| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | COXBURSA331_A0883 |
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| Symbol | alaS |
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| ID | 5794681 |
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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 | Coxiella burnetii RSA 331 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010117 |
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| Strand | + |
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| Start bp | 786655 |
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| End bp | 789252 |
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| Gene Length | 2598 bp |
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| Protein Length | 865 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641330367 |
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| Product | alanyl-tRNA synthetase |
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| Protein accession | YP_001596677 |
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| Protein GI | 161830958 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0013] Alanyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00344] alanine--tRNA ligase |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.0000818492 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGAATAGTA ATCAATTACG AGAAACCTTC CTGAATTATT TTAAACAATT GGATCATGAA
GTTGTTCCAG GTAGTTCATT AATACCGGAA AATGACCCGA CGCTATTGTT CACTAATGCG
GGAATGGTGC AATTTAAAGA TGTTTTTTTG GGTGTCGAAA CACGACCTTA TCAGCGCGCC
GTTTCGATAC AACCTTGCAT GCGAGCCGGC GGAAAGCACA ATGATTTAGA GAACGTTGGC
TACACGGCCC GCCATCACAC CTTTTTTGAA ATGCTGGGGA ATTTTAGTTT TGGTGATTAT
TTTAAACGCG ATGCTATTAA ATTTGCATGG GATTTTTTGA CTAATGTTTT AAAGCTCCCG
CCCCAACGAT TGTGGGTGAC GGTATTTCAG GATGACTTTG AGAGTGAGTC CATATGGCTT
AAGGAAATGA AAATAAATCC AGAGCGGTTC TCGCGTTGCG GGGAAAAAGA CAATTTCTGG
CAAATGAGGG ACACTGGGCC TTGCGGGCCG TGTACAGAAA TATTTTATGA CCACGGGCCA
ACTATCTCGG GAGGCCCACC GGGAAGCGCA GAGGCAGATG GCGACCGCTA TGTGGAAATT
TGGAATTTAG TATTTATGCA GTACAACCGC GACGCAAAGG GAAATCTGCT CCCTCTTGCA
AAGCCGAGCG TAGACACAGG GATGGGTCTA GAACGCCTGA CGGCTGTTAT GCAGGGCGTC
CATGACAATT ACGATATCGA TTTATTTCAG TATTTATTGA AAGCGTTAAG AACGCTTCTT
AAGACCGAGG ATCTTCACAA TACGTCGATG CGGGTGATTG TGGATCATAT TCGCTCGGTT
GCTTTCCTTA TTGCCGATGG AGTGATCCCG TCTAACGAAG GGCGGGGTTA CGTTCTGCGT
CGTATTATTC GCCGGGCCGT TCGTCATGGG TATAAACTGG GGCAAGAGGA ACCTTTTTTC
TATCAGTTAA CTAAACCGTT GCTAGAAGAG ATGGGAGGCG CCTATCCTTT GCTTCGTAAA
TCCCAAGCTC TGATCGAGCA AACCATCAAG CAGGAAGAAA TACAATTTTC TAATACCTTA
ACAAAAGGTC TTAAGATTTT AGATCATGAA ATGGCTGGCT TACCTTCCCG CCAAATTCCA
GGCAATCTAA TTTTTCAATT ATATGACACT TATGGATTCC CGCCTGACTT GACGGCTGAT
ATTGCAAGAG AGCGTGATTT TGTGATGGAT TATGCAGGGT TCGATAAAGC CATGGAACGT
CAGCGTGAAC AATCGCAGCA AGCGCATCAA TTCGTAGCTA ATTATGCCCA AAAAGCATCT
ATTGGTGGCG AAACGCAATT CGTGGGCTAT GAAACGTTAA ATTCGCAAGC GAACGTAATT
TCTTTGCTGC AGAATGATCA GCCTATTAAC CGATTAAATG AAAGCGAAAA AGGGGTGGTA
GTACTGGATC GCACCCCTTT TTATGCAGAA TCGGGAGGTC AAGTCGGCGA TCAAGGGTTT
TTATATTTTG AAAAAGGCAG TTTTCGTGTT AAGGATACTA AAAAACAAGG TGATATTTAT
TTACATATTG GCGAGATGTT ACAAGGTCAT TTAAATGTAA AAGATAAAGT TCGCGCCGAA
GTCGATGTGT CGCGTTTTGA TATTATGCGT AACCACTCCG CCACACATTT GCTTCACGAA
GCCTTGCGCC GCGTGCTTGG CGAGCGCGTG ATGCAAAAGG GCTCTCTGGT TGAAGCAAAG
CGTTTACGAT TTGATTTTTC TCATGCTAAA CCGCTTACGC CAGAAGAATT GCAGGCAGTC
GAAAGATTAG TTAATCAACA AATCCAAGCG AATTTGCTTT CCACCATCGA AGTAATGACC
CCAGAAGAGG CGAAGAAAAA AGGTGCGTTG GCTTTATTTG GAGAACGGTA CGGCAAAGAG
GTCCGTGTAC TCGAAATGGG TGATTTTTCT ACTGAAATTT GCGGCGGAAC CCATACAGAA
CGAACGGGGG AAATTGGTTT ATTTAAGATT GTCTCTGAAT CCGGTTGCGC GGCGGGCATT
CGACGCATTG AAGCGCTCAC TGGTAAGGCT GCGCTAGACT ATATTGAATC CGCAGAGCAA
CAATTACGTT CGCTCAGCGA TTTATTAAAA ACGAACCGTA AAAATTTAGC GGCAAAATTA
AGCCAAATTT TAGAAGACCA CCGCAAATTG GAAAAAGAAC TTGCGAAATT AAAACAGCGG
CTGGCGAGTC AACAACTTGA AAGCTTAATT AATCAAGTAG TGGATGTACA TGACATAAGA
ACGCTCGCTA TTCGATTAGA AGCCGTTGAC CGAGAGACAC TGCGAGCTAT CGTCGATCAA
TTAAAACAAA AATTGGGAAA GGCTGCGATT GTATTAGCGA CGATAGAAGA AGGGCGCATA
CAACTAGTAG CGGGAGTCAC CAAAAATTGT TTGGAGCATT TTAATGCGAC AGAACTACTG
GCGCCGATAG CCGAAAAGGT TGGTGGCCGC AGCGGGGGCC GCCCCGATTT AGCTCAAGGA
GCAGGAGAAA GGCCGGAGAA TTTAGAAGCG GCACTGGCAG CGGTGCCCAA ATGGATTGAG
AAAAAACTAA AGGAATAG
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| Protein sequence | MNSNQLRETF LNYFKQLDHE VVPGSSLIPE NDPTLLFTNA GMVQFKDVFL GVETRPYQRA
VSIQPCMRAG GKHNDLENVG YTARHHTFFE MLGNFSFGDY FKRDAIKFAW DFLTNVLKLP
PQRLWVTVFQ DDFESESIWL KEMKINPERF SRCGEKDNFW QMRDTGPCGP CTEIFYDHGP
TISGGPPGSA EADGDRYVEI WNLVFMQYNR DAKGNLLPLA KPSVDTGMGL ERLTAVMQGV
HDNYDIDLFQ YLLKALRTLL KTEDLHNTSM RVIVDHIRSV AFLIADGVIP SNEGRGYVLR
RIIRRAVRHG YKLGQEEPFF YQLTKPLLEE MGGAYPLLRK SQALIEQTIK QEEIQFSNTL
TKGLKILDHE MAGLPSRQIP GNLIFQLYDT YGFPPDLTAD IARERDFVMD YAGFDKAMER
QREQSQQAHQ FVANYAQKAS IGGETQFVGY ETLNSQANVI SLLQNDQPIN RLNESEKGVV
VLDRTPFYAE SGGQVGDQGF LYFEKGSFRV KDTKKQGDIY LHIGEMLQGH LNVKDKVRAE
VDVSRFDIMR NHSATHLLHE ALRRVLGERV MQKGSLVEAK RLRFDFSHAK PLTPEELQAV
ERLVNQQIQA NLLSTIEVMT PEEAKKKGAL ALFGERYGKE VRVLEMGDFS TEICGGTHTE
RTGEIGLFKI VSESGCAAGI RRIEALTGKA ALDYIESAEQ QLRSLSDLLK TNRKNLAAKL
SQILEDHRKL EKELAKLKQR LASQQLESLI NQVVDVHDIR TLAIRLEAVD RETLRAIVDQ
LKQKLGKAAI VLATIEEGRI QLVAGVTKNC LEHFNATELL APIAEKVGGR SGGRPDLAQG
AGERPENLEA ALAAVPKWIE KKLKE
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