| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_00237 |
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| Symbol | |
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| ID | 6779211 |
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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 | 252438 |
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| End bp | 255014 |
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| Gene Length | 2577 bp |
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| Protein Length | 858 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 642753665 |
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| Product | membrane of secreted protein |
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| Protein accession | YP_002124549 |
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| Protein GI | 196155060 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.674683 |
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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 | ATGTTCTCAA AAATATTCGT AACCTCAATC GTTTTGGCTA CTATGGGCTT AACTAGAGCG
GGCTTAAGTA GTGCAGTAAG TTTGACCGAT ACCACGTTAC CCCCTACTCC CGTGACAGTA
GAAAACGGCC GGTTGTTATG GGACAACGGC GACCCAGTCT ACTTGTTTGG TGCCAACTAC
AGTGCGCCGT TTGCCTATGG ATATCGCGCT ATCGCTCGGC GTGGAATTGA TCACAAAGCC
GCGATCGATA TAGACGTGGA CCATATGACC CGGCTTAAGC TAAATGCTTA TCGCATTCAC
GTATGGGACA AAGCCATCAG CGACAAAGAA GGCAATCTCA TCGACAATGA ATATCTTGAG
TTATTCGATT ATTTGATGAT GCGCCTTCAA GAGCATGGCA TTCGCGCTAT CATCACTCCC
ATTGCATGGT GGGGAACGGG CTATCCCGAA CAAGATCCCG CTGAGCCTGG ATTTGCAGTG
GGCTACAGCA AAAACGATAT GAATGAAAAG CCTGCGCTTA TTGCCGCCCA GCAGCGCTAT
CTGACTCAGT TTATGGCGCA TAAAAACCGC TACACTGGGC AACCCCTTGG CAGCGACCCT
GAAATTATCG CCTTTGAGCT TTTTAATGAG CCCAAACATC GCTTAGCTCC ACAAAAGAGT
GCGACGTATA TCGAAACCTT AATTAAAACG GTTAAAGACG CAGGTGTTAC CAAGCCTTTG
TTCTATAACA TTAGTGAACA AGGTGACCAG AGAGACTTTG CCAAAGCGGT ATGTAACACG
TCAATAGATG GTATCGCGTA TCAGTGGTAT CCCACTGGTT TATTAAAATA CAGTGCGTTG
AATACCAATG TACTGCCTGC GGTTTCAACG TATACCAACC CATTTAGTGA TATCAGCGGG
TGCAGTGATA AAGCGCGCAT GATTTACGAA TTTGACGCGG CGGATATCAC AAATAGCGTA
ACGTACCCCG CGATGGCACG CAGCTTTCGC GACGCGGGGT TTCAATGGGC CACTCAGTTT
GCTTACGACC CTGCGGTAAT TGCAGACAGT AACTCAGACT ACAATACTCA CTACTTAAAT
TTATTGTATA CGCCAGCGAA AGCAATAAGT TTGATGATTG CCGGTGAAGA GTTTCGTAAT
TTACCTCAGG ACTATGAAGC TCCAGATTAC CCGCAGAGTA ACCAATTTCA TCATACAACA
CTGGACTACC TCGCTGACTT GGCCGTGTTT GATGATACTA AACAGTTCTA TTACACAAAC
AGCACCACTC GCAGCCCTAA AGATGTTGAT AGCCTAACTC ACATTGCAGG GGTTGGATCA
TCTGAGCTGG TTAAATACAC GGGCTCCGGT GCATACTTCT TGGATAAACT GGGAGACTCG
CAGTGGCGAT TAGAGGTATT CCCCGATGTG ATCAATCTAC AAGACCCACA TCAGAACTCT
AGTCTTAACC GAGAAGTCAG TCGGTTGTCA GTTAAAGCCA ATAGCATGAC TCTTTTCCTT
CCCGGTCTGG GCGAGCGCTT TGGGGTGACT GGTGTTAACG ACGGCAACAA CTACCAGTCT
CAGGCTTCAG GAGGTAATTT CGTTGTCACG CCTGGGGTAT ATTGGCTATC ACCATCAGAG
GCAAAGCCAC CAGGTGACAT AGACTCGGCC TATTACTTAC CGCCAATCAA ACCAGGTGAA
ACCATAGTGA CTCACCAACC CCAACGTCAG CGGACTCTTG GTGATACCCT GACCTTTAGT
GCGACGGTGC AAAGTGTAAC GCCTAATCCC CTCGTTACCT TAAATGTACG TTATGAGGGC
CACAGTGACT TCGTTACTTT GCCTATGCAA CAAGGAGATA AAGGGGTTTA TCAAGTTACA
CTACCGAATG ACAATACGTG GAAACTCTCA GGTAAATTGG AATACGCCTT TACCATTACT
GACGGAAATA CCACAGTAAC TTACCCTGGT AAGCAACGTG GAAAACCGCA GGATTGGGAT
TTCTCGAATA ATGCTTACTA TCACACGATA TTGCAACCTG CAGGCAGTCC AGTACTTCTC
TTTAACCCAA GCGAAGCGAG AGGGACGTTT GTACCACCGC AAAACACGGT GAGCTGGCCG
GCCTCTTCGG CGACCACCGA TGGCGAAACA GTTACGCTCA AAGTCTTTGA CGATAACCTT
CAATCTGGTG GGCCATTACT GCGTACGGAT CTCCCTAAAA ATGCCACTTT GATAGACCGT
ACCTTGAAAA AATATAACGC TATTGCACTA CGCGTTCGTT CATTAGGCAA TAGCGACCGG
TTGCAATTTG GCGTTATTGC TAACGATGGG CTGGCCTACG GCACTGATTT TACTGTAAGT
GACGAATGGA AAACCTTGAT TCTTCCTGTT TCGGCCCTAA AACCCACGGC GACCTTATTA
ACTCGTGCGT ACCCTATGTT TATGCCAGTT ACCATGGGGC CATTTGACGA GCAACCTCCT
TTGGATATTC ACCAGATCAC AGGGCTTCAA TTTATATTAC CACCACTCAA ACGCGCACCT
AAAAACGGTT GGCGTGGCAT TGAAGTGGGT AAAGTTGCAC TGGTGAAGAT GGAATAA
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| Protein sequence | MFSKIFVTSI VLATMGLTRA GLSSAVSLTD TTLPPTPVTV ENGRLLWDNG DPVYLFGANY
SAPFAYGYRA IARRGIDHKA AIDIDVDHMT RLKLNAYRIH VWDKAISDKE GNLIDNEYLE
LFDYLMMRLQ EHGIRAIITP IAWWGTGYPE QDPAEPGFAV GYSKNDMNEK PALIAAQQRY
LTQFMAHKNR YTGQPLGSDP EIIAFELFNE PKHRLAPQKS ATYIETLIKT VKDAGVTKPL
FYNISEQGDQ RDFAKAVCNT SIDGIAYQWY PTGLLKYSAL NTNVLPAVST YTNPFSDISG
CSDKARMIYE FDAADITNSV TYPAMARSFR DAGFQWATQF AYDPAVIADS NSDYNTHYLN
LLYTPAKAIS LMIAGEEFRN LPQDYEAPDY PQSNQFHHTT LDYLADLAVF DDTKQFYYTN
STTRSPKDVD SLTHIAGVGS SELVKYTGSG AYFLDKLGDS QWRLEVFPDV INLQDPHQNS
SLNREVSRLS VKANSMTLFL PGLGERFGVT GVNDGNNYQS QASGGNFVVT PGVYWLSPSE
AKPPGDIDSA YYLPPIKPGE TIVTHQPQRQ RTLGDTLTFS ATVQSVTPNP LVTLNVRYEG
HSDFVTLPMQ QGDKGVYQVT LPNDNTWKLS GKLEYAFTIT DGNTTVTYPG KQRGKPQDWD
FSNNAYYHTI LQPAGSPVLL FNPSEARGTF VPPQNTVSWP ASSATTDGET VTLKVFDDNL
QSGGPLLRTD LPKNATLIDR TLKKYNAIAL RVRSLGNSDR LQFGVIANDG LAYGTDFTVS
DEWKTLILPV SALKPTATLL TRAYPMFMPV TMGPFDEQPP LDIHQITGLQ FILPPLKRAP
KNGWRGIEVG KVALVKME
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