| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PG1414 |
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| Symbol | |
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| ID | 2551740 |
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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 | Porphyromonas gingivalis W83 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002950 |
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| Strand | + |
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| Start bp | 1497149 |
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| End bp | 1499764 |
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| Gene Length | 2616 bp |
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| Protein Length | 871 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 637150067 |
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| Product | hypothetical protein |
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| Protein accession | NP_905570 |
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| Protein GI | 34541091 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 17 |
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| Fosmid unclonability p-value | 0.530363 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGTTATGTC TTATGAGAAA AAGAATTCTA CAACTTTTCC TGACCGCATT GCTGCTGGCA
TTAGGCTCCT CTCTCGCCAT AGCGCAAACA GTGGTGACCG GTAAGGTGAT CGATTCAGAA
ACGTCCGAAC CGCTCATCGG TGTATCCGTA AGCACCGGTC AGGGAGCATC CCTCCGCGGT
GTAACCACCG ATATGGATGG TGGCTTCCGA TTCGAAGTAC CGGCCAAATC TGTCTTGACT
TTCCGTTGCG TAGGTTATGC TACCGTAACT CGCTCTATAG GCAGAGGTTC TCAAGAAGAC
CTCGGTACGA TTCTCCTCGA TCCCCAGGCC ATCGGCTTGG ATGAGATTCA GGTAATAGCC
TCTGTGGTGC CCAAAGACCG TATGACGCCG GTACCCGTTT CCAATATCCG TGTGGCTGAT
ATTCAGGCAG CATCGTTGAA TGTCGAATTT CCCGAACTGG TTAAATCCAC TCCCTCTACC
TATACGACAA AAGGAAGCGG AGGTTTCGGT GATGGTCGTA CCAATGTGCG TGGATTCGAC
ACTTACAACT TCGGTGTACT CATCAACGGA GTTCCTGTCA ATGGTATGGA AGACGGGAAA
GTATATTGGA GCAATTGGAG TGGTCTGATG AATCAAGCCA GTACCATTCA GATTCAGCGC
GGACTCGGAG CCTCCAAGCT CGGTATCAGC TCGGTAGGTG GTACGATGAA CATTATCACG
AAGACTACGG ACGCCAACAC CGGAGGTTCG GCTTATGTCG GTATGGGTAA TGATGGATTG
CACAAAGAAT CGTTCTCCAT TTCTACGGGT ATGAACGACG GTTGGGCTAT CACCATTGCA
GGCTCCCATA TGACGGGTCT GGGTTATGTG AAGGGGCTGA AGGGACGTGC ATTCTCTTAC
TTCTTCAACG TTTCGAAGAA GTTCAATGAA CGTCATACCC TCTCTCTTAC CGGATTCGGT
GCACCACAAT GGCACAACCA ACGTTCTTCC AAATATTCTG TAGCCGACTA TGACAAATAC
GGCATCCGTC ACAATCAATC CTTCGGCTAT CTGCGAGGCG AACTGACTCC TACGGCTTAT
GCTTACAATA CGTACCACAA GCCCCAGTTC TCGCTGAACC ACTTCTGGAA GATGGATGAA
AATACCTCTC TTTATACCGC AGCCTACGCA TCTTTGGCTA CCGGTGGAGG TCGTCGCGCT
TATGGAAAGA ACAGTAAGTG GGTATTGATC AACTACAACA CCGGACAACC CTATGAACAA
ACAAAGGTGA CTCCCGATGG ACTTATCGAC TACGATGCCG TACTGGCTGC CAATGCTGCG
GCGAGCAATG GCTCGGAAGC AATTTTTGCC CTTGGCTCCA ACTCTCACAA GTGGTTCGGT
CTACTCTCTT CATTCAAGAA GAAACTTAAT AGTTCGCTGA CTTTGACAGC CGGATACGAT
GGGCGTTACT ACCGTGGCGA CCACTATGAC AAGATCACCG ATCTGCTCGG CGGTAGCTAC
TACATAGAGG ATCCCAAGAC AAAGCTCGCA TACCATGCGG AAGGTCAGCA ACTGAAAGTG
GGTGACATTG TAAATCGGGA CTACACAGGC GAAATCATGT GGCACGGCCT CTTCGCACAG
ATGGAGCATT CGTCCGAATG GATCGATGCA TTCGTATCAG GATCTATCAA CTACGAACTA
TACCGCAATC ACAACTATGG CGGTAGCAAG TCCACCGGCT ACCTGCCCGG CGTATCGCCG
TGGAAAAGCT TCCTTCCGTG GAGTGGCAAG GCAGGTCTGA GCTACAAGTT CGCACAGGGA
CACAATGTAT TCGCCAATGG CGGTTTCTTC ACACGTGCAC CACTCTTTGG CAATATCTAT
GCTGCGGGGG CTATCATTCC CAATGACAAA GCCAATATGG AAAAGGTGCT TACAGGAGAG
GTCGGCTATG GATTCACGAA TCACAAAAAC TTCGAGTTCA ATATCAACGG ATACTATACG
AAGTGGATGG ATCGCGTGAC CTCGAAGAGA ATCGGAAACG AGTATGTTTA TCTCAATGGC
GTTGATGCTG TTCACTGTGG GGTAGAGGCT GAGGTCAGCT ATCGTCCTAT TCGTCAGATC
GACCTTCGCG GTATGTTCTC TCTCGGTGAC TGGACTTGGC AAAACAATGT AAGTTACACT
TCTTACGACG AAGCCGGCAA TGAGACAGGG CAGGATATAA CCTATATCAA GGGTCTTCAC
GTCGGAGATG CAGCACAGAT GACGGCTGCT GTATCGGCAG ACATAGAGCT GTTCAAGGGT
TTCCATGTCA TAGGTAAGTA CAACTTCCTT GGCAAGAACT ATGCAGGATT CAACCCCGCA
ACGCGTAATG CACAGCAGTA CGAAGCGGAT GGCAAAGAAA TCGTGGAATC ATGGAAGTTG
CCCGATGTAG GTCTGTTCGA TCTGTCTGCA TCCTACAATT TCAAGCTTGG TTCACTCAGC
ACCACATTCT ATTTCAACAT GGACAACGTA GCCGACAAGC GATATGTGAG CGATGCCGAC
GACAATATCA TCGGTAAGAA ACACGATGAG GCTTCGGCTC TCGTATGGTA CGGTTTCGGC
CGCACTTGGT CTACCGGTAT TCGTGTAAAC TTCTGA
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| Protein sequence | MLCLMRKRIL QLFLTALLLA LGSSLAIAQT VVTGKVIDSE TSEPLIGVSV STGQGASLRG
VTTDMDGGFR FEVPAKSVLT FRCVGYATVT RSIGRGSQED LGTILLDPQA IGLDEIQVIA
SVVPKDRMTP VPVSNIRVAD IQAASLNVEF PELVKSTPST YTTKGSGGFG DGRTNVRGFD
TYNFGVLING VPVNGMEDGK VYWSNWSGLM NQASTIQIQR GLGASKLGIS SVGGTMNIIT
KTTDANTGGS AYVGMGNDGL HKESFSISTG MNDGWAITIA GSHMTGLGYV KGLKGRAFSY
FFNVSKKFNE RHTLSLTGFG APQWHNQRSS KYSVADYDKY GIRHNQSFGY LRGELTPTAY
AYNTYHKPQF SLNHFWKMDE NTSLYTAAYA SLATGGGRRA YGKNSKWVLI NYNTGQPYEQ
TKVTPDGLID YDAVLAANAA ASNGSEAIFA LGSNSHKWFG LLSSFKKKLN SSLTLTAGYD
GRYYRGDHYD KITDLLGGSY YIEDPKTKLA YHAEGQQLKV GDIVNRDYTG EIMWHGLFAQ
MEHSSEWIDA FVSGSINYEL YRNHNYGGSK STGYLPGVSP WKSFLPWSGK AGLSYKFAQG
HNVFANGGFF TRAPLFGNIY AAGAIIPNDK ANMEKVLTGE VGYGFTNHKN FEFNINGYYT
KWMDRVTSKR IGNEYVYLNG VDAVHCGVEA EVSYRPIRQI DLRGMFSLGD WTWQNNVSYT
SYDEAGNETG QDITYIKGLH VGDAAQMTAA VSADIELFKG FHVIGKYNFL GKNYAGFNPA
TRNAQQYEAD GKEIVESWKL PDVGLFDLSA SYNFKLGSLS TTFYFNMDNV ADKRYVSDAD
DNIIGKKHDE ASALVWYGFG RTWSTGIRVN F
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