| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0054 |
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| Symbol | |
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| ID | 1245583 |
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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 | 60401 |
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| End bp | 63643 |
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| Gene Length | 3243 bp |
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| Protein Length | 1080 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637060847 |
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| Product | penicillin-binding protein, putative |
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| Protein accession | NP_296438 |
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| Protein GI | 15834679 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0768] Cell division protein FtsI/penicillin-binding protein 2 |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | ATGAAGAGAA AACGATGTAG ATCACTTTCT GTTCCAGAAA AGGCTAACAG GCTACTTGTA
GGATTTATTA TTGCTTTGTC TATCATTACT TTACGTATAT GGCATGTAGC TGTTGTTCAG
CACGAGAAAA AAAAAGAAGA GGCTTATCGT CCTCAACGTA GAAGTGTTCC AGAGCATTTT
GATCGTGCTG GAGTATGCGA TCGATTCGGT AAGCCTTTGG CTGAAAATGT TCTACAGTAC
AATGTAGGAA TTTCTTATCG GGCTATAAGG GATATTCCCA CTCGTGTTTG GCATACAGAT
GAAAACGGGA ATAAAAGGCT AGTTCCTGTT CGCAAGGATT ATATTAAAAA ATTCGCCGAT
TTTTTGGCTC AAGAGCTTCA TATGGATCGT GATTTTGTTG AAGATACGAT TCATGCTAAA
GCTTCTGTGT TAGGGTCTGT TCCGCATATC ATTCAAGCAA ACGTATCTGA GCGCACTTTT
TTAAAGCTTA AGATGTTGGA AAAAGATTGG CCAGGATTAC ATGTTGAATC TTCTGTTCGT
CGACATTATC CAGAGGGACG TACTGTAGCG GATTTGTTAG GATATGTAGG CCCAATTAGC
GCAGAGGAAC ACAGAAAAAT TACTAGGGAA CTGGGGAACT TACGAGAATG CATTCGTGCT
TATGAAGAGG GAGAAGATCC CAAATTCCCG TTAGGAATAT CGAGTATCGA TCAAGTTCGT
AAGCTTTTGC ATGAATTAGA GATGCATGCT TATGGATTGA ATTCTTCGAT TGGAAAGTTA
GGTGTAGAGG CTTTTTGTGA CCGGAAATTA AGAGGGTTAA TCGGTAAGCG ATCTATGCTT
GTCGATCGAC GGGGGAACTT TATTCAAGAG ATGGAAGGTT CTTTAGTTGG AAGCCCTGGG
AGGAAAATAC AACTAACTAT TTCTACAGAA TTGCAAGCTT TTGCCCATGA ACTTCTTGCG
GAGCATGAGC GAGGAGAGGC TTTTCGAGAT TATCGACAAT GGCGTCATCA ACAATATTTA
CCTCCTTTTT TCCCTTGGAT AAAAGGAGGC GCTATTGTTG CTATGGATCC TAAGAATGGC
CAAATTCTGG CTATGGCTTC TTCCCCGCGT TACGATAATA ATGATTTTAT CAATATGAAA
GACTCCGCTA ATCAAGAGGA GTGTCGTTCT TCCGTTTTAC GATGGTTAGA GAATCTTGAA
TATATAGGAG AGGTATTCGA TCGACGTGTT CCTTTGAGAA GAGAGCGATT AGATCCTTTG
ACAGGGAAAT ACTTTGATGA GGAACTCTCT TTTTCTTATC GAGCCTTTTT AGACTTTATT
CTTCCTGATA CTTCGAAAGT AAAGCAGCTA TTGTGTGAAA AGGGCTCGGT CGGACTTTCT
ATCTACTTGC AAAGTAAGGT AGATCAGCTT TTGGAAATAT TTGATTCGGA AGCGAAAGAT
TGTGGACTGG TTTTTGATGT CATTTTCCAA AAAGCAGATG GCCATGAGCC TATAGGAGAG
GTCACTTCTC TTAAACGTCA GAAACAGTTT CGGAAAATTT TGGAGGAAAG AAGTGAGGAG
ATTCAAGAAT TTCGAAAACG TTTTGAATCC CTATTTGTTG AGCTTCCAGC CAATTACGAT
AAAGTACTGT TTTTAGATTT GTTGCGTGCA GCTGTAGATC CAGAAAGAGT TTCGATTTCT
TTGCTGTCGG CAATTGGCCA TATGTCTGTG TTAGATTTTG TAGATTATCA AGGACATTTC
ATTGCTCTAC GTAAGGCTTT TGCCAAGTTG ATGGAGAATA TATTTATCGA TCAAGACTTT
GCTGTTTGGA GGGAAGAACA TTTTACGGAT TTCCTTAAAC AGAAAAGAGA AGAAGAGCTT
GCTCGTAAAC AAAGATATCC GACGCCTTAT GTGGATTACT TAGTTGAAGA GAGAACGCGG
CAATATGCTC TTTTTTGCCA AAGGTATATG GACTCATTTA TTGCTTTTCT CTTGTCGGAT
ACAGAAATTC CCTCTGATGA TCCTTATTAT CGAGAACTTG CTTGTTGGCG TCAGGAATTG
CGTTCTGGAG CGCATCCAGC CTTAGAATGG CGTGAGCATT ACGAGTTTTT ACATAAACGT
TTATTGCAAA CATCCTATGA TTTGTGTGAG TTGTTCGCTG CTTTTCGTGA ATTCGCAGAA
CTCAAGCGTC CTTTGTATGG GCAATATCCT CTGACTCTTA CACGCAATGT TGAACAAATT
GAGCAAGATC TTATCGCCTC TTTTTATCCA TTGTATGGTT ACGGTTATCT ATCCGCGCAT
GCCTTTGGTC AGGCGGCTAC TTTAGGGTCT ATTTTTAAAT TAGTTTCTGC TTATTCCGTA
CTTGTGCAAC ATCTCTCTAG TCCAGAGGAC TTATCTAAGC TATTGGTGAT CGTTGATAAG
CAATCATTAG GGTACCGTTG CGGGAAACCT CATGTCGGAT TTTTTAAAGA TGGTTCTCCT
ATAAACTCCT TTTTCAAAGG AGGGATCCTC CCGGGGAATG ATTATTCTGG CAGAGGATAC
ATTGATCTTA TTTCTGCTTT AGAAATGTCA AGTAACCCTT ATTTTTCTCT TCTTGTGAGT
GAATACCTTT CTGATCCAGA AGATTTATGT GAAGCTGCTA GGCTTTTCGG ATTTGGAGAA
AAGACAGGGG TTGGCCTTCC TGGAGAATAT GCAGGGAGAG TGCCAGTAGA TGTCGCGTAT
AACCGTTCCG GGTTATACGC GACAGCTATA GGGCAGCATA CACTTGTTGT AACTCCTTTA
CAGACAGCTG TCATGATGTC AACATTAGTT AATGGAGGAA GTGTATATCA ACCGAGTTTA
ATACAGGGAG AGTGGTATGA AGGAAAGTTT TTCCCCGAGA CTGTTAAAAA GAAAAGAGAT
ATTTTCTTGC CCGATCCCAT CGTGCATCTC TTTAAGAAGG GTATGCATAA CGTGATTTGG
GGACAGTACG GAACGACAAG ATTTATGCGT CAACGATTTG CTCCTGAACA ACTGTCTCGT
ATTATCGGTA AAACGAGTAC CGCTGAGGTA ATCGCTCGCG TGAGCTTAGA TCGTGAACGA
GGGCGTATGA AATTGAAAGA TGTATGGTTT GGTGCGATTG GGTATGAAGA TGAGGCGCTA
ACGCTCCCTG ATATTGTCGT TGTTGTTTAT TTGCGACTCG GAGAGTTTGG GAGGGACGCG
GCTCCGATGG CGGTGCGCAT GATAGAGAAA TGGGAAGAAA TTCGTAAAAA ATCTCTCCAT
TAA
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| Protein sequence | MKRKRCRSLS VPEKANRLLV GFIIALSIIT LRIWHVAVVQ HEKKKEEAYR PQRRSVPEHF
DRAGVCDRFG KPLAENVLQY NVGISYRAIR DIPTRVWHTD ENGNKRLVPV RKDYIKKFAD
FLAQELHMDR DFVEDTIHAK ASVLGSVPHI IQANVSERTF LKLKMLEKDW PGLHVESSVR
RHYPEGRTVA DLLGYVGPIS AEEHRKITRE LGNLRECIRA YEEGEDPKFP LGISSIDQVR
KLLHELEMHA YGLNSSIGKL GVEAFCDRKL RGLIGKRSML VDRRGNFIQE MEGSLVGSPG
RKIQLTISTE LQAFAHELLA EHERGEAFRD YRQWRHQQYL PPFFPWIKGG AIVAMDPKNG
QILAMASSPR YDNNDFINMK DSANQEECRS SVLRWLENLE YIGEVFDRRV PLRRERLDPL
TGKYFDEELS FSYRAFLDFI LPDTSKVKQL LCEKGSVGLS IYLQSKVDQL LEIFDSEAKD
CGLVFDVIFQ KADGHEPIGE VTSLKRQKQF RKILEERSEE IQEFRKRFES LFVELPANYD
KVLFLDLLRA AVDPERVSIS LLSAIGHMSV LDFVDYQGHF IALRKAFAKL MENIFIDQDF
AVWREEHFTD FLKQKREEEL ARKQRYPTPY VDYLVEERTR QYALFCQRYM DSFIAFLLSD
TEIPSDDPYY RELACWRQEL RSGAHPALEW REHYEFLHKR LLQTSYDLCE LFAAFREFAE
LKRPLYGQYP LTLTRNVEQI EQDLIASFYP LYGYGYLSAH AFGQAATLGS IFKLVSAYSV
LVQHLSSPED LSKLLVIVDK QSLGYRCGKP HVGFFKDGSP INSFFKGGIL PGNDYSGRGY
IDLISALEMS SNPYFSLLVS EYLSDPEDLC EAARLFGFGE KTGVGLPGEY AGRVPVDVAY
NRSGLYATAI GQHTLVVTPL QTAVMMSTLV NGGSVYQPSL IQGEWYEGKF FPETVKKKRD
IFLPDPIVHL FKKGMHNVIW GQYGTTRFMR QRFAPEQLSR IIGKTSTAEV IARVSLDRER
GRMKLKDVWF GAIGYEDEAL TLPDIVVVVY LRLGEFGRDA APMAVRMIEK WEEIRKKSLH
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