| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_3106 |
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| Symbol | aprE |
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| ID | 1170795 |
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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 oneidensis MR-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004347 |
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| Strand | + |
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| Start bp | 3233538 |
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| End bp | 3235961 |
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| Gene Length | 2424 bp |
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| Protein Length | 807 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637344911 |
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| Product | cold-active serine alkaline protease |
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| Protein accession | NP_718668 |
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| Protein GI | 24374625 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG4935] Regulatory P domain of the subtilisin-like proprotein convertases and other proteases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGAGAATCG ATAAAACCAC AAAGATAGCG CTAAGTTTAT CCAGCTTAGC GATTGCAATC
TCGGCTGGTG TGAATGCGGC ACCAGAAGCA CTTGGTTTTG CCGCTGCAAT GCAATCACAG
ACCTCACCAT TGCCTAAACG CTATATCGTT AAATTTAAAA ACGCCGATGC TGCAGTACAA
ATTTCTGCTG AAAATGTTCA AGCAAGCGAT CAACTTCCTA CCACCATGAA TTACCAACCT
CAGGTGGCAG AAATCAGCGC GCAGCACAGC GTGCTCAATA AAGCCAACGC CAGAGAAATG
AAACGAATAG GCCGCAGCAA TAGCTACTCG GTCAAACTGG ATAACACCAG TCTTAAGGCA
TTAAAAGCAC GTACTGATGT GGAGTATGTT GAAGAAGACG CCCCACGCCG CTTTTTAACT
GAAACGACAC CTTGGGGACA AACCTATGTT GGGGCGACTC AATTAAGTGA TAGCCAAGCG
GGTAATCGTA CTATCTGTAT TATTGACTCA GGCTATGATC GCGCACATCC AGATTTAAGC
GGTAACAATG TCACAGGAAC CAATAACTCT GGTACGGGTA ACTGGTTTGA ACCCGGTAAT
AATAACGCTC ACGGCACTCA CGTTGCCGGA ACCATTGCAG CAATTGCGAA CAATGATGGG
GTGATAGGCG TGATGCCCAA TCAAAATACC AATATCCATG TGATTAAAGT ATTTAACGAG
GCAGGTTGGG GTTACTCGTC TTCGCTAGTA TCAGCAGTCG ATACCTGCGT AAATAACGGC
GCCAATGTGG TCACCATGAG TTTAGGCGGT GCTGGCTCAA GTACAACCGA GCGCAATGCT
CTAGCAGCCC ATTACAATAA TGGCGTACTT CTTATTGCCG CTGCTGGTAA CGATGGTAAC
AATACCCATA GCTATCCAGC CTCCTACGAT TCTGTCATGT CAGTGGCGTC TGTCGATAGC
AACAAAGACC ATTCTGCTTT CTCTCAATAC ACTAACCAAG TTGAAATATC TGGCCCCGGA
GAAGCCATCC TCTCAACAGT GACCCGCGGA GAAGGCCGTT TGGCGGATAT CACTATCGGT
GGTCAGTCTT ACTTTAACTC AGGCGTAGTA CCGCATAATC GCTTTACGCC ATCGGGCAGC
AACTATGCAC CAAATCCTTA CAATGGCACG GCAACGGCGA CCTTAGCCGA GTGTACAGTC
AGCGGTTCAA CCTTTAACTG CGGCAACATG ACCAACAAAG TGTGTTTAGT TGAGCGTGTA
GGTAACCAAG GTACTGCCTA CCCAGAAATT AATGCTGTTA AAGCCTGTAA AACTGCGGGA
GCGAGCGCCG TTATTGTTTA CAGTAACAGC GCCTTACCTG GATTACAGAA TCCTTTCCTC
GTTGATGCCA ATAGTGAAAT CAATATGGTG TCCGTCTCTG TTGACCGCAC AACCGGTTTA
GCACTTCGCA ATCAATTAGG TGCGACAGTA ACCGTCAGCA ACCAAGGCAA TAAGGACTAT
GAGTACTACA ACGGCACCTC AATGGCGACT CCACACGTGT CAGGTGTAGC GACATTAGTA
TGGAGCTACC ATCCACAATG TAGCGCGGCG CAAATACGTA ATGCGCTCAA ACAAACCGCG
GAAGACTTAG GTACTGCTGG TCGCGACGAT AAAACGGGCT ATGGTTTAGT CAATGCCATG
GCAGCTAAAG CCTTCTTAGA TGCTTCGTGT AATGGCCCTA TAGATCCTGT CGATCCACCT
CCTACAGATG GTGTACTGGT CAATGGCGTA CCTAAGACAG GGTTAGCTGG CGCTGCCAGT
GAAGAACTGC ATTTCTCGTT TGAAGTGCCA CAGGGTGCAA CCAACTTAGG TTTTGTCATG
AACGGTGGAA CAGGAGATGC GGATCTGTAC GTGCAATACG GTGCTGCACC AACAACCTCA
AACTATGATT GCCGTCCATA CAAAGGGGGT AATAGCGAGT CTTGCCCTAT CAGCAACGTC
CAATCAGGTA CTTATTATGT GATGGTTAAA GGTTATACCG CGTTTAGTGG GGTATCGTTA
ACGGCCAGTT ATACTGCGGG TGGAACACCG CCAACAGCGC CATCAAACTA TAGCAATACC
GATAACTACA ATATTCCAGA CAACAAAACA GCGGGGATCA GCAGTCCCAT TACCGTGACC
CGCACGGGTA ACTCAGGTAC TGTTACAGCC GTAGTCAATA TTGTTCATCC CTATATCGGC
GATTTAAAAG TGCAGCTCAT TAGCCCAAGC GGCCAAATAT CAACATTGCA CAATAGAACA
GGTGCTGGCA CCGACAATAT CAATAAGAGC TACACCGTTG ATATGACGGG TGTTGAGTCA
AGCGGTGTGT GGAAACTTAA AGCGGTAGAT AGCGGCCGTG GTGACGCCGG TTATATCGAT
AGCTGGGAAC TGAAATTCCA ATAA
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| Protein sequence | MRIDKTTKIA LSLSSLAIAI SAGVNAAPEA LGFAAAMQSQ TSPLPKRYIV KFKNADAAVQ
ISAENVQASD QLPTTMNYQP QVAEISAQHS VLNKANAREM KRIGRSNSYS VKLDNTSLKA
LKARTDVEYV EEDAPRRFLT ETTPWGQTYV GATQLSDSQA GNRTICIIDS GYDRAHPDLS
GNNVTGTNNS GTGNWFEPGN NNAHGTHVAG TIAAIANNDG VIGVMPNQNT NIHVIKVFNE
AGWGYSSSLV SAVDTCVNNG ANVVTMSLGG AGSSTTERNA LAAHYNNGVL LIAAAGNDGN
NTHSYPASYD SVMSVASVDS NKDHSAFSQY TNQVEISGPG EAILSTVTRG EGRLADITIG
GQSYFNSGVV PHNRFTPSGS NYAPNPYNGT ATATLAECTV SGSTFNCGNM TNKVCLVERV
GNQGTAYPEI NAVKACKTAG ASAVIVYSNS ALPGLQNPFL VDANSEINMV SVSVDRTTGL
ALRNQLGATV TVSNQGNKDY EYYNGTSMAT PHVSGVATLV WSYHPQCSAA QIRNALKQTA
EDLGTAGRDD KTGYGLVNAM AAKAFLDASC NGPIDPVDPP PTDGVLVNGV PKTGLAGAAS
EELHFSFEVP QGATNLGFVM NGGTGDADLY VQYGAAPTTS NYDCRPYKGG NSESCPISNV
QSGTYYVMVK GYTAFSGVSL TASYTAGGTP PTAPSNYSNT DNYNIPDNKT AGISSPITVT
RTGNSGTVTA VVNIVHPYIG DLKVQLISPS GQISTLHNRT GAGTDNINKS YTVDMTGVES
SGVWKLKAVD SGRGDAGYID SWELKFQ
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