| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PG0411 |
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| Symbol | |
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| ID | 2551598 |
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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 | 446641 |
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| End bp | 449418 |
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| Gene Length | 2778 bp |
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| Protein Length | 925 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637149183 |
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| Product | hemagglutinin, putative |
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| Protein accession | NP_904713 |
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| Protein GI | 34540234 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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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 | 20 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTATCA TGATGAAAAG TATTGTTTTT AGAGCATTTC TAACGATTTT GCTCTCGTGG
GCAGCGATCA CGAATCCGAC TGCTCAAGAG ATCTCAGGCA TGAATGCATC CTGTCTGGCT
GCTCCGGCTC AACCGGATAC TATCTTATAT GAAAGTTTTG AGAATGGACC TGTTCCCAAT
GGCTGGCTTG AGATAGATGC TGATGCTGAT GGTGCCACTT GGGGAAGCCC ATCAGGCTCT
TTCTCTGTAC CTTACGGACA CAATGGCCTT TGCACCTACT CCCATATACG TTCCGGTATC
TCAACAGCGG GCAACTATCT GATTACACCC AATATAGAAG GAGCCAAACG GGTCAAGTAC
TGGGTATGCA ATCAGTATAG TACCAATCCG GAACATTACG CAGTAATGGT ATCGACAACG
GGGACTGCCA TTGAAGACTT TGTTTTGTTG TTTGATGATT CCATAACAGG GAAACCGACT
CCTCTTGTAT GGCGTAGACG AATCGTGGAC TTACCGGAAG GGACCAAATA TATTGCATGG
CGACATTACA AAGTCACCGA CTCACACACA GAATTCTTGA AATTGGATGA TGTCACTGTG
TATAGGTCGA TCGAAGGGCC CGAACCTGCT ACCGACTTCA CAGTAATCAA TATTGGTCAG
AATGTGGGAC GATTGACTTG GAACTATCCG GAGGATTATC AACCGGAAGG AAAGGGGAAT
GAAGAGTTGC AGCTTAGCGG CTACAACATC TATGCGAACG GTACACTACT GGCACAAATA
AAAGATGTCT CCATACTGGA GTATGTGGAC AGCACTTACT CTTTGCGAGA CAATCCCTTG
CAAGTGGAGT ACTGCGTTAC AGCCGTTTAC GATGAAAGCA TAGAATCTTC GACCGTATGT
GGCACGCTGC ATTACGCCAC GGATGCCATC CTTTATGAAA ATTTTGAGAA TGGACCTGTT
CCCAATGGTT GGCTTGTGAT AGACGCTGAT GGAGATGGAT TTAGCTGGGG ACACTATTTG
AATGCATACG ACGCTTTTCC CGGCCATAAT GGAGGCCATT GCTCCTTGTC GGCTTCTTAT
GTTCCGGGTA TAGGCCCGGT GACTCCCGAC AACTATCTGA TTACCCCCAA GGTTGAAGGA
GCCAAACGTG TCAAGTACTG GGTAAGCACG CAGGATGCCA ATTGGGCAGC GGAACATTAC
GCGGTGATGG CTTCGACAAC GGGGACTGCT GTCGGAGATT TCGTCATATT GTTCGAAGAA
ACCATGACAG CGAAGCCGAC CGGCGCATGG TATGAAAGAA CCATCAACTT ACCTGAAGGG
ACTAAATACA TCGCATGGCG GCATTACAAC TGTACCGATA TATATTTCTT GAAGTTGGAC
GATATCACTG TATTCGGGAC TCCTGCATCA GAGCCCGAAC CTGTTACCGA TTTCGTTGTC
TCGCTTATTG AAAACAACAA GGGACGATTA AAGTGGAATT ATCCTAACGG CTACGAACCC
GATAAGACTG ATGATAAAGA CCCATTGCAG CTTGCCGGCT ACAATATCTA TGCAAACGGC
TCGCTCCTTG TTCACATACA AGACCCGACT GTTTTGGAGT ATATCGATGA GACTTATTCT
TCACGAGACG ATCAGGTGGA AGTGGAATAT TGTGTCACTG CCGTTTATAA CGACAATATC
GAGTCCCAAT CGGTTTGCGA TAAGCTGATT TATGATTCTC AATCGGACAT TATCTTATAT
GAAGGCTTTG AGGCCGGAAG TATTCCTGAA GGCTGGTTGT TGATTGATGC TGATGGCGAC
AATGTTAATT GGGACTATTA TCCTTGGACT ATGTATGGAC ATGACAGTGA GAAGTGTATT
GCATCCCCTT CGTACTTACC GATGATTGGC GTTTTAACTC CGGATAACTA TTTGGTTACA
CCCAGACTCG AAGGAGCCAA GCTTGTCAAG TATTGGGTAA GTGCGCAAGA TGCTGTTTAT
TCGGCTGAGC ATTATGCTGT GATGGTTTCT ACTACGGGAA CTGCTGTTGA AGATTTTGTC
CTCTTGTTCG AAGAGACAAT GACCGCTAAG GCTAACGGTG CATGGTATGA GCGAACTATT
ACATTGCCTG CAGGAACAAA ATATATTGCC TGGCGGCATT ATGATTGCAC CGATATGTTT
TTCTTGCTCT TGGATGACAT TACGGTTTAT CGTTCTACTG AGACTGTTCC CGAGCCTGTT
ACTGATTTCG TTGTCTCGCT TATTGAGAAT AACAAGGGTC GCCTGAAATG GAATTATCCT
AACGGCTACG AACCCGATAA GACTGATGAT AAAAAACCAT TGCAGCTTAC CGGCTACAAC
ATCTATGCAA ATGGCTCGCT CCTTGTTCAC ATACAAGACC CGACTGTTTT GGAGTATATC
GATGAGACTT ATTCTTCACG AGACGGTCAG GTGGAAATGG AATATTGTGT CACTGCCGTT
TATAACGACA ATATCGAGTC CCAATCGGTT TGCGATAAGC TGAACTATAC TATCACATCC
TTGGATAATA TTCAATCTGA TACAAGCTTG AAAATATATC CTAATCCGGC ATCGTATGTG
GTAAGGATAG AGGGATTGAG TCGGAGCAAG TCGACAATCG AGTTGTATAA TGCGCTGGGA
ATTTGCATAT TAAGGGAAGA GACTCATTCA GAGAAAACGG AAATCGATGT TTCACGTCTC
AATGACGGAG TCTACTTGAT TAAAGTAGTC GGTGGAAATA AAACAACAAC CGAAAAGGTA
GAGATAAAGA GGCCGTGA
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| Protein sequence | MAIMMKSIVF RAFLTILLSW AAITNPTAQE ISGMNASCLA APAQPDTILY ESFENGPVPN
GWLEIDADAD GATWGSPSGS FSVPYGHNGL CTYSHIRSGI STAGNYLITP NIEGAKRVKY
WVCNQYSTNP EHYAVMVSTT GTAIEDFVLL FDDSITGKPT PLVWRRRIVD LPEGTKYIAW
RHYKVTDSHT EFLKLDDVTV YRSIEGPEPA TDFTVINIGQ NVGRLTWNYP EDYQPEGKGN
EELQLSGYNI YANGTLLAQI KDVSILEYVD STYSLRDNPL QVEYCVTAVY DESIESSTVC
GTLHYATDAI LYENFENGPV PNGWLVIDAD GDGFSWGHYL NAYDAFPGHN GGHCSLSASY
VPGIGPVTPD NYLITPKVEG AKRVKYWVST QDANWAAEHY AVMASTTGTA VGDFVILFEE
TMTAKPTGAW YERTINLPEG TKYIAWRHYN CTDIYFLKLD DITVFGTPAS EPEPVTDFVV
SLIENNKGRL KWNYPNGYEP DKTDDKDPLQ LAGYNIYANG SLLVHIQDPT VLEYIDETYS
SRDDQVEVEY CVTAVYNDNI ESQSVCDKLI YDSQSDIILY EGFEAGSIPE GWLLIDADGD
NVNWDYYPWT MYGHDSEKCI ASPSYLPMIG VLTPDNYLVT PRLEGAKLVK YWVSAQDAVY
SAEHYAVMVS TTGTAVEDFV LLFEETMTAK ANGAWYERTI TLPAGTKYIA WRHYDCTDMF
FLLLDDITVY RSTETVPEPV TDFVVSLIEN NKGRLKWNYP NGYEPDKTDD KKPLQLTGYN
IYANGSLLVH IQDPTVLEYI DETYSSRDGQ VEMEYCVTAV YNDNIESQSV CDKLNYTITS
LDNIQSDTSL KIYPNPASYV VRIEGLSRSK STIELYNALG ICILREETHS EKTEIDVSRL
NDGVYLIKVV GGNKTTTEKV EIKRP
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