| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_1979 |
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| Symbol | |
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| ID | 5094341 |
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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 | 2296882 |
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| End bp | 2300421 |
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| Gene Length | 3540 bp |
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| Protein Length | 1179 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 644741400 |
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| Product | aminopeptidase N-like protein |
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| Protein accession | YP_001194330 |
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| Protein GI | 146299739 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0308] Aminopeptidase N |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.881454 |
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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 | ATGCTTTCTA AATTAATTCA ATTTGAATGG CATAGCAATA CCAGAAGCTG GACTTTTTAT
GCCACATTTA TCATTTATTT GGTTTTAGGA TTTTTTGTGA GTGCTTTTGC GAATTTTTCT
TTTTCGGGCG CTTACAAAAA TAGTCCGTAT GTATTGACTT ATGCGATTGG TTTGATTTCG
CTGATGACGA TATTTTCGAT TACACTTCAG GTTGCGCAGA GTTTTTTAAA GGAATATGAA
ACGAAATTCG ATTCGATAAT TTTCTCCTCA CCTATTTCTA AGTTTCATTA TTTAGCTCCA
AAATTTATTA CAGCATTTAT AATCGCCGTA GTTTCTTTTG GAATGTTTAT CGTTGGAATG
ATCGTTGGAC ATCAAATGTC GTGGCTTTCT AAAAGCGAAA TCGGTCCTTT TGAAATTATA
AATTATCTCT GGCCGTATTT TGTAATTGTG ATTCCAAATA TTTTCCTGTG CCTTTCGATA
TTGACGACTT TGGCTTGGCT TACGCGAAGT AAACTTTTTA TCTATGTTGG CGGTTTATTA
ATTTACATCT TATATATAGC GGGTTCTATT TTTTCTAATT CGCCAATCTT TGCAAATGCT
TCTCCATCTT CGGCGAAATC CATGTCTTTG GCTGCAAAAA TAGATCCGTT TGGTTTGGCT
GCTTTTTTAG AACAAACAAG ATATTGGACT TCAATTGAAA AAAATACCGA ATTGGTTTCT
CTTTCGGGGA ACTTTTTATT TAACCGATTG TTGTGGATTT TGGTTTCACT GTTTTTGCTT
TTTATTTCCT ATCGATTGTT TACCTTCCGA AAAACGAAAA TCATAAAGCT AAAAACGCCT
AAAGTTATTT CAAAAGAAGC AAAAATCTTT TCTTCGGAAA TTCCAAAAAA CATCGAGTTC
AAAACTTTCA GGCATAATTT TGCTGTTTTT AAAAGCAATA TCAAACTGGA TATTTTTTTA
GTTTTAAAAG GAATTCCGTT TTTGTTGATT GTTCTTTTAT TTTCGGGATT ATTGGCAATC
GAAATTTCGG ATGAAATTGA CGGCGGAATA AGATTAGCCG AAAAAATTAC AGATACGGCT
TTAATGATTT CCACCATAAT GGATCGTCTA CCTTTTATTC TAATTTTAAT TCTGCTTTTT
TATAGTAGTG AATTATTAAA CCGAAGCGAA AATTCGAGAT TTGAAATGCT CGAAAATACC
GCACCGTATT CTCAATTTGT GGTTTTATTG GCCAAACTGA TGGCACTTTT TATCATTCCG
TTAATCATAA TCAGTATTAG TATTTTAATT GGATGCAGTT TTCAGATTGT GAATGCCAAT
GCTCCAATCG AAATTAGTCT TTACCTTTCT TTATTTTATT ATCTCGGATT TCCGTTGCTG
TTGATTTCGA TTTTAGTAAT TGCGATTCAG ACTTTTATTA AAAATAAATA TATCGGACTT
TCGGTTGCTG CTTTTGTCTG CATTTTGTTT TGTACAGGAA TTGGAGAACA ATTGGGAATT
TCACATCCTT TACTGCGATT CGGAAATGCG TTTAAAAGAG AATATTTTGA TTTGAATGGT
TTCGGAAAAT ATACTTTTCC GTTTCATATT TCGATGCTGT ACAATTTCGG ATTGGCTTTA
CTGCTTCTTA CTTTGACAGG AATTTTGTGG AAAAGAAATG CTTCAATCCT AAAAACCTTT
CGGAGAAATT CCTGCAATGC CTTTCAAAAA ACAACTTTTG CATTGGGAAT TATTCTTTTT
ATCGCTTTTG GAACTTATCT TTTTTATAAA ACTAATATTG AATATCCGTA TTTGACCAAA
GATAACGTTA ACAATTGGAG CGAACATTAC GAAAAGCAAT TCAAAAAATA TGTCAATCTA
GCACAACCAA CAATTGTTTC TGTAAAAAGC AAAGTGGATT TATTTCCTGA GGAGAATCGT
TATGAAGTAA AAGGCACTTA TGAATTGATC AATAATATTG AAAAACCTAT TGATAGTTTA
CTCCTATATA TAGATCAAAA TTCAAAACTG ACTTCTGTTG AAATTGAGAA TGCAAAAAAT
CTAGATGATG TTTCTAAATT TCAGCATTAT TGGTATCGAT TAGAAAAACC TTTAAAACCT
CATCAGAAAA TAAAAATGAG TTTTTCTTTT ACCTCAACTT GGTCGCCATT TAAAGGTCAT
ACTGCATTTA ATTCTATCAT TGAAAATGGT TCGTTTATGC GAATAAGCCG TTATTTTCCA
ACTTTTGGTT ATCAGGAATC GAATGAAATC AGCAGTGAAA AAGAACGGGC AAAAAGGCAT
TTGAAACCAC AGACTCCGCT TAAAAAACTT GAGGATAAAT CGAAAACAAC AAATGATTTT
GTTGATTATG ATGTTGTGGT TTCGACGTCT AAAAATCAAA CGGTGATTGG TGTTGGAGAT
TTAGTTGGGA ACTGGAAAAA AGACGACAGA AATTATTTTC ATTATAAATC AAATGGAAAG
ATTCCTTTTC GATTTGCTTT TTCTTCTGCC GAATATGAAA TTCAAAAAAC AAATTATAAA
GGCATTTCTA TTGAAGTTTT TTATGATAAA AGACATTCGA GAAACGTTGC AAAACTGATT
CAAGATGTAA AAAATACTTT AGATTATTGC CAAAACAATT TTGGAAAATA TCCATACAAA
ACGATTCGTT ATGCCGAGGT TTCTGCTTTC GCGGATGGAT TTGCTGCGAC TTCGTATCCG
TCCACAGTTT TTATGAAAGA GAATTTTGGA TTTTACAGCA ACTTGAATAA TCACGATAAA
GAAGATATCA TCAATCAGTT GACGGCACAT GAATTGTCGC ACGAATGGTG GGGAAATTCG
CAAATTAGTC CAGAGCAAAA AGAAGGAAGC TGGATTTTGA CCGAAACGCT GGCGCAATAC
ACCGAATTGA TGTTGTATGA AAAAGAACAT GGTTTGGAAA AAGCCTTAGA AACTTTAAAA
ATTCATTTGG ATTTATATTT GAGCAGTCGA AGTTATGAAC CTGAAACGCC TTTGTATAAA
ACAAATTATG AAACTCCGCA TTTACCTTAT GATAAAGGAA TGCTGGTGAT GCATCAGCTT
CGAATTTTAA TCGGTGAAGA AAAAGTAAAT CTGGCTTTGA AAAATTTCTT GAATCATTAC
AAATATTCTA ATCCAATTCC AGATTCTGAA GATTTATTGA AAGAGATTTA TTTAGTTGCA
GATTCTAAAC TCTATCCAAA ACTAGATGAA ATGTTTAAAA AGATTATTAC TTATTCTTCT
AAAATTTCTA AAGTTGAAAG CGTGAAAAAG AATGATTTTT ATGAAATTTC CTTTAAAGCA
GATTCTAAAA AATATATTGA AAATGCTACG GGAGTTCGAA AGCAAATTGA CAATGATAAA
ACAATTGATA TTGGAATTTA TGATGAAAAC GGAAAGTTAT TTCGCTACAC ATTTCCAATC
AAAAACAATT TAATTGAAGG CAAAATTAAA ATCAAAAACA AACCTCAACG AATTGTTATT
GATCCTCTTT TAATGAATAT CGATACTTTT ATAAAGGACA ACGAGAAAGA GATTGAGTAG
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| Protein sequence | MLSKLIQFEW HSNTRSWTFY ATFIIYLVLG FFVSAFANFS FSGAYKNSPY VLTYAIGLIS
LMTIFSITLQ VAQSFLKEYE TKFDSIIFSS PISKFHYLAP KFITAFIIAV VSFGMFIVGM
IVGHQMSWLS KSEIGPFEII NYLWPYFVIV IPNIFLCLSI LTTLAWLTRS KLFIYVGGLL
IYILYIAGSI FSNSPIFANA SPSSAKSMSL AAKIDPFGLA AFLEQTRYWT SIEKNTELVS
LSGNFLFNRL LWILVSLFLL FISYRLFTFR KTKIIKLKTP KVISKEAKIF SSEIPKNIEF
KTFRHNFAVF KSNIKLDIFL VLKGIPFLLI VLLFSGLLAI EISDEIDGGI RLAEKITDTA
LMISTIMDRL PFILILILLF YSSELLNRSE NSRFEMLENT APYSQFVVLL AKLMALFIIP
LIIISISILI GCSFQIVNAN APIEISLYLS LFYYLGFPLL LISILVIAIQ TFIKNKYIGL
SVAAFVCILF CTGIGEQLGI SHPLLRFGNA FKREYFDLNG FGKYTFPFHI SMLYNFGLAL
LLLTLTGILW KRNASILKTF RRNSCNAFQK TTFALGIILF IAFGTYLFYK TNIEYPYLTK
DNVNNWSEHY EKQFKKYVNL AQPTIVSVKS KVDLFPEENR YEVKGTYELI NNIEKPIDSL
LLYIDQNSKL TSVEIENAKN LDDVSKFQHY WYRLEKPLKP HQKIKMSFSF TSTWSPFKGH
TAFNSIIENG SFMRISRYFP TFGYQESNEI SSEKERAKRH LKPQTPLKKL EDKSKTTNDF
VDYDVVVSTS KNQTVIGVGD LVGNWKKDDR NYFHYKSNGK IPFRFAFSSA EYEIQKTNYK
GISIEVFYDK RHSRNVAKLI QDVKNTLDYC QNNFGKYPYK TIRYAEVSAF ADGFAATSYP
STVFMKENFG FYSNLNNHDK EDIINQLTAH ELSHEWWGNS QISPEQKEGS WILTETLAQY
TELMLYEKEH GLEKALETLK IHLDLYLSSR SYEPETPLYK TNYETPHLPY DKGMLVMHQL
RILIGEEKVN LALKNFLNHY KYSNPIPDSE DLLKEIYLVA DSKLYPKLDE MFKKIITYSS
KISKVESVKK NDFYEISFKA DSKKYIENAT GVRKQIDNDK TIDIGIYDEN GKLFRYTFPI
KNNLIEGKIK IKNKPQRIVI DPLLMNIDTF IKDNEKEIE
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