CCGGTATCGA GAGAAGTAAA TCCTGCACAC GTATATACAA GACCAGGAAC TTATACAATT
ACATTAAGGG CACAAACGCC TTGTGGAATA GGCAATACGG CAACAAGACA AATATGTGTT
GAACCAATTT TGGAACCCAA TTTTACTTTT GGTAATGCTT GTGCAGCCAG TAATTTACAA
ATTACAAATA CTACAGATAC AAGTTTAAGC TGTGGTGTAG AAAGCTATTA TTGGGAAGTA
ATTAATTATG TTGAAGGATT TTGCGGTAAA GAGTCAGTTC CGGGGGCAGG AAGAGGACAG
TGGAATTTTG CTAATGGTAC TTATTCTTAT TCAAAAGAGC CAGTATTTAA TTTTGTAATG
CCGGGAACTT ATTATGTTAG ATTAACTACA AGAAACTCCT GCGGAATAGA CCGTTCGATT
GTAAAAACTA TTCAGGTGAA AAAACCGCCG GTAATTACAT TAGAAAAGAT ATCTGATTTT
TGTAATTCGG CAACAATTAA ACCAGTCGGA AAGGTAGAAG AAACTTGTGC TCCGGCCAGC
GAAATTACCT ATTTATGGAG TTTTCCCGGA GGAACGCCTT CATCGTCAAC TTTACTTGAT
CCGGGGTCAA TTAATTATAC AGTCAGTGGA AATTATCAGG CAACTTTTAG TGTAACGAAC
AGCTGTGGTA CTACCACAAA AACACAAAAT TTTTCTGTTA ATACAGTTTT ATCTCCTGTT
ATAACACCAA AATCTGTACA GATATGCAGC GGAGCATCTT TTCAGGTTAC ACCATTTACA
AACGGAACAG ATAATGTTCC GGCAGGAACG ACCTATGTAT GGTCTGCTCC TGTAGTTTCT
CCTCCTGTAG CTGTAAGCGG TGCCTTTGCA CAATCATCTC CAAGAACAAA TATTAGTCAG
ACACTTACCA ATAATACAAA TGCACCGGCA ACAGTTACGT ATACTGTATC GCCAATATCT
ACGGTTTGTC CGGGACCAGA TTTTACAATT ACAGTAACGG TCGACCCATT AATTAAAGTT
ACTGAAACAA TAAAAACAGG TACTTGTTTT GGCTCAAATG ACGGAAGTAT AACTATTGCT
GTTGCTGGTG GAATTCCTTT TGCAACAGGA AATCCATATA ATTTTTCCTG GACAGGTCCT
AACGGATTTG CAAGTTCAGA TCAAAATATT TCAAACTTAA AACCGGGATA TTATAATTTA
AGAGTTATTG ATAACGGAAG ATGTCCTTTC AATCAAAGTT ATTATGTCAG CGAACCAGGT
AAATTTCAGG TTGTTGGAGA ATCTAAAAAT GACATTACCT GTTTTGGTTT AAATGACGGA
AGAATTAATG TGTCAGTATC TGGAGGAACT CTGCCTTACA CTTATGTATG GACTAAAAAC
GGAGCGCCTT ATACTGCTAA TACCGGAAAT CCGGCCAATT TAGGACCTGG TGATTATAAT
GTTACCATTA CAGAAGTAAA TTCCTGTGAT GTCCTGAATA GAAGTTTTAC GATAATTGAA
CCTCCGTTGT TAAAAGTTAG TTATGTAAGC CAGGTAGATA TATTGTGTTA TGGATATTCA
ACCGGCGAAA TTAATGTAAC AACTACGGGA GGAAGAGCAA CAGAAATTTC TCCGGGAATA
TTTAATTACC GATACAACTG GACTGGACCA AATGGATATA GAAGCACAGT TCAAAATCCG
AGAAATTTAG CTGCCGGAAC TTATAATTTA ACCGTTACTG ATAATTCTGG CTGTGTTTCT
AATTTACAGG TTGTGCTGCT TCAAAATGAC GAAATAAAGT TAGATTATAC AAAAACCGAA
ATAGCGTGTT ATAATTATGC CGATGCTTCG ATTACTATAA ATAACATTAC AGGTGGTGTT
CCTTTTGCAA CGGGAGAGCC ATATATTATT AAATGGAGTA ATTTAGGTTC AGGACGTGTA
CAGAATAACT TATCGGCTGG GACTTATGTA ATAACGATTA CAGATGCTTT AGGCTGTCCA
AAAGTGTTTA CAATAGTTAT AGACAATGCG CCGGTATTTA CGATAAAACC AGATGTAAGG
CAGATTTCTT GTTTTGGTCA GAAAGATGCA CACATACGTT TAAATCTCGT AGGAGGCAAA
GCTCCTGTGC GACTTGTTTG GGATGATGAT GCGACTGCTG GAATTGAAAG AAATAATATA
GGGCCAGGAA AGTATTCTGT AACTATTACC GATGCAAAAA ATTGTGAAAT AAAAGAAACT
TTTACAATTG TAGAACCATT ATTGCTGGAA ATAAAAGGAG AAGTTTCTAA TACTTTAGAT
TGTACAAGAT CCGATACCGG AGCAGTCAAT CTAATTGTAA CAGGAGGTAC ACAGCCCTAT
ACTTACAGCT GGTCGAATGG TGCCAGGACA GAAGACCTAG TAAATCTTGT TCCGGGAAAA
TACACCGTAG TTGTAACAGA TGCTAACGGC TGTAAACAAT CTGATACCTG GACAATTATG
AGATTTGATC AGCTTACACC TTCAATCGAA GTAATAACCG ATCATAATTG TGAAACCAAA
TATGTAAAAC AAACCTTTGT AGGTCATGTA AAAGGAGGGA TTCCGCCTTA TACCTTAAAC
TGGTCAGACG GAATAGTTTC TGGAGCTAAT AATGAAATTA TGAATACCGA AAATAATGGT
TTGGTCATAT TTAGCGTAAC AGACAGTTTT GGCTGTAAAG CCGAAGTAGC ATACAATGTC
AACACACCTG TTTTGGGTAC TGCTAATTTC TCAACCGGAT CTTATGGAAA AGATATGTAT
GATTTATACT CTATTTACGA TCCAATAACG TTTACCAATT TAGCTACAGG AGATTTTACA
TTGATTTCAT GGGATTTTGG AGACGGTAAT TTTTCAAATG AAGAAAATCC AAAACATATT
TATACTAAAG TAGGAACCTA TACTATTAAG CAAACTGTCA CTTATCCTTT TGGCTGTCAA
TATTCTTATT CAGCAACCAT TAAAGTTGAG AAAGGTTACA GTCTCATAAT GCCAAATGCT
TTTACTCCTA ATAATGATGG ATATAATGAT ACGTTTGCTC CGGTATTTTT AGGATTATCA
GATATAACAC TGGATGTTTT TGATACATGG GGCGGTGTAA TTTATACAGA GAAAGGAACC
AATATTAGAG GCTGGAATGG TAAAGTAAAA GATATTGATG CCGAAAATGG AAATTACTAT
TACAAAATAA TCTTAAAAAC CTTTTACAAC CATACTATAG TCGAAAAAGG AGCCTTTACA
CTAATTAAAT AA
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| Protein sequence | MGKLYLLPLS FIFLITTSVF ALHADDNSNL FFNSYNLTVP PSVDFNFTNN NSCSGTPVTF
NAIVSGAAPF VYSWDFGDGT TSTVNNPNHT FTALGCGFQN FTVRLTVTDA NGEINTVVKT
VSVAQKPDLK FVDLNAAGSA KPFERCGDNN SNPKYTINVG NSSASVSCIT SYNVNWGDGT
SETNVTFPRT HEYQKLGAFN MTITALGTNS CSNSITYVVK NSNNPIGALI APGNTTNLCT
PVPPMDFAIG SWGLNPSDTN YQVNYGDGTF QNYTQQQLES SPYYNSANPG ASQNFPIPHT
FTRFNCPSGN TVTLTITTSC GSTYLTAGPI IILDVPTVSF NVNSIICANT YAYFSNTTMA
GYTNGCSTYN VYTWDFGDGT PVSREVNPAH VYTRPGTYTI TLRAQTPCGI GNTATRQICV
EPILEPNFTF GNACAASNLQ ITNTTDTSLS CGVESYYWEV INYVEGFCGK ESVPGAGRGQ
WNFANGTYSY SKEPVFNFVM PGTYYVRLTT RNSCGIDRSI VKTIQVKKPP VITLEKISDF
CNSATIKPVG KVEETCAPAS EITYLWSFPG GTPSSSTLLD PGSINYTVSG NYQATFSVTN
SCGTTTKTQN FSVNTVLSPV ITPKSVQICS GASFQVTPFT NGTDNVPAGT TYVWSAPVVS
PPVAVSGAFA QSSPRTNISQ TLTNNTNAPA TVTYTVSPIS TVCPGPDFTI TVTVDPLIKV
TETIKTGTCF GSNDGSITIA VAGGIPFATG NPYNFSWTGP NGFASSDQNI SNLKPGYYNL
RVIDNGRCPF NQSYYVSEPG KFQVVGESKN DITCFGLNDG RINVSVSGGT LPYTYVWTKN
GAPYTANTGN PANLGPGDYN VTITEVNSCD VLNRSFTIIE PPLLKVSYVS QVDILCYGYS
TGEINVTTTG GRATEISPGI FNYRYNWTGP NGYRSTVQNP RNLAAGTYNL TVTDNSGCVS
NLQVVLLQND EIKLDYTKTE IACYNYADAS ITINNITGGV PFATGEPYII KWSNLGSGRV
QNNLSAGTYV ITITDALGCP KVFTIVIDNA PVFTIKPDVR QISCFGQKDA HIRLNLVGGK
APVRLVWDDD ATAGIERNNI GPGKYSVTIT DAKNCEIKET FTIVEPLLLE IKGEVSNTLD
CTRSDTGAVN LIVTGGTQPY TYSWSNGART EDLVNLVPGK YTVVVTDANG CKQSDTWTIM
RFDQLTPSIE VITDHNCETK YVKQTFVGHV KGGIPPYTLN WSDGIVSGAN NEIMNTENNG
LVIFSVTDSF GCKAEVAYNV NTPVLGTANF STGSYGKDMY DLYSIYDPIT FTNLATGDFT
LISWDFGDGN FSNEENPKHI YTKVGTYTIK QTVTYPFGCQ YSYSATIKVE KGYSLIMPNA
FTPNNDGYND TFAPVFLGLS DITLDVFDTW GGVIYTEKGT NIRGWNGKVK DIDAENGNYY
YKIILKTFYN HTIVEKGAFT LIK
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