| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0178 |
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| Symbol | glyQS |
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| ID | 1246303 |
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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 | 210710 |
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| End bp | 213721 |
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| Gene Length | 3012 bp |
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| Protein Length | 1003 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637060974 |
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| Product | glycyl-tRNA synthetase, tetrameric type, alpha/beta subunits |
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| Protein accession | NP_296557 |
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| Protein GI | 15834798 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0751] Glycyl-tRNA synthetase, beta subunit
[COG0752] Glycyl-tRNA synthetase, alpha subunit |
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| TIGRFAM ID | [TIGR00211] glycyl-tRNA synthetase, tetrameric type, beta subunit
[TIGR00388] glycyl-tRNA synthetase, tetrameric type, alpha subunit |
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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 | ATGTCCTCAC AACCTTTAAC TCTTCAAGAC ATGATGGCGG CTATTTTACG TTTTTGGAGC
GAACAAGGCT GCATCATTCA TCAAGGATAT GATTTGGAAG TTGGGGCGGG GACATTTAAC
CCAGCGACCT TTCTTCAGGC ATTAGGACCA GAGCCTTTTA AAACAGCTTA TATTGAACCT
TCTCGACGTC CACAAGATGG CCGTTATGGG CAGCATCCTA ATCGCTTGCA GAAATACCAC
CAATTACAAG TGATCCTCAA GCCCGTTCCC GAAAATTTCC TTTCTCTTTA TTTGGAATCG
CTCAAAGTCA TCGGATTAAA TTTAGTTGAC CATGACATTC GTTTTGTCCA CGACGACTGG
GAAAATCCAA CTATTGGAGC TTGGGGACTA GGATGGGAAG TATGGTTAAA TGGCATGGAA
ATTACACAGC TCACCTATTT CCAAGCAGTA GGAAGCAAGC CTCTAGAGGC AATTAGCGGG
GAAATTACGT ATGGCGTTGA GCGTATCGCA ATGTATCTCC AGAAAAAAAA CTCTGTCTAT
GATGTCATGT GGAATGATTC CTTAACCTAT GGAGATATTA CACAACATGC AGAGCAGGCC
TGGAGTCAAT ACAATTTTGA AACCGCAAAT ACTTCTATGT GGTTAAAACA TTTTGAAGAC
TTCGCGGCGG AAGCTTTAGC TACGCTAGAC AAAGGACTCC CTCTCCCTGC TTATGATTTT
GTCATTAAAG CCTCTCATGC ATTTAATATG CTCGATTCCC GAGGGGTGAT TTCTGTAACC
GAACGCACCC GATATATCAC TAAAATCCGT CAATTAGCCC GTGCTGTTGC AGATAAATAC
GTAATATGGA GAGAGTCGCT AGGATTTCCT CTTCTTAAAA CAATTCCTTC TACTCCAACA
GTAACGGCTA AACAAATCCC TCATATTTGC CAAGACGAAG ACTTCTTACT TGAAATTGGA
AGTGAAGAAC TCCCAGCAGC CTTTGTTCCT ACTGGAATTC AGCAATTAGA ATCACTAGCT
AAAAAACTTC TTGCTGACCA TAACATCTCC TATAACAATC TAGAAGTACT CGGAACTCCT
CGACGACTAG CATTACGTAT ACAAGGCCTG AGCCACCTAA CGATTCGCCC AGAAGCAGAG
AAAAAAGGAC CTCCTCTTTC CCTTTTGTTT GAGGAAGATG GCTCCGTATC CTCTCAAGGA
GAGCAGTTTT TTGCCTCTCA TGGATTATCC ATTTCCCATC GAAGTGCCTT AGATCAGTCT
TCCACGATCT GCCGAGTTCG TTCCATTAAA GGAACTGATT ATCTATTCCT TGTTATCCCA
GAAGAGCGTA TAGAGACTGC AGCGATTCTT GTAAATGAGC TTCCTCTATT GATTCGATCT
ATGCGCTTCC CTAAAAAAAT GACCTGGGAT AATGGAGGGG TAGAATATGC TCGTCCTATT
CGCTGGTTAG TTGCTCTGTA TGGAGATCAG GTGCTTCCTA TATCTCTAGG ATTCGTTTCA
TCAGGGAATA TTTCTTGGGG ACATCGACAA TTGGACAACC GTCAGTTGAC CATCCCATCC
AGCAAAGAAT ACATTGATAT TTTGCGAGAT GCCTGTGTCA TTGTTTCCCA AAAAGAACGC
CGATCGATCA TTGAACAAGG ACTGCAAAAT CTAACAGGAG ATCAAACTGT TGCTATAGCT
CCGGAACATC TTATAGAAGA AACCGTCTTC TTAACAGAAC ATCCGTTTGT AATCTGTGCC
CAGTTTAATC CTGATTTTTG CTCTCTACCC AAAGAGCTCT TAATAGCAGA AATGATTAAT
CACCAACGCT ATTTCCCAAC ACAGAACTTG CAAGGAGAGA TCACCAACCG ATTTTTAATC
GTTTGCGATA ACTCTCCTAC TGATACCATT ATTGAAGGGA ATGAAAAAGC CTTGGCTCCA
CGTCTTACCG ACGGGAACTT CTTGTTTAAA CAAGACCTTC TTACTTCTTT AGACTCTTTC
GTAGAAAAAT TGAAATCTGT AACGTACTTT GATGCTTTAG GTAGTTTAGC TGATAAAACC
GCACGATTGA AATTACACTT AGAAGAGACC TATCCCCTTC TTCCTTTATG TCCTAAAGAA
GACATTGACA CCGCTGTTCA TTACTGCAAA GCAGACCTCG TATCTGCTGT AGTCAATGAA
TTCCCTGAAT TACAAGGAAT CATGGGTAGA TATTATTTGC AGAACGCTGC TTTATCTAAA
GCTGCTGCGA TTGCTGTTGG AGAACACCTC CAACACATTA CCCTAGGATC AAGTGTCTCT
ACAACAGGCG CTTTATTAAG CATCCTCGAT CGAGTAGACA ATCTTCTCTC TTGCTTCATC
CTAGGACTAC TCCCCACATC CTCCCATGAC CCTTACGCTT TGCGACGACA ATCACTAGAG
CTTCTCACCC TGCTCTATAC AACACAGAGC TCTGTAGACA TAGAAGATCT ATTTTCTCGT
CTTGTTCGAC ATTTCCCTAC TACTATTCCG AATACGGTAT GGTCTCCTGA GGATGTTTTA
AACAAACTCT GTTCTTTTGT TTGGGGACGA TTAAAAACAA TTTTATCATC TCTAGGATTT
GCTAAAGAGG TTATTGCTGC AGTTCTCACT GAAAATTGTC CAAAAAATCC TTTAACTATC
ATCAATAGCG CTCGGTCTAT CCAAGAACTG CAAAACACAC AGACATTGGA AACTATTGCA
TCGACACACA ATCGATTAAA GAAAATTCTA GCTTCTCTAT CTTTCTCTGT TACAGAACAA
ATATTCTCTC TCATAACTTC AGAGGACATG TTGTTCAAGC AAGCTTTGGA GCGATTTAAA
GAAGCGACAA CTTCTCTTCC AATTAGCTCT CGAGAATATC TACTCCAGTT AGAAGATTTA
TCTCAAAGCA CCGCGCTCTT TTTAGACTCT GTACGCATTG CTGATGACGA TGAAAACATC
CGCAACCAAC GCATTGCGTT GTTAGTAGCA ACTCAAAAAT GTTTTGGATT CTATGCTTGG
GATGCTCTGT AA
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| Protein sequence | MSSQPLTLQD MMAAILRFWS EQGCIIHQGY DLEVGAGTFN PATFLQALGP EPFKTAYIEP
SRRPQDGRYG QHPNRLQKYH QLQVILKPVP ENFLSLYLES LKVIGLNLVD HDIRFVHDDW
ENPTIGAWGL GWEVWLNGME ITQLTYFQAV GSKPLEAISG EITYGVERIA MYLQKKNSVY
DVMWNDSLTY GDITQHAEQA WSQYNFETAN TSMWLKHFED FAAEALATLD KGLPLPAYDF
VIKASHAFNM LDSRGVISVT ERTRYITKIR QLARAVADKY VIWRESLGFP LLKTIPSTPT
VTAKQIPHIC QDEDFLLEIG SEELPAAFVP TGIQQLESLA KKLLADHNIS YNNLEVLGTP
RRLALRIQGL SHLTIRPEAE KKGPPLSLLF EEDGSVSSQG EQFFASHGLS ISHRSALDQS
STICRVRSIK GTDYLFLVIP EERIETAAIL VNELPLLIRS MRFPKKMTWD NGGVEYARPI
RWLVALYGDQ VLPISLGFVS SGNISWGHRQ LDNRQLTIPS SKEYIDILRD ACVIVSQKER
RSIIEQGLQN LTGDQTVAIA PEHLIEETVF LTEHPFVICA QFNPDFCSLP KELLIAEMIN
HQRYFPTQNL QGEITNRFLI VCDNSPTDTI IEGNEKALAP RLTDGNFLFK QDLLTSLDSF
VEKLKSVTYF DALGSLADKT ARLKLHLEET YPLLPLCPKE DIDTAVHYCK ADLVSAVVNE
FPELQGIMGR YYLQNAALSK AAAIAVGEHL QHITLGSSVS TTGALLSILD RVDNLLSCFI
LGLLPTSSHD PYALRRQSLE LLTLLYTTQS SVDIEDLFSR LVRHFPTTIP NTVWSPEDVL
NKLCSFVWGR LKTILSSLGF AKEVIAAVLT ENCPKNPLTI INSARSIQEL QNTQTLETIA
STHNRLKKIL ASLSFSVTEQ IFSLITSEDM LFKQALERFK EATTSLPISS REYLLQLEDL
SQSTALFLDS VRIADDDENI RNQRIALLVA TQKCFGFYAW DAL
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