| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0695 |
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| Symbol | pmpB/C-2 |
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| ID | 1246056 |
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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 | Chlamydia muridarum Nigg |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002620 |
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| Strand | + |
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| Start bp | 833354 |
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| End bp | 837736 |
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| Gene Length | 4383 bp |
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| Protein Length | 1460 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637061502 |
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| Product | polymorphic membrane protein B/C family protein |
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| Protein accession | NP_297069 |
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| Protein GI | 15835310 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01376] Chlamydial polymorphic outer membrane protein repeat
[TIGR01414] outer membrane autotransporter barrel domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGAAGTTTT TATCAGCTAC CGCTGTATTT GCTGCAGCTC TTCCCTCTAT CACAAGTGCT
AGCTCCGTTG AATCCCAAAT AGAAACAAAA GATCTAAACT CTAGTAGAAC AGGATCCTCA
TCATCGCAAT CCTTCACTGA AATAATTCCA GAAAATGGCG CAGAATATAG GGTATCTGGA
GATGTTTCAT TTTCTGATTT TTCAAATATA CCAGAAGAAG CAGAGACTCT TGCTATATCG
CACAAAGAAC AGCCTAATAA CGAAGTAGTA CTCTCCGAAG AAAACCACCA AGCATCCTTT
CAAGATTCTG CACAAAACCA AACTGAAAAT GCCTCTGAAG GAAACTCTCC TAATAGCGAG
AATACTAACC AGTCATCTAC CACAGAAACC GAGTCTATAA CTACTGATGA ACAAGTGCAG
AATGATAATG AATCTGCAGC TTCTGTACCT ACTACTGTAG AAACAGCAAC AGCTATGCGC
CTCCCCTCTT ACCATCTACA AACAGAATCA TTAGTAGAAG GGGCTACAGA AGAAGATCAA
AATCAACCGA ACTCTCAAAA TACATCTAGT GGCGGCGGAG CATTTTATAA CTCTCAACAA
GGACCTTTAT CCTTTATCAA TGATCCCGAT AAAGACAGTT CTCTCACCTT ATCAAAAATT
CGAGTAATAG GAGAGGGTGG TGCCATTTAC TCGAAAGGAC CATTAAGCAT AACAGGTCTT
AAAAAATTAG CTTTAAAAGA AAACTTATCC CAAAAGGCTG GAGGAGCTAT TTGTGCAGAA
TCCACTATTT CAATAAGTAG TGTAGATTCT ATCATTTTTT CTAAGAATAC AGTCACTCCT
CCAGCTGCCA ATAAACCTGA ACTCCCTAAC GATCCCTCTG GGAGTAATGG TAATGATGGT
TCTGATGACA GTAACTCCTC AGGTAATACT GACTCAAATG AAAGCAACCC TAACAACAGC
GCTTCTAATA ACACTGGCTC TGAAAATGAG CTTTCTTCCA GTACCCCATC CGCACAACTT
CCCAATCCCG CAACACCATT TTTATCATCT GTTTCTACAA ACTCTCAACC TATAGACACA
GAACCAGAAA ATGCATGGCA TGCTGAATCA GGGTCTGGAG GAGCTATCTA TTCTAAAGGC
AAGCTTTCTA TCGCAAGCTC TAAAGAAGTA GTCTTCGATC ACAACTCGGC CACCAAAAAT
GGAGGAGCTA TCTTCGGAGA GGAAGAAATT GCTCTCGAAA AAATAGCGTC TCTGAAATTC
GATTCCAACA CTACCGGTGA AAAAGGTGGG GCTATTCATG CGAAAACAGT TACACTATCT
GATATCAAAA ACACTTTGAT TTTCGTTAAT AATACGGCTA AAACACCGGA AGAAAACTCT
CTAAAATCTT CTCAACTAAA CAACCAAAAT CCTTCCGAAG AAGAGCACCA AGATACTAGT
GAGGGTGAAG AAAGCCAGTC TCTTGAAACG TCACCTATAA CTAATCAAGA CTCTGCATCC
TCTCATGTAG CCATTTTCCG TTCTATAGCA GCATCCTCCT CTCAATCTAA TAGCGAAAAT
ATCCCTAATG CAGATGGGTC TACATCTGCT GGGGGAGACG CAGGAAGCTC TTCACAACCA
TCGACACCAG GATCCGATTC TTCGATAAAT CATGTGATTG GAGGAGGAGC TATCTATGGA
GAGGCAGTCA AAATCGAGAA CCTCTCTGGA TATGGAACAT TCTCCAACAA TAACGCTGTT
GATCATCAAA TTTCTGGATC TACATCCGAT GTTTTAGGAG GAGCTATCTA TGCTAAAACA
TCACTAACTA TCGATAGCGG GAACTCTAGT GGAACCATTA CATTCTCTGA AAATACCACT
TCTTCCAAAT CTACAACAGG ACAGGTTGCT GGAGGAGCCA TCTTCTCCCC TAGTGTAACC
ATCACCACAC CAGTGACCTT TTCTAAAAAC TCTGCGATAA ATGCCACAAC CAGTTCTAAA
AAGGATACCT TTGGGGGAGC TATCGGTGCA ATCTCTACAG TTTCTCTATC CAAAGGAGCT
CGATTCTCAG AAAATATTGC CGATCTTGGA TCTGCTATTG GATTAGTACC TACTACACAA
GATGCAGAAA CTGTTCAGCT AACAACAGGT TCTTACTATT TTGAAAAGAA TAAAGCACTA
AAACGAGCAA CTGTTTACGC TCCTATCGTA TCTATCAAAG CTCATACCGC AACATTCGAT
CAAAATATCT CTGCAGAAGA AGGAAGCGCG ATTTATTTCA CTAAAGAAGC CACCATTGAG
TCTTTGGGAT CCGTTCTTTT TACAGGGAAC TTGGTAACCC CAATACAAAG CACAACAGTG
TTAACTTCTG GAAACACCTC AAAATACGGG GCTGCTATTT TTGGACAAAT AGCGAATGCA
AGCGGATCTC AAACTGATAA CCTCCCCCTC AAACTGATCG CTTCTGGAGG GAATATCAGC
TTCCGAAATA ACGAATACCG TCCAGATGCC ACTAATACTG GACAATCTAC TTTCTGTAGT
ATCGCTGGAG ATATTAAATT AACCATGCAG GCTGCAGAAG GCAAAGTAAT CAGTTTCTTT
GATGCTATAC GAACTTCCAC TAAGAAAACA GGAACTCTGG CCTCTGCTTA TGACACACTA
GATATCAATA AATCGAATGA TTCAGGGTCC ATAAATTCAG CCTTTACAGG GACCATTATG
TTCTCCTCTG AATTACATGA GAACAAATCC TATATTCCAC AAAACGTAGT CTTACACAGT
GGCTCTCTCA TATTGAAAGC AAATACGGAA CTTCATGTGC TTTCGTTTGA TCAGAAAGAA
GGCTCTTCTC TTATTATGGA ACCTGGATCT GTTCTTTCAA ATCAAGATAT TGCTGATGGT
TCTTTAGTAG TAAATAGTCT TACCATTGAT TTATCGAGTG TTGGAAGAAA CAGTGCCTCT
GGAGACAATA TCTTCATGCC TCCAGAATTA AGAATCGTAG ATACCTCTAC AAATTCTGGA
AACAGCTCTT CTACCCCGCC CTCATCGAAT ACACCACCAA ACTCAACTCC GACAGCACAA
GCTCCTATTT CCAAAAATTT TGCTGCCACA ACCACGACAC CAACAACACC TCCGACAACA
GGGAACATCG TTTTCCTTAA CGGAGTTATT AAACTGATTG ATCCGAATGG GACATTTTTC
CAAAACCCTG CATTAGGATC TGACCAAAAA ATCTCTCTAC TAGTACTCCC TTCAGATCAA
ACAAAACTCC AAGCTCAGAA AGTTGTGCTA ACAGGAGACA TCTCTCCTAA GAAAGGATAC
ACAGGAACAT TAACTCTTGA TCCTCAACAA TTACAAAATG GAGTAATCCA AGCTTTATGG
ACATTCAAAT CCTACAGACA GTGGGCCTAT ATTCCTAGGG ATAATCACTT TTATGCCAAC
TCGATTCTGG GATCCCAAAT GTCTATGGCT ACTGTCAAAC AAGGATTAAT CAATGATAAA
TTGAATCTTG CTCGCTTTGA TGAGGTTGCT TACAATAATT TGTGGATATC AGGACTAGGA
ACCATGCTCT CTCAAAGAGG AGGCCAGCGA TCAGAGGAAA TGACTTATTA CAGTAGAGGA
GCTTCTGTTG CTTTAGATGC GAAACCTACC CAAGATTTGA TCATTGGAGC AGCATTTAGT
AAAATGATCG GAAGAAGCAA ATCTTTGAAA CTAGAGCGTA ACTACACCCA CAAGGGATCG
GAATATTCCT ACCAAGCATC GGTTTATGGA GGTAGTCCTT TCTATCTTAC AATTAACAAA
GAAGCAGGCC GATCCCTCCC TCTCTTATTA CAAGGGGTTA TCTCCTACGG ATACATCAAA
CACGATACAG TTACCCACTA TCCTACAATT CGTGAATTAA ACAAAGGAGA GTGGGAAGAC
TTAGGATGGT TGACCGCTCT TCGAGTCTCT TCCATCTTAA AAACACCTAA ACAAGGAGAC
TCCAAACGCA TTACTGTTTA CGGAGAAGTT GAATATTCTA GCATCCGTCA AAAACAATTT
ACGGAAACGG AATATGATCC TCGTTACTTC AGTAACTGCA CCTATAGAAA CTTAGCAGTT
CCTGTAGGAT TAGCCTTAGA GGGAGAATTC AAAGGTAACG ATATTTTGAT GTACAACAGA
TTCTCTGTAG CTTACATGCC ATCCATCTAT CGAAACTCTC CAGTATGCAA GTACCAAGTA
CTCTCATCTG GAGAAGGTGG AGAAATCGTC TGTGGTGTTC CCACCAGAAA CTCCTCTCGA
GCAGAATATA GTACGCAGTT ATACCTTGGT CCTCTATGGA CTTTATATGG ATCCTACACA
TTAGAAGCGG ACGCTCACAC GTTAGCCAAT ATGATTAACT GTGGGGCTCG CATGACATTC
TAA
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| Protein sequence | MKFLSATAVF AAALPSITSA SSVESQIETK DLNSSRTGSS SSQSFTEIIP ENGAEYRVSG
DVSFSDFSNI PEEAETLAIS HKEQPNNEVV LSEENHQASF QDSAQNQTEN ASEGNSPNSE
NTNQSSTTET ESITTDEQVQ NDNESAASVP TTVETATAMR LPSYHLQTES LVEGATEEDQ
NQPNSQNTSS GGGAFYNSQQ GPLSFINDPD KDSSLTLSKI RVIGEGGAIY SKGPLSITGL
KKLALKENLS QKAGGAICAE STISISSVDS IIFSKNTVTP PAANKPELPN DPSGSNGNDG
SDDSNSSGNT DSNESNPNNS ASNNTGSENE LSSSTPSAQL PNPATPFLSS VSTNSQPIDT
EPENAWHAES GSGGAIYSKG KLSIASSKEV VFDHNSATKN GGAIFGEEEI ALEKIASLKF
DSNTTGEKGG AIHAKTVTLS DIKNTLIFVN NTAKTPEENS LKSSQLNNQN PSEEEHQDTS
EGEESQSLET SPITNQDSAS SHVAIFRSIA ASSSQSNSEN IPNADGSTSA GGDAGSSSQP
STPGSDSSIN HVIGGGAIYG EAVKIENLSG YGTFSNNNAV DHQISGSTSD VLGGAIYAKT
SLTIDSGNSS GTITFSENTT SSKSTTGQVA GGAIFSPSVT ITTPVTFSKN SAINATTSSK
KDTFGGAIGA ISTVSLSKGA RFSENIADLG SAIGLVPTTQ DAETVQLTTG SYYFEKNKAL
KRATVYAPIV SIKAHTATFD QNISAEEGSA IYFTKEATIE SLGSVLFTGN LVTPIQSTTV
LTSGNTSKYG AAIFGQIANA SGSQTDNLPL KLIASGGNIS FRNNEYRPDA TNTGQSTFCS
IAGDIKLTMQ AAEGKVISFF DAIRTSTKKT GTLASAYDTL DINKSNDSGS INSAFTGTIM
FSSELHENKS YIPQNVVLHS GSLILKANTE LHVLSFDQKE GSSLIMEPGS VLSNQDIADG
SLVVNSLTID LSSVGRNSAS GDNIFMPPEL RIVDTSTNSG NSSSTPPSSN TPPNSTPTAQ
APISKNFAAT TTTPTTPPTT GNIVFLNGVI KLIDPNGTFF QNPALGSDQK ISLLVLPSDQ
TKLQAQKVVL TGDISPKKGY TGTLTLDPQQ LQNGVIQALW TFKSYRQWAY IPRDNHFYAN
SILGSQMSMA TVKQGLINDK LNLARFDEVA YNNLWISGLG TMLSQRGGQR SEEMTYYSRG
ASVALDAKPT QDLIIGAAFS KMIGRSKSLK LERNYTHKGS EYSYQASVYG GSPFYLTINK
EAGRSLPLLL QGVISYGYIK HDTVTHYPTI RELNKGEWED LGWLTALRVS SILKTPKQGD
SKRITVYGEV EYSSIRQKQF TETEYDPRYF SNCTYRNLAV PVGLALEGEF KGNDILMYNR
FSVAYMPSIY RNSPVCKYQV LSSGEGGEIV CGVPTRNSSR AEYSTQLYLG PLWTLYGSYT
LEADAHTLAN MINCGARMTF
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