| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr4_2719 |
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| Symbol | |
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| ID | 4253290 |
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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 | Shewanella sp. MR-4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008321 |
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| Strand | - |
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| Start bp | 3246152 |
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| End bp | 3248968 |
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| Gene Length | 2817 bp |
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| Protein Length | 938 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 638119354 |
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| Product | peptidase S9 prolyl oligopeptidase |
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| Protein accession | YP_734847 |
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| Protein GI | 113971054 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.00727633 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 14 |
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| Fosmid unclonability p-value | 0.0393451 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGAAGTTAT TACCTATCAC ATCGCTAGTG CTTTTATCCC TCGGAATACT GCCCAATGCC
CATGCAGAAA CCAGCACTAA ACCGCTTACC CTGACCGACA TAATGAAGTT TGAGTCCCTC
GAAAAACCCG TTATCGCTGA CAATGGTCAA GTGCTCGCGG TGGAGGTGGC ACCGGATCGT
GGCGATAGCC ATGGTTTGAT TAAGAATCTA CAGACAGGTA ACGCATTCCA AATTGAAGGT
GGCTCGGATC CTATTGTGAG TCACACAGGC CGTTATGTAG CGATGGCGGT TAAACCCAGT
TTACTCACCG TTGAAACCAG CGATGCTAAA GCGAAGAAAA AGCTTAAGGC CGATATGGTG
CTGCTCGACA CTGAAACGGG CACGCAAACC AAATTTGAAC GGGTAAAAGA ATTTGTCTTT
AGCGACGATG GCGCGCATTT AGCCATTTGG TTTGAAGCCG ACGAAGAGGC TAAGAAAGAC
GCCAAAGAGA AGACCGAAGG CGCCGATTAT AAGCCCAAAG CCGAGAAGGT GAAGGTCGAT
AAGTTCGACC AAGGCCGTCG TTTGAGTTTA GTGAATTTGT CTTCACCATC GCAGCGGGTG
GATCTGGAAC ATGTGACCGC CTATCAGTTT GATAAAGACA GTCGCCGCTT GGCCGTTGCG
GTCAATGATA TCGAGGCGAA ACAACATCAA CTGCAACTGA TTGATTTGAA AGACTACAAA
AAATCAACGG CATTTGAATC TCAAACTCAG CAAATCGGTG CGGTTTCACT GTCGAAAAAT
GGTCGCTGGC TGGCCTTTAC TCAAGGGGAT GCGAGTGAAT TACCCTATGG CCGCAGCTAT
CAGCTAAGCC TAGTCGATAT CGCTTCGGGC AAAATTCGCC CTGTGCCAAA TACCAAAGAG
TGGACGTTAA ACCGTTACGC CAGTTTAAAC TTCTCCCTAG ACAGTGAGCG ACTCTTCTTT
GGCCGCGTGC CTGAAGTGAG CCAGCAGCTC AGCCTGAAGA AAATAGCTGA AGAAAAAGAT
CTTTACGACA AAGAGATAGT TACAGGCCTA CGTGGACTTA AGGTTTGGCA TGGGGACGAT
CCGCGGATTA AACCCCATGA AATCAAACAA TATGATAAAG AGCAAAAGCG TACTTACTTA
GCCGTGCTGC ATTTAGGCTC AAATAATGTG GTGCAGCTTG GCGATAAAAC GGTGCCGGAT
GTGACTCTGT CGCAGCATAA ACGTTATATG CTGGCAAGCT CTGACTTACC CTATCGCAAG
ATGATCACTT GGGCGGGTTT TTATCAGGAT TATTACTTGG TGGATATCAA CACGGGCCGC
AAGTTACCAT TGTTAACCCA GCAGCCAAGC GATTCTGATC CTAGCTTATC GGGCGACGGT
AAATATGTAG CCTATTATCA GCAAGGTAAT GTGTATTTAT ACGATATTGC CGAAGGGCGT
CGTACCAATC TGACCAAGTC TTTAAAGGTG AGTTTTGCCG ACGAGGACCA TGATTATCCT
TCCAATGCAC CGGGTTATGG TTTTGGCCCT TGGCTTAAGG ACGATGCAGG TTTCCTCGTC
TACGACAAAT ACGATGTATG GCAGTTTAAT ACCGCATCGA AAAGCGGATT TGCCTTAACC
GCGGGGCAGG GACGCGCTCA AAAAATCCAA TATCGTGTTG AAGGTTTAGT CGATAATCCC
GATGAGCCAA CCACACTGGC TTACAATGCC ACTGTGCTGC TGCATGGTTA CAGCGACAAG
ACTAAGGCCG ATGGTTTTTA TCAAGCGACC TTAGGCGAAG CGGGCGTTAA GACCTTGATG
GAAGGCGAGT ATAAATTAAC TGTGCTTGGT CGCAGTAAAG ATGCGGATAC CTTAGTGTTT
TCTAAGGAGC GCTTCGATCT GTTCCCCGAT TTATACACCG CAAGCTATCA AGCGCCACAA
AATGCCGTGA AGCAAACCGA TTTAGATAAG CAGCGCCAAG CCTTTAATTG GAGCCAAGCC
GAATTAGTGC ATTGGACCAA TGGTGATGGC AAGCCGCTCG ATGGCGTGTT GATTAAGCCG
ACGAACTATC AAGCGGGCGA GCGTTATCCT GTGCTGGTTT ACTACTATCG CTTTATGACC
GACAGACTAC ATGCCTTCCC GCAAATGAAG GTCAACCACA GACCAAACTT CGCTTGGTAT
GTGAATAACG GTTATGCGGT ATTCTTGCCG GATATTCGTT TCGATATCGG TTATCCCGGC
GCCAGTTCGG TTCAAGCCCT GACCTCGGGC GTGCAAAAGC TTATCGATAT GGGCGTTGCC
GATGCTAACG CCATTGGTTT ACAAGGACAC TCTTGGAGCG GTTATCAAAC GGCGTTTGCC
ATCACTCAAA CCAAGATGTT TAAAGCCGCG GTGGCGGGTG CACCAGTGGC CAACATGACC
AGCGCCTACA GCGGTATTCG CCATGGCACA GGGCTTGCGC GCCAATTCCA ATACGAAACC
GGCCAAAGCC GCATAGGTGA AAGCCTCTTC GCTGCGCCGC AAAAGTATAT TGAGAACTCG
CCGGTATTCT ATGCCGATCG CATTCAAACG CCGTTGATGA TCATGTTTGG CGATAAAGAC
GATGCGGTAC CTTGGGAGCA AGGTGTTGAA ATGTACCTGG CGATGCGCCG TGCGGGTAAA
GATGTGGTGT TTTTACAATA TGAAGATGAA CCCCATCATC TGAAGAAATA CCCTAATAAG
CTCGATTACA GCATTCGGAT GATGGAATAC TTCGACCATT ATCTTAAAGG TAAACCCGCG
CCAGCCTGGC TAAGCCAAGG CGAAGCCTAT GTCGAATATA AAGCCGATGA TGAGTAA
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| Protein sequence | MKLLPITSLV LLSLGILPNA HAETSTKPLT LTDIMKFESL EKPVIADNGQ VLAVEVAPDR
GDSHGLIKNL QTGNAFQIEG GSDPIVSHTG RYVAMAVKPS LLTVETSDAK AKKKLKADMV
LLDTETGTQT KFERVKEFVF SDDGAHLAIW FEADEEAKKD AKEKTEGADY KPKAEKVKVD
KFDQGRRLSL VNLSSPSQRV DLEHVTAYQF DKDSRRLAVA VNDIEAKQHQ LQLIDLKDYK
KSTAFESQTQ QIGAVSLSKN GRWLAFTQGD ASELPYGRSY QLSLVDIASG KIRPVPNTKE
WTLNRYASLN FSLDSERLFF GRVPEVSQQL SLKKIAEEKD LYDKEIVTGL RGLKVWHGDD
PRIKPHEIKQ YDKEQKRTYL AVLHLGSNNV VQLGDKTVPD VTLSQHKRYM LASSDLPYRK
MITWAGFYQD YYLVDINTGR KLPLLTQQPS DSDPSLSGDG KYVAYYQQGN VYLYDIAEGR
RTNLTKSLKV SFADEDHDYP SNAPGYGFGP WLKDDAGFLV YDKYDVWQFN TASKSGFALT
AGQGRAQKIQ YRVEGLVDNP DEPTTLAYNA TVLLHGYSDK TKADGFYQAT LGEAGVKTLM
EGEYKLTVLG RSKDADTLVF SKERFDLFPD LYTASYQAPQ NAVKQTDLDK QRQAFNWSQA
ELVHWTNGDG KPLDGVLIKP TNYQAGERYP VLVYYYRFMT DRLHAFPQMK VNHRPNFAWY
VNNGYAVFLP DIRFDIGYPG ASSVQALTSG VQKLIDMGVA DANAIGLQGH SWSGYQTAFA
ITQTKMFKAA VAGAPVANMT SAYSGIRHGT GLARQFQYET GQSRIGESLF AAPQKYIENS
PVFYADRIQT PLMIMFGDKD DAVPWEQGVE MYLAMRRAGK DVVFLQYEDE PHHLKKYPNK
LDYSIRMMEY FDHYLKGKPA PAWLSQGEAY VEYKADDE
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