| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_0936 |
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| Symbol | alaS |
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| ID | 8397722 |
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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 | Anaerococcus prevotii DSM 20548 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013171 |
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| Strand | + |
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| Start bp | 1000272 |
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| End bp | 1002884 |
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| Gene Length | 2613 bp |
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| Protein Length | 870 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644995283 |
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| Product | alanyl-tRNA synthetase |
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| Protein accession | YP_003152685 |
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| Protein GI | 257066429 |
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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 | 21 |
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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 | ATGAAAAACT TAGGAATGAA TGAGTTAAGA AGCAAATATT TGAATTTTTT TGGAAATGAG
AAGGGTCATA CACTTCTAAA ATCATTTCCA CTAATCCCTA TAGATGATGA CTCTTTATTA
TTAATCAATG CTGGAATGGC GCCACTTAAA AAGTACTTTA CTGGCGAAAA AAAGATGAAA
AACAATAGAG CGACATCTTC ACAAAAATGT GTAAGAACTG CCGATATAGA AAGAGTAGGT
AAGACAGAAC GTCACGGAAC ATTCTTCGAA ATGCTGGGTA ACTTCTCATT TGGTGATTAT
TTCAAAAAAG AAGCTATAAC TTGGGCTTAT GAATTCCTAA CCAAAGAACT TGAGATTTCT
AAAGATGACA TATGGGTTAC AGTATTTAAA GAAGACGAAG AAGCCTACAA TATATGGCAT
GATGAGATAG GTCTTGATAG CGAAAGAATT CTTAGAGAAG GTAAAGAAGA TAACTTTTGG
GAGCTTGAAG TAGGTCCTTG TGGTCCTTGT TCAGAAATAT TTGTGGATAG GGGAGCAGGT
AGGGCTATCG ATGAGAATGA CAATAGGCCA GGAAATGATG ACTCAGATAG ATTTATGGAA
GTATGGAATC TAGTGTTCAC CCAGTTCAAC AAAGATAGTC AGGGAAATTA TACACCACTT
GCTCACCCAA ACATTGATAC AGGTATGGGC CTTGAAAGAA TCGCAATGGT CTTACAGGAT
AAGGATAATA TATTCGAAGT TGATGTTATG GCTGCTATAA TCTCAGAAAT TGAGAAATTA
TCAAATAAGA AATATAAGGA AAGTAAGAAA GATGATGTAT CTATAAGAGT CATCGCAGAT
CACGCTAAGG CTATGACTTT CCTAACTTGT GATGGAGTTT TGCCTTCAAA TGAAAAAAGA
GGATATGTAC TAAGACGACT CATTAGAAGA GCTTATAGAC ATGGTAAGCT TTTAGGAATA
GAAGGCGAAT TCTTAACTAA TATTGTAGAT AAAGTTATAG ATACCTACAA AGTTGAATAC
GATGAACTAG ATGCAAATAG AGAAAAAATA AAATCTGTAA TAAGAGATGA AGAGGAAAGA
TTCCAGAAAA CAATTGACCA AGGACTAGAA AGGCTAGAAT CTTTAATATC GAAAATGGAA
AAAATCAAAA ATAAAGTACT TGATGGTAAA GAAGCATTTA AGCTCTACGA TACTTATGGA
TTTCCATTAG ACTTAACTAA AGAGATACTG GAAGAAAAGA ATCTCGATGT TGATGAGAAG
ACATTTAATG ATGAAATGCA AATTCAAAAG CAAACAGCAA GGGAAGCTAG AAAGAAAGAT
GCAGGCTGGT CACTTGATAA TATAAATACA GATGGAATTG CGAAAACCAG CTTTGTCGGT
TATGATAATC TAGATATAAA AGCTAGAATT TTAAACTTGT TCAAAGAAAA CTCAGAAGTT
TCTTCGCTAA GTGAGGGAGA TAACGGTATA GTAATCAGTG ATAAGACTTC ATTTTATGCG
GAAGGCGGCG GTGAGGTAGC TGATACTGGA CTAATATTAA GCGATTCCTT TAAGGCTAGA
GTAATCGACG TACAAAAGCA AAAAGATATT TATTTCCATT ATATCGAAGT TGTTGAAGGA
GCTGTGTTTG TTGGTGATGA TGCTCAGTTT AAGGTTGATA GAAATAAGAG ACTGGCTATA
CAAAGAAATC ACTCTGCAAC ACACTTACTA GATCAAGCCT TAAGAGACGT CTTAGGTGAA
GATGTGAAAC AGGCAGGATC ATTGGTAGAT GAAAACAAAT TGAGATTTGA TTTTTCTCAT
AACAGAGCTT TAACAAAAGA GGAAATTGAC AAAGTTGAAG AGATTGTTAA CAGAGAGATT
GTTAAGCAAG AGCTTGTCAC AAAAGAAATA GTAGATTACA AAGAATCTCA AAAAATGGGA
GCCATTGGCT TATTCGAAGA TAAATACAAA GATAAGGTTA GAGTTGTTTC TATGGGCGAT
TACTCCATAG AGCTATGCGG TGGTTGCCAT GTAAATAACA CAAGCGATAT TTTAATGTTT
AAAATTAAAC AAGAATCATC TGTATCTGCT GGAGTAAGAA GAATTGAAGC TCTTACAGGT
AAGAAAGCAT TTGAGTATCT CAATGATAGA GCTAACAAAC TAGATCAAGT AGCAGAAAGA
TTAAACACTA ACACAAATAA TATAACTAAT AGAATAGATA GCCTAGAAAA AGAAATTGAA
AAGCTAAAAT CAGAAAATAG TAGATTAAAA TCCACAAATA GTTCTGATAT AGTTAGCGAA
CTAAAAGAAG ACGTAAAAGA AATTAAGGGT ATAAATTTAT TAGTTAAGAA ATTTGAAAAT
GCTTCAATGG ACGAGTTAAG AGACTATGAA AATAGGATAA AGTCATCTAT TGATAATCTT
ATAATAGTGT TTGCTTCAGT TAGTGATAAG ATTGTATTTA CAGTTTCTGT TGATGATAAA
CTTACTGATA AGTACAATGC TGGTAAAATA GTAAGACAAA TTGCTCAAAT TACTGGAGGT
AATGGTGGAG GCAAGAAGAA CTTTGCTCAA GCCGGAGGAA AAGATATTTC TAAGCTAAAA
GAAGCTTTAG AAAAAGTCAG TGAAATAATT TAA
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| Protein sequence | MKNLGMNELR SKYLNFFGNE KGHTLLKSFP LIPIDDDSLL LINAGMAPLK KYFTGEKKMK
NNRATSSQKC VRTADIERVG KTERHGTFFE MLGNFSFGDY FKKEAITWAY EFLTKELEIS
KDDIWVTVFK EDEEAYNIWH DEIGLDSERI LREGKEDNFW ELEVGPCGPC SEIFVDRGAG
RAIDENDNRP GNDDSDRFME VWNLVFTQFN KDSQGNYTPL AHPNIDTGMG LERIAMVLQD
KDNIFEVDVM AAIISEIEKL SNKKYKESKK DDVSIRVIAD HAKAMTFLTC DGVLPSNEKR
GYVLRRLIRR AYRHGKLLGI EGEFLTNIVD KVIDTYKVEY DELDANREKI KSVIRDEEER
FQKTIDQGLE RLESLISKME KIKNKVLDGK EAFKLYDTYG FPLDLTKEIL EEKNLDVDEK
TFNDEMQIQK QTAREARKKD AGWSLDNINT DGIAKTSFVG YDNLDIKARI LNLFKENSEV
SSLSEGDNGI VISDKTSFYA EGGGEVADTG LILSDSFKAR VIDVQKQKDI YFHYIEVVEG
AVFVGDDAQF KVDRNKRLAI QRNHSATHLL DQALRDVLGE DVKQAGSLVD ENKLRFDFSH
NRALTKEEID KVEEIVNREI VKQELVTKEI VDYKESQKMG AIGLFEDKYK DKVRVVSMGD
YSIELCGGCH VNNTSDILMF KIKQESSVSA GVRRIEALTG KKAFEYLNDR ANKLDQVAER
LNTNTNNITN RIDSLEKEIE KLKSENSRLK STNSSDIVSE LKEDVKEIKG INLLVKKFEN
ASMDELRDYE NRIKSSIDNL IIVFASVSDK IVFTVSVDDK LTDKYNAGKI VRQIAQITGG
NGGGKKNFAQ AGGKDISKLK EALEKVSEII
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