| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3558 |
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| Symbol | |
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| ID | 5093440 |
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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 | 4248167 |
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| End bp | 4250779 |
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| Gene Length | 2613 bp |
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| Protein Length | 870 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644742983 |
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| Product | peptidase S9 prolyl oligopeptidase |
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| Protein accession | YP_001195891 |
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| Protein GI | 146301300 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG1506] Dipeptidyl aminopeptidases/acylaminoacyl-peptidases |
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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 | 0.212097 |
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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 | ATGAAGGTTA TTAATTATAT ATCCGCCGTT ACTTTTTTCA GGTTTACCTG TTTCATTTTT
TGGTTAGTAT CCTGTCCCAC TCTTTTGGGA CAGGTTAACC AAAAAAGAAT GCTGACGCCA
ACTGATTACC AACTCTGGAG CAAATTATAT GCAGGGAAAA TTTCAAACAA TGGAAAATGG
GTCAGCTACC GTCTGCATTA CCCCTATACA GATACAGACA CACTGGTTTT GCAGAAAGCT
GAGTTTACTA AAAAGTACCT CTTCCCGCAT TGCACAACAG GTAAATTTAA TGCCGAACTT
CAGTTTGCGT GCATCTCGCA TGATACCTTA TATCTCCAGA ATCTTAAGAC CGGAAAAACG
GATATAGTTT CAAGCACAGT TGCTTTTGAT TTTTCGGCAA ACCATAAATT TATTGTTTTG
TTTGTGAAAA CGTCCGATAA AAAACTAAAT CTTGAGATCC GAAATATGGC CGGAAACCAA
ATTTATCAAA AAAAAGAAAT ATCCAGTTAT TGTTTTGATC CTGAACAAAA CGGGCTAATC
TATACTTCTT TAGAGCATAA TCTTTACAAT ACGGAATTAA TTCTATTTAA AAATGAAATT
GAAAAAAGGA TACTAACCAC AAATCATAAT GTGCCGGTAA AAAAACTTTT CTGGAAAGCA
GGCGGGATTT CTTTTATGAG CCATAATCAT GGGCAGTCCT GTTTCTATTA CTACAATGTA
GCCAAAGCCA AACTTAATAC ACTGGATTCA AAAAGTTCGG GTTTTCCTCA GGGAATGCAG
ATTACGGATT CTCCTATTGG AAATGCAATG CACTCAGAAA ACGGCAGAAA TGTAATTATA
TGGCTTAAAG AACATAATGA CTTGCTACAA AAAACAGATC CCAAAAAAGT TCAGATCTGG
AATACAAAAG ATAAACTTTT GTTTGATTAC AGAAAATATT TAAGTAATCC TAAAACATCT
GATAAAATGG CTGTCTGGAA TATGCAGGAC AATACCGTTA TTCAGATTAC AGATAGAAAG
TTTTCAAATG GATTTCTAAG TACGGATTAT AATTCCGCCT TCATTTATGA TCCGATTGCC
TACGAACCGC AAAGCAAACA ATTCTGCCCT TTTGATCTGT ACATTATGGA TCTAAAAAAC
GGCAATCGAA AACCTGTAAT AATGAATTAT ACAATGGATG AAAAACCATC CGGATCGCCT
GACGGGGCTC ATCTGTGCTA TGCTAAAAAT GGACAATGGT GGATCTACAG CATTATGGAG
GACACTCATA CCTGTCTTAC AATTGATCTA CCTAATTCAT TTTTTGCAGA GGATAACAAC
CGACCATCAG AAAACCCGTC TTACGGCATT GGGGGATGGA CTACTGACGG TGAAATTATT
CTCTATGATA AATATGATCT TTGGAAGATA TCATTAGACG GAAAAATAAA AAAGAGATTA
ACTCAAGGGA GGGAAATGCA AAAGACTTTT CGCATTAAGA CCTTCAATTC TGATCCTTTA
CAAAGTGTAA CCGAATCTAA TAAAAATTCG CTGGACCTAA AAAAGAGACT TCTTTTGGAA
ACCTCCGATA AAGAAACAGC TCAGACAGGT CTGGGTTATT GGAGCATAAA ATCCGGTATG
AAGGATATGG TCTGGGAAAG CAAAAAAATA AGCCAGATTA AAAAAGCTGC TGATAAAGAC
ATTTATATGT ACGTGACCGA AAACTTTGAA TCGCCACCCA AGTTAATGCT ATATGATACC
AAGCCGAAAG AAATCATGCA GAGCAACCCC CAGCAGAAAT ATTTTTACTG GAGCAGAAAT
GAAAAAATTG AATACATTTC CGATGGTATC AAAACAAAAG GTATTCTCTT CTACCCTTCG
AATTTCAAAG CGGATAAAAA ATATCCTATG GTAGTGCACA TCTATGAGCG TCAGTTCAGT
TACTTAAATG ATTATGTAAA TCCTTCACTG ATTTCTGACG ATGGCTTCAA TGTCCATAAT
TATACGGCTA ACGGCTACTT TGTCTTGTTT CCTGATATTA ATTATGAATT TGGAAATCTA
AAAAAAACGG TAACCAATAG TGTTCTTGCG GCTGTAGACA CAGTAATAGC CAAAGGACTT
GTAGCTCCTG AAAAGGTAGG TCTCATTGGA CATTCTTTCG GAGGCTACGA GGTCGATCTG
ATCATTACAC AGACTGACCG TTTTGCTGCT GCTGTATCAG GCGCCGCAAT AACGGATCTC
ATATCGACCT ATTTATATGT AGGTCCAACT TTTAGAAGAC CTGATTTTTT CCGGACTGAA
AACCACCAGC TCCGCATTGG AAAATCACTT TTCGAAGATA TGAAGAGCTA CCTCGAAAAT
TCCCCTGTAC TGTTAGCTTC AGGTGTCAAT ACACCTCTGC TTAGTTGGGC AGGAGCCGAG
GACCGTCACG TAAATTCCCA GCAAAGTATG GAATTTTATC TCGCATTAAG ACGGCAGAAT
AAAGAACATA TATTACTGTT TTACCCGGAT GAGGAACATG GTTTGGAACA AAAGCAGAAT
GCAACAGATC TGAACATTCG TATTATGGAG TGGTTTAATT CCTACCTGAA AGGTGCTAAT
AAAAAAGAGT GGTTTAGTAC TTACTATCAA TAA
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| Protein sequence | MKVINYISAV TFFRFTCFIF WLVSCPTLLG QVNQKRMLTP TDYQLWSKLY AGKISNNGKW
VSYRLHYPYT DTDTLVLQKA EFTKKYLFPH CTTGKFNAEL QFACISHDTL YLQNLKTGKT
DIVSSTVAFD FSANHKFIVL FVKTSDKKLN LEIRNMAGNQ IYQKKEISSY CFDPEQNGLI
YTSLEHNLYN TELILFKNEI EKRILTTNHN VPVKKLFWKA GGISFMSHNH GQSCFYYYNV
AKAKLNTLDS KSSGFPQGMQ ITDSPIGNAM HSENGRNVII WLKEHNDLLQ KTDPKKVQIW
NTKDKLLFDY RKYLSNPKTS DKMAVWNMQD NTVIQITDRK FSNGFLSTDY NSAFIYDPIA
YEPQSKQFCP FDLYIMDLKN GNRKPVIMNY TMDEKPSGSP DGAHLCYAKN GQWWIYSIME
DTHTCLTIDL PNSFFAEDNN RPSENPSYGI GGWTTDGEII LYDKYDLWKI SLDGKIKKRL
TQGREMQKTF RIKTFNSDPL QSVTESNKNS LDLKKRLLLE TSDKETAQTG LGYWSIKSGM
KDMVWESKKI SQIKKAADKD IYMYVTENFE SPPKLMLYDT KPKEIMQSNP QQKYFYWSRN
EKIEYISDGI KTKGILFYPS NFKADKKYPM VVHIYERQFS YLNDYVNPSL ISDDGFNVHN
YTANGYFVLF PDINYEFGNL KKTVTNSVLA AVDTVIAKGL VAPEKVGLIG HSFGGYEVDL
IITQTDRFAA AVSGAAITDL ISTYLYVGPT FRRPDFFRTE NHQLRIGKSL FEDMKSYLEN
SPVLLASGVN TPLLSWAGAE DRHVNSQQSM EFYLALRRQN KEHILLFYPD EEHGLEQKQN
ATDLNIRIME WFNSYLKGAN KKEWFSTYYQ
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