| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_00733 |
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| Symbol | |
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| ID | 6777622 |
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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 | 770304 |
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| End bp | 773477 |
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| Gene Length | 3174 bp |
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| Protein Length | 1057 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 642754165 |
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| Product | putative Outer membrane protein with a TonB box |
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| Protein accession | YP_002125041 |
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| Protein GI | 196155552 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG4771] Outer membrane receptor for ferrienterochelin and colicins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.250529 |
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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 | ATGAGCTCAT CAGCTAAATT CAGTCGCATT GCGGCTGCGG TTGCGCTGTC AATCGGTTTG
TCGACCACTG CAATGGCGCA AGAAACGTCA TCTGCAATGG AAGGCCGCAT CCTTACCCCT
ACAGGTGCAC CTGCTGCGGG AACATCTGTT ACTGTTATTC ACGAACCTAC TGGCACAGCC
CGTGAAGTGG TTGTTGGCGC TAACGGTACG TTCAACCTTC GTGGCCTTCG CGTTGGCGGT
CCTTACAGAG TCGTAGTTGA CTCTGACGAA TACCAAGACA CCACTATCGA TAGCGTATTC
CTAGAGCTAG GTAACCCATT CGGCGTTAAC CTTACGCTAG AAGACGCAAG TGATATTGAA
GTTATCTCTG TAAGCGGTAG CGCATTAACA GCGACAGCGT TTGGTGCAAC AGGCCCACAG
ACTGTATTCA ACTTAGAGGC GCTAGAAAAT ACACCAGCTA TTAACCGTAG CATCGGTGAT
ATCGTGCGTG TTGACCCTCG TGTTTTCGTT GATGAAAGCT TCAACGACTC GATTAGCTGT
GGTGGTGCAA GCCCGCGTAA CAACAGCTTG ACCCTAGATG GTATTCGCAT GAATGACAAC
TTCGGTCTTA ACAGCAACGG CTTCCCAACC GAGCGTATGC CTTTCTCTTA CGACGCTATC
CAACAGGTAG CCGTTGAGCT TGCTCCGTTT GACGTTGAGT ACGGTGGTTT CACTGCGTGT
AACATCAACG CAGTAACTAA ATCAGGTACT AACGAAGTTC ACGGTGGTGT TTTCTACGAC
TTTACGTCTG ATTCTTACCG CGGCGACGAA GTTGACAGTG TAGAGCGTGA CAACGGTAAC
TACACAGAAA AACGTTACGG TTTCAACGTT GGTCTTCCAC TAATTAAAGA TAGCCTGTTC
CTTTTCGCAG CTTACGAAAA GCTTGAAGGT GTTCAGCTTT ATGATTACAA CGCGCTGGGT
AGTCGTGTAA CTCAAGACGA CATCAGTCAG GTTTCACAAA TTGCGCAAGA CGTGTATGGC
TATGATGTAG GCGGTACACC GGGTTCTGCG CCAGTTGAAG ACGAAAAAAT TCTTATTAAA
CTAGACTGGA ACATTAACGC AGACCACCGT GCTTCATTAG TATATAACTG GAACGACGGT
TTTAGCGTAA GCCAATCTGA CGGCGGTTCT TCAAGACTTT CTTTAAGTAA TCACTTCTAC
GAGCGAGGCG CTGAACTAAC TACTGTTGTA GGTTCACTAT ACTCAAACTG GACTGATGAC
TTTTCAACAG AGCTTCGTAT TGGCCACACT GACCTAGATA ACCGTCAACA GTCACTAGAC
GCAGCTTCTG GCTTCGCTGA AGCGCAAATC AGAACTGATA ACGGTGGAAC TATCTACATC
GGTCCAGATG ACTCTCGTCA GTCTAACGAC CTTAACTATG AAGTATTTAA CTTTAAACTA
GCGGGTACTT ATTTCTGGGG TGACCACGAA ATTACGGCTG GTGTTGAATA CGAAGAAACT
GACGTATTTA ACCTGTTTAT GCAGCAAACT GTAGGTGAAT ACCGTTTCGA CAGCATCGCT
GACTTCGAAG CTGGTCTTGT TGATCGTATC TACTACAACA ACTCTGCGGG TACAAACAAC
CCAGCGGATG CTGGTGCTTC TTTTGCATTC GACGTAACTA CCTATTACGT ACAAGACGAG
TTCTACCTAA CTGACGACCT CAAAATCATG GCTGGTCTTC GTTATGATAC ATACGGCTCT
GACGATACGC CTCGTTTGAA CGAAAACTTC ACTGAGCGTT ATGGTTTTGC CAACACTGCA
AACGTAGATG GTATTGACCT TCTTCAGCCA CGTTTCGGCT TTACCTACAC AGTTAACGAA
AGCTTAGAAC TACGCGGTGG TTTAGGTCTT TACTCTGGTG GTAACCCTAA CGTTTGGATC
TCAAATGCAT ACTCTAACGA CGGTGTAACG AACATTGGTA CTCGTGAACG TCAAATCAAT
GGCTTCGTAA GTGGCACTAC TTCATTGTTT GACCTAGAGC TAACTGGTCA AGGTCGTCCG
ATTTACGACG TACCACAAGA GCTATTTGAC GTAGTAGCGA ACACTAGCCT AACGGATGGT
GACGGTAACA CTAACGCAAC TGACCCAGAC TTTGAGATTC CTTCTGAGTG GAAATACGCG
TTAGGTTTCA CCTATGTAAC TGAAAATGAC TACCTAATTA ACGCTGACAT GATCTATACC
GATCGCCAAG ATTCAGCAAT AGTTAGAGAT GCGAACATTG TTTACAACGG TGAAAACCGT
TTCGATGGTC GCCCAATCTA CACCAATATT GACTCAGGTC GTAATGAAAC GCAGGACTTC
ATTCTAGGTA ATGTTGATTC AGGTGATGAC GGTAGTTCAC TTGTTCTTTC AATCGGCGTA
AGCAAAGAGT GGGATAATGG CTTCGATATG GGCGCTTCAT ACGCTTATGT TGACGCAGAA
GATGCTAACC CAATGACAAG CGCAGTAGCG TTCTCAAACT ACGCTAACTT TGCAACAAGC
GATCCTAACA ACCCGTCTGC GGCAACGTCT GACTACGCTG TTGGCAACCG CTTTAACTTC
TCACTAGGTT ATACTGCAGA GTTCTTTGAC GGTTATGCAA CACGTTTCAA CTTGTTTGCA
ACGGCTAACG AAGGTAAGCC TTTCTCTTAC GTTCACAGCA ACAACTCAGC GTTCCCTTGG
GATGGTGTAT TTGCTCGTCA GCTTATTTAC ATTCCTGAAG TAAACGATCC GAACGTAGTG
TTTGTTGATC AGACAAACCG TGATGGTGAT GTACTTCAAA CTGCGGAAGA AGCTCAAAGA
CAGTTCAACC GTTGGGTTGA AGATAACGGC TTTGAGCGCG GCGAGATCCT TGAGCGTAAC
AGTGAAACTG CTGATTGGTG GTTTAAAGCT GACCTACGTG TATCTCAAGA GCTACCTGGC
TTCTATGAAG GTCATACAGC AAGCGCGTTC TTCGTAATCG AAAACTTGAC CAACTTAATC
AACGACCAAT GGGGTGACTT CCGTCAAGGT AGCTTCGGCG GTGATGAAGT TATTGCTGCG
GACTTCAATG ACGCAGGTCA ATACGAGTAC AGCGCGTTCT CAAGACCAGA GCAGAGCGTA
TCTCGCGGTC CTTCTCTTTG GGAAATCCGC GTAGGTGTTA ACTACCGCTT TTAA
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| Protein sequence | MSSSAKFSRI AAAVALSIGL STTAMAQETS SAMEGRILTP TGAPAAGTSV TVIHEPTGTA
REVVVGANGT FNLRGLRVGG PYRVVVDSDE YQDTTIDSVF LELGNPFGVN LTLEDASDIE
VISVSGSALT ATAFGATGPQ TVFNLEALEN TPAINRSIGD IVRVDPRVFV DESFNDSISC
GGASPRNNSL TLDGIRMNDN FGLNSNGFPT ERMPFSYDAI QQVAVELAPF DVEYGGFTAC
NINAVTKSGT NEVHGGVFYD FTSDSYRGDE VDSVERDNGN YTEKRYGFNV GLPLIKDSLF
LFAAYEKLEG VQLYDYNALG SRVTQDDISQ VSQIAQDVYG YDVGGTPGSA PVEDEKILIK
LDWNINADHR ASLVYNWNDG FSVSQSDGGS SRLSLSNHFY ERGAELTTVV GSLYSNWTDD
FSTELRIGHT DLDNRQQSLD AASGFAEAQI RTDNGGTIYI GPDDSRQSND LNYEVFNFKL
AGTYFWGDHE ITAGVEYEET DVFNLFMQQT VGEYRFDSIA DFEAGLVDRI YYNNSAGTNN
PADAGASFAF DVTTYYVQDE FYLTDDLKIM AGLRYDTYGS DDTPRLNENF TERYGFANTA
NVDGIDLLQP RFGFTYTVNE SLELRGGLGL YSGGNPNVWI SNAYSNDGVT NIGTRERQIN
GFVSGTTSLF DLELTGQGRP IYDVPQELFD VVANTSLTDG DGNTNATDPD FEIPSEWKYA
LGFTYVTEND YLINADMIYT DRQDSAIVRD ANIVYNGENR FDGRPIYTNI DSGRNETQDF
ILGNVDSGDD GSSLVLSIGV SKEWDNGFDM GASYAYVDAE DANPMTSAVA FSNYANFATS
DPNNPSAATS DYAVGNRFNF SLGYTAEFFD GYATRFNLFA TANEGKPFSY VHSNNSAFPW
DGVFARQLIY IPEVNDPNVV FVDQTNRDGD VLQTAEEAQR QFNRWVEDNG FERGEILERN
SETADWWFKA DLRVSQELPG FYEGHTASAF FVIENLTNLI NDQWGDFRQG SFGGDEVIAA
DFNDAGQYEY SAFSRPEQSV SRGPSLWEIR VGVNYRF
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