| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0288 |
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| Symbol | ileS |
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| ID | 1246458 |
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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 | 343596 |
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| End bp | 346706 |
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| Gene Length | 3111 bp |
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| Protein Length | 1036 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637061088 |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | NP_296667 |
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| Protein GI | 15834908 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0060] Isoleucyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00392] isoleucyl-tRNA synthetase |
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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 | ATGGATAACG AAGATAAGGT GAGTTTTCCC GCCAAAGAGG AAAAGGTTCT AACTTTTTGG
AAAGAACAAA ACATTTTTCA AAAAACTTTA GAAAATCGAG ATGGGAGCCC CACTTTTTCT
TTTTATGATG GGCCTCCATT TGCGACGGGA TTACCCCATT ATGGCCATTT ATTAGCTGGC
ACAATTAAAG ATGTTGTATG TCGTTATGCT ACGATGGATG GGCATTATGT GCCTCGACGC
TTTGGTTGGG ATTGCCATGG GGTTCCCGTT GAGTATGAAG TGGAGAAATC ATTAGGTTTA
ACGGAACCTG GAGCTATTGA TCGGTTTGGT ATAGCTAACT TTAATGAAGA GTGCCGTAAG
ATTGTTTTTC GATACGTCGA TGAATGGAAA TATTTTGTAG ATAGAATTGG ACGATGGGTT
GATTTTTCAG CAACGTGGAA GACTATGGAC CTATCTTTCA TGGAAAGTGT TTGGTGGGTA
TTCCATTCTC TTTATAAACA GGGGCTTGTG TATGAAGGGA CGAAGGTTGT TCCCTTTTCT
ACCAAACTAG GGACTCCGCT GTCTAATTTC GAAGCTGGTC AAAATTATAA AGAGGTGGAT
GATCCATCTG TTGTTGCGAA GTTTGCCTTG CAAGATGATC AGGGCATTCT TTTAGCATGG
ACAACAACTC CTTGGACGCT TGTTTCGAAT ATGGCTTTGG CTGTGCATCC AGGACTTACC
TATGTCCGTA TTCAAGACAA GGAATCAGGA GAAGAGTACA TTCTTGGTCA AGAAAGTCTG
GCTCGTTGGT TCCCTGATCG GGAATCCTAT AAATGGATAG GACAATTGTC TGGGGAAAGC
CTTGTTGGTC GAAGATACTG TCCTTTGTTC CCTTATTTCC AGGATCAACA GGATCGGGGA
GCTTTTCGTG TTATTCCTGC AGACTTTATC GAAGAAAGTG AAGGGACTGG TGTTGTTCAC
ATGGCTCCAG CTTTCGGAGA AGCAGACTTT TTTGCTTGCC AGGAACATAA TGTGCCTTTG
GTATGTCCTG TTGATAACCA AGGGTGTTTT ACTTCTGAAG TGACTGATTT TGTCGGAGAA
TACATTAAGT TTGCAGATAA GGGAATTGCT CGTCGGTTGA AGAATGAAAA TAAATTGTTC
TATCAAGGCA CTATTCGTCA CCGTTATCCA TTTTGTTGGA GAACAGATTC TCCATTAATC
TACAAAGCAG TTAATTCTTG GTTTGTCTCT GTAGAAAAAG TAAAACACAA AATGCTGAAA
GCCAATGAAT CGATTCATTG GACTCCGGGA CATATCAAGC ACGGGCGTTT TGGTAAATGG
CTTGAGGGGG CTCGTGATTG GGCCATTAGC AGAAATCGTT ACTGGGGAAC GCCTATACCT
ATCTGGCGTA GTGAAGATGG GGAGCTTCTT GTCATAAGGT CTATCCAGGA GCTAGAAGAA
TTATCTGGGC AGAAGATTGT TGATTTACAT CGTCATTTTA TTGATGAGAT TGTCATTCAT
AAAAATGGAA AAAGTTTCCA TAGAATTCCT TATGTTTTTG ATTGTTGGTT TGATTCTGGG
GCAATGCCTT ATGCCCAAAA CCATTATCCT TTTGAACGTG CCGAAGAAAC TGAAGCGCGT
TTCCCAGCAG ATTTCATTGC TGAAGGGCTT GATCAGACTC GGGGCTGGTT TTATACTTTA
ACTGTAATTG CTGCAGCTTT GTTTGATCAA CCAGCTTTTA AGAACGTAAT TGTGAATGGA
ATTGTTCTTG CTGAAGACGG AAATAAAATG TCTAAGCGAC TGAATAATTA TCCAAGTCCT
AAAAAAATTA TGGATACGTA TGGTGCGGAT GCTTTGCGCC TGTATTTGTT GAATAGTGTC
GTTGTCAAAG CCGAAGATTT AAGGTTCTCT GACAAAGGGG TGGAGGCTGT ACTCAAGCAA
GTGCTTTTAC CTTTGTCTAA TGCTTTGGCT TTTTACAAGA CTTATGCAGA GTTGTATGGT
TTTTCTCCAA ATGAAACAAC AGACTTAGAG CTTGCTGAGA TAGATCGCTG GATTCTTTCT
TCTTTGTATA GCTTAGTAGG GAAAACTAGG GAAAACATGG CGCAGTATGA TTTACATGCC
GCAGTAAGTC CCTTTATAGA TTTCATTGAG GATCTAACAA ATTGGTACAT TCGTCGATCA
CGTCGGCGCT TCTGGGAATC AGAGGATTCT CCAGACCGTC GAGCTGCTTT TGCTACCCTT
TATGAAGTAC TGATGGTTTT TTCTAAGATT ATAGCTCCGT TCATTCCTTT TACTGCTGAG
GATATGTATC AGCAATTGCG GGTTGAAACG GATCCTGAAT CTGTGCATTT GTGTGATTTC
CCTCACGTTG TTTTGGAAAA AATCCTTCCT GATTTAGAAA AGAAGATGCA AGACATTCGG
GAGATCGTTG CTTTAGGACA TTCTCTACGT AAAGAACATA AGCTTAAAGT TCGACAGCCA
CTTCAACATA TGTATATTGT CGGTGCTAAA GAACGAATGG CTGCGTTGGC TCAAGTTGAC
TCATTGATTG GAGAGGAGTT GAATGTTAAG GAAGTGCATT TTTGCTCAGA GACTCCAGAA
TATGTGACTA CTCTTGTTAA GCCCAATTTC CGTTCTCTAG GAAAAAGGGT TGGGAATCGT
CTCCCCGAAA TTCAAAAGGC TTTGGCAGGA CTTTCTCAAG AGCAAATTCA AGCGTTTATG
CATAATGGCT TTATGGTTCT TTCTTTAGGA GAAGAAACGA TTTCTCTAAA TGAAGAGGAT
ATTACCGTGT CCTGGGAAGC CGCTCCGGGG TTTGTAGCAA GAAGCTCAGC CTCTTTTGTA
GCGATTTTAG ATTGTCAACT AACTTCTCCT CTGATTATGG AAGGGATAGC CAGAGAAATT
GTAAATAAGA TCAATACTAT GCGAAGAAAT GGGAAATTAC ACGTTTCGGA TCGTATTGCT
ATACGTTTGC ATGCTCCTAA AATTGTTCAG GAAGCTTTTT CTCAATATGA AGAATATATT
TGCGAAGAGA CATTAACAAC TTCGGTTTCC TTTATAGATG ACAAGGAGGG AGAGGAGTGG
GATGTTAACG GTCACGCGGT CTCACTGTCC CTAGAGGTGA TTGGTCATTG A
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| Protein sequence | MDNEDKVSFP AKEEKVLTFW KEQNIFQKTL ENRDGSPTFS FYDGPPFATG LPHYGHLLAG
TIKDVVCRYA TMDGHYVPRR FGWDCHGVPV EYEVEKSLGL TEPGAIDRFG IANFNEECRK
IVFRYVDEWK YFVDRIGRWV DFSATWKTMD LSFMESVWWV FHSLYKQGLV YEGTKVVPFS
TKLGTPLSNF EAGQNYKEVD DPSVVAKFAL QDDQGILLAW TTTPWTLVSN MALAVHPGLT
YVRIQDKESG EEYILGQESL ARWFPDRESY KWIGQLSGES LVGRRYCPLF PYFQDQQDRG
AFRVIPADFI EESEGTGVVH MAPAFGEADF FACQEHNVPL VCPVDNQGCF TSEVTDFVGE
YIKFADKGIA RRLKNENKLF YQGTIRHRYP FCWRTDSPLI YKAVNSWFVS VEKVKHKMLK
ANESIHWTPG HIKHGRFGKW LEGARDWAIS RNRYWGTPIP IWRSEDGELL VIRSIQELEE
LSGQKIVDLH RHFIDEIVIH KNGKSFHRIP YVFDCWFDSG AMPYAQNHYP FERAEETEAR
FPADFIAEGL DQTRGWFYTL TVIAAALFDQ PAFKNVIVNG IVLAEDGNKM SKRLNNYPSP
KKIMDTYGAD ALRLYLLNSV VVKAEDLRFS DKGVEAVLKQ VLLPLSNALA FYKTYAELYG
FSPNETTDLE LAEIDRWILS SLYSLVGKTR ENMAQYDLHA AVSPFIDFIE DLTNWYIRRS
RRRFWESEDS PDRRAAFATL YEVLMVFSKI IAPFIPFTAE DMYQQLRVET DPESVHLCDF
PHVVLEKILP DLEKKMQDIR EIVALGHSLR KEHKLKVRQP LQHMYIVGAK ERMAALAQVD
SLIGEELNVK EVHFCSETPE YVTTLVKPNF RSLGKRVGNR LPEIQKALAG LSQEQIQAFM
HNGFMVLSLG EETISLNEED ITVSWEAAPG FVARSSASFV AILDCQLTSP LIMEGIAREI
VNKINTMRRN GKLHVSDRIA IRLHAPKIVQ EAFSQYEEYI CEETLTTSVS FIDDKEGEEW
DVNGHAVSLS LEVIGH
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