| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_1313 |
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| Symbol | |
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| ID | 0 |
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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 | Sulfolobus solfataricus 98/2 |
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| Kingdom | Archaea |
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| Replicon accession | CP001800 |
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| Strand | - |
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| Start bp | 1218935 |
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| End bp | 1221637 |
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| Gene Length | 2703 bp |
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| Protein Length | 900 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | |
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| Product | alanyl-tRNA synthetase |
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| Protein accession | ACX91549 |
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| Protein GI | 261601946 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | ATGAAAGCTA GTGAAGAGGA GTACAAACTA AATTTTTTTA TCAAAAATGA TTTTAAGCGA
AAAATATGCA AATCATGCCA AACACCATTT TGGACCAAGG ACGATAAAAA AGAATATTGT
TCAGATATAC CTTGTACTGA TTATTATTTT TTTGACATAA ATATAAAAAG CCAACCATTA
ACAGTTAAGG AAGCCAGGGA GAAATTCCTT TCATTCTTTG AGAAGAGAGG ACATACAAGG
ATACCTCCTA AACCAGTTTT GGCTAGATGG AGAGAGGACT TATACTTAAC AATAGCGAGC
ATTGTTGACT TTCAGCCCCA TGTGACTAGC GGCTTAGTTC CTCCACCCGC AAATCCCCTA
GTGGTTTCAC AACCTTCAAT AAGATTAGAA GATATAGATA ATGTGGGAGT AACGTTTGGA
AGGCATTTAA CTACGTTCGA AATGGCCGCA CATCATGCCT TCAACTATCC AGATCGTTAT
GTGTATTGGA AGGACGAAAC GACAGCATAT GCCACAGAAT TCTTCACAAA GGAGTTAGGA
ATACCAGAAG AGGAATTAAA CTTCAAAGAG TCGTGGTGGG AAGGAGGAGG AAACGCCGGA
CCTTGCCTAG AAGTTACAGT AGGTGGATTA GAGTTAGCAA CATTAGTATT TATGCAATAT
AAGATAACTG ATAATGGTGA TTACATTCCA CTGAAATTAA AAATTGTAGA TACCGGGTAT
GGTGTGGAAA GGATTGCATG GGTAACACAA AAGACTCCCT CTGCATTTCA TGCGATATAT
GGTAATTTAG TATACAAATT CTTTGACAAA ATAGGAGTAG CTTACATAGA TGAGACACTA
CTAAAAGTAG CATCTAGATT TGCTGGTAAG ATAGACCCAG ATAACCCAGA TACTATAAAA
ATTCATAGAC AAATGGTTAG CAAGGAATTA GGAATTGATA TCAAGAATGT TGAAGAAGAA
TTAGATAGGG CAGCTAAGGT ATTTCAGATC TTAGACCATA CGAAAACAAT AATGCTAATG
CTAGCTGATG GTCTAGTTCC TTCCAACTCT GGTGAAGGAT ATCTTGGCAG ACTCGTTATA
AGAAGAGCCT TAAAAGTACT AAGATTACTC AAATCGGATG TAAGACTGTA TGAACTAGTA
AAAGAGCAAA TAGGCTTCTG GAAAGAAGAT TTTCCGCAAG TATTAAAGAA TAAAGATTAC
ATATTAGACG CAGTGGAACT AGAACAACAG AGATTTGAGA AGATTTTGGA AAAAGTTCCA
TCTATAGCCT CAACTTTAGC TAGAAAGAGC GAAATTACAA CAGAAGACTT AATACAAGTT
TACGATTCTA ATGGCGTTCC CCCGGATCTA CTAGAAGAGG AACTAAAGAA AAAGAGAGTA
AAATTTGAAC TACCGCGTAA CTTTTACGCA TTAGTAGCTA AGAGACACCA AACCTCAACA
ATCAAAAACG TATATGATAA GGTTAAGTTG CCCAAGGATT TATTAGAATA TATTACTACA
CTACAACCAA CTGAAAAATT ATACTATAAA GACCAGTATA TGAGATCTTT TGAAGGAAAA
GTGTTGGGAA TCTATAAGAA CTACTTGATT TTAGATAAGA CCACATTTTA TCCAGAGGGA
GGAGGCCAAT TAGGTGATAC TGGCCTCATA ATTGATGAAA AAAGTAGTAA AAGATATGAA
GTTGTAGATA CGCAGAAAGT AAACGATGTG ATAATACATG TACTAAAGGA GGAGCCATCA
ACAATAAAGG TTGGAGATAA TGTAAGAGGG GAAATTAATT GGGAAAGAAG GTATCGTTTA
ATGAGACATC ACACAGTAAC ACACGTAATA CTTGCAGCCG CTAAAAAAGT ATTAGGTGAC
CATATATGGC AAGCTGGAGC TGAAAAAACG CCAGAAAAGG GAAGACTAGA TATTACTCAT
CATAAAGCTT TAACTGAGGA AGAAGTTAAG CTAATAGAGA ATTACGCAAA TAGTGTAATA
TCAGATAGAA GACCAGTTAA ACCTTTAGAA ATGAACAGAA TGGAAGCTGA AATGAAATAT
GGAGTATCGA TATATGAGGG TGGAGTACCT AATTCTGCAA CAATCAGATT ATTGGAGATA
AAGGACTGGG ATATAGAGAG TTGTGGAGGA ACTCATGTAA GTAATACTAG TGAGATAGGA
GCCGTGAAAA TAATTAACGT GGAGAGAATA CAAGATGGTA TAATAAGACT TGAATATGTT
GCGGGACCAG CGTTAGTTGA CTATATTAGG GAAACTGAAG CAAAAATTGC TGAAGCTTCG
AAAATAATAG GTACTTCTCC AGATCAACTA CCTAGCAGAT TGAGAAGAAT ACTTAATGAA
GTTGAGAAAA AAAATAATTT AATAATCCAA TATAGAAGAA TAGTTGAAAC TGAATTGCTA
AATAGTCTGA AGCCTTACGA AATTAACGGT AATAAAATAT ATATCATAGA GGGATTAAAT
GACGAGGAGG AAAACAAGGA GATACTAAGA AAATTAACTT CCACAGATAA TACTATTGCA
ATATCCATCT CTGATAATAG ATTACAAATT GCCACGTCTA AAAATATGAG AGTAGATAAG
ATAGTAGAAG AATTACTAAA GGGAGGAGGA AAAGGAGGAG GAAAAGGTAC ATTTGCAAAC
GTAATTCTAA GTAGTAAAAA GAGTAAAGAA GAAATAATAG ATATAGTAAG AAAATCGCTA
TAA
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| Protein sequence | MKASEEEYKL NFFIKNDFKR KICKSCQTPF WTKDDKKEYC SDIPCTDYYF FDINIKSQPL
TVKEAREKFL SFFEKRGHTR IPPKPVLARW REDLYLTIAS IVDFQPHVTS GLVPPPANPL
VVSQPSIRLE DIDNVGVTFG RHLTTFEMAA HHAFNYPDRY VYWKDETTAY ATEFFTKELG
IPEEELNFKE SWWEGGGNAG PCLEVTVGGL ELATLVFMQY KITDNGDYIP LKLKIVDTGY
GVERIAWVTQ KTPSAFHAIY GNLVYKFFDK IGVAYIDETL LKVASRFAGK IDPDNPDTIK
IHRQMVSKEL GIDIKNVEEE LDRAAKVFQI LDHTKTIMLM LADGLVPSNS GEGYLGRLVI
RRALKVLRLL KSDVRLYELV KEQIGFWKED FPQVLKNKDY ILDAVELEQQ RFEKILEKVP
SIASTLARKS EITTEDLIQV YDSNGVPPDL LEEELKKKRV KFELPRNFYA LVAKRHQTST
IKNVYDKVKL PKDLLEYITT LQPTEKLYYK DQYMRSFEGK VLGIYKNYLI LDKTTFYPEG
GGQLGDTGLI IDEKSSKRYE VVDTQKVNDV IIHVLKEEPS TIKVGDNVRG EINWERRYRL
MRHHTVTHVI LAAAKKVLGD HIWQAGAEKT PEKGRLDITH HKALTEEEVK LIENYANSVI
SDRRPVKPLE MNRMEAEMKY GVSIYEGGVP NSATIRLLEI KDWDIESCGG THVSNTSEIG
AVKIINVERI QDGIIRLEYV AGPALVDYIR ETEAKIAEAS KIIGTSPDQL PSRLRRILNE
VEKKNNLIIQ YRRIVETELL NSLKPYEING NKIYIIEGLN DEEENKEILR KLTSTDNTIA
ISISDNRLQI ATSKNMRVDK IVEELLKGGG KGGGKGTFAN VILSSKKSKE EIIDIVRKSL
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