| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nmag_2471 |
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| Symbol | |
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| ID | 8825324 |
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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 | Natrialba magadii ATCC 43099 |
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| Kingdom | Archaea |
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| Replicon accession | NC_013922 |
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| Strand | + |
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| Start bp | 2528043 |
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| End bp | 2532512 |
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| Gene Length | 4470 bp |
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| Protein Length | 1489 aa |
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| Translation table | 11 |
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| GC content | 63% |
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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_003480593 |
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| Protein GI | 289582127 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 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 | GTGGAATGGT GCCATACACG CTGTGTGCGT GGTGGAACGA ACACAATCAA AGACAACTAC
CAAATGACAG ACAGACGAGA ACAATGGACG GCCATCCTGT TCACGGCCCT CATGGTGCTT
TCGCTCGTTG CGATCGCAGG CACCGGCCTG GCAGGCAGTG CGGCCGCAGC CGATGGAATC
GACACACAAG CAGTCGACGA TGAGACACCA GCAACGATCG ACCCCGAACT TGAGGAGGCG
ACCGGAACTG AGCAAGTGTA TATCGTCCTC GATCAGTACG AGGGCGACCT GAGTGACGAT
CGCGACCGCG CGATCGCCCA ACTCCAAGAG CACGCCGAGA CGTCGCAGGC GTCCGTCACG
GCATCTCTCG ACACGATGGC GAACGTGGAC GTGGTCAACG ACTACTGGAT CACGAACGCA
GTTCGCGCCG AAGTCGACGC GTCGGAAGTC GACACGGCTG AACTCGCCTC GATCGAGGGC
GTCCAGTCGG TCGAGCTCCG CCCGGACTAC GAAGTGCCGG AGCCGGAACC ATCCGTCGAG
CCAGCCGTTG AACCTGACGA AGACGACTAC ACGTACGGTC TCGATCAGGT CAACGCCTCC
GAGACCTGGG CTGACTTTAA CACCCAGGGA GAGAACGTGA AGGTCGCAGT GCTCGACACT
GGCTTCGACA TCGATCACCA GGATCTGGAC CTCTACACCG AGGATGCAGA TGACCCGACC
TACCCAGGTG GCTGGGTCGA GATTGACGAG GACGGTGACC CAGTCGAGGG CTCCGAGCCA
TACGACACGC ACTATCACGG CACGCACGTC GGTGGCACGG TTGGTGCAGC CGCACCGGCT
GACGACGATA CGCCGGCCTA CGGTGTCGCG CCGAACGTCG ACCTGCAGCA CGGCCTCGTG
CTGCCGGACG GTTCGGGCGC AGACTCCGAC ACCATCGCTG GCTTCGAGTA CGTCGTCGAA
GAGATGGACT CCGACGTGGT CAGCATGAGC TTCGGCGCTG GCTGTGGCCT CTTCGGTCCA
GTGTACGAAG ACGCCTGGAT TCCCGCAATC CAGAACGCCA ACGACATGGA CGTCGTCACG
GTCACCTCCT CGGGTAACTC CGGCGAGGGC TGTGTCGGCT CGCCAGCGAA CACCTACGAC
TCGTTCAGCA TCGGTGCCTC GAACGAAGCC GGCGATATTA CCGACTTCTC CAGCGGTAAC
ACCATCGAAG CCCACAACTG GGACAACCCC GACCCAGAGT GGCCCGACGA GTGGATCAAG
CCAGACGTCT CCGCACCCGG CGAAGACGTC CTGAGCGCGA TGCCAGACGA CGAGTACGAC
TACCTTTCGG GTACGTCGAT GTCCGCACCG CACGTCTCCG GCGTGATCGC CCTCATGCTC
TCTGCCAACG ACGACCTCAC GCAGGAGGAA ATCGAGGAGA CCCTCGAGGA GACCGCCTGG
AAGCCTGACG GCGAACCCGA CGAAAAGGAC GTTCGCTACG GCCACGGCAT CGTCGACGCT
TACGCCGCTG TCGACGAAGT TGCTGCGGGT GCACTCGAGT ACGAACTCGG TGACGTCGAC
CAGGACGGCG ATGTAACGGT CCAGGACGTG CAGCTAACCC AGCAGTACCT CCAGGATATG
GATCCTGAGC CGTTCGCCGA GGACCTCGCA GACATGAACC GCGACGGTGA GGTCACGACG
GACGACCTGA GCCTGCTCCA GCAGAAGGTA CAGGGCATGC TCGACGAGGG TGAGATCGAC
ATTACGGGAC TCGACGTGCC CGACGAAGTC GACGATGGTG AGATGTTCGA CGTCACCGTC
GACCTCGAAA ACCTCGGTGA GGAGGGTGCT GTCCAGGAAG TTGACCTCTT CCTTGGCGAC
GACGATGAGC CGGTCGACAC CGAAGTCGTC GACATGGCAG CACCCGGCGT CGACGACCCG
ATTGACCACC CAGCAGAGAC GACGATCACG TTCGAACTCG ACGCGGGTGA CCTCGACGGC
GGTGACCACA CTATCACCGT CGAAACCGAG GACGCGGACG CGAGCGACAC GGTCACAGTC
CTTGCGTCGA ACTTCGAACT CTCGAACCTC GACGCACCCG ATGAAGCCGA CCGCGGTGAC
GAGATTACCG TCAGCGCGGA CGTCACGAAC ACGGGCAACG TCGATGACAC CCAGTCCGTC
GAGTACCGCT TCGACGACCT CGGCGACGCA CTGGACACAC AGAACGTCAC GCTCGAACCC
GACGAGAACG CGACAGTCTC CTTCGATGTC GACACAGAGA ACGTCACTGA AGGAACCTAC
GACCACGGTG TCTTCACCGA GGATGACGAG GCAACCGCCG CGATCGACAT CCTCGAACCG
TTCTTCAGCG TCGACCTCAC TGACGCGCCC GAGGAACTCG CACCGGGCGA CTCCTACAGC
GTCAACGCAA CCGTCGAAAA CACCGGCGAC GCGTCGGACG AACAGACAAT CGCCTACGAA
CTCGGCGACG GCGGCGGCGA CGTTGCCGTC GTCGACGTCG CAGCCGACAC GAGCCAGGGC
GACGCCGTTG CCAGCGTGCT CGACGAGCGA CTCAACAACG ACACCTACGA TGTCGACATG
GTCGTCGCAG ACGACCTGCT CGACGAGATG GACGACTACG ACACGTTCGT CGTCCAGCGA
CTCGGTAGCG ACACACTCGC CGAGGACTTC CTCGACGAAC TCGAGAGCGC CCAGAGTGCG
GTCTATCTCG ACTCCCACCA GGGTGGCTCC GCAGAAGCCT ACGCAGACGG TATCTACCGC
CTGAATAACG TCCGTGAGGA CCCCGAAGAA CGCGACTCTG AGGGAATCGG AACCTCGAGC
GATCCGGTAA CGATCGACAT CGAACAGAAC CACCCAATCT TCACGGGTGT CGGTGACGCC
GGCGACGAGG TTGAGATGTT CACCGGCACC ACAACCTGGG GGAGCTGGTT CGACGACTAC
AGCGGTACCA CGCTTGCGGA TGCCGACTTC GGCGACGGCT ACGCCGGCCC GTCGGTTGCC
GTCAGCGACG ACGGCAGCGA ACTGCTGCTC ACGGCGACCG CACGCGACTT CTTCACCGAC
GAAGAGGACT TCACCGAGGA AGCGAACCAG TTGCTCGCGA ACTCCGTCGA ATTCACCACG
ACGGGAAGCG TGACCGCAGA TGCAGAAACC GCTGACAGCT CGTCTGTCGT CCACCTCGAA
CCGGGCGAGA GCGAGGACCT GACGTTCTCC GACGTCGTGC CGGAGGACAC CGAAGCGGGT
GACGCAAGCC ACATCGTTGC CAGCGAGGAC GAACAGGACT TCGCCCCGGT CACGATCACC
GGCGACGAAG CGAACTGGAA CGTCAAGGGA ACGGTCTCCG ACGACGCTAC CGACGAACCG
ATCGAAAACG CTAGCGTCGA ACTCGAAGCC GACAACGAAA CGTACACGAA CGTGACCGAC
GCTGACGGCG AGTTCGGTCT CGCCGACGTG CCTGCTGGCG AACACGACCT CACGGTCGAC
GCCGAAGGCT ACGCGAGCCA CACTGACGCC GTCCACGTTC CCGAGAACGA CACCGCCACG
GTCGACGTTT CCCTGGAGCA GGCTGCAGGA GCGATCAGCG GCGACGTGAT GGCAAGTGAC
GACGACGCAC CAGTCGAGAA CGCAACCATC GTCGCCGAGA ACGACGACGG CGATGTCCAC
GAGGCAACGA CCGACGAGAA CGGCTCGTAC GAACTCGACG GCGTCTCGGC AGGCACGTAC
GTCGTCAACG TCGTCGACAC ACCACCGGGC TACGAACTCG ACGAGATCGT TTCCGTCGCA
CCCGGCGAAC ACGTCGACGA TGTCGACTTC GTCGTCGACC GCACCGCCGG TTCGATCGAA
GGCACCGTCA CGAACGCCGC TGGCGTCCCA ATCGCTGACG CGAACGTGAT TGACGCCGAC
GACGGCGCGT TCAACGTGAC GACCGCCGAG GACGGCTCCT ACGAAATCGA GGACGTCACG
CCCGGCACGA ACGCGCTCCG CGCGGTCGCT GATGGCTACG ACGACTCGAA CGTCGAGTTC
GTCGACGTTG AGACCGGCGA GACGACGACC GCGAACCTCA CGCTCGGCAC CTACTTCGAG
GTCGACGACC TCGCAGCACC TGACACCGCC GAGCAGGGTG AGGAGATCAC CGTCAACGCG
ACGGTCACCA ACACCGGCGA GCAGGAAGAC ACCCGAACGG CGTTCTACTT CCCGCCGGGC
ACTGACTTCG GCACTGACGT CATCGACTAC CAGCCTGAAC TGGCCGAGAC GGTCACACTC
GAGGGCGGCG AGTCGACGAC GGTCGAATTC ACCTACGAAA TTCCGGCAGA CGATGAGTCG
GGCGAGTACG AACACGGTAT CTCGGCTGAC GAGGTCGAGT CGACGACGAT CACGATCGAG
GCTGCTGACG ACGGTGACGC CAGTATCGCC CACGACGTGA CCGACGTCGC TGGACCGAAC
GCGAATCAGC TGGGCGCTGC TCCTGCCTGA
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| Protein sequence | MEWCHTRCVR GGTNTIKDNY QMTDRREQWT AILFTALMVL SLVAIAGTGL AGSAAAADGI
DTQAVDDETP ATIDPELEEA TGTEQVYIVL DQYEGDLSDD RDRAIAQLQE HAETSQASVT
ASLDTMANVD VVNDYWITNA VRAEVDASEV DTAELASIEG VQSVELRPDY EVPEPEPSVE
PAVEPDEDDY TYGLDQVNAS ETWADFNTQG ENVKVAVLDT GFDIDHQDLD LYTEDADDPT
YPGGWVEIDE DGDPVEGSEP YDTHYHGTHV GGTVGAAAPA DDDTPAYGVA PNVDLQHGLV
LPDGSGADSD TIAGFEYVVE EMDSDVVSMS FGAGCGLFGP VYEDAWIPAI QNANDMDVVT
VTSSGNSGEG CVGSPANTYD SFSIGASNEA GDITDFSSGN TIEAHNWDNP DPEWPDEWIK
PDVSAPGEDV LSAMPDDEYD YLSGTSMSAP HVSGVIALML SANDDLTQEE IEETLEETAW
KPDGEPDEKD VRYGHGIVDA YAAVDEVAAG ALEYELGDVD QDGDVTVQDV QLTQQYLQDM
DPEPFAEDLA DMNRDGEVTT DDLSLLQQKV QGMLDEGEID ITGLDVPDEV DDGEMFDVTV
DLENLGEEGA VQEVDLFLGD DDEPVDTEVV DMAAPGVDDP IDHPAETTIT FELDAGDLDG
GDHTITVETE DADASDTVTV LASNFELSNL DAPDEADRGD EITVSADVTN TGNVDDTQSV
EYRFDDLGDA LDTQNVTLEP DENATVSFDV DTENVTEGTY DHGVFTEDDE ATAAIDILEP
FFSVDLTDAP EELAPGDSYS VNATVENTGD ASDEQTIAYE LGDGGGDVAV VDVAADTSQG
DAVASVLDER LNNDTYDVDM VVADDLLDEM DDYDTFVVQR LGSDTLAEDF LDELESAQSA
VYLDSHQGGS AEAYADGIYR LNNVREDPEE RDSEGIGTSS DPVTIDIEQN HPIFTGVGDA
GDEVEMFTGT TTWGSWFDDY SGTTLADADF GDGYAGPSVA VSDDGSELLL TATARDFFTD
EEDFTEEANQ LLANSVEFTT TGSVTADAET ADSSSVVHLE PGESEDLTFS DVVPEDTEAG
DASHIVASED EQDFAPVTIT GDEANWNVKG TVSDDATDEP IENASVELEA DNETYTNVTD
ADGEFGLADV PAGEHDLTVD AEGYASHTDA VHVPENDTAT VDVSLEQAAG AISGDVMASD
DDAPVENATI VAENDDGDVH EATTDENGSY ELDGVSAGTY VVNVVDTPPG YELDEIVSVA
PGEHVDDVDF VVDRTAGSIE GTVTNAAGVP IADANVIDAD DGAFNVTTAE DGSYEIEDVT
PGTNALRAVA DGYDDSNVEF VDVETGETTT ANLTLGTYFE VDDLAAPDTA EQGEEITVNA
TVTNTGEQED TRTAFYFPPG TDFGTDVIDY QPELAETVTL EGGESTTVEF TYEIPADDES
GEYEHGISAD EVESTTITIE AADDGDASIA HDVTDVAGPN ANQLGAAPA
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