| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3078 |
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| Symbol | |
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| ID | 5093605 |
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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 | 3647739 |
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| End bp | 3650354 |
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| Gene Length | 2616 bp |
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| Protein Length | 871 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 644742506 |
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| Product | multicopper oxidase, type 3 |
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| Protein accession | YP_001195414 |
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| Protein GI | 146300823 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG2132] Putative multicopper oxidases |
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| TIGRFAM ID | [TIGR01480] copper-resistance protein, CopA family |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | ATGAAAAACA TACTTATAAT ACTCGTATTT ATCATGCTTC CTGTCCTGAT TCAAGCCCAG
GATATGAAAA TGGCAATAGA TAAAAAGTCT GTCAAAGAAG AGTCGAATCC TGCTACCTAT
ACTTGTCCAA TGCATCCCGA TATCCATGAA TCCAAACCAG GAAAATGCCC AAAATGCGGC
ATGGCATTAG TGAAAGAAAA GTCTAAAATC ACTAAGCCGA AGGCAGCTGC AAAACCTAAA
ACTGTAACTG CTGTTAAAGA GGAAATGCCT AAAAAGGCTA AATCTTCCTC TGCGGATAAG
ATCAATATGC ATCAGGCGCA TAATAAGACA AACATGGAAA AGAAAACAGC GAGCCCCCCA
GTAAAAAAAA TGATGGTAAA TGATGAGCCA CCTAAAGTTG TAAGGTACGA TTTATATGTT
CGCGATACGG TGGTAAATTT CTCAGGGAAA TCAAAAAGAG CGATAGCGGT AAATGGCCAG
ATACCAATGC CTACATTAAC CTTTACAGAA GGTGATACCG CAGAAATTTA TGTTCATAAT
GAACTTGACG AAGAAACGTC ATTACACTGG CATGGTTTGT TTCTACCCAA TAAAGAAGAC
GGTGTGCCTA ACCTTACCCA AATGCCGATA AAAGCACACA GTACCTACAA ATATTCTTTT
CCCATCAGGC AGCATGGGAC CCATTGGTAC CATAGCCATT CTGGTTTGCA GGAACAAATA
GGAATGTACG GTTCTTTTGT GATGAACAAA CGAAGCTCCG ATCCAAACTT CAGGGCAGGG
ATAGATGACC TACCGACAAT TCCGATTGTG CTGAGCGAAT GGACCGATAT CGACCCGGAG
AACGTTCATA GAATGCTGCA TAATGCCTCC GATTGGTTTG CAATAAAAAA AGGCACGACC
CAAAGTTATG GCGAAGCTAT AAAACAAGGC TATTTAAAAA CCAAGGTCCT CAATGAGTGG
AAGCGTATGA ACGCTATGGA TGTAAGCGAT GTCTATTATG AGAAATTTTT AATTAATGGG
AAAAACGAAA GCCAGCTTTC GCAGTTCAAA GCCGGTGATA AGGTAAGATT ACGCGTCTCT
AATGGCGGTG CATCCAGTAA TTTTTGGCTT ACCTATGCCG GAGGCAAAAT TACAGTAGTG
GCCAGTGATG GTAATGATGT TGAGCCTGTT GAAGTAGACC GTCTACTTAT TGCAGTTTCT
GAAACTTATG ACCTTGTTTT AAGCATTCCG GCAGAAAATA CATCTTATGA GTTTTTGGCA
ACACCAGAAG ACCGGACAAA ATCGGCGTCC CTCTACATTG GAAATGGCAT CAAACAGCTC
ACCTCCCCTT TACCCAAACT GAAATACTTT GAAGGGATGC AAATGATGAA CGATATGATG
AAAATGAACG GAGACCTAAA TGATATGGGG ATGAAGATGT CGCTGAATCA GATGGATATG
AACTCGGTAA TGTATCCTGA AATTACAGGC CCACAAACAA AAGGAAGTAA AGACATGCCA
ATGGAGATGG ACAAAGAAGA AACCAAATTG GATACCCCTG ATAAAATGCA CGACATGCAC
AATATGGAAA ATAAGTACAA TGCCAATGCT CTTGCCGATA TTGTGACATT AAATTATGCG
ATGCTAAAAT CTCCAACAAG CACGGCATTG TCAAAAGATG CTCCAGTGAG GGAGCTCAAA
TTCGAGCTTA CCGGAAATAT GAATCGCTAT GTGTGGAGCC TGGATAACAA GGTCGTTTCC
GAAGCTGATA AAATCCTGAT CAAGAAAGGA GAAATTTTAC GTATCGTCCT GCATAATAAT
TCAATGATGC GCCATCCAAT GCATTTGCAT GGCCATGATT TCAGGGTCAT CAATGGGCAA
GGTGATTTTG CGCCTTTGAA AAATATCATC GACATCATGC CAATGGAAAC AGATACTATT
GAATTCGCCG CAAGCGAAGA TGGCGGCGAC TGGTTTTTCC ACTGTCATAT TCTCTACCAT
ATGATGGCTG GTATGGGCAG AATTTTTTCT TATGAAAATT CACCTCCAAA TCCAGAAATA
CCAAACCCTA AACTGGCTCA ACGAAAATTG TTTGCTGACG ACAGAAAATT CCACTTTATG
GCAGAAAATG ATTTTGCCAC CAATGGAAAT GACGGTGAAG CAATGTATCA AAGTACACGC
TGGAGCATTG GAACCGAATG GAGGTTAGGA TACAATGACA TGCATGGTTA TGAAACAGAA
ACACATATTG GTCGATATAT TGGAAAAATG CAATGGTTAA TGCCTTTTAT AGGATTTGAC
TGGAGATATA GAAGAATGGG AGAAGATATA CAAGAAAATA ATCTTTTTGG ACAAACCAAT
ACTAAGGATA AACGTGCAGT GGTAAGTCTA GGGGTTAACT ACATCCTACC TATGTTAATA
GTAGCACAAG CTGAAGTTTT TACCGATGGT AAAGTCAGAT TACAATTTGA ACGTAAAGAC
ATTCCCGTTT CTAAACGGCT TAGAATGAAT TTGATGTGGA ATACAGACAA GGAATATATG
GCAGGACTAC GCTATATAAT TACCAGATGG GGTTCTTTGT CTTCACACTA TGACAGTGAT
ATGGGCTTTG GTGCAGGATT TATTTTAAAT TACTAG
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| Protein sequence | MKNILIILVF IMLPVLIQAQ DMKMAIDKKS VKEESNPATY TCPMHPDIHE SKPGKCPKCG
MALVKEKSKI TKPKAAAKPK TVTAVKEEMP KKAKSSSADK INMHQAHNKT NMEKKTASPP
VKKMMVNDEP PKVVRYDLYV RDTVVNFSGK SKRAIAVNGQ IPMPTLTFTE GDTAEIYVHN
ELDEETSLHW HGLFLPNKED GVPNLTQMPI KAHSTYKYSF PIRQHGTHWY HSHSGLQEQI
GMYGSFVMNK RSSDPNFRAG IDDLPTIPIV LSEWTDIDPE NVHRMLHNAS DWFAIKKGTT
QSYGEAIKQG YLKTKVLNEW KRMNAMDVSD VYYEKFLING KNESQLSQFK AGDKVRLRVS
NGGASSNFWL TYAGGKITVV ASDGNDVEPV EVDRLLIAVS ETYDLVLSIP AENTSYEFLA
TPEDRTKSAS LYIGNGIKQL TSPLPKLKYF EGMQMMNDMM KMNGDLNDMG MKMSLNQMDM
NSVMYPEITG PQTKGSKDMP MEMDKEETKL DTPDKMHDMH NMENKYNANA LADIVTLNYA
MLKSPTSTAL SKDAPVRELK FELTGNMNRY VWSLDNKVVS EADKILIKKG EILRIVLHNN
SMMRHPMHLH GHDFRVINGQ GDFAPLKNII DIMPMETDTI EFAASEDGGD WFFHCHILYH
MMAGMGRIFS YENSPPNPEI PNPKLAQRKL FADDRKFHFM AENDFATNGN DGEAMYQSTR
WSIGTEWRLG YNDMHGYETE THIGRYIGKM QWLMPFIGFD WRYRRMGEDI QENNLFGQTN
TKDKRAVVSL GVNYILPMLI VAQAEVFTDG KVRLQFERKD IPVSKRLRMN LMWNTDKEYM
AGLRYIITRW GSLSSHYDSD MGFGAGFILN Y
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