| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_1780 |
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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 | 1585762 |
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| End bp | 1588923 |
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| Gene Length | 3162 bp |
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| Protein Length | 1053 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | ACX91996 |
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| Protein GI | 261602393 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.0700208 |
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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 | TTATCTGCCG TTATCAAGCC CCTTACTGGT AATTATGATC CTAAGAGGAT TGAAGAAGAA
ATAATTTCGT ATTGGGAAGA GAATAAAATT TACAATAAAC TAAAAGATAT TGTAAGCAAA
AGAAGGGAAA AGTTTCTATT TATAGATGGT CCTCCATACC CTTCAAGTCC TACTCCTCAT
ATAGGGACGA TTTGGAATAA GGTGATAAAG GATTGCATAC TGCGTTATCA GAGGGTTCTG
GGCAAAAGGG TTCATGACCA GCCAGGATAT GATACACATG GATTACCTAT AGAAGTTGCA
ACTGAAAAAC TACTTGGAAT ATCAAATAAG CAAGAGATTA TAGATAAAAT CGGAGTTGAA
ACTTTCATTA ATAAATGCAA AGAGTTTGCA TTATCCAATG CAGATAAAAT GACACAGAAC
TTCAAGAACG TTGGAGTCTT TATGGACTGG GAGAGGCCTT ACTATACATT AGACCCTTCT
TATATAAGCT CTTCATGGAG TGTAATTAAG AAAGCTTATG AAAAAGGGAT GCTAGATAAA
GGCACTGCAG TATTGCATTG GTGTCCTAGA TGTGAAACGA CTCTATCAGA TTATGAGGTG
TCTGAGTATA GAGACTTAGA GGATCCCTCC ATTTATGTCA AATTTAAAAT CAAAGGTGAG
AAAAACAGAT ATCTATTAAT ATGGACTACC ACACCATGGA CTATACCATC TAATGTCTTT
GTAATGATAA ATAAGGACTA TGATTATGCT GATGTAGAGG TTAATGGTGA GATACTCGTA
ATTGCAAAGG ATCGTGTAGA AGCTGTTATG AAAGAGGCAA GTATAACTAA TTATAAGATA
CTCAGAACCT ATAAAGGTAG TGAGTTAATA GGAATAAAGT ACGAGCATCC CCTAAGAGAG
TTTGTTAGTG CCCAGACTAA ATTAGATGAC TTTCATCAAG TCGTTGATGC TGGTAATATA
GTCAAATTAA CTGATGGTAC CGGTCTAGTT CATAGTGCTA CTGGACATGG AGAAGAGGAT
TTCACGGTAG GTCAGAAATA CGGTTTTCCA GTAGTGATGT TCGTTAACGA TAGAGGAGAA
TTTACTGAAG AAGGTGGAAA ATATAAAGGA TTGAAAGTTA GGGACGCATC TAAGGCGATA
ATTAGCGATT TGAAATCTAA AAATACGTTG TTCTTTGAAG GGAAAATAGT TCATCGTTAT
CCGGTATGTT GGAGATGTAA GACTCCACTA ATACTTAGAG CTATTGATCA ATGGTTCATA
AGAGTTACAA AAATAAAAGA TAAAATGCTC AATGAAATAG AGAAAGTAAA CTGGATTCCA
GATTGGGGTA AATCCAGAAT ATCTAACATG GTTAAGGAAC TCAGAGATTG GGTTATAAGT
AGACAAAGGT TCTGGGGAAC TCCTCTTCCC ATATGGATCT GTGAAAGGTG TAATAATGTT
ATGGTAGTTG GGAGTAAAGA AGAATTAGAG AGTATAGCAA TAGATCCAGT CCCTAATGAC
TTACATAGAC CGTGGATAGA TAATGTAAGG GTAAAATGTA ACAAGTGTGG TGGAGTTGCT
AAGAGAATCC CTGATGTTGC AGATGTTTGG TTTGATAGTG GTGTGGCTTT CTTTGCTAGT
TTAGGTAAAG ATTGGCAAGA GAAGTGGAAG GAGTTAGGTC CAGTAGATCT AGTTCTAGAA
GGTCATGATC AGTTGAGGGG TTGGTTCTTT AGTTTGCTTA GATCTGGGCT AATATTACTA
GATAGAGCTC CATATACTTC TGTATTGGTT CATGGATTTA TGCTAGACGA ACAAGGTAGA
GAAATGCATA AGAGTCTAGG TAATTATGTT GAACCTTCAG TAGTAGTTGA AAAATATGGG
AGAGACATAT TACGTTTATG GTTACTTAGG AATACTACAT GGGAAGATGC AAAATTTTCA
TGGAAAGCGT TAGAGCTAAC TAAAAGGGAT TTACAAATAA TTTGGAACAC ATTCGTCTTC
GCGTCAATGT ATATGAATTT AGATAACTTT GAACCCGATA AGTATACTCT TGATGATATT
ATAAAATATG CTAAGATAGA GGATTTATGG ATATTATCAA GGTTTAACTC AATGCTAAAG
AAAGTAAATG AATCCATGAA GGATTACAAG GTTCACGAAA TGACTAATTA CTTGATAAAC
TTTCTAATTG AGGATGTCAG TAGGTTTTAC ATAAGGCTAA TAAGAAAAAG GGCGTGGATA
GAAGCTAATA CTCAAGATAA GATAGCAATG TATTATATTC TTTATTATAT ATTAAAACAA
TGGATTATAT TAGCTTCTAC TATAATTCCA TTTATTTCTG AAAAAATATA TAAATCCTTT
GTAGTTAATG CTAAAGAATC AGTTTCAATG GAATCTAGTA TCAATTATGA TGAGAGATTT
ATCGATAATG AATTGGAAAG AGCCTTTGAA GTTGCTAGAG AAATAAACGA GGCTTCGTTG
AACGCTCGAG CTAAAGCTGG AATAAAATTA AGATGGCCAT TGGCTAAAGT TTATATCTTC
ATAGAAAACG AGGATACATT GGCTAAGGTT GGTAGAATAA AAGATGTCTT GATATCTATG
CTAAACGCTA AAGATATAGA AATAAGCAAA ATAGAAGGAT TTAAGAGTTT CAGTAAATAT
AAGGTCGAGC CGAATAGGTC GATCATAGGG AAGGAATATA AGAGTATGTC GCCAAAAATA
GTAGAATATA TTGAGAATAA TAGAGATATA ATAGCTATGG ATATACTTAA TAAAAAGCAG
CATGTCGCTA AGATAGATAA TTTTGATATA ATACTTAATG CTTCGTATGT GATTATCTCA
GAAGAAACAG TTGAAGGATT CATTTCATCT AAATTTAGTA AGGGTATTGT GGTTATAAGT
AAGGAAATTT CGGAGAGTGA AGAGGAAGAG GGATTAATTA GGGACATTAT AAGGAGGATA
CAATTCATGA GGAAACAACT AAAACTAAAT GTTTTAGATT ATATTGAGAT TAGCATGAAG
GTACCAGAAG AAAGAGTAAA AACTATTCAG AAATGGGAGG AATTTATTAA GAGTGAGACA
AGGGCTAGTA ACATAATTCT AGGTGAAGCT AAGGGAGATA TTACAATGGA TTGGGATATA
GAAGGGGAAT CTTATATAAT AGGGATAAAG AAGTCTACAT GA
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| Protein sequence | MSAVIKPLTG NYDPKRIEEE IISYWEENKI YNKLKDIVSK RREKFLFIDG PPYPSSPTPH
IGTIWNKVIK DCILRYQRVL GKRVHDQPGY DTHGLPIEVA TEKLLGISNK QEIIDKIGVE
TFINKCKEFA LSNADKMTQN FKNVGVFMDW ERPYYTLDPS YISSSWSVIK KAYEKGMLDK
GTAVLHWCPR CETTLSDYEV SEYRDLEDPS IYVKFKIKGE KNRYLLIWTT TPWTIPSNVF
VMINKDYDYA DVEVNGEILV IAKDRVEAVM KEASITNYKI LRTYKGSELI GIKYEHPLRE
FVSAQTKLDD FHQVVDAGNI VKLTDGTGLV HSATGHGEED FTVGQKYGFP VVMFVNDRGE
FTEEGGKYKG LKVRDASKAI ISDLKSKNTL FFEGKIVHRY PVCWRCKTPL ILRAIDQWFI
RVTKIKDKML NEIEKVNWIP DWGKSRISNM VKELRDWVIS RQRFWGTPLP IWICERCNNV
MVVGSKEELE SIAIDPVPND LHRPWIDNVR VKCNKCGGVA KRIPDVADVW FDSGVAFFAS
LGKDWQEKWK ELGPVDLVLE GHDQLRGWFF SLLRSGLILL DRAPYTSVLV HGFMLDEQGR
EMHKSLGNYV EPSVVVEKYG RDILRLWLLR NTTWEDAKFS WKALELTKRD LQIIWNTFVF
ASMYMNLDNF EPDKYTLDDI IKYAKIEDLW ILSRFNSMLK KVNESMKDYK VHEMTNYLIN
FLIEDVSRFY IRLIRKRAWI EANTQDKIAM YYILYYILKQ WIILASTIIP FISEKIYKSF
VVNAKESVSM ESSINYDERF IDNELERAFE VAREINEASL NARAKAGIKL RWPLAKVYIF
IENEDTLAKV GRIKDVLISM LNAKDIEISK IEGFKSFSKY KVEPNRSIIG KEYKSMSPKI
VEYIENNRDI IAMDILNKKQ HVAKIDNFDI ILNASYVIIS EETVEGFISS KFSKGIVVIS
KEISESEEEE GLIRDIIRRI QFMRKQLKLN VLDYIEISMK VPEERVKTIQ KWEEFIKSET
RASNIILGEA KGDITMDWDI EGESYIIGIK KST
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