| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_1703 |
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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 | 1528199 |
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| End bp | 1531354 |
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| Gene Length | 3156 bp |
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| Protein Length | 1051 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | |
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| Product | carbamoyl-phosphate synthase, large subunit |
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| Protein accession | ACX91920 |
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| Protein GI | 261602317 |
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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 | 7 |
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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 | ATGAGAGAAA CTCCAAAAAA GGTTCTGGTT ATTGGATCTG GACCTATAAA AATAGCTGAA
GCTGCAGAGT TTGATTACAG TGGAAGTCAA GCGTTAAAGG CATTAAAAGA GGAAGGAATA
GAGACAGTAT TAGTAAATTC TAACGTGGCA ACAGTACAGA CTAGCAAGAA ATTTGCTGAT
AAATTATACA TGTTACCAGT AGTCTGGTGG GCTGTAGAGA AGGTTATAGA GAAGGAGAGA
CCAGATGGTA TAATGATAGG GTTTGGAGGA CAAACTGCGT TGAATGTTGG AGTAGACTTG
CATAAAAAGG GAGTATTACA GAAATATAAT GTCAAAGTAT TAGGAACGCA AATTGATGGA
ATAGAGAAAG CACTGAGCAG AGAAAAGTTT AGAGAAACAA TGATAGAGAA CAATTTACCA
GTACCCCCAA GTTTATCTGC AAGGAGTGAA GAAGAGGCGA TAAAGAACGC AAAAATCGTG
GGATATCCAG TAATGGTGAG AGTAAGCTTT AATCTAGGCG GAAGAGGCTC TATGGTAGCG
TGGACTGAAG AAGACTTGAA GAAAAATATT AGGAGAGCGT TATCCCAAAG TTACATAGGA
GAAGTTCTGC TTGAGAAATA TCTTTACCAT TGGATAGAAT TAGAATATGA GGTAATGAGA
GACAAAAAGG GCAATTCTGC TGTAATAGCA TGTATTGAAA ATCTAGATCC GATGGGAGTC
CACACTGGAG AGTCAACAGT AGTTGCTCCT TGCCAGACTT TAGATAATCT TGAATATCAA
AATATGAGAA CCTATACAAT AGAAGTTGCA AGATCAATTA ATCTAATCGG GGAGTGCAAT
GTACAATTTG CGCTTAACCC TAGAGGCTAC GAATATTACA TTATAGAAAC TAACCCGAGA
ATGTCTAGAT CAAGTGCTTT AGCTAGTAAG GCTACTGGTT ATCCACTAGC ATATGTTTCT
GCTAAACTAG CACTAGGATA CGAACTCCAT GAAGTTATAA ATAAAGTCTC TGGAAGGACT
TGTGCATGTT TTGAACCAAG TTTAGACTAT ATAGTAACTA AAATCCCAAG ATGGGATCTA
AGCAAGTTTG AGAACGTCGA TCAATCGTTA GCAACTGAGA TGATGAGCGT GGGAGAGGTC
ATGAGTATAG GAAGATCGTT TGAGGAGAGT TTGCAGAAAG CTATAAGGAT GCTAGATATT
GGTGAACCTG GGGTCGTAGG TGGAAAGGTA TATGAGTCCA ATATGAGTAA AGAAGAAGCG
CTAAAGTACC TCAAAGAAAG AAGACCATAC TGGTTCTTAT ACGCAGCTAA AGCCTTCAAA
GAGGGAGCAA CAATTAATGA AGTATATGAG GTTACTGGAA TTAACGAGTT CTTTTTAAAT
AAAATCAAAG GATTAGTAGA TTTCTACGAA ACTCTCAGAA AATTGAAAGA GATCGATAAG
GAAACATTAA AACTCGCTAA GAAATTGGGA TTTAGCGATG AGCAGATATC TAAAGCGCTA
AATAAGTCTA CTGAATACGT GAGAAAAATT AGATACGAAA CCAACACAAT ACCAGTGGTA
AAGCTTATAG ACACGTTAGC TGGCGAATGG CCTGCAGTTA CTAATTACAT GTATTTAACA
TATAATGGTA CGGAAGATGA TATAGAATTC TCACAGGGGA ACAAATTACT AATAATTGGT
GCAGGAGGTT TTAGAATAGG AGTTTCAGTT GAGTTTGATT GGAGTGTTGT ATCTCTAATG
GAAGCAGGAT CAAAGTACTT TGATGAAGTA GCAGTACTTA ATTATAATCC GGAAACTGTC
TCAACTGATT GGGATATTGC GAGGAAGCTT TATTTTGACG AAATTAGCGT GGAAAGAGTA
TTGGATTTAA TTAAGAAGGA GAAGTTTAGA TATGTTGCCA CGTTTTCAGG TGGACAAATA
GGCAATTCAA TAGCTAAAGA GTTGGAGGAA AATGGAGTAA GGTTATTAGG AACATCGGGT
AGCAGTGTAG ATATCGCAGA AAATAGGGAA AAGTTCTCAA AACTATTAGA TAAGTTAGGT
ATTTCGCAGC CGGATTGGAT ATCTGCAACT TCATTAGGCG AAATTAAGAA GTTTGCCAAT
GAAGTAGGAT TTCCAGTTCT TGTAAGACCT AGTTATGTTC TAAGTGGATC GTCAATGAAA
ATAGCTTATT CAGAAGAGGA GCTTTATGAA TATGTAAGAA GAGCTACTGA GATTTCTCCT
AAATATCCAG TAGTGATTTC AAAGTACATC GAGAACGCTA TAGAAGCTGA GATTGATGGA
GTTTCAGATG GAAATAAGGT ATTAGGAATA ACATTAGAGC ATATAGAAGA GGCTGGAGTC
CATAGCGGAG ATGCAACCAT GTCAATTCCC TTTAGAAAAT TGTCTGAAAA TAATGTGAAT
AGAATGAGAG AAAATGTGTT AAATATAGCT AGAGAACTGA ATATTAAAGG GCCATTCAAC
GTACAATTTG TGGTAAAAGA AAATACTCCA TATATAATCG AATTAAATCT TAGAGCAAGT
AGATCAATGC CATTTAGTAG CAAAGCAAAG GGTATAAATC TAATAAATGA GTCAATGAAA
GCGATATTTG ATGGTCTAGA TTTCTCCGAG GATTATTATG AACCACCATC CAAGTACTGG
GCGGTGAAGA GTGCTCAATT CTCTTGGTCT CAATTAAGAG GAGCTTACCC ATTCTTGGGA
CCAGAAATGA AAAGTACTGG AGAGGCTGCA TCATTTGGAG TGACATTTTA TGACGCATTA
CTAAAGAGTT GGCTTTCGTC TATGCCTAAT AGGATACCAA ATAAAAATGG AATAGCGTTA
GTTTATGGGA ATAAAAATTT GGATTACTTA AAGGATACTG CAGATAATTT AACTAGGTTT
GGACTAACGG TCTATAGTAT ATCTGAGCTT CCATTACAAG ATATAGAAAC AATAGACAAA
ATGAAGGCAG AGGAGCTGGT AAGAGCCAAG AAGGTAGAGA TAATAGTAAC GGATGGTTAT
CTAAAGAAAT TTGATTATAA CATTAGAAGA ACAGCTGTTG ATTATAATAT TCCGATAATT
CTTAACGGTA GATTAGGTTA TGAGGTGAGT AAGGCTTTCC TAAATTATGA CTCACTTACT
TTTTTTGAAA TATCTGAGTA TGGAGGAGGA ATATGA
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| Protein sequence | MRETPKKVLV IGSGPIKIAE AAEFDYSGSQ ALKALKEEGI ETVLVNSNVA TVQTSKKFAD
KLYMLPVVWW AVEKVIEKER PDGIMIGFGG QTALNVGVDL HKKGVLQKYN VKVLGTQIDG
IEKALSREKF RETMIENNLP VPPSLSARSE EEAIKNAKIV GYPVMVRVSF NLGGRGSMVA
WTEEDLKKNI RRALSQSYIG EVLLEKYLYH WIELEYEVMR DKKGNSAVIA CIENLDPMGV
HTGESTVVAP CQTLDNLEYQ NMRTYTIEVA RSINLIGECN VQFALNPRGY EYYIIETNPR
MSRSSALASK ATGYPLAYVS AKLALGYELH EVINKVSGRT CACFEPSLDY IVTKIPRWDL
SKFENVDQSL ATEMMSVGEV MSIGRSFEES LQKAIRMLDI GEPGVVGGKV YESNMSKEEA
LKYLKERRPY WFLYAAKAFK EGATINEVYE VTGINEFFLN KIKGLVDFYE TLRKLKEIDK
ETLKLAKKLG FSDEQISKAL NKSTEYVRKI RYETNTIPVV KLIDTLAGEW PAVTNYMYLT
YNGTEDDIEF SQGNKLLIIG AGGFRIGVSV EFDWSVVSLM EAGSKYFDEV AVLNYNPETV
STDWDIARKL YFDEISVERV LDLIKKEKFR YVATFSGGQI GNSIAKELEE NGVRLLGTSG
SSVDIAENRE KFSKLLDKLG ISQPDWISAT SLGEIKKFAN EVGFPVLVRP SYVLSGSSMK
IAYSEEELYE YVRRATEISP KYPVVISKYI ENAIEAEIDG VSDGNKVLGI TLEHIEEAGV
HSGDATMSIP FRKLSENNVN RMRENVLNIA RELNIKGPFN VQFVVKENTP YIIELNLRAS
RSMPFSSKAK GINLINESMK AIFDGLDFSE DYYEPPSKYW AVKSAQFSWS QLRGAYPFLG
PEMKSTGEAA SFGVTFYDAL LKSWLSSMPN RIPNKNGIAL VYGNKNLDYL KDTADNLTRF
GLTVYSISEL PLQDIETIDK MKAEELVRAK KVEIIVTDGY LKKFDYNIRR TAVDYNIPII
LNGRLGYEVS KAFLNYDSLT FFEISEYGGG I
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