| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_1355 |
|---|
| Symbol | |
|---|
| ID | 5370118 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Shewanella baltica OS185 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009665 |
|---|
| Strand | + |
|---|
| Start bp | 1627097 |
|---|
| End bp | 1629931 |
|---|
| Gene Length | 2835 bp |
|---|
| Protein Length | 944 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 49% |
|---|
| IMG OID | 640829554 |
|---|
| Product | peptidase S9 prolyl oligopeptidase |
|---|
| Protein accession | YP_001365568 |
|---|
| Protein GI | 152999887 |
|---|
| COG category | [E] Amino acid transport and metabolism |
|---|
| COG ID | [COG1506] Dipeptidyl aminopeptidases/acylaminoacyl-peptidases |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 9 |
|---|
| Plasmid unclonability p-value | 0.229344 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | TTGAAGTTAA TCCCTATCAC ATCTCTGGTG CTGTTATCCC TTGGAATATT GCCAGCAGTG
CAGGCTGAAA CCAGCACTAA ACCGCTCACC CTCACAGACA TCATGCACTT TGAATCCCTT
GAAAAGCCGG TTATCGCAGA TAAGGGCCAA GTCATCGCGG TCGAGTCTGC GCCCGATCGC
GGGGATAGTC ACGTCATTGT GAAAAATGTG CTGTCGCAGC AAAGTTATCA AATCGCGGGT
GGGTCAGATC CTTTAGTGAG TCACGATGGC CGCTTTGTGG CTGTGGTGGT CAAACCGAGT
TTGCTCACGC GTGAAACGAG TGATGCCAAG GCGAAGAAAA AACTCAAATC TGACATGGTA
TTACTCGATA CCCAAACGGG CACTCAAACC CGCTTTGAGC GCGTGAAGGA ATTCGTGTTC
AGTGATGACG GTAAGCATTT GGCAATGTGG TTTGAGGCCG ATGAAGAGTC TAAAAAAGAT
ACTGAGCCTA AAACCAGCGA AAAACTCGCT GAAGCAGGCA CACAAACCCC AGCGAAAGCC
GATAAGCCAA AGGTTGATAA GTTTGACCAA GGCCGTCGTT TTACTTTGCT TAGTTTAGAC
GGTCAAACCC AGCGCATCGA TGTTGAGCAA GTGACAGGTT ATGTGTTTGA TAAGGCGAGC
CGCCGACTTG CGCTAGCGGT GAATGATATC GCCAATAAAC AGCATCAATT GCAGTTAGTG
GATTTACGTA CCCACCAAAA AACCGTCGCT TTTGACTCGC CTAGCCAACA GGTTGATGCG
TTAGCGCTGG CTAAAAATGG TCGTTGGCTG GCGTTTACGC AGGGCAAAGA TAGCGAGTTA
CCCTATGGTC GCAGCTATCA GTTATCGTTG GTCGATTTGC AATCGGGTAA AATCAGCAAA
ACTCCTGAGT CACCTGAGTG GAAACTTAAT CGCTACACAA GTTTAAGCTT CTCATTGGAC
AGCGAACGGC TGTTCTTCGG CCGCGTGCCA GAGGTGAGCC AGCAGCTTAG TTTGCAGAAA
ATCACCGAAG AAAAAGACCT GTTCGATGCC GATATTGTTA CCGGACAGCG CGGGCTTAAG
GTGTGGCATG GTGACGACCC ACGGATTAAA CCCCACGAAA TCAAGCAATA TGAGGATGAG
CAAAAACGCA CTTACCTTGC GGTATTGCAT TTAGGATCGA ATAACGTGGT GCAGCTTGGC
GATAAAACTG TGCCAGATGT GACCATTTCA CAACATAAGC GCTTTATGTT GGCGAGTTCA
GATTTGCCCT ATCGCAAGAT GGCGACGTGG GCTGGCTTCT ATCAAGACTA TTATCTGGTC
GACATTAACA CTGGCAGTAA GGTGCCTTTT TTGACTCAGC AGCCGAGCGA TGCCGAGCCA
AGTTTGTCGG GTAACGGTAA GTATGTGGCT TATTATCAGC AAGGTAATGT GTATCTTTAT
GATATTGCTG AGGCCCATCG CACTAACCTG ACAAGATCAT TAAAGGTCAG CTTTGCCGAT
GAAGACCATG ACTATCCATC GAGCGCGCCG GGATACGGTT TTGGCCCTTG GCTGAAAGAT
GACGCTGGGT TCTTGGTTTA CGATAAATAC GATGTCTGGC AGTTTAATAC TGAATCTAAG
GCAGGTTTTG CCTTAACCGC AGGTAAAGGG CGCACCCAGA AAATTCAATA TCGTCTTGAG
GGCTTAGTCG ATAATCCCGA TGAACCGACT GAGCTTGCCT ATAATGCCAC TGTGTTACTC
CACGGTTATA GCGATAAAAC TAAGGCCGAT GGCTTCTACC AAGCGACGCT CGGCGCAGCG
GGCGTGAAAA CGCTGATGCA AGGCGAGTAT AAGTTGACTG TGTTAGGACG CAGTAAAGAC
GCAGACACTA TCGTGTTTTC TAAGGAGCGT TTCGACTTAT TCCCCGACTT GTATACCGCT
AACTATAGCG CCCCGCAAAA TGCGCTTAAG CAAACGGATT TAGATAAGCA ACGCCAAGCG
TTTAACTGGA GCAAAGCCGA GTTAGTTCAC TGGACGAATG GCGATGGTAA GCCGTTAGAT
GGCGTGCTGA TCAAGCCGAC CAATTATCAA GCAGGTCAGC GCGTTCCTGT GTTGGTTTAT
TACTATCGCT TTATGACGGA TAGGCTGCAT GCCTTCCCGC AGATGAACAT TAACCACAGG
CCTAATTTTG CTTGGTATAT CAATAATGGC TATGCGGTGT TCCTGCCTGA TATTCGTTTT
GAAATTGGTT ACCCCGGCGC GAGTTCGGTG CAAGCGCTCA CCTCAGGCGT GCAAAAGCTG
ATTGAGATGG GCATTGCCGA TCCCGATGCT ATTGGTCTGC AAGGTCATTC TTGGAGTGGT
TATCAAACGG CGTTTGCCAT CACTCAAACT AAGATGTTTA AGGCGGCGGT CGCGGGTGCG
CCAGTATCGA ACATGACCAG CGCCTACAGC GGTATTCGCC ACGGCACGGG TATTGCGCGT
CAGTTCCAGT ATGAAACTGG ACAGAGCCGC ATTGGTGCGA GTTTGTTTGC CGCGCCACAA
AAATACATTG AAAACTCACC AGTATTTTAC GCTGACCGAA TTCAAACGCC TTTGATGATC
ATGTTTGGTG ATAAGGACGA CGCAGTGCCT TGGGAACAAG GTGTTGAAAT GTACTTGGCC
ATGCGCCGTG CGGGTAAAGA TGTAGTGTTC TTACAATATG AGGATGAGCC GCATCACTTG
AAAAAGTACC CGAATAAGCT CGATTACAGC ATTCGCATGA TGCAGTATTT CGATCATTAT
CTGAAGGGTA AACCCGCGCC AGAATGGCTC AGCAAAGGCG AAGCCTATGT CGAGTACAAG
GCCGATGATG AATAA
|
|---|
| Protein sequence | MKLIPITSLV LLSLGILPAV QAETSTKPLT LTDIMHFESL EKPVIADKGQ VIAVESAPDR
GDSHVIVKNV LSQQSYQIAG GSDPLVSHDG RFVAVVVKPS LLTRETSDAK AKKKLKSDMV
LLDTQTGTQT RFERVKEFVF SDDGKHLAMW FEADEESKKD TEPKTSEKLA EAGTQTPAKA
DKPKVDKFDQ GRRFTLLSLD GQTQRIDVEQ VTGYVFDKAS RRLALAVNDI ANKQHQLQLV
DLRTHQKTVA FDSPSQQVDA LALAKNGRWL AFTQGKDSEL PYGRSYQLSL VDLQSGKISK
TPESPEWKLN RYTSLSFSLD SERLFFGRVP EVSQQLSLQK ITEEKDLFDA DIVTGQRGLK
VWHGDDPRIK PHEIKQYEDE QKRTYLAVLH LGSNNVVQLG DKTVPDVTIS QHKRFMLASS
DLPYRKMATW AGFYQDYYLV DINTGSKVPF LTQQPSDAEP SLSGNGKYVA YYQQGNVYLY
DIAEAHRTNL TRSLKVSFAD EDHDYPSSAP GYGFGPWLKD DAGFLVYDKY DVWQFNTESK
AGFALTAGKG RTQKIQYRLE GLVDNPDEPT ELAYNATVLL HGYSDKTKAD GFYQATLGAA
GVKTLMQGEY KLTVLGRSKD ADTIVFSKER FDLFPDLYTA NYSAPQNALK QTDLDKQRQA
FNWSKAELVH WTNGDGKPLD GVLIKPTNYQ AGQRVPVLVY YYRFMTDRLH AFPQMNINHR
PNFAWYINNG YAVFLPDIRF EIGYPGASSV QALTSGVQKL IEMGIADPDA IGLQGHSWSG
YQTAFAITQT KMFKAAVAGA PVSNMTSAYS GIRHGTGIAR QFQYETGQSR IGASLFAAPQ
KYIENSPVFY ADRIQTPLMI MFGDKDDAVP WEQGVEMYLA MRRAGKDVVF LQYEDEPHHL
KKYPNKLDYS IRMMQYFDHY LKGKPAPEWL SKGEAYVEYK ADDE
|
|---|
| |