| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nmar_1545 |
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| Symbol | |
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| ID | 5772968 |
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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 | Nitrosopumilus maritimus SCM1 |
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| Kingdom | Archaea |
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| Replicon accession | NC_010085 |
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| Strand | - |
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| Start bp | 1406818 |
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| End bp | 1410627 |
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| Gene Length | 3810 bp |
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| Protein Length | 1269 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 641317197 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_001582879 |
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| Protein GI | 161529053 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG1404] Subtilisin-like serine 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 | 15 |
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| Fosmid unclonability p-value | 0.00227645 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGCCCAAGG CGGCTATTTT CTTTTCAATC CTTCTTTTAT CTAGTTTTTT GGCAAATTCG
TATGCATTTA CTGGTGATGA TGTATACCTA CAAGATAATT CCCAAACGAT TGAATTTACT
TCTCAAATAA TTGATGTTGA TTCAAATTTT TTTGTAGAAA ATCATTTTAA ACGTTATTTG
ATTTTTGGAA CAAACACTCA AAATTATGAT TACTTAGAAA ATAATTCAAT ATATGGAATA
AAATCTGATC ATGGATTTTT TTATGTTTCA CTTTTATCTG AAAAATCAGC TTCATTATTG
GCAAGCCAAG GAATTCACAT AATTGAAGAT TCTAAATTAG ATTTTCATTC ATCTGATAAT
GAAATAGTTG ATGCTACACG AATTGGCGAA ATCACTGGAT CAAAAAATGC ACAACTCAAT
TACAATGCAT CAGGAAATGG AACTGTAATT GCAATTATAG ACACTGGAGT TGATTTTTCA
AACCCCGACA TACAACATTC TCTTGCTAGA GATGAACTTA ATCATCCTCT TATGCTTGAT
CCTGATGGAC AAGGAATTAT TCTAACCAAT TCAACTTTTT TTGCATATAT TGACGAAAAT
GAAATTATAC GAAATTATAC AAAACCCATT CCAGAACATA TGATTTCTTC TGCATATGTT
ACTAGGGAAG GAATATTTCT TGATCTTTCT CAAGGAGGAA AAGGAAGTGA TATTCAAATT
TACAATTCCT TTTTTCCACA AATTGGTTCA TCTCCAATTT TTAAAGGAAC TTTAGATAAA
GATATGAAAA TAGGACAAGA TAATAGAAAT TACATAAAAT CAAAAAGTGG AGAATACCGT
CTTGGTGTAA TTTATCAAGG AGGATTAAGT GGACCTCTTG CCAAAGTTCA AGTCGTACCT
GTTCTTGTAG TTGATTCTTT TATTCCTGGA GTATATGATA CAATTATTCC TGATATGAGT
ACTTCTTGGG AAGACTATAC TCGATTTAGC TTACCTTCTG GGCAACAACC AAATTATGAT
TTTGATTTTA CTGATGAAAA ACCAATTGTT TTGGGAAGTG GTAACGAATT TCTTGTTTAT
GATTCAAACA ACGATGGAAA AACTGATTAC AGTGCTGGAA CAATTGGTGC ACAAGTTTTA
GATGTTTATG GTGTTATTAG AAACAATTCC ACTGAAATTG ATGATAAACT AAATGCAATT
AATGGCACTC TTTTACCTGC ATTAGATCCT AATGGTGAAT TTTTTGGTAT AATGACTGAT
TTTATGGGGC ATGGTACTTC AAGTACTGCA TCAATTGTTT CTCGCGGACA AGAAACATAC
GATATTTACA ATGACACTAA AAAATATTCA ATAACTGGTG TTGCACCTGG TGCAAAAATT
TTGCCTGTAA AGGCATTATG GTTCGGTGAT ACTGTTTATG CATGGTTATG GTCTGCAGGA
TTTGAAAATG GAGATAATAT TTGGGAATTT TCTGGAAAAC CTAGAGTAGA TATAATTTCC
AACAGCTGGG GCATTTCAAA TTTCCCATCA TTCAAATCTG CACCGGGAAT GGATGTCTTA
TCATTAATCC AAAGTATTCT TTCAACCCCT CATTCACTTG ATGATGATTA TCCTGGAGTT
GTAATGGTAT CTAGTGCTGG GAACTCTGGT CATGGATATG GAACAATTGG ACTACCTAAT
GCATCTCCCT TTGGAATAAC TGTTGGGGCT ACTACTAACA ATGTTTTTGT TGGATATGGT
CCATTCAAAG ACCAACCAAG ATTTGGTAAT TCAACTAATC ACTATAATCA TGTAGTTGAT
TTCTCAAGTC GAGGACCAAC TGCAATTGGT GATCCAAAAC CTGATGTGAT GAGTCTTGGT
GCTCATGGAT TTGTTCCCTC AAATATGATA AAAACTACAA AAGATTCCAA GGATGAATCC
TTTTCATTAT TTGGAGGGAC TAGCATGGCT GCCCCATTAG TTTCTGGAAG TGCTGCCATT
TTGATTGAAG AGATGACAAA ACAATCTCAA GACTATGATT CATTTATGAT AAAAAATATC
TTAATGTCTA CTGCAGTAGA TATGAATAAT GACCCTTTTA CCCAAGGTTC CGGTTTGACA
AATGTTAACT CTGCTTTAGA TTATGTTCAT GGAAAAAATG GTGTGTTTAT GGTAACTAAT
GAAAATTCTT ATGAAAACCT CAAAAAAATT CTTGAGCCTT CGATTGAAAA CTTTAATCAC
ACTGCAATAG GTTTTCAGCA ATTCAAACTT CCTTCACACT CTCTTCCTAT GGCTAGTTGG
TTTGGAGGAC AATTGATTGC CGGGGATAGA ACTACTGCAA CTTTTACTAT CTCAAATCCT
ACAGAAAATG AAATTATTGT TGATGTAAAA CCAGAAACAT TGGCTCTGAT TAAACATACT
CAATTTAACG GAACAACAAC TCCTCGTCAA CACGATTCCA TTTTGAATAA AACTGATACA
TTTATTCCAA ATTATGTAAA ATTATCTGAT GTAAAACCTC ATGAAGACCT AGAGGATTTC
TTTGATGAAA AAAATCCCAT CCCTGATGAA TCTTCTTTAA TGATCTTAAA CGTAAATTTT
CCTTTTGATC AATTTATGAA TAGTACTTCT GATGTTTATG CTGATGATCT TAAAATTTCT
TCATTATACT TGTATGATTG GCTTGATAAC AATAATGATA CAAAAATTAC CAGTGATGAA
ATATCTCTAG TTAATAGAGG CGGATCTTGG GGAACTGTTC AAGAAATTCG AGTGTCAGAA
CCAAATGAAA AATTTGATGG TGTTCCATTA GTTGGTGTTT ATCCAGTTCC TACACGATAC
TCTTACTGGT TAGGAAACAC AAATCAAAAT TCAACATCAA TGGATTATAC CATATCTGCA
AGTTATTATC AAAATACTAA ATGGTCTATG TTGTGGCCTA AATCTGAAAC AATAACTGTT
CCTTCTAATG GCGTTTCAAC AGTAGATGTA ACTCTGGTTA CTCCAACTGA TTTAGAAACA
GGTGTGTATC AGGGATTTTT GAATTTTCAA AGTAAAATGC ATGAAGTAAA CACACCAGTA
TCATTTGTAA TTAAAGAACC AATAACCGAA AATGATTCAA CGATAATAAT TCATGGAAAA
CAAAATGATG ACGTCCTTTA TGGAAATGGA TATACCAAAG GAGCATTTGA TATGACAAAT
CGTTACATGG CAGGTGATTG GCGACAATAT TACTTTGATG TACAAAATGA ATTTGTAAAT
TCTGCAGCTA TAGAACTTTC CTGGACTAGT GATGATACAA ACCTATCTGT ATTTGTTATG
GATCCTCTAG GACAAATCAT TCAAACTAAT GTTCCTTCTG GAGTGTTTGG ACATTTTCTT
GGATGGCCAT CACTTGATTG GTTGGGAAAT TCTCTATTTA GTCAGGGTGG TGGATTTTTC
CCAGTAAAAA ACAAGGATGA TACATCAACT GTATTGTATG TGCCAATTAA TCAAACTGGT
ACTTACACAT TGTTGACACA CTCTACATTG TTTGGAGGAA ATTCTACAAC TGAACCTATT
ACATTAGCTG CAAAATTTAC AAACATCTCT ACTGAATTAG TATCTCAGAA TTCAGAAATC
ATAATTGAAG ATGAAACGTC TTCAGACTTG GAGAAAACCA CTAAAAATGA AACTATTTCC
ATTGAAAAAG AAACTATTGT AAAAGAAACC ATAATTTCAT CTAATGACTC TGATTCTTTG
CTTTTAGTAG GGATTGGAAT AGGAATAGCT ATTGGAATTG CGATCGGAAT TGTTTCTATT
ATTGTAATTA GACAAAAACC TGCAAAGTAA
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| Protein sequence | MPKAAIFFSI LLLSSFLANS YAFTGDDVYL QDNSQTIEFT SQIIDVDSNF FVENHFKRYL
IFGTNTQNYD YLENNSIYGI KSDHGFFYVS LLSEKSASLL ASQGIHIIED SKLDFHSSDN
EIVDATRIGE ITGSKNAQLN YNASGNGTVI AIIDTGVDFS NPDIQHSLAR DELNHPLMLD
PDGQGIILTN STFFAYIDEN EIIRNYTKPI PEHMISSAYV TREGIFLDLS QGGKGSDIQI
YNSFFPQIGS SPIFKGTLDK DMKIGQDNRN YIKSKSGEYR LGVIYQGGLS GPLAKVQVVP
VLVVDSFIPG VYDTIIPDMS TSWEDYTRFS LPSGQQPNYD FDFTDEKPIV LGSGNEFLVY
DSNNDGKTDY SAGTIGAQVL DVYGVIRNNS TEIDDKLNAI NGTLLPALDP NGEFFGIMTD
FMGHGTSSTA SIVSRGQETY DIYNDTKKYS ITGVAPGAKI LPVKALWFGD TVYAWLWSAG
FENGDNIWEF SGKPRVDIIS NSWGISNFPS FKSAPGMDVL SLIQSILSTP HSLDDDYPGV
VMVSSAGNSG HGYGTIGLPN ASPFGITVGA TTNNVFVGYG PFKDQPRFGN STNHYNHVVD
FSSRGPTAIG DPKPDVMSLG AHGFVPSNMI KTTKDSKDES FSLFGGTSMA APLVSGSAAI
LIEEMTKQSQ DYDSFMIKNI LMSTAVDMNN DPFTQGSGLT NVNSALDYVH GKNGVFMVTN
ENSYENLKKI LEPSIENFNH TAIGFQQFKL PSHSLPMASW FGGQLIAGDR TTATFTISNP
TENEIIVDVK PETLALIKHT QFNGTTTPRQ HDSILNKTDT FIPNYVKLSD VKPHEDLEDF
FDEKNPIPDE SSLMILNVNF PFDQFMNSTS DVYADDLKIS SLYLYDWLDN NNDTKITSDE
ISLVNRGGSW GTVQEIRVSE PNEKFDGVPL VGVYPVPTRY SYWLGNTNQN STSMDYTISA
SYYQNTKWSM LWPKSETITV PSNGVSTVDV TLVTPTDLET GVYQGFLNFQ SKMHEVNTPV
SFVIKEPITE NDSTIIIHGK QNDDVLYGNG YTKGAFDMTN RYMAGDWRQY YFDVQNEFVN
SAAIELSWTS DDTNLSVFVM DPLGQIIQTN VPSGVFGHFL GWPSLDWLGN SLFSQGGGFF
PVKNKDDTST VLYVPINQTG TYTLLTHSTL FGGNSTTEPI TLAAKFTNIS TELVSQNSEI
IIEDETSSDL EKTTKNETIS IEKETIVKET IISSNDSDSL LLVGIGIGIA IGIAIGIVSI
IVIRQKPAK
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