| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PG0840 |
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| Symbol | |
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| ID | 2552857 |
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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 | 898512 |
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| End bp | 902543 |
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| Gene Length | 4032 bp |
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| Protein Length | 1343 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637149572 |
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| Product | hypothetical protein |
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| Protein accession | NP_905092 |
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| Protein GI | 34540613 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.0269599 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTATGA AGTTTCCTGC TGAAATAAGA GATCGGCTGT ATGCAACTAT TGTTCCCGTA
AAGTGCGGGA GTAATAGAGG AACAGCTTTT TTTATAAAGG ATGATACATT GCTGACCGCA
CGTCATATAT TGGGCGACTA TGCAGTTGAC AATGAAGAAG TATTTATTCA AGTTGACAAC
AAAAGTATAA CATGTCAAAT AGAGTATATT GCAGCAGAAG AAGATCCTGT AGATGTTGTA
GTATTAAGAA CAGATAAGTA TAAACACGAG CAATACCTGC CTCTGTTGTC TGCTGTTTTT
AATGAGGAAA GACCTTTGTG TATTGTAGGC TATCCGAAAG AACTTGTCAA TGGCAAAGAA
CTTGTAAGCA TAGATGTACA TGATAGAATC GGAACAACGA AACAAGAGTT TGATACGGCT
GTAGTCAGAA CCGACTCACT TGAGTTGGAG TCTTACAAAG GTTTTTCTGG TTCGCCCGTG
CTAAATGAAA AGGGTTCTGT AATAGGTATT ACATTAAAGC AATTATATGG AGGGTTGGGG
TATTGTTCGG TGAATTGTAT TAAAGAACTG TTGAAATTGC ATGGTCTAAA AGTATCAGAA
GACTGGCAGA GTGAAGATTT TTCTCCCACG GGAAGGGGAA CAAGTCAACG ACAGGTAAAC
AATGCTATTA GCTATGCAGC TCTGAGATAC AATGCTGATT TACATATCGC AAACAGAGAA
TTGGATGATA AAATCGATTT GTTTGCGGTA AAGGAACTGC AGGATGAACT CTATAAGCGA
TTGTTAAAGT CGGAAAGTAT TGCATTATCG ATAAAGTATA TTGGCGCACG TCTATCCAAA
TATAAAGAAG GTGATTATAA AGATCTCTAT TCTCAGCTGG AGAATATACG TGCCAATTAT
GCAGAAGATA GATCTCATGA AGGATATCCT ACAAACTTCT TTCGGGAAGA GTTGCCACGG
TTGGAAGCTG ACATCGATTC TCTGTACTAT TGCGAAAGTA AGCTATTGAT AATAGATGCA
GAAGCTGGCA TAGGTAAGAC TCACTATATG TGCGCTACGG CACAGCGGCT ATCTCAACAT
ATAAATGTAT ATCTGTTATT TGGTAGCAGA TTTTCCACGC AAGAAGACTT TGAATTGCAG
CTGGCAAGAA TGTTAGGAAT AGGGGGTAGG TCTTTGGAGG AGTTGGATGA TGCCATGGAA
GATCAACATT CGAATGCTCT CATCATTATT GATGCTATCA ATGAGGGGGC AACAAATGTA
TTTTGGGACA GGGAGCTAAA AAAACTAGGG GAAAGGGTCT ATCAATTAAA GAACCTGCGG
GTAATCGTTA CATACAGAGT GGGGGACTTT GAGCCTTCGG ATGTTTGGGG GAATTGGAGG
AAAGCATCTA TGAAAGGGTA TGGTTCACAA GTCCGTGAAG CTGTTAGAAA ATACTTTGCC
CATTACAAGA TAAAGGACGA AGATGGTTCG ATTTGCTATC GTTTCTTAGA GGAATTTAAA
AATCCGCTGT TCCTAAATAT CTTCTGTCAG GTTGTGAGTC AGGATTTTAG CTTCTTAAGG
GGCAATTTTT CCTACGTGGA ACTTTATAGG CGGTATATAG GATATAGGAA CATCATAGTT
TCAGATGGGG TGGACGAAGA TTCTCGCCGG CATGTAACAG AAAAGCTGTT GGATAAACTG
GCAAAGTATT CATTGTTCTA TAATTCATGT CAGGATATCC CAAGAGAAAA GGCAAGACTC
TATGCAGATC AAATATGTAG AAACAGAACA TGGCGCAATA GTTTGTTGTA CTGGGCAATC
AAAGAAAATC TCTTACTGGA AACAGGTTTG GATGGTGAAG GTCTCATGTT TGGCTTTCAG
AAGATTGGTG ACTTCCTAAT GGCTGATGCA TTTTGCAAAA GCAAAATGAA AGATAGTGCG
AAAGTAGATT TTGTCATAGA GAAGTCAGAA TGTCAGCAAT ATCCCCTGTA CAAGCGTTTT
CTCGTGGCCT TATTTTCGGA GTGGTCCCTT ATGCCAGAGT TTTTGGATAG GGATTTACTT
GTACGCAGGG AGACGTTGTT AGATATTTTG TTGGAAAGTC TGCATTATCG ATCAAGAAAC
AATAGGTTGG TATTCAGTTG GATGGTAAAA GAACAGGTTT TCTCATTAAG GATATTGCGT
GATTTTATAA ACATATTGCC GGAAGATGTA TTTCGTATGG CTCACAGTAG GTTGATGAAT
GCATCATTGG TTAATAGAGA TAAGAAATGG ACAACGTCTG TGAATTCTAT ATATGACTCC
TTCTTATCTA GTAATGTAGA TGATTTTCTT GAAATTGAAA TCACAGAGAA TAACAATCGG
AAATATCTAA TACTTCTAGG ATGGATGTGT GTATCAACGC ATCCTTTTAT CAGGGGTAGA
GCGTTGAGAA AATTGGTGTA TTTGTTTGAT AAGGCACCAG AGTTATTACA AGAAGCTTTA
CGTTTGTTTG CTTCATGCAA TGATATGTAT GTGGTAGAAA TGATCGTGTG TTCCATTTAT
GGACACCTGC TAAGAAGTAG AGACAAGAAC GTGTGTGCAG AGATTGCAAA GATGATGCTG
AAAATATTTT ATGTAGATGG GAAAGCTCCA TCTGATATAC TGGTCAGACA ATGGAGTATG
TTGATTTTTC AGTATGCAGA TTACTTGAAT GGAGGTAGTG CTTTTTGGAG GGAAATAGAA
GTTCCCTTCA TAGCAGAGAG CCCTTATTCG TTAATGACGT CACAATTGGA GGGTAAAGAA
ACCTATTTTG GCTCTTCTGA TGGTTCTAAA AGATTGCATT ATACATTGTG CGGTTTTTCT
GATTTTAATA GATATGTCCT CGGGTCTAAT TCTTCTAGTT CGAGTCGTGT ATTCTTCGAG
ATTAAAGGAG GGGAATATCA ACCCGTTCAA TTGCAGCATA TTAGAGGTGT AATAGCAGGC
ATTATATTGA ATGAATATGG CTGGGATGAT GAACTTGGAA AATTGGACGA AGGGGTATAC
AGTACATCAA GACATGATAA CAAAACGGAG CGTTTTGGTA AAAAATATCT TTGGATGGCC
TTGTATAAAA CAGATGCAAT ACTTTCTGAT TATTGTTCGA TTTTGAAAGG TAGATATTAT
GGTTATGCTA TACCCAAACA AGAGGATATG GCATCGAACC CTTATCCATG GTTGACAGAC
GAATATTCCA CAATAGATCC ATCACTATTG GGTAGACAAG GAAAAGATTT TATTTCTTTT
GAAATCAATC TATTAGAGGA AGTTAATAAT GTTGATAATG AGCAATGGAT GGATAGAGGG
TATCAATTAC CAGCTCCGCG GTTGCTCTTG AAAGACAAGG ATAATGCAGA CTGGGTGCTG
CTAACGAGCT ATGATGGGCA TAAAACAGAA GCAGCAGATG GTACCATCAA AGATCTCTTC
TTGTATACCA ATGGTGCTTT CATTAAGAAA GAAGAGTTGA GTGCTTACAA GAAATGGGCT
AAAGAACAGA ACTTCTATGG GCGATGGATG CCTGAATGCC TAAATGGAAG CACGGATTAT
TTGTGGAATG AATACCCTTG GGCAGAGACC TACATTCGAC AACGAGATGA ATGGGAAAAG
AATCATAGCT ACGAAGGTGT AGGTTTTAAA TTGCAGTTGT CATATGAGTC TCAATTGCAG
GAAAATAGCT TTGGTTTTGA TGATTCTAAT GAATGGTTGC CCGAAGTATG CATGCCCAAC
CATCACATTA TGGAAGACTT AAAGTTATAC ACAGCCGAAA GAGGTGTAGT AAGAGATATA
TCCACCAATG AAATCGTTTC GGTAAATATT CGGGTTGGAA GCTTAAAGGG GTTAGCTATG
CGAAAAGACT ATTTGTCAGA ATATCTTTCA CATTCTAGAT GTGTTCTTGT CTATTATTCT
TTAGGAGAAA AATTAATGAG AGCAAAAAAT CATCAAGGTT TAGGAAAGAT TTATGACTTA
TCAGGTTCAT ATGCATATGA AGATAGATCT ATTCTGGCAA TAGAGCCTAT GCACATCTCC
AACGTCTCGT GA
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| Protein sequence | MAMKFPAEIR DRLYATIVPV KCGSNRGTAF FIKDDTLLTA RHILGDYAVD NEEVFIQVDN
KSITCQIEYI AAEEDPVDVV VLRTDKYKHE QYLPLLSAVF NEERPLCIVG YPKELVNGKE
LVSIDVHDRI GTTKQEFDTA VVRTDSLELE SYKGFSGSPV LNEKGSVIGI TLKQLYGGLG
YCSVNCIKEL LKLHGLKVSE DWQSEDFSPT GRGTSQRQVN NAISYAALRY NADLHIANRE
LDDKIDLFAV KELQDELYKR LLKSESIALS IKYIGARLSK YKEGDYKDLY SQLENIRANY
AEDRSHEGYP TNFFREELPR LEADIDSLYY CESKLLIIDA EAGIGKTHYM CATAQRLSQH
INVYLLFGSR FSTQEDFELQ LARMLGIGGR SLEELDDAME DQHSNALIII DAINEGATNV
FWDRELKKLG ERVYQLKNLR VIVTYRVGDF EPSDVWGNWR KASMKGYGSQ VREAVRKYFA
HYKIKDEDGS ICYRFLEEFK NPLFLNIFCQ VVSQDFSFLR GNFSYVELYR RYIGYRNIIV
SDGVDEDSRR HVTEKLLDKL AKYSLFYNSC QDIPREKARL YADQICRNRT WRNSLLYWAI
KENLLLETGL DGEGLMFGFQ KIGDFLMADA FCKSKMKDSA KVDFVIEKSE CQQYPLYKRF
LVALFSEWSL MPEFLDRDLL VRRETLLDIL LESLHYRSRN NRLVFSWMVK EQVFSLRILR
DFINILPEDV FRMAHSRLMN ASLVNRDKKW TTSVNSIYDS FLSSNVDDFL EIEITENNNR
KYLILLGWMC VSTHPFIRGR ALRKLVYLFD KAPELLQEAL RLFASCNDMY VVEMIVCSIY
GHLLRSRDKN VCAEIAKMML KIFYVDGKAP SDILVRQWSM LIFQYADYLN GGSAFWREIE
VPFIAESPYS LMTSQLEGKE TYFGSSDGSK RLHYTLCGFS DFNRYVLGSN SSSSSRVFFE
IKGGEYQPVQ LQHIRGVIAG IILNEYGWDD ELGKLDEGVY STSRHDNKTE RFGKKYLWMA
LYKTDAILSD YCSILKGRYY GYAIPKQEDM ASNPYPWLTD EYSTIDPSLL GRQGKDFISF
EINLLEEVNN VDNEQWMDRG YQLPAPRLLL KDKDNADWVL LTSYDGHKTE AADGTIKDLF
LYTNGAFIKK EELSAYKKWA KEQNFYGRWM PECLNGSTDY LWNEYPWAET YIRQRDEWEK
NHSYEGVGFK LQLSYESQLQ ENSFGFDDSN EWLPEVCMPN HHIMEDLKLY TAERGVVRDI
STNEIVSVNI RVGSLKGLAM RKDYLSEYLS HSRCVLVYYS LGEKLMRAKN HQGLGKIYDL
SGSYAYEDRS ILAIEPMHIS NVS
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