| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tpen_0568 |
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| Symbol | leuS |
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| ID | 4600612 |
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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 | Thermofilum pendens Hrk 5 |
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| Kingdom | Archaea |
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| Replicon accession | NC_008698 |
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| Strand | + |
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| Start bp | 516368 |
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| End bp | 519301 |
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| Gene Length | 2934 bp |
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| Protein Length | 977 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 639773338 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_919976 |
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| Protein GI | 119719481 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0495] Leucyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00395] leucyl-tRNA synthetase, archaeal and cytosolic family |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | GTGTCTGTCA TTGCTAGCAA TAATCAAAGG ATGAAGTTCC CGGAAGTGAA TGCTGAGAGA
AGGGATTTTC TACGCAAAGT GGAAGAGAAG TGGCAGCGCA GGTGGGAAGA GAGCGGTTTA
TTCGAAGCGG ATCCAGACCC CTCGCGCCCC AAGTTCTTCG TTACCTTTCC TTACCCCTAC
ATAAACTCCT TCCCACACCT CGGCACAGCG TATACCGTTC TCCGCGTCGA TATACTCGCC
AGGTTTAAGA GGATGCAGGG CTTCAACGTC CTCTTCCCGC AAGGGTGGCA CGCGACGGGA
GGGCCCATAG TAGCCGCCGC GCTAAGAGTC AGGGAGGGCG ACGAGAAGCA GATACGCATA
TTGAAGTCTA TCGGAATCCC CGACTCGGAA ATCCCGAAGT TCAGGGACCC TGAGTACTGG
GTCGAGTTCT TCAGAAAGGG TTTCAAACAG GACTTTTCGA GGTACGGGCT CTCGATAGAC
TGGAGGAGGG AGTTTTTCAC CACGTACCTA AATCCCCCCT ACAGCAAGTT CATACAGTGG
CAGTACACAG TCCTGAGAGA GAAGGGTCTG ATAACCAGAG GGTCTCACCC GGTTGTGTGG
TGCCCGAAAG AGCATAAAGT GGTCGGAGAC CACGATAGGC CGGACGAGTA CGCTGGCATA
GGACCGGAAA GAGTCGTGAT TATAAAGTTT AAGGGAGAGG ACGGCCTCGT CTACCCCTGT
CTCACCTATA GACCCGAGAC GGTTTACGGG GCTGTAAACA TCTGGGTGAA CCCGGAGTCC
AAGTACCTGG TAGCAGAGGT GGACGGTGAG AAATGGGTTA TAGGGGAGTA CGGCGCCAGG
GAGCTCGCCG ACCAGGATCA CTCCGTGAAG ATAGTGGGAG AGGTAAAGGG CTCCGAGCTC
GTGGGTAGGT TTGCGAGGAA CCCCGTTACC GGCTGGAGGA TCCCAGTTCT GCCCGCGTAC
TTCGTCCAGG CGGACGCAGG TACAGGTATA GTGATGTCGG TCCCAGCGCA TGCCCCCTAC
GACTTCGCGG GCCTGGAGGA CCTAAAGAAG GATCCCTACC TCCTAGAGAA GTTTGGCCTG
GACCCCGCTA TCTTAGACGC TGTTAGACCA GTAAAGCTGA TAGACGTCGA GGAATACGGC
GGGCTACCCG CGGAGGAGGT GGTTAGACGC CTTGGCGTGA CGTCGCAGTT TGACCGTGAA
AAGCTCGAGG AGGCGACGAA GGAGGTTTAC TCGAAGGAAT TTTACAAGGG AGTCCTAAAG
CCCGAGGTAT TCGGGGAGCG CTGGGGCGGC AGGAAAGTCT TCGAGGTAAA GGAGGACGTC
GTGGAGAACC TTGTGAGCAG AGGCATCGCG CTGAGACACT ACACTCTGCC GAGCCCCGTG
TACTGCCGTT GCGGGGCTAG GACGCACGTA AAGCTGGTCA AAGACCAGTG GTTCCTCAGG
TACAGCGACC CGGAGTGGAA GAGGAGGGCC CACGAGTGTA TTGACAGGAT GAGGTTCGTG
CCGGAGGAAG TTAGGCAGGA GTTCCACAGG CTCGTTGACT GGTACGAGGA CTGGGCCTGC
ACGCATGAAA GAGAGCTCGG GACACCGCTC CCGTGGGACG AGAGGTGGGT CCTGGAGTCA
CTCAGCGATT CGACCATATA CATGGCCTAC TACACGCTGG CGAAGTACTT ACAGCACCCG
GAGAAGTACG GCATAGACTG GTCCAAGCTG AACAACGAGT TCTTCGACTA CGTCCTCCTG
GGAAAGGGGG ATCCCGGTAG CGTCGCCGAG AGGACGGGGA TTCCCAAGGA GTTGCTCGAA
GAGATGAGGA AGGAGTTCCT CTACTGGTAC CCTGTCGATA TGAGGGTTTC CGGGAAGGAC
CTGATCGGGA ACCACCTCGT ATTCTTCATA ATGCACCACG TGGCGATATT CCCGGAAGAA
CACTGGCCGA GAGGTATAGG CGTCAACGGC TGGGTCCTGG TTGCCGGGAA GAAGATGTCC
AAGTCCGCCG GGAACTTCAT ACTTCTACGC GAGGCCCTGG AGTACTGGGG CGCGGATGCT
ACGCGTTTCG CCGAGGCCTA CGCGGGTAAC TCGGGGCTCG ACGACGGAAA CTTTGAGCCC
GAGGTTGCGA GTAAGGCTGT AGACCTGCTG TACGAGTGGT ACGAATTCGC AGTGAACAAT
TACGGCAAGG GAGATGAAAA CAGAAGATTC GTGGACGACT GGTTTGAAAG CGTTCTCTAC
AGAACCCTGG AAAAGGTGAC TAAAGAGTAC GAAGAGCTTA ACACGAAAAA CGTGCTCGTA
GAGGGCTTCT TCAATCTCCA GAACGCGTAT AGGTGGTACG TAAAGAGGCG GGGCGGCACA
GCGAATAAAG AGGTGCTTAA GAAGTTCGTA GAGATACAAA CCCTCATCCT TGCCCCCATA
ACACCCCACA TAGCCGAGGA GATATGGGAG GCAACAGGGC ACAAAGAATT CATATCAAGG
ACGAGCTGGC CCGCAGTCGA TAAGAGCAAG ATCAAGGACG AGGTGGAAAA AGCCGAGTCC
ATAGTCGTCA AGCTATACGA GGATATTCAG GAGGTCCTGA AACTGAAGAA GAGCGGCGTA
GAAAGGATAA CAATAGTCGC GCCGTCCAAG TGGAAGTACG GCTTCCTCGA AGGAGTCAAG
CGGAGATACT CGACCTACGG GAAGCTTTCT CAGGCTATAA GCGAGACAAT AAAGGAAGTC
GAGCCCAGCC TTAAACCCGC CGCTGGACAG CTAGCATCGC TTATCCAGAA GAACCCAGAG
GTCCTAGACC TTCTAGTAAG CCCCGAAGCG GAGCAGAAAG CACTCTCCGA CGCGCTCGAA
TTCCTTAAAG ACTCTCTAGG AGTCCCCGTA GAACTTGTAG CGGAGGAAGA GCTAAGGGAA
AACCCGAGAG CCAGAACAAC CCTCCCAGGT AGACCCTCGA TCATTCTTTC GTAG
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| Protein sequence | MSVIASNNQR MKFPEVNAER RDFLRKVEEK WQRRWEESGL FEADPDPSRP KFFVTFPYPY
INSFPHLGTA YTVLRVDILA RFKRMQGFNV LFPQGWHATG GPIVAAALRV REGDEKQIRI
LKSIGIPDSE IPKFRDPEYW VEFFRKGFKQ DFSRYGLSID WRREFFTTYL NPPYSKFIQW
QYTVLREKGL ITRGSHPVVW CPKEHKVVGD HDRPDEYAGI GPERVVIIKF KGEDGLVYPC
LTYRPETVYG AVNIWVNPES KYLVAEVDGE KWVIGEYGAR ELADQDHSVK IVGEVKGSEL
VGRFARNPVT GWRIPVLPAY FVQADAGTGI VMSVPAHAPY DFAGLEDLKK DPYLLEKFGL
DPAILDAVRP VKLIDVEEYG GLPAEEVVRR LGVTSQFDRE KLEEATKEVY SKEFYKGVLK
PEVFGERWGG RKVFEVKEDV VENLVSRGIA LRHYTLPSPV YCRCGARTHV KLVKDQWFLR
YSDPEWKRRA HECIDRMRFV PEEVRQEFHR LVDWYEDWAC THERELGTPL PWDERWVLES
LSDSTIYMAY YTLAKYLQHP EKYGIDWSKL NNEFFDYVLL GKGDPGSVAE RTGIPKELLE
EMRKEFLYWY PVDMRVSGKD LIGNHLVFFI MHHVAIFPEE HWPRGIGVNG WVLVAGKKMS
KSAGNFILLR EALEYWGADA TRFAEAYAGN SGLDDGNFEP EVASKAVDLL YEWYEFAVNN
YGKGDENRRF VDDWFESVLY RTLEKVTKEY EELNTKNVLV EGFFNLQNAY RWYVKRRGGT
ANKEVLKKFV EIQTLILAPI TPHIAEEIWE ATGHKEFISR TSWPAVDKSK IKDEVEKAES
IVVKLYEDIQ EVLKLKKSGV ERITIVAPSK WKYGFLEGVK RRYSTYGKLS QAISETIKEV
EPSLKPAAGQ LASLIQKNPE VLDLLVSPEA EQKALSDALE FLKDSLGVPV ELVAEEELRE
NPRARTTLPG RPSIILS
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