| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_02302 |
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| Symbol | |
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| ID | 6779026 |
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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 | 2486413 |
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| End bp | 2488935 |
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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 | 46% |
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| IMG OID | 642755736 |
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| Product | ABC-type transport system, permease component |
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| Protein accession | YP_002126592 |
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| Protein GI | 196157103 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG3127] Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, permease component |
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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 | ATGTCGACAT CTTTCAATTT GGCGTGGCGA CTTTTTAAAC ATGAAGCCAG ACGTGGTGAG
CTTACTATCA TTTTACTTGC AATCGTTTTA TCGGTTGCCG CGGTTTTATC ACTCTCACTT
TTTAGTGAGC GTTTACAAGG AGCGCTTAAG GCACGCTCCG CGGCATTTAT TGCGGCTGAC
GCTCAACTGC GTTCTGATGA CCCTATCAAT GAGGAGTGGT TGATTAAGGC TCAAGAAGAG
GGTCTATCAA CGGCTCTGCA GGTTTCTACT CGTTCAATGG TCTTTAAAGG CGATGAGATG
TCGCTTGTAG ACTTACGTGC GGTGAATAAT TCTTATCCTT TGAAAGGTAT AGTTAATGTT
GCCGAAAAGC CTTTTGGAGA AAAACAAGTT GCTACAGATT TGCCGCAAAC CGGCGAAGTA
TGGGTACAGT CGCGACTTTT TCAAAGTTTG GGCCTATTAA TAGGCGATGA AATCGAAATA
GGGGATGGTA CTTTCACCGT CACGCGTGTA CTTGTCGATA TACCAGATGC AGGTTTTAGC
GTTTTTAACA CCGACCCTAT AGCGCTTATG AACCTTGATG ATTTAGAAAA AACAGCGATA
ACGGGCCCAG GCAGTAGGGC GCGCTACGTA GGTTTTTTCG CTGGCGATAC TGGTGATATT
GAACGCTTTA ACAGCTGGCT ATTACCACAA CTTAACGATG ATCTTCATTC ATGGAGGACG
GTGGAAGATG ATGAGTCGGC TATTGGACGC TCCGTAGCCA AGGCAGAGCG CTACTTTCTA
TTAGCGAGCC TACTCGCCAT TGTATTGGCA GCGGTATCTA TTGCCGTTGC TGCCCAGCGT
TATGCTCAGC GGCATTTCGA CCCAGTGGCA ATTATGAAAA CACTAGGCGC TACAAGCAAG
GTCATCCGGA AAGTCTACTT GTTCCAAATA CTGTTTATTA CTGCTCTTGG GATTCTTATT
GGTTTAATAA TTGGGTTTAT TGGGCAGCAG ATTGTTGTTT CGCTTGTTGC TGATAGAGTA
GACGTGTCGC TGAACGTATG GCACTGGCGG CCACTTTTGA TAGCGATAGC CACGGGGGCT
ACTTGCGCGT TACTGTTTTC TTTATATCCA CTAATGCAGC TATTTTCTGT GCCACCGTTG
AGGGTATTAC GAAAAGACAT CTCGGCAAAT CTGCGTTCTC GTAGTATCCA ATTCGTGGCC
TCAGGGGGTG CAATATTTCT ATTGATGTGG ATGTATAGCC AAGACCTCAA AATTAGCGCC
ATTTTGTTTG TATCCGGCGC AGCCTTAGTG CTTGGGCTAC TAGGCGCTAC GTTCGTATTG
ATTGCGCTTG GACGTAAACT TGGCAGCGGT AGAATGGGGC CTTGGCAGTT AGCATGGGCG
CGTATCAAAC GTCGCGCTAT GGATAACAGT GTTCAGCTTA TTAGCTTCTC GGTCACCATT
ATGCTGCTAT TGGTAGTACT TGTAATGCGA AATGACATGG TCTCGCAGTG GCGTTCGCAG
TTACCAGAAG GTACACCAAA TTATTTCTTA ATAAATATTA CTCCAGACAT CCAACCGCAG
TTGGACAGAC ACTTCGCTGA AAATGGCGTG GATATACAGG AGTTTTATCC TGTCATTCGA
GGCCGTTTCG TGTCGGTCAA TGGCGAGGGG GTAAATACCG ACGTTTCTAA AGAAGATGAG
CCGAATCGTG AAGGCCGCCG AGGGTTAGGG CGAGAAGCAA ATCTCACCTG GAGTAACACG
TTACAAAAAG AAAATGAGGT TATTGAAGGA AATTGGCATG GTGGCGTAGA TGCGAACTAT
GACGAAGGGT GGTTTCCCGT ATCCGTTGAA GAAGGTGTGG CTGAAAGGTT AAACATTCGG
ATGGGCGATA GGCTTACCTT TAACGTAGGT AGCGAAATTG TAGAGACTAA AGTAACGAGT
TTGCGTAAAG TGAATTGGCA AACCATGCAG CCAAACTTTT TCTTCGTCAT CCATCCGGAA
GCGATGGCCG CATTTAGTCC CACTTATATC ACGAGCTTTT ACCTACCATC TGAAAGGAAA
GCTGAGTTGA CTAATCTGTT GAAGCCCTTT GCATCGATTA CAATGTTCGA TGTGGATGCG
AGAATCAATC AACTGCGAGA GATAGTAGAT CAAGTTTCCG TTGCCGTAGA GTTTATACTC
GTACTCGTTT TACTTGCAGG AAGCTTAGTA TTAATTGCAC AAGTCCAAGC GAGTATGGAT
GAGCGAAGGC AGGAAATAGC CATCCTTCGC ACATTAGGAG CTAAGGGCGC TCTTATTCGA
AAAAGCGTTA TTTTTGAGTT TGTTATCATT GGAGTTGTAG CCGGATTTAT GGCGGCAATG
GCGAATGAAT TAAGCCTTTA CCTGCTTCAA ACCTCGGTTT TCCAGATGCA AGCAAGCCTT
CATCCTGAAT ATTGGGCTAT AGCCCCAAGT GTTGGGGCAG TGGTTGTAGG CCTTCTAGGC
GCGTTCGGGT GCTGGCGACT ATTGACGCTT AATACCAGTC AAATGTTGCG CAATATGGTG
TAG
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| Protein sequence | MSTSFNLAWR LFKHEARRGE LTIILLAIVL SVAAVLSLSL FSERLQGALK ARSAAFIAAD
AQLRSDDPIN EEWLIKAQEE GLSTALQVST RSMVFKGDEM SLVDLRAVNN SYPLKGIVNV
AEKPFGEKQV ATDLPQTGEV WVQSRLFQSL GLLIGDEIEI GDGTFTVTRV LVDIPDAGFS
VFNTDPIALM NLDDLEKTAI TGPGSRARYV GFFAGDTGDI ERFNSWLLPQ LNDDLHSWRT
VEDDESAIGR SVAKAERYFL LASLLAIVLA AVSIAVAAQR YAQRHFDPVA IMKTLGATSK
VIRKVYLFQI LFITALGILI GLIIGFIGQQ IVVSLVADRV DVSLNVWHWR PLLIAIATGA
TCALLFSLYP LMQLFSVPPL RVLRKDISAN LRSRSIQFVA SGGAIFLLMW MYSQDLKISA
ILFVSGAALV LGLLGATFVL IALGRKLGSG RMGPWQLAWA RIKRRAMDNS VQLISFSVTI
MLLLVVLVMR NDMVSQWRSQ LPEGTPNYFL INITPDIQPQ LDRHFAENGV DIQEFYPVIR
GRFVSVNGEG VNTDVSKEDE PNREGRRGLG REANLTWSNT LQKENEVIEG NWHGGVDANY
DEGWFPVSVE EGVAERLNIR MGDRLTFNVG SEIVETKVTS LRKVNWQTMQ PNFFFVIHPE
AMAAFSPTYI TSFYLPSERK AELTNLLKPF ASITMFDVDA RINQLREIVD QVSVAVEFIL
VLVLLAGSLV LIAQVQASMD ERRQEIAILR TLGAKGALIR KSVIFEFVII GVVAGFMAAM
ANELSLYLLQ TSVFQMQASL HPEYWAIAPS VGAVVVGLLG AFGCWRLLTL NTSQMLRNMV
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