| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4592 |
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| Symbol | |
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| ID | 5092903 |
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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 | 5552186 |
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| End bp | 5556670 |
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| Gene Length | 4485 bp |
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| Protein Length | 1494 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 644744010 |
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| Product | hypothetical protein |
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| Protein accession | YP_001196910 |
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| Protein GI | 146302319 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.693253 |
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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 | TTGCTGATAC TTGCTATCAC TCTGTCTCTG CCTGTCGTAC AGACAAAAAT TGCTAAATAT
ATTACCGAAA CTCTTAATAA AGATTTTAAA ACCAACATTA GTATTGATAA AGCGGCAATA
AATATTTTTG GCGGCGTAAA ACTAAAGAAA GTACTTATTT TAGACCATCA TAAAAAAACT
TTAATATATT CTGACCTTAT AAATACTGAT ATTTTAAGTA TTAAAAGAGC AATCGATGGA
GACTTAATTT TTGGTGATAT TCGTTTAACA GGTTTAATTT TTAATCTTAA AACTTATAAA
GGCGAAGACG AAAACAATAT CAATAAGTTT ATAAAATTGT TTGAAACCGA AAAGCAGGTA
AAAACAAAAT CGACTAAACA TTTCCTTTTA ACAGCCAGAA ACGCATACAT TACCAACGGA
AATTTCTCTG TTGTTGATGA AAATAAGCAT ACACCAAAAT TTCTGGATTT TACAAAGCTA
AATGCCTATA TCAGCGATTT TAAATTGTAT GGTTCAGATG TAAATACTAA CATTCACAGA
TTTTCATTTT TAGATCACAG AGGTTTGTAT GTTTCTAATT TTGCCGGAAA ATTCAGTTAT
ACCAAAAAAC AGATTAAAGT CGAAAACCTT GCCATAAAAA CCAAGAGATC ATGGATTTAT
GGAAAAGCAA TTTTAAACTA TAAGGTTAAA GATTTTCTTG ATTTTACAGA TAAAGTTCGT
TTTGATGTAG CATTAGATTC GTCTTCTATA GCTTCAAACG ATATTCGTTA TTTTTATGAC
GGACTGGGTA AAAACCAGCA TTTTAAAGTT AAAACCAAGA TTAAAGGACC TTTAAATGAT
TTGAACCTTA ATCATTTAAG GCTGAGCGAT GCAAATGGTT CCAAAATCTT TGGAAATATC
AACTTTAAAA ATCTTTTGGG TACAAAAGAA CAAAAGTTCT CGATGGACGG AAAGTTTGAT
AAATTAATTG CCAGCTATGA TAATCTGGTT TTTATACTTC CGGGTATTTT AGGCAAAAGC
CTTCCAAAAG AGCTGAAAAG AATTGGTAAA TTTAATATCA CCGGGAAAGC AAAAGTCTCA
ACAACAGCTT TAGAAACCGA TTTTAAAATG GCTACTGATT TAGGAAACGG TAAGGTCAAT
CTTCATATGA ATAATATGGA TTTTATCGAT AAAGCTTCTT ATTCAGGTAA TATTGTTTTG
GATAATTTTA ACATCGGCGC TTTATTAGGC CGGAAAGACG TTGGCCGAAC GACCTTAAAT
TTAGATGTTG ACGGTGTTGG TTTTACCGAA AAATATTTGA ATACAATTGT TAAAGGTGAT
ATTAATAAAT TAGACTATAA TAAATACAGA TACAGTAATA TTGTTGTAAA CGGAAACTTC
AAGCTTCCTT ATTACAAAGG CCAGCTTTCA ATTAATGACC CAAATTTGAA TTTGACTTTT
GACGGATTAG TAGATTTAAG TAAACGTGAA AGCCGTTATG ATTTTCATAT AAATGTAGAA
AATTCAGATT TACAAAAATT AAGATTCGTA AACGATTCGA TTTCTCATTT TAAAGGTGAT
GCAGTAGTTC AGGTAAGCGG AAATTCTATC GAAAATCTTC AAGGAAACAT TATTATTAAA
GATGCAGAAT ATCAAAATCC ACAGGCGACT TACGTTTTTG ATGACGTAAC AATAAGTTCC
AATTTTGATG CTGACAGACT AAGAACCATA ACGATTAATT CAGCAGATAT TGTTGAAGGA
AGAATTGTGG GTAAATTTCA ATTTGCACAG CTGGATAAAC TGGTTATGAA TTCTGTGGGA
AGTTTGTATA CCAACTATAA ACCTTATAAA GTTAAAAAAG GACAATTCCT GCGTTTTAAT
TTCCATGTAT ATAATAAGGT AGTAGAAATG CTGTATCCGG ATTTAAAAAT TGATTCCAGT
ACAGTGGTCC GCGGTAAAAT TGATGCAGAC CTGCAGGAAT TTAAATTTGG TTTCAGATCC
AAACAAATTA CTGCGGCCAA AAATACTTTT GATAATATCA GAATCAGCAT AGATAATAAA
AACCCGCTTT ATAATGCATT CGTTGAACTC GATAGTATTA AAACGCCTTA TTATAAAATC
CGCGATTTCA ATTTAATTAA TGTAACATCA AAAGATACTT TATTTGTTCG TTCTGAGTTT
AAAGGTGGAG ATAAAGGACA GGATTATTTT AATCTCGATT TATATCACAC TATCGACAAA
AAGAAAAATA ATATTGTCGG AATCAAGAAA TCTGAAATGA AGTTTAAAGA CTATTTATGG
TATTTAAATG AAGACGCCGC AAAGGATAAT CAGATCGTTT TTGATCAGTA TTTTAAAAAC
TTTACCATTG ACAATATAGT TTTATCTCAC GAAAACCAGA AAATTGATTT AAACGGGATA
ATTAAAGGAA AGGATTATAA GGATATTGTC CTCAATTTTG AAGACGTAGA CATAAATAAA
ATTACACCGT ATAATTCGAA GTTTGTTTTT AACGGAAATC TAAACGGAAA CGTAAATTAT
AAGCAGAATA AAGATGTTTA TCAGCCGACA GCCAGTATTG TCGTCGATCA TCTTAATATG
AATAAAGTTG ATTTAGGTAC CCTGAATTTT GATATTTCGG GAGATCAGAC TTTTAGAAAA
TTTACCGTAA ATTCTTCTAT CGTAAATGGT TTTGCAGAAT CGTTTAGGGC AAATGGTACT
TTTAATATTG AGAATAAGGA AACTTTTATG GACTTGAGTC TTAAACTCGA AGGATTTAAT
CTTGCGACTT TAGGAACTAT AGGAGGAGAT GTTTTATCGA ATATTAGAGG TTCTGTTTCA
GGAAATGCAG CAGTTGTGGG TAATTTGAAA AAACCTGAAA TCAACGGACG TTTGTATGTA
GAAAAAGCCG GAATGACAAT TCCGTACCTA AATACGGATT ACGAATTGAG TGACAGAACG
GTTATTGATT TAACAGATGA GAAATTTTTG TTTAGAAATA ATCAGTTAAC AGATACTAAA
TATAAAACAA AAGGACTGCT TAACGGAACA ATCGAGCATC ATAATTTTGG CGACTGGAAA
TTAGATTTAA CCATAACTTC TAAACGTTTA TTAGCACTTG ATACAAAAGA TAGTGAAGAT
GCTGCTTATT TTGGTACAGC TTTTATAAAC GGAACTGCAA GTATAAAAGG ACCAACAGAA
AGTTTATTTA TTAAAGTTGA TGCAAAATCT GAAAAAGGAA CCGAAGTCAA GATTCCTATA
AATAATGTAC AAAGTGTGGG AGAAAGCAGC TGGATACATT TTGTAACACC AAAAGAAAAA
TACAATCTGC AAAAAGGAAT TGTTGAAAGA ACCAGAAACT ATAATGGTCT GGAGCTGGAA
TTTGATTTTG ATATTACGCC GGATGCCGAA GTAGAAGTTA TCCTTGACAG AAATTCCGGT
CACGGTATGA AAGGAAAAGG ATACGGATCG CTGTTATTTA AGATTAATAC ACTGGGTAAA
TTTAATATGT GGGGGGATTT CCAGGCATAC GAAGGAACTT ATAACTTTAA ATACGGAGGT
TTAATCGATA AAAAATTCGC AGTTAAAAAA GGTGGTTCTA TTATTTGGGA AGGAAACCCG
ATGAAAGCAC AGCTGAATTT AGAAGCCGTT TACAAAACAT CGGCAAATCC TGCCGTATTG
CTGGATAATT CTTCTTTCAA TAAAAAAGTA CCTGTAGAAG TTGTAATTGG TTTAAGAGGA
GATTTAACGA GCCCTGAACC TAATTTTGAT ATTCAGTTTC CATCGGTAAG CAATGTGTTG
AAATCTGAAA TACAATATAA GTTAGATGAT AAAGACGTTC GTCAAACGCA GGCTTTGTAT
TTATTATCTA CAGGTTCATT TATGAGTCAG GACGGATTTA ACCAAAGCGA TTTATCAGGA
ACATTTGCAG AAACTGCTGC AAGTTTATTA GGAGGAATCA TCAAATCAGA TAACGACCTT
ATTAATATTG ACCTGAATTT TATTTCTGCC GACAGAAGAT TAGGTCAGGA AGCCGACGGA
CAATTTGTAG CCAATATTTC ATCGCAGATT AACGAAAGAA TTTCGATTAA TGGTAAAGTA
GGGGTTCCGG TAGGAGGAGT AAACGAATCT GCTATTGTGG GTGACATTGA AATACTATAT
CGTGTAAATG AAGACGGATC AATGAACCTT CGATTATTCA ATAAAGAAAA TGATATTAAT
TATATAGGAC AAGGAATTGG TTATACACAG GGAGTTGGTA TTTCTTATGA AGTCGATTTT
GATACTTTCA GCGAACTGGT GAATAAATTA TTTAAAAGCC ATAAACTCGA GAAAGCGATT
AAAAAATCAG ATGACTTTCA GGATTCAAAT CTAAATCCGG ATTATCTGAA TTTTAAAAGC
GCTAAAGAGG CAGAAAAAGA CAAAAAGAAA CCTGAAAAAG AAGAAGAGAA AAAGCCAAAA
CCGCAAAACA ATAATGAAGG CTTAATTCCT GACAATGATT TTTAG
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| Protein sequence | MLILAITLSL PVVQTKIAKY ITETLNKDFK TNISIDKAAI NIFGGVKLKK VLILDHHKKT
LIYSDLINTD ILSIKRAIDG DLIFGDIRLT GLIFNLKTYK GEDENNINKF IKLFETEKQV
KTKSTKHFLL TARNAYITNG NFSVVDENKH TPKFLDFTKL NAYISDFKLY GSDVNTNIHR
FSFLDHRGLY VSNFAGKFSY TKKQIKVENL AIKTKRSWIY GKAILNYKVK DFLDFTDKVR
FDVALDSSSI ASNDIRYFYD GLGKNQHFKV KTKIKGPLND LNLNHLRLSD ANGSKIFGNI
NFKNLLGTKE QKFSMDGKFD KLIASYDNLV FILPGILGKS LPKELKRIGK FNITGKAKVS
TTALETDFKM ATDLGNGKVN LHMNNMDFID KASYSGNIVL DNFNIGALLG RKDVGRTTLN
LDVDGVGFTE KYLNTIVKGD INKLDYNKYR YSNIVVNGNF KLPYYKGQLS INDPNLNLTF
DGLVDLSKRE SRYDFHINVE NSDLQKLRFV NDSISHFKGD AVVQVSGNSI ENLQGNIIIK
DAEYQNPQAT YVFDDVTISS NFDADRLRTI TINSADIVEG RIVGKFQFAQ LDKLVMNSVG
SLYTNYKPYK VKKGQFLRFN FHVYNKVVEM LYPDLKIDSS TVVRGKIDAD LQEFKFGFRS
KQITAAKNTF DNIRISIDNK NPLYNAFVEL DSIKTPYYKI RDFNLINVTS KDTLFVRSEF
KGGDKGQDYF NLDLYHTIDK KKNNIVGIKK SEMKFKDYLW YLNEDAAKDN QIVFDQYFKN
FTIDNIVLSH ENQKIDLNGI IKGKDYKDIV LNFEDVDINK ITPYNSKFVF NGNLNGNVNY
KQNKDVYQPT ASIVVDHLNM NKVDLGTLNF DISGDQTFRK FTVNSSIVNG FAESFRANGT
FNIENKETFM DLSLKLEGFN LATLGTIGGD VLSNIRGSVS GNAAVVGNLK KPEINGRLYV
EKAGMTIPYL NTDYELSDRT VIDLTDEKFL FRNNQLTDTK YKTKGLLNGT IEHHNFGDWK
LDLTITSKRL LALDTKDSED AAYFGTAFIN GTASIKGPTE SLFIKVDAKS EKGTEVKIPI
NNVQSVGESS WIHFVTPKEK YNLQKGIVER TRNYNGLELE FDFDITPDAE VEVILDRNSG
HGMKGKGYGS LLFKINTLGK FNMWGDFQAY EGTYNFKYGG LIDKKFAVKK GGSIIWEGNP
MKAQLNLEAV YKTSANPAVL LDNSSFNKKV PVEVVIGLRG DLTSPEPNFD IQFPSVSNVL
KSEIQYKLDD KDVRQTQALY LLSTGSFMSQ DGFNQSDLSG TFAETAASLL GGIIKSDNDL
INIDLNFISA DRRLGQEADG QFVANISSQI NERISINGKV GVPVGGVNES AIVGDIEILY
RVNEDGSMNL RLFNKENDIN YIGQGIGYTQ GVGISYEVDF DTFSELVNKL FKSHKLEKAI
KKSDDFQDSN LNPDYLNFKS AKEAEKDKKK PEKEEEKKPK PQNNNEGLIP DNDF
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