| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_4791 |
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| Symbol | |
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| ID | 3523014 |
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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 | Colwellia psychrerythraea 34H |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003910 |
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| Strand | + |
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| Start bp | 5074090 |
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| End bp | 5077083 |
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| Gene Length | 2994 bp |
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| Protein Length | 997 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637287230 |
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| Product | putative oar protein |
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| Protein accession | YP_271430 |
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| Protein GI | 71282539 |
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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 | 2 |
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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 | ATGATTACAT CAAGCTTAAA GGCACGTAAA TCTCTCGCTG CTATTGCCGT AGGTACCGCA
CTAATACTTA CTGCCCCTAG CGCATTGGCT ATCGACACAG GTACGGTTAA AGGCCATATC
ATCAGTAATG AAGGCACTGT CCTCAGCAAT GCCACCATCA CCTTAAAACA TAAAACCAAA
GGTTTAGTAT TCACGGTTAA AACCAACGAT AAAGGTAATT ACTCACTGCG TAATGTTCCC
GTGGGTGACT ATAATATTAC CATCACAAAA GATGGCTATA ACGGCGCAGA AGAACCTAAT
ATCAGCTTGA GAATTGGTCA ACCTGTTATT ATAGATAGTC AATTACTGTC AAGCTCTGCG
ACAGCGCAAG AGATTGAACG CATTGATATT CTCGGTAGTA GTATTCGTCG TGTAGATTTA
GCTTCTTCAA CTTCAGGTGT TACCTTCAAT CAGGAAGAGC TTGATAGAAT GCCAGTAGAT
AATGGTTTTG AAAATATTGC TTTATTAGCC CCCGGTACCT CTTCTGCAGG TGGTTCAAAT
TTTAAGGGTG CTTCTAGCTT TGGAGGTTCA TCTTCTGCGG AAAATGCCTA TTACTTAAAC
GGTCTTAATA TCACTAATAT TAAAACAGGT TTAGGCGCGT TATCCCTACC ATGGGAAGCT
ATTTCGCAGA CACAAGTTAA AACAGGTGGT GTAAGCCCTG AATTTGGTGG TGCCTTGGGT
GGTATTGTTA ATGCCGTATC AAAGTCTGGT GATAATGAAT TTAAATTTGG CGGACAAATA
CGTATTGATC CCTCTTCAAT GCGCGCAAGC CAAGACACTG TTTACCTTGC CAACGGCAAT
GTTTCTAGTG ATGGAGCTAC TGGACAAGAT AGTTACCAAT TTACCGAAGC AAGACTTTGG
GTAAGTGGTG CCATTATCGA AGATTCACTC TTCTTCTATG GTTTATATGA GCCACGTAAA
GAAGATGAAA CATACTCAAC ACAAACCGTA ACGACAGATC GTGTACGAGA ATCAGACCGC
TGGTTTGCAA AAGCAGATTG GTTTGTTAAC GAAAATCACT CTTTTGGCTT TATGGCGATG
AATAATAAAC GCACATGGAC CAAAAAAAAT TACGCCTATG ACTCGCAAGC CAATACTGTT
GGTGAAAAAC TGGGTGTGAA CTCACCCGGT GAAGATGGCG GTCAATTATA TAGCATTAAT
TATAACGGTT ACTTAACGGA TAACTTTAGT GTAAACGCAG TGATTGGTCG TGTGGTTGAA
GAAGTTAATA CTATTCCTGG TTCAGCAGCA CCAAGTGTCT GGGATGCAAC TGACGGCTGG
GTTAAATTAA GTAACGACAC AGACAGCACT TTGAAAAACG AAGAATACAC TCGTGATCAA
GCGCGTATCG ATTTCAGCTT AGATCTTGAA GAACATGCGA TTAGTTTTGG TGTTGATTAT
ACCAATGTCG CTGTTGATTA TTTAGAGTTT CCTAATGGTG AAGGTGACGC TGCTGCTTGG
TGGACAGTAT ATACTGCCGG CGATGGCAGT GTTTCTGGTG CGCCAGCAGG TGATACCTAT
ATTGAAAAGC GTGTCCGTAA TAGATTTACT GATTCTGATG TGAGTCAACT AGCCTTTTAT
GTAAACGACT CATGGCAAGC AACTGATAAT TTAGTATTAA ACATGGGTGT ACGTTATACC
CAATCTGAAA ATACCATGAA TAGTGGTGAA GCTTATGTTG ATTTTGATAG TCAAATAGCA
CCGCGCTTAC AAGCCATCTA TGACTTATCT GGTGATGGAA GTTCAAAAGT TTATGCCACT
TATGGCCGTT TCTTTCAGCC AGTATCAGCT AACATGAACA TTACTCAGGG TAGTTCTGCA
ACAGACGTAC GTGATTATTA CCGCACAGAC CAACTAGACA ACGATGGTTA TCCCGCTTTA
CTGGCTGACG GTTCTCCTAG CCATGGCTCC GCATATCGTG AGACAGATAT TCGTCAAGAC
AGCACCAACT TAGCCGCTGG TGGTATTGCT TCTACCACAT TAGAGCCAAT GTACTCAGAT
GAAGTCACCC TAGGCTTTCA GCAAGAAGTC TTTGATACCA TGACTTTTGG TACACGCGTT
ATTTGGCGTG AACTTGGCCG TGGTGTAGAA GATAGTGATA TCCAATCACC GTTGAATAAG
AAATTGGCTC AACTTGGTTA TAATGATGTC GGTGGTACAT GGTTCTTACA CAACCCGGGT
GAAAGCTTAA CGATTGAACA AGATTTTGAT GGTAATCCTG ATAATGGCGT TGAAGCAGTA
ACTTTATCTG CTGAGGAAAT GATGTTGCCT AAGATGGAAC GTCATTATGC TGCAATGGAA
TTCACCCTTG ATGGTTCGAT CACGGATAGC TTCCGCATTA ACTCTTCTTA CACTTACTCT
AAAAACTGGG GTAATACAGA AGGTCTAGTT AAAACAGATA ATAACCAAGC AGATCCAGGT
TGGACAACTT CGTACGATTA CGGAGATGTT ATGGACCACG GCTATGGCTT GTTACCAAAC
GATCACACCC ATGTATTTAA ATTTAACGGT AGTTACGACA TTACTGAAAA CTTAATTTTT
GGTTTCGTTT CGAGTATCAG TTCTGGTCGT CCACAAAGTT ACCTTGGCCG TCATCCAACA
GGCGTAGATA GCTGTGCTGC TGGTAATGTA TGGGAAGCGT GTTATGGCAA TTCTGGTCAT
GAGAGCTTTT ACGATGAAAA CGAACAACCG GCTAAGCGTG GTTCAAAAGG TAACCTTGAT
TGGGTTACTA ATGTCGATTT ATCATTAACT TATATTACCG AAGTAATGGA TGGTGATTTA
TCATTCAAAG CGACCGTTTA TAACGTATTT GATAGCGATT CAGCGACCAA TATTAATGAA
ACCAGAACCT CCCTAAATGA TGACGGAAAC TTAGTTAAAA ATGCTGATTA CGGAAGTATT
ACTGATCGTC AAACAGAACG TTATGTATCA TTTGTTGCCC GTTACGAGTT TTAA
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| Protein sequence | MITSSLKARK SLAAIAVGTA LILTAPSALA IDTGTVKGHI ISNEGTVLSN ATITLKHKTK
GLVFTVKTND KGNYSLRNVP VGDYNITITK DGYNGAEEPN ISLRIGQPVI IDSQLLSSSA
TAQEIERIDI LGSSIRRVDL ASSTSGVTFN QEELDRMPVD NGFENIALLA PGTSSAGGSN
FKGASSFGGS SSAENAYYLN GLNITNIKTG LGALSLPWEA ISQTQVKTGG VSPEFGGALG
GIVNAVSKSG DNEFKFGGQI RIDPSSMRAS QDTVYLANGN VSSDGATGQD SYQFTEARLW
VSGAIIEDSL FFYGLYEPRK EDETYSTQTV TTDRVRESDR WFAKADWFVN ENHSFGFMAM
NNKRTWTKKN YAYDSQANTV GEKLGVNSPG EDGGQLYSIN YNGYLTDNFS VNAVIGRVVE
EVNTIPGSAA PSVWDATDGW VKLSNDTDST LKNEEYTRDQ ARIDFSLDLE EHAISFGVDY
TNVAVDYLEF PNGEGDAAAW WTVYTAGDGS VSGAPAGDTY IEKRVRNRFT DSDVSQLAFY
VNDSWQATDN LVLNMGVRYT QSENTMNSGE AYVDFDSQIA PRLQAIYDLS GDGSSKVYAT
YGRFFQPVSA NMNITQGSSA TDVRDYYRTD QLDNDGYPAL LADGSPSHGS AYRETDIRQD
STNLAAGGIA STTLEPMYSD EVTLGFQQEV FDTMTFGTRV IWRELGRGVE DSDIQSPLNK
KLAQLGYNDV GGTWFLHNPG ESLTIEQDFD GNPDNGVEAV TLSAEEMMLP KMERHYAAME
FTLDGSITDS FRINSSYTYS KNWGNTEGLV KTDNNQADPG WTTSYDYGDV MDHGYGLLPN
DHTHVFKFNG SYDITENLIF GFVSSISSGR PQSYLGRHPT GVDSCAAGNV WEACYGNSGH
ESFYDENEQP AKRGSKGNLD WVTNVDLSLT YITEVMDGDL SFKATVYNVF DSDSATNINE
TRTSLNDDGN LVKNADYGSI TDRQTERYVS FVARYEF
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