| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_0397 |
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| Symbol | |
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| ID | 4568652 |
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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 | Chlorobium phaeobacteroides DSM 266 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008639 |
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| Strand | - |
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| Start bp | 439729 |
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| End bp | 442221 |
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| Gene Length | 2493 bp |
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| Protein Length | 830 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 639764997 |
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| Product | surface antigen (D15) |
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| Protein accession | YP_910880 |
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| Protein GI | 119356236 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4775] Outer membrane protein/protective antigen OMA87 |
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| TIGRFAM ID | [TIGR03303] outer membrane protein assembly complex, YaeT protein |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.00277353 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGAAAAAAA TGCAAAAACT GATAACCCTG GTACTGGTAG CCCTTGCCGT AAACGCTACA
GGACAAACTG CCGAAGCTAA AAGCAAGCCC GTAAAACAAT CGGTAACAGC AACACAGGCA
AAAACACCCG CGGAGAAAAA AGATCTCTAT ACGATAAGCG CAATTTCCTT CACCGGTCTT
CAATCGCTTA ACGAGCAGGA ACTTATTGCA AGTCTTCCCA TAAAAATCGG CAACAACATC
GCGGTACCCG GGGCTGAACT GTCAGCAACC ATGCAATACC TCTGGAATCT GCAGGTTTTC
AAAAATATCA CCCTGGAAAA ATCCAATCCC GGCACCAAAA ACGTAGCGCT GCACTTTATT
GTCGAAGAAC AGCCGTTACT TGAAGAGGTC GTTTTTAAAG GCAACGAAAA ATTCGACCTT
GACAAACTGC AGAAAACCGC CGACATTCAA ACAGGTAAAA AGCTCAGTGA GCAGGAACTG
CTCACGGCCG CAAACAAAAT AGAAAAGCTC TATGCCGACA AGGGGTATCT GACTGCAGGA
GCGGAATACA AACTGGAGGC TATCGGAAAA AACAAGGTCA AAGCAGTTTT CACTATCACT
GAAGGCCGGA AGGTAGTTAT TGAAAAAATC CGTTTCCACG GCAACAATGC CTTCAGCCAG
GGCAAGCTCA GAGGGGTGTT CAAGGAGACT ACCCAAAACT CATGGTGGAG AAAAATCTTT
GGAGCCCCCA AACTCGACAA GGATAAATTC GCCACCGACA AGGATCTCCT CGTCGATTTT
TATCGGGAAA ACGGTTATCG GGACGCAAAA GTTGTCAGCG ACTCCATCAG CTATACCCCC
GATAATAAAG GTCTCTTTCT TGATATCACG ATAGAGGAGG GACCGAAATA CCATATCGGC
ACCATAACAT GGACAGGAAA CTCCAAAGAT TTCGCCACCA CAGAAATCCT TGAAAAAACA
TTCGGAATAA AAACCGGCGA TCTCTATAAC GCAAAACTCA TCCAGGAAAG ACTGAACTTC
TCACAGGACA ACAGCGATGT AAGCTCGATC TACCTTGACA GGGGGTACCT CTCCTACAGG
GCCAACCTTG ACGAGGTGGT CGTGAATCCT GACACGGTCA ATCTTCTCAT CAGCATTCGT
GAAGGCGAAC AGTATCAGTT GAATCTGGTG AACATCACCG GCAACACCAA AACCAAAGAC
CATGTCATCC GCCGTGAATT GTACACCATC CCCGGTGAAA TGTTCAGCCG CAAAAACGTC
ATCCGCAGTA TCAGGGAGCT TAACATGCTC AACTACTTTG ATGCTGAAAA ACTTGCTCCC
GAAATTCAGC CCAACGAAGA GAATAACACA GTCGACCTGA CCTATTCGGT ATCTGAAAAA
CAGAGCGACA CCTTCAACGC ATCGATCGGA TATGGAGGAT CGAGCGGCTT TACCGGCACA
CTCGGCGTCA CCTTCAACAA CTTCTCGCTG CAGGATATTT TTGATGCCGA TGCCTACAGA
CCTCTTCCGC ATGGTGACGG TCAGAAACTC TCCTTCCAAT GGCAGTTCGG CAGCGACAAC
TACCGCACGC TTGCCCTGTC GTTTACGGAA CCATGGGCAT TCGGAGGCCC GACAACCGTT
GGCTTTTCAG CCTTTAAAAC ACACCGCACC TATGACTATA CAGGCACAGA CTCATCGATT
GAGAACAAAA CGATCGATCA GTACGGAACC ATTCTCACTA TCGGCAGACG TCTGACCTGG
CCCGACGACT ATTTCGCCGT CGGACTTAAA CTGAAATACC TGCACAACAA AGGCGGATTT
GTGAGCTTTA TCAACGAAAC AGGTATTAAC GTTCCGGATG AAGCCGACGA GTATTCAATC
ACCGGAACAA TATCACGCAA CAGCATCGAC AGCCCGATCT ACCCGCGCCG AGGCAGCAAA
AACACACTCA CCGCCCAGCT TGCAGGGGGC CCTCTTCCCG GCACTATCGA CTTCTATAAA
TTCACAGGAA ACTCAACCTG GTTTTTCCCG CTGTCGAGAA AACTGGTGCT GAACATGTCT
GCCCAGGCTG GATACCTCTC AACCTTTAAT AAAAGCGACT ACATCCCCTA TACAGAGTAT
TTCTATATGG GAGGAAGCGG CATGTCTTCT CTGCCCACCG TTCCGATGCG CGGTTACGAC
GACCGCAGTT TCGGCGCACT GCTTGAAACC GATTCCGACC TGTATGGCGG CACCATTTAC
ACAAAGTTCA CAACAGAACT TCGCTATCCT ATAACGCTCT CGCCATCCGT AAGCGTCTAT
GGACTCGCTT TCTTCGATGC AGGAAACCTC TGGCAAGACA GTGAATCCGT TGATTTCAGC
GACCTCAAAA AGTCCGTCGG CGTAGGACTC AGGGTTTATC TTCCGATTAT CGGAATGGTT
GGCCTTGATT ACGGATACGG TATGGACACC GTGCCCGGAG ACATGGAAAA AGGATGGGGA
TTCATGTTCA CTTTTGGCAC ATCGACAGAG TGA
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| Protein sequence | MKKMQKLITL VLVALAVNAT GQTAEAKSKP VKQSVTATQA KTPAEKKDLY TISAISFTGL
QSLNEQELIA SLPIKIGNNI AVPGAELSAT MQYLWNLQVF KNITLEKSNP GTKNVALHFI
VEEQPLLEEV VFKGNEKFDL DKLQKTADIQ TGKKLSEQEL LTAANKIEKL YADKGYLTAG
AEYKLEAIGK NKVKAVFTIT EGRKVVIEKI RFHGNNAFSQ GKLRGVFKET TQNSWWRKIF
GAPKLDKDKF ATDKDLLVDF YRENGYRDAK VVSDSISYTP DNKGLFLDIT IEEGPKYHIG
TITWTGNSKD FATTEILEKT FGIKTGDLYN AKLIQERLNF SQDNSDVSSI YLDRGYLSYR
ANLDEVVVNP DTVNLLISIR EGEQYQLNLV NITGNTKTKD HVIRRELYTI PGEMFSRKNV
IRSIRELNML NYFDAEKLAP EIQPNEENNT VDLTYSVSEK QSDTFNASIG YGGSSGFTGT
LGVTFNNFSL QDIFDADAYR PLPHGDGQKL SFQWQFGSDN YRTLALSFTE PWAFGGPTTV
GFSAFKTHRT YDYTGTDSSI ENKTIDQYGT ILTIGRRLTW PDDYFAVGLK LKYLHNKGGF
VSFINETGIN VPDEADEYSI TGTISRNSID SPIYPRRGSK NTLTAQLAGG PLPGTIDFYK
FTGNSTWFFP LSRKLVLNMS AQAGYLSTFN KSDYIPYTEY FYMGGSGMSS LPTVPMRGYD
DRSFGALLET DSDLYGGTIY TKFTTELRYP ITLSPSVSVY GLAFFDAGNL WQDSESVDFS
DLKKSVGVGL RVYLPIIGMV GLDYGYGMDT VPGDMEKGWG FMFTFGTSTE
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