| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_01501 |
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| Symbol | |
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| ID | 6778979 |
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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 | 1609375 |
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| End bp | 1611897 |
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| Gene Length | 2523 bp |
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| Protein Length | 840 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 642754937 |
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| Product | putative secreted serine protease, subtilisin family, possibly excreted |
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| Protein accession | YP_002125804 |
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| Protein GI | 196156315 |
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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 | 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 | ATGAAAACAA AGCCTTTTAA AACAGGCCTT TCAGCATTGT CATTAGCCCT ACTTCCGCTA
ATGGCGTCTA GTCATGCACA TGCCGCAACA GCCGAAGTCT TCGATGATAG CGTCATCGTG
GTTTACAAAG AGAATGTAAG CAAAGCGGAA AAAATGCGTG CCCGTTCATC GGTGGGTGCT
CGAATTAGCG ACGCCAATAG AGATGAGATT GACGATCGCT TTTCGAACCT TCTAAATGGT
CGTATCGCTA AGCTCCAGCT TCGCGGTAAA TCTGTTAAAG ATGCCATTGA AACACTCAAG
AAAAACCCTG CCGTTAAAAT TGCAGAACCA AATTACCTGT ACCGTAAAGC ACTTGTGCCG
AACGACCCGT CTTACGGTGA CTTGTGGGGG TTAAACAATA CAGGCCAAGC CGGCGGTACT
GACGACGTGG ATATTGATGC GCCAGAAGCG TGGGATATCA CCACCGGTGA CAGTGACGTG
GTGATCGGCG TAATAGATAC GGGTGTTGAT TACACCCATG AAGATATCGC TGACAATGCA
TGGATGAACC CAGGCGAAAT ACCAGGAAAC GGCATTGATG ACGACGGTAA CGGATATATC
GACGATGTAT ATGGTATCGA TACTGCAAAC GGAGATACCG ATCCGATTGA TGACGACTCT
CACGGTACAC ACGTCGCAGG TACCATTGGT GCTGTAGGCG GTAACGGTAT CGGCGTGGTG
GGCGTAAACC ATGACGTATC AATTGCTGCG TGTAAATTCT TAGGCGCCGA TGGCACAGGC
TCTACAGCAG GGGCTATAGA GTGTATTGAT TACTTTACCG ACTTAAAAGA AAACCGCGGC
ATAAACATTA AAGCGACCAA TAATAGCTGG GGTGGCGGCG GCTATAGTGA AGCGCTAGAA
ACTGCCATTG AAGTCTCTGG GCAGGCAGGC ATACTGTTCG TTGCTGCAGC GGGTAACGCA
GGGTCAAACA ACGACAACGT AGATAACTAC CCGTCTAATT ATGTGACGAC GACTAACAGC
TTGATGGCTG TTGCCAGTAT CACGCGTAAC GATAGCGATA GTGGCTATTC ATACGGCATT
GAAACCGTAG ATATTGCCGC GCCGGGTTCG GCAATTTTAT CAACAATTCC AGGCGATAGT
TATGCGGCTT ACTCAGGTAC GTCGATGGCA ACGCCTCACG TTGCTGGTGC CGCTGCGTTA
GTATGGTCGC TAAACCCAGA GCTTACGCCT TCAGAAATGA AAGAGTTATT GATGGCAACC
GGTGAAACCA GCCTATGGGC TGACGGGCGC ACAGTGTCGG GCAACCGGTT GAATGTGCTA
AATGCCCTTG AAGAAGCAGA TCCTACGCCA GGCTTTAAGC TCGGTATTAC GCCGGGCTCT
GCTGAGATTG AAGCAGGCGA AGCTTATACC TTCACCATCG AAGTCGGTTC TATTGCTGGC
TACGAGGAAG AAGTTCAGCT ATCTCTTGCT GAAGAGAGCG ACATTGCTTC CCTAAGTGCT
AACACTGCGA TGCCTGGCGA TACTGTATTA CTTATGGTTG AAACCGCTGA AGACACGCCG
TGGGGACAGT ACAGCTTTAC CGTTAACGGC GTGAGTGGCG AGATTGAAAA GTCCAAGTCG
GCAAACTTGT ATGTTTACCC TCAAGGTCTC AATGACTTCC CTTATAATTA CTCGGGCGAC
CCCGTTCCAA CCCTTCCTAA CGAAGAAGAT CCGGATGATG TGGGCGTAGA CCTTGTTATT
AACATACCAG ATGATTTAAC CGTATTCGGT ATGCAGGCTT CGGTAAATAT TACTCATACC
TATAGCGGTG ACTTGGTGCT TTCGCTTACT TCTCCTCAAG GTACAACTAC CGTTCTGCGC
CAAAACCAAG GCGGCGGTAC TGACGACATT ATTGAAAGCT ACGATACCGA CGCATTTAAC
GGCGAAGTTG CTACAGGCGA TTGGACACTG AACGTACTTG ATACCTTTAA TGGCGATAAC
GGAACAGTAA ACGATTGGAG CCTAGTAGTT ACTGGCATTG GAGAAGTAGG GCCAACACCG
CCAAACGCAG TATTTACTTA CGATGCTTCT GGCTTATCGG TCAGCTTTAC TAACAACAGC
AGTGACGTTA ACGACGATAT TGTTAGCTAT AGCTGGGACT TTGGTGACGG CGCCACATCA
ACAGAAGAAA GCCCTACCCA CGTATATGCG GGGACTGGTG CTTACGATGT CACGCTAACG
GTAACTGATT CAGAGGGGCA GACAGATGTC GCTACTAAAA CTGTAGCCGT TTCTGATAGC
AACATTGTTG CAGAAATTGA CCGCGCTATG CTGTCTCGTT TCGGTTCACT AAGAGTTGAC
TTATCTTACA GCGGCTCGAT GGCAGATACT GTTATGATTT ATCGCAACGG TGAATTGCTT
GAGGAAGTGA GCAACACTGG TCGCTATCGC GACAGAAGTC GAGGTGTTCA ACCTGGTGAA
TATACTTATA TGGTATGTGA CGAAACATCA GCATGCTCTG CGCCAGTGAC GGTAAACCTT
TAA
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| Protein sequence | MKTKPFKTGL SALSLALLPL MASSHAHAAT AEVFDDSVIV VYKENVSKAE KMRARSSVGA
RISDANRDEI DDRFSNLLNG RIAKLQLRGK SVKDAIETLK KNPAVKIAEP NYLYRKALVP
NDPSYGDLWG LNNTGQAGGT DDVDIDAPEA WDITTGDSDV VIGVIDTGVD YTHEDIADNA
WMNPGEIPGN GIDDDGNGYI DDVYGIDTAN GDTDPIDDDS HGTHVAGTIG AVGGNGIGVV
GVNHDVSIAA CKFLGADGTG STAGAIECID YFTDLKENRG INIKATNNSW GGGGYSEALE
TAIEVSGQAG ILFVAAAGNA GSNNDNVDNY PSNYVTTTNS LMAVASITRN DSDSGYSYGI
ETVDIAAPGS AILSTIPGDS YAAYSGTSMA TPHVAGAAAL VWSLNPELTP SEMKELLMAT
GETSLWADGR TVSGNRLNVL NALEEADPTP GFKLGITPGS AEIEAGEAYT FTIEVGSIAG
YEEEVQLSLA EESDIASLSA NTAMPGDTVL LMVETAEDTP WGQYSFTVNG VSGEIEKSKS
ANLYVYPQGL NDFPYNYSGD PVPTLPNEED PDDVGVDLVI NIPDDLTVFG MQASVNITHT
YSGDLVLSLT SPQGTTTVLR QNQGGGTDDI IESYDTDAFN GEVATGDWTL NVLDTFNGDN
GTVNDWSLVV TGIGEVGPTP PNAVFTYDAS GLSVSFTNNS SDVNDDIVSY SWDFGDGATS
TEESPTHVYA GTGAYDVTLT VTDSEGQTDV ATKTVAVSDS NIVAEIDRAM LSRFGSLRVD
LSYSGSMADT VMIYRNGELL EEVSNTGRYR DRSRGVQPGE YTYMVCDETS ACSAPVTVNL
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