| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_0129 |
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| Symbol | |
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| ID | 5751826 |
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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 baltica OS195 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009997 |
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| Strand | + |
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| Start bp | 150789 |
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| End bp | 153404 |
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| Gene Length | 2616 bp |
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| Protein Length | 871 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 641286375 |
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| Product | M6 family metalloprotease |
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| Protein accession | YP_001552571 |
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| Protein GI | 160873255 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4412] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | [TIGR03296] M6 family metalloprotease domain
[TIGR03501] gammaproteobacterial enzyme C-terminal transmembrane domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 21 |
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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 | ATGCGAAGTG CAAAAGGCGT GACAGCGTTT GGACTGATGT TGGCATTGAT TAGCGGCGCG
AGTATTGCGG CTCCGAATCA TACGCCTGCA GATGCGGGTG TGATTAATAA AGATCGAATT
TTATATTGGT TGATTAAACG TGGCGAAGTG GCCGCCGATG CCAGTGATAG CGTAAAGCAG
GAAGCGATAG AAGCGTATAT TCATCGTGCC ACTTTGGCTC AACCTAAGGC GCCGCGCATC
GAAGTTGAAG CCGAACATGC GCGTCTGCAA AGAGCTAAGT CATCGCAAAT GATGCGCTCA
CCCGCACAGC GTTTGCTGGT TGATGCGGAT GTAAAAAAAA CCGTTAAAGT ACTCACTGTA
TTAGTGGATT TCCCTGATTT AAAACATGAT AACAATGGCT TAAGTGCGGG CGATACGGCC
ATGTATTACC CAAGTTATCC TTCGTCCCAC TACAAGGCAT TACTCTTTTC GACGACTGGC
TTTAATGGTC CACAGGGGCA GACGTTAGAT TCGGCTTATC AATATTATCA AGCGGTTTCA
GGGCAAACCT TCTCCTTTAC TGGGGATGTA AAGGGTTGGT ATACCGCCTC ACAAAATGCT
GAATACTATG GTGCTAATGA TCCAGATACT CGTAGTGATT CACAGGTCGA ACAATTGGTA
AAAGAAGCCG TATCTCAAGC CGTCGCGAAT ATGTCTCCTG CAGAGTTGGC TAGCTATGAT
GTTGAAGACC AAAATGACTT GAACAACAAC GGTAATTACA ACGAGCCCGA TGGCATTATC
GACCATGTGA TGATTTTCCA CTCTAGCATA GGTGAAGAAG CCGGTGGTGG AGCTTTAGGC
GCGAGTGCAA TTTGGTCGCA TCGATTTTTT GTTGACCAAG CAACCAATGG CTATGCGCTT
CCTGGTACGG ATAAAAAAGT ATTCGGTTAT ACCATTCAGC CTATCGATGC GGCCACGGGT
GTGTGTACCC ACGAATTTGG CCATGATTTA GGTCTGCCAG ATGAATACGA TACCACTGAA
AATGATAATA AAGACGGCTC GCCTGTAGGG TTATGGTCTT TGATGTCTGG TGGAAGTTGG
GCTGGCGCTA TCGCTGGTGC CCAGCCGAGT GGCTTTAGTC CCTATGCGCG CTCTTACCTA
CAGGAAAGAT ATAGAGGTAA GTGGTTGAAT GAACGTGAAA TCAGCTTAGA TAGTATTCCA
AAATCTGGCA TGGATGTGAC CTTGAATGAG GCGGTTAATC ATCAGGCGGT TAACCAGATC
TCCATTCCAC TTCCTCCAAC GCCAATCCCC TTTAAAGCAC CTTATCAGGG CAGTTATCAG
TATTATTCTG GTCAAGGGGA TATGCTGAAT AACAGCATGA ATTTCAATGT TACTTTGCCC
GCAGTCACGA CAGATAAACT GATCCTGAGT ATGAAAGCCA GTTGGAGTAT TGAACGTGAC
TATGACTACA TGCAAGTGAA AGTGGATGGT GAGGCTATTG CGGGTAATCA CACTAAGTTT
AACAATGGGG TAAATAGCGC TCGTCATATT ATTACTGGCG AGTCGTCTGC GATTGCTCAG
GCGGAGGGCA ATGATGCTTG GGTAACGTTA GAGTATGATT TATCTGCCTA TTCAGGGAAA
ACGATTGCGG TCGAGATCAA TTATGTCACC GATGACTATA CCGGAGGGTC AGGGATCACT
CTCGATAACA TCAGCGTTAA ACAAAATACC ACTGAGTTCT ATAGTGATAA TGCTGAAGTT
GCGGATAAAG TGACATTCTA TGGTTATAGC CGGATTAAGG ACTCACGTCC TGATCCAAAA
TCCCAGTCTC GTTATATTAT CCAATTGCGT AGCCATAACG GTGTCGATGC GGGTTTGCAA
GCAAAAAGCT TTGATCCTGG CGTATTAGTC TGGTTAGAAA ATTTGGGTTA CAGAGACAAT
AACGTTTCAG AGCATGCTGG CCATGGCTTG ATTGGCGTGA TTGATGCTGA CCAAAACCTG
ATTGGCACTC GCTCTACCGA GGTACAAATT CGCGATGCAG CCTTTAGCAC AGTAAAACAA
ACCTTCTATG CAGGTGACAA TAATCGCGAT GCTGTCAGCC TGTTTGATGA TAGTTTTGAT
TACAGCGCGC CGCTACAACC CCAGTCAGGC ATAGTATTGC AGCAGTTAGG TTTGACGATG
CAGGTACTAT CGCAAGCCGG CAATAACAGC ACAGCTGTGA TTCGGTTAGC AAATGCAAAT
TCTGATGCTG TAGCGCCGTT AAAAGTCAGT GTTACTAATA CGGTCAATCA ATTAGTTGTA
AACTTCACCA CTAATATTAA TGGTGGTATG GGAGCATTAA CCTACGCTTG GGATTTTGGT
GATGGCACCA CAAGTACAGC GGCTTCGCCA ACCCATACCT ATGCGAAGGC GGGCACTTAT
ACTGTGACGC TTACAGTAAC TGATGCGAAA AATACTAAGG ATATTAGTAG TTTGGCAGTG
ACTGTTACCG CACCAGTTAC GCCCCCTGTC ACACCCCCTG TCACACCTCC TGTGACTCCG
CCGGCGAATG AGAGTTCTGG CGGTGGTAGT TTAGGTTGGT TGAGCCTTGC TTTTCTTGGC
TTATTGACTT GGCGTCGCCA GTTAAATATT CGCTAA
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| Protein sequence | MRSAKGVTAF GLMLALISGA SIAAPNHTPA DAGVINKDRI LYWLIKRGEV AADASDSVKQ
EAIEAYIHRA TLAQPKAPRI EVEAEHARLQ RAKSSQMMRS PAQRLLVDAD VKKTVKVLTV
LVDFPDLKHD NNGLSAGDTA MYYPSYPSSH YKALLFSTTG FNGPQGQTLD SAYQYYQAVS
GQTFSFTGDV KGWYTASQNA EYYGANDPDT RSDSQVEQLV KEAVSQAVAN MSPAELASYD
VEDQNDLNNN GNYNEPDGII DHVMIFHSSI GEEAGGGALG ASAIWSHRFF VDQATNGYAL
PGTDKKVFGY TIQPIDAATG VCTHEFGHDL GLPDEYDTTE NDNKDGSPVG LWSLMSGGSW
AGAIAGAQPS GFSPYARSYL QERYRGKWLN EREISLDSIP KSGMDVTLNE AVNHQAVNQI
SIPLPPTPIP FKAPYQGSYQ YYSGQGDMLN NSMNFNVTLP AVTTDKLILS MKASWSIERD
YDYMQVKVDG EAIAGNHTKF NNGVNSARHI ITGESSAIAQ AEGNDAWVTL EYDLSAYSGK
TIAVEINYVT DDYTGGSGIT LDNISVKQNT TEFYSDNAEV ADKVTFYGYS RIKDSRPDPK
SQSRYIIQLR SHNGVDAGLQ AKSFDPGVLV WLENLGYRDN NVSEHAGHGL IGVIDADQNL
IGTRSTEVQI RDAAFSTVKQ TFYAGDNNRD AVSLFDDSFD YSAPLQPQSG IVLQQLGLTM
QVLSQAGNNS TAVIRLANAN SDAVAPLKVS VTNTVNQLVV NFTTNINGGM GALTYAWDFG
DGTTSTAASP THTYAKAGTY TVTLTVTDAK NTKDISSLAV TVTAPVTPPV TPPVTPPVTP
PANESSGGGS LGWLSLAFLG LLTWRRQLNI R
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