| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Oant_2817 |
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| Symbol | |
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| ID | 5382608 |
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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 | Ochrobactrum anthropi ATCC 49188 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009668 |
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| Strand | - |
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| Start bp | 90263 |
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| End bp | 93115 |
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| Gene Length | 2853 bp |
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| Protein Length | 950 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 640835493 |
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| Product | outer membrane autotransporter |
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| Protein accession | YP_001371355 |
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| Protein GI | 153010141 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis
[U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG3468] Type V secretory pathway, adhesin AidA |
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| TIGRFAM ID | [TIGR01414] outer membrane autotransporter barrel domain
[TIGR02601] autotransporter-associated beta strand repeat |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGAAACATT CAACCGGAAC AGATTGCACC ACCTCATCCG CCAAGCTTAC GCAAAGGCGC
ATAAAGGCAT TGGCTCACGG TCTTTCGCAG TACTTGTGCT CGACCGTCTC CTATTCTGCA
ATTGCGTTGG CTGGAGTGAC GACAATAGTC GCTGCCAATC CCGTTCGGGC TGACGATTAT
CATTATATCG GCACACACTC CCTTCTAGAC AGATGGGGTA GGCCTGCGTC CTGGGCGGAA
GGCAAGCTTC CCGGCGGCGG CGACCGGGCC ATTATTGCGG GATCTGCAAC CGGTATTATC
CCCGCTGCAA GCGCTATCGG TTCAATATGG ATAACCCAAA CCAGCGCCCT GAAAACGTTC
AATCAGTCCT CAGTTTCTGC TGCAATTACA ATCAACGGCA TTGACGGTGC CGGTGTTCGA
ACAGATGCCG CGCAGATGAT AAATTTTTTC CGCGGAACAA ATGTAGGCGG GAATATATCC
ATTCAGGCGA CCAACGAAGC CGGGGGCGGA TTTAACTTTT CTGCTCCTCC GGCCGGAGGA
AGTACGACAG GATTTCTTGA GACAAACGGC TATACTGTAA CATTTGATCC AGTCAACACA
GCCAACCTAA TGAATGTAAC CGGAGGTTAT GAAATTATTG GTTCGGGAAA TCTGGTCAAG
ACTGGCGCAG GGCTTCTGAC TATCGAAGGA TACACCAATA ATTCGGCATT CACTGACTCG
CCCGCGCAGT ATTCCGGAAG CACCTGGATC CAACAGGGAA CACTGGCTCT GATAGGCACT
GCCAGCCTGC GACGTTCCAG CGTTGTTCGT GTCGACGGTG TTTTCGATAT TTCTGCGACC
GCCGACGGTC AGTATGACCC TTCGGGAATT CCGGGAGGCA CCAGCGTGGC CGTCCTGACC
GGCAATGGCA GCATCGTGCT CGGCGCACGC AATCTGACCT TGAACGAAGG CGGGAACGAC
TTTGCCGGAC AGATTTCGGG AACCGGAAAG CTCATCTTGC AGCAAGGCAC TACCGTTCTT
TCCGGAGAAA GCACTTATAG TGGTGGCACA GATATCAACA GCGCCCATCT GTACGTTGGC
AATGCCAAGG CATTGGGCAG CGGTGCGGTA AACATGCAAG GCACTGCCGC ACTCGGCTTC
CTCGTCGATG ACTTGGTGAT TAAGAATGAC ATCATTCTTG CAAGCGGCAA CACATCGGCA
ATCGATACCG GCACTTTCAA TGAAACGCTC GGCGGTGATA TCAGCGGCGA CGGTTCCCTC
ACCAAGCAAG GAGACGGCAC CCTGATCGTT GCGGGCGCCA ACACTTATAC CGGCTCCACG
AATGTGCTGG CTGGCACGCT GCGGGCTGGC GCTGCAAACA CTTTCAGTGC AGCCAGCGCC
GTTGATCTGG CCGCAGGAGC CACACTCGAT CTCGGTGGTT ATAATCAATC CATCGCCAGT
TTTTCAAATG CAGGCACGTT GAAATTTGGC ACGAAGCCCG GAACAACATT GATGATTGCC
GGAAACTATA CTGGCAACGA TGGTCTGCTT ATCCTGAACA CCGATCTTGG AGGCGATGAT
TCTGCTACGG ATAGGCTCGT GGTCACCGGC GACACTTCAG GCAATTCCAC AGTCAACGTT
AACAATCTCA AAGGCGAAGG TGCGCCGACC GTCGAGGGGA TTAAAATTAT TGAGATCGGC
GGAGTGTCCG ACGGCGAATT TTCACTCAAG GGCGATTATG AAATCCAGGG CGAGCAGGCT
GTTGTAGCTG GAGCATACGC TTATCAGCTC TACAAGAACG GTAAAACCAA TCCGACCGAC
GGCGACTGGT ACCTGCGTTC GGCATTAAAG CCCAAAACGG TCGATCCGGT AACACCGACA
AGCCCTTCAA AGCCGCTCTA TCAGGCGGGT GCTCCGCTCT ATGAAGCTTA TCCGCAGGTG
CTTCAGGCAT TGAACGGCCT GTCTACGCTG CAACAGCGGG TTGGTGATCG CTATTGGGCT
ACGGACGAGA ATGGGGGCAC GAGCAACACG ACCCGATCGT CGGTATGGGG TCGAATTGAA
GGCGCACATA ACCGCCTCAC GCCCAACTCG ACGACGACAT TGACATCGTA CGACGTCGAT
ACCTACAAAA TGCAGGCTGG CCTCGATGGC CAGTTCTTCG ACGGCGATAG CGGTAGACTG
ATCGGCGGAT TGACGGCGCA ATATGGCAAG GCATCTGCAG ACGTCTGGTC AGTATTCGGT
GACGGTACCA TCGATACCGA TGGCTACGGG CTTGGCGCGA CACTGACATG GTATGGCGAC
AATGGCATTT ATGTCGACGG TCAGGTTCAG GCCAACTGGT TCGACAGCGA TCTTTCTTCT
GTGACAGCAG AAAGAGGCAT GACCGATAGC AACAAGGGCT TTGGCTATGC GCTGGGCATG
GAAACCGGAA AACGGTTTGC CGTTGCCCCT GGCTGGACGC TGACGCCACA AGCGCAACTG
ATCTATTCGT CGATTGATTT TGACAGCTTT AACGATGGGT TTGGTGCACG CGTATCGCTG
AAAGACGGCG ACAGCCTCAA TGGTCGCCTT GGCCTATCAG CTGACTATCG CAAAAGCTGG
CAGGCTGCGA ACGGGTTGAT TTCCAGCACC AACGTATATG GCATCGCCAA TCTCTACTAT
GAGTTTCTAG ATGGCGCTCG TGTCAATCTT GCAGGAACAG CCCTCAGCAC CGAGAACGAC
AGATTCTGGG GCGGCGTCGG CCTTGGCGGC ACTTACAGCT GGTCTGGCGG GAAATATTCG
CTTTACGGAG AAGGCATGTT GAAGACCAGC CTTGCGCATC CAAGCGATAG CTTCGGCGTA
AATGGCACCG TCGGTCTCAA GGTCTCATTC TGA
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| Protein sequence | MKHSTGTDCT TSSAKLTQRR IKALAHGLSQ YLCSTVSYSA IALAGVTTIV AANPVRADDY
HYIGTHSLLD RWGRPASWAE GKLPGGGDRA IIAGSATGII PAASAIGSIW ITQTSALKTF
NQSSVSAAIT INGIDGAGVR TDAAQMINFF RGTNVGGNIS IQATNEAGGG FNFSAPPAGG
STTGFLETNG YTVTFDPVNT ANLMNVTGGY EIIGSGNLVK TGAGLLTIEG YTNNSAFTDS
PAQYSGSTWI QQGTLALIGT ASLRRSSVVR VDGVFDISAT ADGQYDPSGI PGGTSVAVLT
GNGSIVLGAR NLTLNEGGND FAGQISGTGK LILQQGTTVL SGESTYSGGT DINSAHLYVG
NAKALGSGAV NMQGTAALGF LVDDLVIKND IILASGNTSA IDTGTFNETL GGDISGDGSL
TKQGDGTLIV AGANTYTGST NVLAGTLRAG AANTFSAASA VDLAAGATLD LGGYNQSIAS
FSNAGTLKFG TKPGTTLMIA GNYTGNDGLL ILNTDLGGDD SATDRLVVTG DTSGNSTVNV
NNLKGEGAPT VEGIKIIEIG GVSDGEFSLK GDYEIQGEQA VVAGAYAYQL YKNGKTNPTD
GDWYLRSALK PKTVDPVTPT SPSKPLYQAG APLYEAYPQV LQALNGLSTL QQRVGDRYWA
TDENGGTSNT TRSSVWGRIE GAHNRLTPNS TTTLTSYDVD TYKMQAGLDG QFFDGDSGRL
IGGLTAQYGK ASADVWSVFG DGTIDTDGYG LGATLTWYGD NGIYVDGQVQ ANWFDSDLSS
VTAERGMTDS NKGFGYALGM ETGKRFAVAP GWTLTPQAQL IYSSIDFDSF NDGFGARVSL
KDGDSLNGRL GLSADYRKSW QAANGLISST NVYGIANLYY EFLDGARVNL AGTALSTEND
RFWGGVGLGG TYSWSGGKYS LYGEGMLKTS LAHPSDSFGV NGTVGLKVSF
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