| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Snas_3502 |
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| Symbol | |
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| ID | 8884701 |
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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 | Stackebrandtia nassauensis DSM 44728 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013947 |
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| Strand | - |
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| Start bp | 3708999 |
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| End bp | 3712319 |
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| Gene Length | 3321 bp |
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| Protein Length | 1106 aa |
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| Translation table | 11 |
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| GC content | 69% |
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| IMG OID | |
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| Product | peptidase S8 and S53 subtilisin kexin sedolisin |
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| Protein accession | YP_003512258 |
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| Protein GI | 291300980 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.250656 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.00117601 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | GTGGCCATAC TGACGGTCAT GACCCGCATG CTAGCCGCGA TCGTTGTCGC CCTACCGATC
CTGGCCCCCG CCCCCACAGC CGCGTCACCC GTCGCGGCCG ACACCGCCAT GACCCCAAAC
GGCGTCTCCC TCATCACCGG TGAGACCGTC ACCTACCACA AACGCGCCGA AGCCGAACCC
GTCGTGACCG TGACCAAACC GCGAGAATCG GTGCGGTACA CGATCCAGAC CACCGGCGAC
GACACCTTCG TCATCCCCTC GGACGTCCAC GACGATGTGG ACTCCGGCCG CGTGGACCGG
GAACTGTTCA ACATCCCCGG ACTCATCCGC CAAAACCTGG ACGACACCGT CGCCCCACTG
ATCGTCGGCT ACGACGCCGA CCTGTCGACC CGCACCACCG CTGAGCGGGC CGAACGGCTG
CCCGGCGCCG AGGTGACACG CACCCTGCCG GTCATCGACG CCGTCGCCAT CGACGTCGAT
CCCCACCGAA GGGCGGCGTT CTTCGCAGCC GCCGCCGACG ACCGCACGAT CGACCGGATC
GGGCTCGACC GCCGGTTGAC CGTCGCACTC GACAAGAGCG TGCCCCGCAT CGGCGCCCCC
GCCCTGTGGC AACGCGGCCA CGACGGCAAG GGCGTCACGA TCGCCGTCCT GGACACCGGC
ATCGACTCCA CCCACCCCGA CGTCTCCGAC AGGATCACCG CCACCCGGAA CTTCACCGAG
GAACCCGACA CCGCCGACGG CCACGGACAC GGCACCCACG TCGCCTCGAT CGCCGCCGGA
ACCGGCAGCG CCTCGGACGG CGACTACCGG GGCGTCGCCC CCGGCGCCGC ACTGGTGATC
GGCAAAGTCT GCGACTCCGA CGGCCTGTGC CCCGAATCAG CGATCCTGGC CGGAATGGAA
TGGGCCGCCC GATCCGGTGC CACCGTGGTG AACCTGAGCC TGGGTACCGG CGGCGGCTCC
GACGGCAGAG ATCCACTGTC GACGGCGGTG AACCGGCTGA CCCTGTCCAC CGGCACCCTG
TTCGTCGTCG CGGCGGGCAA CTCCGGTTGC GCCCCATGCG TCGGCGCCCC CGGCGCGGCC
ACCAACGCGC TGACCGTCGG CGCCGCCGAC GCATCCGACG CCCCGGCGAC GTTCTCCAGT
CGCGGTCCGC GACTCCACGA CGCCGCGATC AAGCCCGAGA TCACCGCGCC CGGAACCGAT
ATCGTCGCCG CCCGAGCCTC GGGCACCGCC ATGGGCTCGC CAGTGGACGA TGACCACACC
TCGGCATCGG GAACGTCCAT GGCCACCCCG CACGTGGTCG GCAGCGCGGC GCTGCTGGCG
CAGGCCCACC CCGACTGGAC CTGGATCGAC CTCAAGAAGG CGCTCACCTC CACCGCCAAG
GACACCGACG CCGCCGCGTT CGCCGAAGGG GCGGGACGCG TCGACGTCGA CCGCGCCGAC
ACCGCCGACC TGACCGGCCC GACGCCGATC CATTTCGGAC GTCAAGCGGG AGTCGGCACC
AAGATGTTCT CCTACACCAA CACCACCGAC GCGCCCGTCA CCGTGAAACT GAAGCTGGAC
CTGCGCACCT ACACCGGCAA ACCCGCCGCC GACGGCGTCG CCACGATCAA GGACACCACC
CTCACCGTGC CCGCCAACGG CAGTGCCCAA GCCCAGATCA CCGTCCATCC CTTCCGCGCC
ACCCCCGGCG TGTACGCGGG CACGGTGACC GCCACCGCCG GTGACGCCAC CGTGCGCACC
CCGTTCAGCT TCTACAAACC CACCCCCACC GTCCCCGTGA CCATCAAGGT GACCGGCTTC
GACGGCAAAC CACTGCCGGG GGACAAGACC TTCCAGCTGG CACGCGGCAA CTCCCTACCC
GACGACCCGA TGGCACCCGC CACGATCATC GGCGTGCCGG TCCGCGACGG CGTCGGCACC
GCCAAGGTGC CGGTGGGCAC CTACACCGCC TTCGGTCTCG CCCACGAAAC CGGCGCCGAC
AAGGCCGCCT GGTTGGCCGA AACGAACGTG ACCGTCACCA AGGCCACCGA CATCACCCTG
GACGCCCGCG AAACCGTACC GGCCGCAGTG GACACGAACG AGACCGTCGA CACCCGCAAC
CACCAACTCG TCCTGGCCTA CAACTCCACC GCCGGAAGCT GGGGCTCGGC GATCGCCAGC
ACCACCAAGA AGCTGTACGC CACCCCGGTC GCGGAAGTCG ACGGACCCGA CCGCCTCACC
ATCCAAGCAC TATGGACCCT GACCGGAACC GACAAACCCA CCGTGTACAA CCTGAACTTC
AGCCACAAGG ACGGCATCCC CGACTCGCTG ACCTTCGACG CCACACCCGG CAACCTGAAA
ACGATCAAGA CCCGCTACCT CGCCGGGCGA TCCGGCCTGA CGCTCCACCA CGCCTGGTTC
GCGCTGCGCG GCGACTCGGC GGCCACCATC CTGTTGCCCC GCTTCGAAAC CGCCGCCCCG
GTCGCCTACA CCGAATACGT CACGCCCGAC GCGGCGCTGC GATGGAACCG GTGGGTGGAA
CTGCGCGACC AGGCGGGCAA CAACTACACG TTGCACGAAT TCAGCTCCGG ACCCGACGGC
GCCGAAGACT GGTACAGCGG CCCCATCACA CCCGCCGCAC CCGGCTTCTA CCGCCTGCGC
GCCAACGACC ACGACCTCAT CTACCCGACC GGATTCATCT CCGACGGCGA TCTGGACCAT
GTCCTGGACG TCAACACCAA GAACTATCCG ATCAAGTGGA AACTGTTCCA AGGCGACAAG
CAGATCCCCG GCGCGCCCAC CCCAGGATCG TCGGTGCCGA CCTTCCCGAT CCACGACGAC
CAGCCGCTGG ACTACCGACT GGAATCCACC CTCACTCTGC CCGCGACCAG CAAGACCGGC
CCAAGCCTGG CCACCCACCG CACCAGCGTC ACAGTAGACA CACAGTGGAC ATTCCGCTCC
GGCAAGGCGA CCGGAACCGA CTGTTCCGCC GCCACCGGCG CGAAAGTCTG CGACCGACTG
CCGGCCATCC AGCTCGGCTA CGACCTCGGC CTCGACCCGC ACCACCAAGC CCCCGCCGGA
CGCGACCACA CCGTGAGCAT CACGCCCCGG CACCCGAACG CCGCCGACAT CGCCGGGTTG
AAGCTGTCCT TCTCCACCGA CGAAGGTGAT TCCTGGAAAG ACGCCACCAC CACCGCCGAC
GGTGACACCT TCACCGCCAC CATCCCGAAT CCCACCGATC CGGACGCGTA CGTGTGGCTG
CGCGTCGAAG CCTGGGACGA CAACGACAAC CGCGTCGTCC AGACCGTCCA CCGCGCCTAC
GCGCTGACCG CGTCCGCATA G
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| Protein sequence | MAILTVMTRM LAAIVVALPI LAPAPTAASP VAADTAMTPN GVSLITGETV TYHKRAEAEP
VVTVTKPRES VRYTIQTTGD DTFVIPSDVH DDVDSGRVDR ELFNIPGLIR QNLDDTVAPL
IVGYDADLST RTTAERAERL PGAEVTRTLP VIDAVAIDVD PHRRAAFFAA AADDRTIDRI
GLDRRLTVAL DKSVPRIGAP ALWQRGHDGK GVTIAVLDTG IDSTHPDVSD RITATRNFTE
EPDTADGHGH GTHVASIAAG TGSASDGDYR GVAPGAALVI GKVCDSDGLC PESAILAGME
WAARSGATVV NLSLGTGGGS DGRDPLSTAV NRLTLSTGTL FVVAAGNSGC APCVGAPGAA
TNALTVGAAD ASDAPATFSS RGPRLHDAAI KPEITAPGTD IVAARASGTA MGSPVDDDHT
SASGTSMATP HVVGSAALLA QAHPDWTWID LKKALTSTAK DTDAAAFAEG AGRVDVDRAD
TADLTGPTPI HFGRQAGVGT KMFSYTNTTD APVTVKLKLD LRTYTGKPAA DGVATIKDTT
LTVPANGSAQ AQITVHPFRA TPGVYAGTVT ATAGDATVRT PFSFYKPTPT VPVTIKVTGF
DGKPLPGDKT FQLARGNSLP DDPMAPATII GVPVRDGVGT AKVPVGTYTA FGLAHETGAD
KAAWLAETNV TVTKATDITL DARETVPAAV DTNETVDTRN HQLVLAYNST AGSWGSAIAS
TTKKLYATPV AEVDGPDRLT IQALWTLTGT DKPTVYNLNF SHKDGIPDSL TFDATPGNLK
TIKTRYLAGR SGLTLHHAWF ALRGDSAATI LLPRFETAAP VAYTEYVTPD AALRWNRWVE
LRDQAGNNYT LHEFSSGPDG AEDWYSGPIT PAAPGFYRLR ANDHDLIYPT GFISDGDLDH
VLDVNTKNYP IKWKLFQGDK QIPGAPTPGS SVPTFPIHDD QPLDYRLEST LTLPATSKTG
PSLATHRTSV TVDTQWTFRS GKATGTDCSA ATGAKVCDRL PAIQLGYDLG LDPHHQAPAG
RDHTVSITPR HPNAADIAGL KLSFSTDEGD SWKDATTTAD GDTFTATIPN PTDPDAYVWL
RVEAWDDNDN RVVQTVHRAY ALTASA
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