| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_02748 |
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| Symbol | |
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| ID | 6778950 |
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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 | 2992870 |
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| End bp | 2995440 |
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| Gene Length | 2571 bp |
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| Protein Length | 856 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 642756194 |
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| Product | putative TonB-dependent outer membrane receptor |
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| Protein accession | YP_002127038 |
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| Protein GI | 196157549 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | ATGAATACAA CCTTGTCTTT ATTGACTAAA AACGTGCGCG GCGTTCTAGC TGCATCTGCT
GCGTTTTCAG TAATGGCTAC AGCACCTGTT TATGCGCAAG AAGCAGAAGA AAGTGCAAAA
GCTGAAGATT ACGAACAAAT TGCCGTCGTT GGCTCACGCG CAGCGCCTCG CTCTGTAGCT
GACTCAGCGG TTCCAATTGA TATTATTTCA GACGAAGAGT TTAAGCAGCA GGGTGCCACC
GATATGGTAT CTATGATGCA AACTGTTGTG CCGTCTTTTA ACGTAAACGA CCAGCCAATC
AACGATGCAT CGACGTTAGT TCGCCCAGCT AATCTTCGCG GTATGGCATC TGATCACACC
CTAGTGTTGG TTAACGGTAA GCGTCGTCAC CGTTCTGCGG TAATCACTTT CCTAGGTGGT
GGTCTTTCTG ACGGTGCACA AGGCCCAGAT ATCTCTGTTA TTCCGGCAGC GGCACTTAAG
CAGGTAGAAG TTCTTCGTGA TGGCGCAGCA GCGCAGTACG GTTCAGATGC CATTGCAGGT
GTAATTAACT TCGTACTTAA TGACGCGTCA GAAGGCGGCT CCTTTGAAGC CCGTTATGGC
TCATACTATG AAGGCGACGG CGACATGATT CAACTTTCTG GTAACGTGGG TCTTCCACTA
TCAGAAAATG GGTTTATTAA CCTATCAGCC GAATACCGTA CTGCCGACGA TACCTCTCGT
AGCATTCAGC GTGACGATGC AGCTGCGCTT ATAGCGGCGG GCAACACCTT TGTTGCAGAC
CCTGCACAAA TTTGGGGTTC GCCTGAAATA AAACACGACA TTAAGCTTTT TGCTAACGCG
GGTGTCGAGC TATCTGATAC GTCTGAAGCC TATATTTTCG GTAACTTCGC TGAGCGTGAA
GTTGAAGGCG GTTTCTATTA TCGTAACCCA CACAATCGTG GTGGTGTAAA CGACGGCGGT
ACGAATGAAG ATGGCGAGCA GCTACTTCTA GTTGGTGATT TAACTGGCGA TATGTCAGGT
AATTGTCCAA CCGATATCGT AGTAGGCGAC AACGTTTTAG AAAATCCTAC GTACATAAAC
CAAGTTGCAA ATAACCCAGA CTGTTTTGCA TTTAACGAAA TGCTTCCAGG TGGTTTCACC
CCTCGTTTCG GCGGTACGGT TACCGATATG TCTCTTGTTT TTGGTACTAA AGGCGAATTA
GAGAACGATA TCACGTATGA CGTGAGTCTA AACCTTGGTC AAAACGAAGT TGATTTCGCG
ATTAGCAACA CAATCAACCC GTCTTTAGGC CCAGAAACAC CGTTCGAGTT TAGCCCTGGT
CGTTATACAC AATCTGAGCA AACCCTTGAT ATTGATTTTA CCAAACCTTT CGATGTTGGT
TTGTATGAGC CGCTATTCGT AGCGACTGGT TTCCAATACC GCAACGAAAG TTATGAGAGT
TTTGCAGGTG ATACTGCCTC TTATGAAATA GGTCCGCTGG CGACACAAGG CTTTGGCATT
GGCTCAAATG GTTTCCCTGG CTTGGCGGCC AATAGCCAAG GTCGTGTGTC CCGCAACAAC
ATCGCGCTTT ACATTGATGC AGAAGCCTAT ATCACAGAAA ACTTCATGCT AGCCGGTGCG
CTACGTTACG AAGACTTCTC TGATTTTGGC GATACCACGA AAGGTAAAAT TGCTTTCCGT
TGGCAAGCGC TTGAGAACAT CGCGTTCCGC GGTGCGTTCT CAACTGGCTT TAAAGCACCT
ACGCTTGGTC AAAGTAACGT ACGTAACGTA ACCACAGCGT TTGGTACGGA TGGACAGCTA
ATCGACCGTG CAACACTACC ACCCACTGAT CCAGTATCAC AGCTTAAAGG TGGTGAGCAG
TTAACGCCTG AAGAGTCAGA AAGCATTACG TTTGGTGTGG TAGCAGACTT TGAAAATGGT
TTATTCATTA CTGCAGATTA CTACAACATT GAACTTACTG ACCGTATCAG TACTGCATCG
GGTATTGCGC TAACTGAAGA AGATATTGCG ACGCTTCTCG CGCAAGGTAT CAACGATGCG
TCTAGCTTCT CTGAGATTAG CTTCTTTACT AACGATTTCG ACACCACTAC TGAAGGTGTT
GACGTTGTAG CGAACTATGC GATGGAAATG ATGGGTGGTG AAACTAAGTT CTCACTTGCT
TATAACTGGA CGTCGACAGA AGTAGACCGT GCGTCGGAGA ATATCTCTGA CTTCCGTATT
CGCATGCTAG AAGATAACCT TCCAGCGGTG CGTTACAGTG CGACGGCGAA CCACACAAAT
GGTGATTGGC GCTTCCTTGC ACGCTTGAAC TATTACGGTA GCATCTTTGA AGACCACTTA
GATTCTGCGC TTCCTATTGA TAAAGTAGGT TCAGAATTTA CTGTGGACTT AGAAGTGGCT
TACAACTTCA CTGAAGAGCT CACTGTAACC GTAGGTGCGA AAAACGCCTT TGATGAATAC
CCAGATGAGA ATACACAGTA CGCCGGTATT GCAGGTTCGT TGTATCCAAC AACCTCACCA
ATCGGTATCA ACGGTGGCTT TTATTATCTA AGAGGTGTTT ACACTTTTTA A
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| Protein sequence | MNTTLSLLTK NVRGVLAASA AFSVMATAPV YAQEAEESAK AEDYEQIAVV GSRAAPRSVA
DSAVPIDIIS DEEFKQQGAT DMVSMMQTVV PSFNVNDQPI NDASTLVRPA NLRGMASDHT
LVLVNGKRRH RSAVITFLGG GLSDGAQGPD ISVIPAAALK QVEVLRDGAA AQYGSDAIAG
VINFVLNDAS EGGSFEARYG SYYEGDGDMI QLSGNVGLPL SENGFINLSA EYRTADDTSR
SIQRDDAAAL IAAGNTFVAD PAQIWGSPEI KHDIKLFANA GVELSDTSEA YIFGNFAERE
VEGGFYYRNP HNRGGVNDGG TNEDGEQLLL VGDLTGDMSG NCPTDIVVGD NVLENPTYIN
QVANNPDCFA FNEMLPGGFT PRFGGTVTDM SLVFGTKGEL ENDITYDVSL NLGQNEVDFA
ISNTINPSLG PETPFEFSPG RYTQSEQTLD IDFTKPFDVG LYEPLFVATG FQYRNESYES
FAGDTASYEI GPLATQGFGI GSNGFPGLAA NSQGRVSRNN IALYIDAEAY ITENFMLAGA
LRYEDFSDFG DTTKGKIAFR WQALENIAFR GAFSTGFKAP TLGQSNVRNV TTAFGTDGQL
IDRATLPPTD PVSQLKGGEQ LTPEESESIT FGVVADFENG LFITADYYNI ELTDRISTAS
GIALTEEDIA TLLAQGINDA SSFSEISFFT NDFDTTTEGV DVVANYAMEM MGGETKFSLA
YNWTSTEVDR ASENISDFRI RMLEDNLPAV RYSATANHTN GDWRFLARLN YYGSIFEDHL
DSALPIDKVG SEFTVDLEVA YNFTEELTVT VGAKNAFDEY PDENTQYAGI AGSLYPTTSP
IGINGGFYYL RGVYTF
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