| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sfri_2778 |
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| Symbol | |
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| ID | 4279684 |
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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 frigidimarina NCIMB 400 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008345 |
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| Strand | - |
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| Start bp | 3341509 |
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| End bp | 3344376 |
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| Gene Length | 2868 bp |
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| Protein Length | 955 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 638135597 |
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| Product | peptidase S9 prolyl oligopeptidase |
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| Protein accession | YP_751457 |
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| Protein GI | 114563943 |
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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 | 13 |
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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 | GTGAAATTAT TCAATTTAAT TCCATTGGCA GTCTGCCTGT CATTTAGTGC CCATGCGGCC
CCGCAACGTG CACTGTCCCT TGATGACATT ATGCATTTTG AAACCCTACA ACAGCCTGTT
ATTTCTGATG ATGGCAAAGT GATTGCAGTA CAGGCTACTC CTGATAGAGG CGATAGTCGT
GCATTAATCC GTTTTAGTGA GAACAATAAA CAGTATGAAA TTGCTAATGG CACCGATGTT
AATGTCAGTG CTGATGGAAA ATTTGTGTTG GCGACTATTG AAGCGAGCTT ATTTGAACGA
GAAACCGAGA AGAAAGCCGA TTTACCTCAT GAAGTGGTCT TACTGAATAC TCAAAGTGGT
AAACAACAGA CGTTTGAGAA TGTAGATTCC GCCTTGTTTA GCGACAATGG TCATTTTTTA
GTGGTGAAAT TTAAGGTTAG CAAGCCTGAA TCTACCGATA CGAAATCTGA ATTATCGGAA
TCTATGGCTG TTGAATCCAT TGCTTCAGAG TCTAAAGTTT CTGAATCTAT TAGCTCTGAA
TCTATTGCCG CTAAAAAAAT GGCTAAGTCT GAAGATGAGA CTCATGCTGA AATTGAGGAG
GCAGATAAAG GTGCTGATAT TCGGTTAATT AATTTGGCTA CCAATCAACA CTCGCAGCTA
TCTGATGTGA CACAATTCGC TTTTGATAAA ACTGGGAAGC ATTTTGTTGC AGTCGTCAAT
CAAGGTGAAA ATCAACTACA CCAAGTTGTA TTGGTGACAT TGGATGACCA AAAACAGCGT
CAGCTTTATG GTAGTCGCGA TGAACATATT GAAGCATTAG CGATCAGCGA TGATGGTCAA
TATGTTGCCG TGACGAAAGG TGCCGCGAGT TCGACACGCT ATGGCCGTGA GCATGATATG
TTGCTTATTG ATGTAGAGCA GAATAAACAA CGGCAATTTG CTCAGTCTGA AGGTTGGACA
TATAACCAGT ACTCAAGCTT ACAGTTTTCA AAAGACGGCC AACGTTTGTA TGTTGGTCGA
GTCCCCAAAG TCGCACAGCA AGCTGAATTA GCTGATTATC AAAATGCCAA TGATGTCTTT
AATCCAAATA TTATCACGGC AAAAAAGCAG TTACGTATTT GGCATGGCGA TGATGCCAAA
ATTAAGCCTC AAGAAGTCAA AGAATATGAG CAAGAATTAA AACGCACTTA TTTAGCTGTT
TTACACTTAG ATTCAAATAA GTTAGTCCAG TTAGCCGATA AAATAGTGCC AGATGTCACT
TACGGTGAAC AAGCACGTTT TCTATTGGCC AGTTCTGATG TGCCATATCA AAAAATGATC
ACCTGGGCAG GCTTTTATCG TGATGTGTAT TTGGTTGATG TAAACAACGG TAGTAAAATT
CCTGTGTTAA CTCAGCAACC CAGTGATGCA ATGCCTACAC TGTCACCGAG TGCTAAGTTT
CTGGCTTATT ATCAGCAAGG TAACGTATTT CTGTTAGATA TTGCATCTCA ACGTCGAGTT
AATTTGACTG CTAGTATTAC GACACCTTTT GCTGATGAAG ACCATGACTA TCCCAGTGCT
GCACCCGGTT ACGGATTTGG TCCTTGGTTA GCCGATGATA GTGCGATAAC CGTTTATGAT
AAATATGATG TATGGCAGTT TAGTACCACA TCTAACCAAG GGTTTATGTT AACCAATGGC
GAGGGGCGAA AGCAGAAAAC TCAATTCAGA CTAGTTGGCT TAGTGAAGGA TGAATTGTTA
CCCGCGGTAG TGAATGATGC TGAAACTGTA CTATTGCAAG GTTATAGTCA TCTATCAAAA
GCAGACGGAT TTTTTAGCGC TCAAATTGGC ATAGCGGGTG TGAAGCGCTT AACCGAAAGC
AACAGTAAAT TAACGTTGCT TGCCAGAGCA AATAAAGCCT CGACAGTGGT GTTTTCGAAA
CAGCGCTATG ATTTGTATCC TGATTTATAT ATTGCAGCTA ATACCTCACC ACAGAACGCC
CAACAGGTGA CCCAACTGGA TAAGCAGCGT AAACCCTTTA AATGGGGAAA TGCGGAGCTA
GTACATTGGC GAGATGGTGA CGGGGTTAAC ATGGATGGAG TCCTCATTAA GCCAACAAAT
TACCAAGCCG GTAAACAGTA TCCAACCTTA GTGTATTTCT ATCGTTTTAT GAGTGATAGG
TTGCATGCAT TTCCTGATAT GAAACTCAAT CATCGACCTA ACTTTGCTTG GTATGCAGAT
AATGGATATG CGATTTTCTT ACCTGATATT CGTTTTGAGA TTGGTTATCC TGGGATTTCC
TCAGTTAAAG CCTTGACCGC TGGCGTCCAA AAATTGATAG CGATGGGAGT TGCCGATCCT
GATGCTGTTG GTATTCAAGG GCATTCTTGG GGCGGCTATC AGAGTGCTTA TGCGGTAACC
CAAACCAATA TCTTTAAAGC GGTAGTCACA GGTGCTCCGG TGTCGAATAT GACCAGTGCT
TACAGTGGTA TTCGCCATGG TTCAGGGTTA GCAAGACAAT TTCAATATGA AACCGGTCAA
AGTCGAATGG GTGAGAGTCT GTTCAAGGCA CCACAAAGGT ACATTGAAAA CTCGCCTATT
TTTTATGTTG ATCGCATCCA AACACCCATG ATGATTATGT TTGGTGATAA AGATGATGCA
GTGCCTTGGG AGCAGGGAGT TGAGTTGTAT CTAGCAATGC GTCGAGCAGG GAAGGATGTG
GTGTTTTTAC AATATGAAGA TGAGCCACAT CATTTGAAAA AGTATCCCAA TAAACTTGAT
TATACCATTA AGATGAAGCA GTACTTCGAT CATTACTTGA AAGGTGAGCA AGCCCCTAAT
TGGCTTCGCC AAGGTGAAGC TTATCAGGAA TATAAAAAAG TAGATTAA
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| Protein sequence | MKLFNLIPLA VCLSFSAHAA PQRALSLDDI MHFETLQQPV ISDDGKVIAV QATPDRGDSR
ALIRFSENNK QYEIANGTDV NVSADGKFVL ATIEASLFER ETEKKADLPH EVVLLNTQSG
KQQTFENVDS ALFSDNGHFL VVKFKVSKPE STDTKSELSE SMAVESIASE SKVSESISSE
SIAAKKMAKS EDETHAEIEE ADKGADIRLI NLATNQHSQL SDVTQFAFDK TGKHFVAVVN
QGENQLHQVV LVTLDDQKQR QLYGSRDEHI EALAISDDGQ YVAVTKGAAS STRYGREHDM
LLIDVEQNKQ RQFAQSEGWT YNQYSSLQFS KDGQRLYVGR VPKVAQQAEL ADYQNANDVF
NPNIITAKKQ LRIWHGDDAK IKPQEVKEYE QELKRTYLAV LHLDSNKLVQ LADKIVPDVT
YGEQARFLLA SSDVPYQKMI TWAGFYRDVY LVDVNNGSKI PVLTQQPSDA MPTLSPSAKF
LAYYQQGNVF LLDIASQRRV NLTASITTPF ADEDHDYPSA APGYGFGPWL ADDSAITVYD
KYDVWQFSTT SNQGFMLTNG EGRKQKTQFR LVGLVKDELL PAVVNDAETV LLQGYSHLSK
ADGFFSAQIG IAGVKRLTES NSKLTLLARA NKASTVVFSK QRYDLYPDLY IAANTSPQNA
QQVTQLDKQR KPFKWGNAEL VHWRDGDGVN MDGVLIKPTN YQAGKQYPTL VYFYRFMSDR
LHAFPDMKLN HRPNFAWYAD NGYAIFLPDI RFEIGYPGIS SVKALTAGVQ KLIAMGVADP
DAVGIQGHSW GGYQSAYAVT QTNIFKAVVT GAPVSNMTSA YSGIRHGSGL ARQFQYETGQ
SRMGESLFKA PQRYIENSPI FYVDRIQTPM MIMFGDKDDA VPWEQGVELY LAMRRAGKDV
VFLQYEDEPH HLKKYPNKLD YTIKMKQYFD HYLKGEQAPN WLRQGEAYQE YKKVD
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