| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_3411 |
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| Symbol | |
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| ID | 4476754 |
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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. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | - |
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| Start bp | 4079364 |
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| End bp | 4081871 |
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| Gene Length | 2508 bp |
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| Protein Length | 835 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 639728020 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_871040 |
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| Protein GI | 117921848 |
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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 | 16 |
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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 | 48 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCGATAA AACTCTCACC ACTGGCGTTA GCAATTGCAG GAGCGATGAC ACTGTCAGCC
GTGCCCGCTA TGGCAAAAGA TGCCCCTGTC TATGAAAAAG ATGCCATTCT CGTGGTGTAT
AAAGACAATG CGACGAAGGC GGAGCGCTCG GCGGCTCAGC GTTTAATTCG TGGCACCTTA
ACCGATGCCA ATGCGGATGG TGTCGATGAT AAGTTCCAGC ATTTACTCAA TGGCAAACTG
GCACGTTTAG CCCTGCGTAA GGGCACCAAT ATTGAAGATG CGATTAAGGT GATTAGCCGT
CATCCGGCGG TAAAATATGC CGAACCTAAC TATATTCTCA AGGCTATTGG TACACCTGAT
GATCCAAGCT TTGCTAGCCT GTGGGGCATG AATAACACGG GACAAAACGG TGGCACCGTC
GATGCGGATA TCGATGCTCC AGAAGCGTGG GAAATCACTA CCGGCAGTTC GGATGTGGTG
ATTGGGGTGA TTGACACAGG GGTGGATTAC AATCATCCCG ATCTACAGGC CAACATGTGG
GTGAATGGTG GCGAGATCCC AGGTAACGGC ATCGACGATG ACGGCAACGG CGTGATCGAC
GATGTTCACG GTTACAGCGC GGTCAACAAT AACGGTAACC CAATGGACGG CAACGGCCAT
GGTACCCATG TGTCTGGCAC TATTGGCGCT AAAGGTAATA ACGGCGTGGG TGTTGTTGGG
GTGAACTGGG ACGTTAAAAT CGCCGCCTGT CAGTTCCTCG ATGCCGATGG TTATGGTTCT
ACCGCAGGCG CGATTGCCTG TCTGGACTAC TTTACCGATC TTAAGGTTAA TCATGGGGTT
GATATCAAAG CTACCAACAA CTCTTGGGGC GGCGGCAGCT TTAGCCAAGC CTTAAAAGAT
GCGATTGAAG CGGGTGGTGA AGCAGGCATT TTATTCGTTG CAGCAGCGGG TAATGACGCG
GTGGACAATG ATGCCAGCCC ACATTATCCC TCAAGCTATG ACTCGGATGT GGTGTTGTCT
ATTGCCAGTA CCGACCGTAA TGACCGTATG TCAGATTTCT CACAGTGGGG CTTAACCAGT
GTTGATATGG GCGCGCCTGG CACGGCGATT CTGTCAACCA TCCCAGGCGG TGGCTATGCC
ACTTACTCTG GTACCTCAAT GGCGACGCCC CATGTAACAG GTGCGGCAGC ACTAGTGTGG
TCGTTAAATC CCGATCTCTC ACCAGTAGAA ATGAAAACCT TACTGATGGC ATCGGGTGAT
GCGAATGCGG ACCTCACCGG TAAAACCGTA GCAGGGACTC GCCTCAATGT GGCAAATGCC
TTAGAGCAGG CAAACCCATC CCCTAGCTAT AAGTTTACCG TATCGCCAGC ATCGCAATCG
GTCGAAGCGG GTAACACGGC TAGTTATAAC TTTACTGTCG GTAGTGTGGC AGGGTGGGAA
GGTGATGTGG CGCTTAGCGT AGCCGTGTCT CCAGCGCTTG AAGGCGTATC CTTATCAGCC
TCAACAGTTA CAGCTGGTGG TTCATTTACC TTAGATGTAG CGACAACGGC GCAAACAGCT
TGGGGTGATT ACAGCATTAC AGTAACAGGT ACCGATGGCA CCATTGAAAA GTCTAAAGTC
GTTGCACTGA ATGTGTTCCC ACAGGGATTA AATGACTTTA GCTATGGCAA TGAAAACGCT
GTTGCTATCC CTGATAACAA CACTAATGGC GTGGTAAGCA CTATCGACGT TGCCGACGAT
GTGCAGATTT TTGGTGTGAC CGCCGATGTG AATATCAGCC ACACTTGGAT TGGTGATTTA
CGTGTTGTGT TAACCTCTCC AGCGGGCACC GAAGTGGTTC TGCATAACCG TGAGGGCGGC
AGCGCCGACA ACATCGTTAA GAGCTGGGAC TTAAGCGCGT TTGACGGTGA AAATGCCCGT
GGTACTTGGT CATTATCTGT TGACGACAAT GCGGGCGCGG ATACGGGCAC CCTGAATAAC
TGGGGCTTAG TGATCAGCGG CTTAGGTGAA GCCTCTCCCG CGGCACCTGT AGCAGGTTTC
GAGTATGCGG TTGAAGGCTT AAGCGTTGCC TTTACTAACA CCAGTACCGA TGCAAACGAT
GATATCGTGA GCTATAGCTG GGACTTTGGT GATGACACTA ACTCTAGCGA AATGAACCCA
AGCCATGTGT TTGCTGCCGC TGGCACCTAC AGAGTGTCGC TTACCGTGAC TGACGCCATG
GAGCATAGCA ACACTGTGAC TATGGAAGTG CAAGTGTATG AACATAGTAT CAGTGCCACT
GTCACTCGTG CGCTAGTCTC ACGCCGTGGC AGTGCTATGG TTGATCTCAC ATGGGATAGC
GCCTTAGGTG AAAGCGTGGC CCTGTACCGT GATGGCGAGT TAGTGGCTAC GACTGAAAAC
GATGGTAACT ACCGCGATCG CTTTACAACG ACGGCATCGA GTGTGACGTA CCAAGTGTGT
GAAACCTCGG GCTCACTCTG TTCTGCGGCG GTTGTCGCGC AGTTCTAA
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| Protein sequence | MSIKLSPLAL AIAGAMTLSA VPAMAKDAPV YEKDAILVVY KDNATKAERS AAQRLIRGTL
TDANADGVDD KFQHLLNGKL ARLALRKGTN IEDAIKVISR HPAVKYAEPN YILKAIGTPD
DPSFASLWGM NNTGQNGGTV DADIDAPEAW EITTGSSDVV IGVIDTGVDY NHPDLQANMW
VNGGEIPGNG IDDDGNGVID DVHGYSAVNN NGNPMDGNGH GTHVSGTIGA KGNNGVGVVG
VNWDVKIAAC QFLDADGYGS TAGAIACLDY FTDLKVNHGV DIKATNNSWG GGSFSQALKD
AIEAGGEAGI LFVAAAGNDA VDNDASPHYP SSYDSDVVLS IASTDRNDRM SDFSQWGLTS
VDMGAPGTAI LSTIPGGGYA TYSGTSMATP HVTGAAALVW SLNPDLSPVE MKTLLMASGD
ANADLTGKTV AGTRLNVANA LEQANPSPSY KFTVSPASQS VEAGNTASYN FTVGSVAGWE
GDVALSVAVS PALEGVSLSA STVTAGGSFT LDVATTAQTA WGDYSITVTG TDGTIEKSKV
VALNVFPQGL NDFSYGNENA VAIPDNNTNG VVSTIDVADD VQIFGVTADV NISHTWIGDL
RVVLTSPAGT EVVLHNREGG SADNIVKSWD LSAFDGENAR GTWSLSVDDN AGADTGTLNN
WGLVISGLGE ASPAAPVAGF EYAVEGLSVA FTNTSTDAND DIVSYSWDFG DDTNSSEMNP
SHVFAAAGTY RVSLTVTDAM EHSNTVTMEV QVYEHSISAT VTRALVSRRG SAMVDLTWDS
ALGESVALYR DGELVATTEN DGNYRDRFTT TASSVTYQVC ETSGSLCSAA VVAQF
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