| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_01952 |
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| Symbol | |
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| ID | 6775555 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | - |
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| Start bp | 2102174 |
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| End bp | 2106139 |
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| Gene Length | 3966 bp |
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| Protein Length | 1321 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 642755388 |
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| Product | serine protease, subtilase family protein |
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| Protein accession | YP_002126250 |
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| Protein GI | 196156761 |
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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 | [TIGR03501] gammaproteobacterial enzyme C-terminal transmembrane domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGAAAAAAA CATTAATCAG TACCGTAGTT GCTACGGCAT TAGCAGGTTC TGCTTTTGGC
GCGTTAGCAA TTTCCAACCA AATTTCCGGC CATAGCGTTG AGCAACGCAA TGCAATCGAA
GCCTCTTTCG ATAAGAAAAA TATTCTAGCC AATGCAATTC AAGCTAGCAG TGACAGTGTA
CGTGTTATCG TTCAGTTACA TGACGTACCA ATGGCGCAAT TCAGCGCAGT AAACCCAAGC
GTAAACAGTA TGTCTGCGCA CAAGGGGCAG AAAGTTAACT TTGAGTCTAA CGCAGCGAAA
GAATATAAAT CGTTCCTGGA AACGCAACAG CAATCTGTTA TCCAAACAAT TAAAGCATTC
GACAAATCCT TTAAAGCTGA TTTGTCTTAT ACAGCGGCGT TCAACGGTTT TGCGGGTATC
GTATCGAAAA GTGCGCTTGA TAAACTTTCA AGCCTGTCAA CGGTAAAAGC GGTATATCCT
GATGTAATTC ATCATGCCCA AATGGACGCA AGTTTGGATC TAATTGGTGC CGTTGAGACG
TGGGAACAGT TTGGCGGTAA AGAAAGCGCC GGTGCTGGTG TTAAAGTAGC CATTATCGAT
AGTGGTATTC GCCCAGAGAA CCCTTTGTTT AGCGGTGAGA ACTTTACGGC TCCTGCCGCA
GACACCCTTC CAACTGATGA TTACTGTTCA GAAGTTCCTG ACTTTTGTAA CAATAAACTA
ATCGTTGCTC GTGCTGCTGA AATCGTTGAA GGCTTTAGTG TTGTAGAAGA AGAATATGAA
AGCCCGCTAG GTTTTAACGG TCACGGCACC CACGTAGCCG GTACTGCAGT AGGTAACTAC
GGCGTTATGG CAGAACGCGA TGGCGCAGAG GCAGAAATTT CAGGAGTTGC GCCAGCGGCT
TACTTGATGG CTTATAAAGG CCTGTATGCA ACGCCTGCAA ACCCCGCGTC TTCAAGCGGC
GCATCGTCTA TGTTGCTTTC AATGCTTGAA GCTGCACTGA CAGACGGCGC TGATGTTGTA
AATAACTCAT GGGGCGGCGG CGCTGGCGGC AACCCTAACG GCTCTGTTTA TGAAGATGTA
TTAGAAGCCA TGCACGATGC CGGTGTTGTT ACGGTATTTG CAGCGGGTAA CGATGGCCCA
CTCGAAACCT CAATCGGTTG TCCTGGTTGC TCTGACGACG TTATTACTGT GGCGGCAACA
ACCACAGCCC GCCTATTTGC TAACGAGTTG ACGATTGAAG GAGACACTTC AATTGGTACC
ATTCCAGCGC TTTACTCTGT TGGAAACCCT AACATCGTTT TTGACACTGC ACTAACAGCC
CCTGTTGTTT ACGCTGGTGC AGTTAATGCA GAAAATGTTG AAGCATGTGA GCCTTTTGCC
GATGATTCTG TGTTTGAAGG AGCGATTGCT CTAGTTAGCC GCGGTACTTG TGGTTTTGTA
ACAAAGATCG AAAACGCTGA AGCTGCGGGT GCTGTTGCGG TCGTTGTTCA CAATGTGGAT
GGTCGCGGAG AAGCCCCAAT CTTAATGGGC GGCCTTAGCC CAGACCAGAC GGTTCCTTCA
TTCATGATCC CTGCAACCCC GGGTCAAGAG TTAGCAACAC TGATCTCAGA GTCTGAAGAA
GCGGTTAACA TTACAATTGG TGCTGAAGTA GTTCGCGTTG TATCTGATAG TTTGGCAGAT
ATCATGGCCG ACTTTAGCTC ACGTGGTCCT AATGGCGACC CTACGTTCTT GAAGCCTAAC
ATTGCTGCGC CTGGCGTTAG AATTTTCTCT GGTGAATCTC CAGATGCACC TAATCACGAA
GGCGAGAGCT TCTCGTTTAA AGGCGGTACG TCTATGGCGT CACCACACGT GGCTGGTGCA
GCGGCACTCA TTAAGCAGAT GCACCCAGAT TGGACTGCAC AGCAAATTAA GAGCGCGCTT
GTTACTTCAT CTATTCGTGA CGTATTAAAA GAAGACGCTG CTACACAAGC TGACAACTTT
GACATGGGTG CGGGCCGCCT AGACTTGCCA CGTGCGACAT CAGTTGAGCT AACGTACAGC
GATTTAAGTC TCGTTTCATC TGAGTGTTAT ATTACTTGCG ACATGTCTGT CACTGTTACT
AATACAAGCG ACGCTGATGT GACCGTTGAT GCGACCACAA TGTTTGATGA TGAGAATATT
GTTGCAACGG TTACGCCTTC ATTGGCAACC TTACCTGCTG GTGCATCTGC ACAGATCATG
GTTTCGGTAG ATGTATCACT TGTAGATTCT GGAGAATGGT TATTTGGTGG TATTAACTGG
GCGGATACTA ACGATGAAAC AACGGATTAC TTCATCCCTA TTGCCATTTA TCCTATTAAC
ACCGACGAGC CTGAGTTATT CAACAGCTCG GTTAGCAATG AGTTTGCATC AGAGAATGAA
GTGGTTAGAA CATCTGCATC AGTCACTAAC CAAGGTGTGA CAGGCCTAAT CGGCGTAACT
TCAACCGTTG ATGAAAAGTA CGATATCGAC GTTTCTAGTA TTTCAGCAGT TAAAAACGGC
AACCAAGAGC CAGTAACTTA CGATGCAGAA AAACGTGAAG TTCGCTGGGA AGGGGCATTG
AACACTGCAA CGCTTGAACT CGTTGAAACA GCAGCGCCGT TTGGTTATTT TCCAATGCGG
AACCTATCTT TTGCACAGCC TTTAGTCTGT AGTTCAGAAT GTGATGATAC AGTGATAACT
GTTGAACCAC TTGTGGGCAT AGAATATATG GGTCAAACGT ATACAAGTGT GCAAATTTCT
TCAAATGGAT TTATTTCTTT AGGGACTGCA TCGGGTAGCG TTACCGAATA CAGACCCCAT
GAGTTACCTG GTTCTCAAGA GCCTAATAAT GTTATTGCTC CTTACTGGAC GGACCTCAAC
CTTAAAGGCA CTGCCGATAA TGATATAGGC ACCGGCAATA TATATGCTCA AAACTTGAGT
GCCGGTACTG ATAGCTATTT CGTAGTTGAA TGGGAAAATG CGATGCTATG GGGGCAAGAG
GGTACAAGCG TAAATTTCCA AATTTGGTAC GATGCGAGTG CTGAAACATT CTCGTTTGCA
TATGGACCTA TGAGCCCTAA CAACACCCCT GCTGTTGTAG GTTTTGAAGA TGCGACAGGT
ACCGTTGGTT ATACTCATGC TGCACAGTTA AGCACTGGCG TTACAGGTTC TCTACCAGTA
GAGGGTGATG AATTTGGTAT CGTTACCATC CCGGGTGATC AAATTACAGT GAGCTATAGC
GGTTCAGTAA AGCCAGCGGG TGAGCTAATG GATGACACGC TTTCAGTTGA CGAGGATGCC
TCTATTACAG CTAACATCTT GGCAAACGAG AAGGAAGATA TCATCTTCAA TACGTTTGAG
ATGGATTCAC TATCAGGTGA CTTTAGGACA TATACGCCTA TTGAAGTTGA TAGAGAAGAG
TTAGACCCGT CAACTGTTGA AGTAACTACT GAAGCAGCAA ACGGCACAGT GACGGTTAAT
GACGATGGTA CGGTAACCTA CACGCCAAAC GCAGACTTCT TCGGTGAAGA CTCATTTACC
TACACAGTTC AGGTAGAGGG TACTACTACA GATGAAGGCG AAGTGGTAGA AGGTGACATC
ATTGGCGAAG GCACGGTATC AGTAGCGGTT GCAGGCGTAC AAGATGCTCC TGTACTTTCA
ATCTCTGCGC CATCAAGCGT TGATGAAGGT GAATCATTTA CTGTAACTGC TTCAGCAACT
GACGCAGATG GTGATGACGT TACTATTACT ATCGACGGTG TTGAAACAAC GTCATTTACT
GGTACTGCAC CAAGTCACGA GCAAGCAAAT CGTGTTACGG TACAAGTAAC AGCAACAGAC
GGTATCGATA CGACAACAGA CAGCGTGACT ATTATAGTTA ACGATAAGTC TGGTGGTTCT
ATGGGCTGGA TTGCATTGCT TCTAGCGCCA GCGGTATACC TACGTAGACG CATGAAACGT
TCGTAA
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| Protein sequence | MKKTLISTVV ATALAGSAFG ALAISNQISG HSVEQRNAIE ASFDKKNILA NAIQASSDSV
RVIVQLHDVP MAQFSAVNPS VNSMSAHKGQ KVNFESNAAK EYKSFLETQQ QSVIQTIKAF
DKSFKADLSY TAAFNGFAGI VSKSALDKLS SLSTVKAVYP DVIHHAQMDA SLDLIGAVET
WEQFGGKESA GAGVKVAIID SGIRPENPLF SGENFTAPAA DTLPTDDYCS EVPDFCNNKL
IVARAAEIVE GFSVVEEEYE SPLGFNGHGT HVAGTAVGNY GVMAERDGAE AEISGVAPAA
YLMAYKGLYA TPANPASSSG ASSMLLSMLE AALTDGADVV NNSWGGGAGG NPNGSVYEDV
LEAMHDAGVV TVFAAGNDGP LETSIGCPGC SDDVITVAAT TTARLFANEL TIEGDTSIGT
IPALYSVGNP NIVFDTALTA PVVYAGAVNA ENVEACEPFA DDSVFEGAIA LVSRGTCGFV
TKIENAEAAG AVAVVVHNVD GRGEAPILMG GLSPDQTVPS FMIPATPGQE LATLISESEE
AVNITIGAEV VRVVSDSLAD IMADFSSRGP NGDPTFLKPN IAAPGVRIFS GESPDAPNHE
GESFSFKGGT SMASPHVAGA AALIKQMHPD WTAQQIKSAL VTSSIRDVLK EDAATQADNF
DMGAGRLDLP RATSVELTYS DLSLVSSECY ITCDMSVTVT NTSDADVTVD ATTMFDDENI
VATVTPSLAT LPAGASAQIM VSVDVSLVDS GEWLFGGINW ADTNDETTDY FIPIAIYPIN
TDEPELFNSS VSNEFASENE VVRTSASVTN QGVTGLIGVT STVDEKYDID VSSISAVKNG
NQEPVTYDAE KREVRWEGAL NTATLELVET AAPFGYFPMR NLSFAQPLVC SSECDDTVIT
VEPLVGIEYM GQTYTSVQIS SNGFISLGTA SGSVTEYRPH ELPGSQEPNN VIAPYWTDLN
LKGTADNDIG TGNIYAQNLS AGTDSYFVVE WENAMLWGQE GTSVNFQIWY DASAETFSFA
YGPMSPNNTP AVVGFEDATG TVGYTHAAQL STGVTGSLPV EGDEFGIVTI PGDQITVSYS
GSVKPAGELM DDTLSVDEDA SITANILANE KEDIIFNTFE MDSLSGDFRT YTPIEVDREE
LDPSTVEVTT EAANGTVTVN DDGTVTYTPN ADFFGEDSFT YTVQVEGTTT DEGEVVEGDI
IGEGTVSVAV AGVQDAPVLS ISAPSSVDEG ESFTVTASAT DADGDDVTIT IDGVETTSFT
GTAPSHEQAN RVTVQVTATD GIDTTTDSVT IIVNDKSGGS MGWIALLLAP AVYLRRRMKR
S
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