| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_0993 |
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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 | 933781 |
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| End bp | 936690 |
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| Gene Length | 2910 bp |
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| Protein Length | 969 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | ACX91237 |
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| Protein GI | 261601634 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.365998 |
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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 | GTGAAAAAGA GTTTGATAAT ATTACTTTTT GTAATATTAT CTCCTATAAC ATATTTAACA
TTACCACTAT CCTCACAATC CACTCCTATT CAAGGATATG CGACAAGTAG TGAGTTGATA
ACACCCGGCG AAATTGAGGT ACCAATAACC TTTCATTTGA TTAACTTAGG TCAAACCTTA
ACTGAGGTTA CAATAACCCC TGCAGATACT TATCCGTTTT ACCTTTACCC CTATAATAAT
GGAACTGAAC TTACACACAT ACCCTTGTGG AATCAAGGAC AGACAGTAAA TGTTACTTAC
TTGTTTGATA TAGCTAGTAC TGCTAAGACT GGTACATATA CTGATGTAGT TGTAGTTCAA
GGTATCACTA CCTCTGGTAC CCAAGTAACT TATGATGTTT TAGTACCAGT AGTAATAGCT
GGCTATGTTA ATTTCTCCGC ATCATCAGTA TGGGGAACAA CATCAAACCC AATGGTAGTA
GGACCAGGAG AAAACAACAT CCCACTAACA ATAATACTAC AAAACTTAGG TAATTCGTTA
GTCACCAATA TAACATTAGA ACTAAACTCA CAGTTTCCAG TTGGATTCCT ACAAAATAAC
GCTACAATTT CCGCAATACC AGCAGGATAT TATGGAGAGG TAACTGTAAT GACTTCAGTA
TATCCTAATG CAACTGAAGG TTTGTATTAC ATCAAGCTAA ATGTAATATA CTATCATAAT
GCGACTACTA CAGTATTAGT ACCTATTGAT ATAGGATCAT CTAATCAAGT GTCACTAGAG
GACGCATGGG GTACACCATC AGACCCGATG GTAGCTGCGC CTGGTGAAAC TTTACTTCCC
CTCACTATTT ACGTAAAGAA TCTTGGCGAG AACCTACTAT CCAATGTCAT GTTAATATTG
CAATCTCACT ATCCAATTCA ATTCCTCCAA AATTACACAA TGATAGGTTT CGTACCAGCT
GGAGGTTATA ATTACGTTAC AGTAGTAGCA AACGTCTATA AGAACGTAAC ACCTGGAGTA
TATTACGTAC CAATAACCTT AGTGGCATAC GATGGAGGGT TCATGCAGAC TTTTGAAATG
CCAGTCTACG TTTTAGGCTA TGTTAATTTC TCCGCATCAT CAGTATGGGG AACAACATCA
AACCCAATGG TAGTAGGACC AGGAGAAAAC AACATCCCAC TAACAATAAT ACTACAAAAC
TCTGGGATAG TTACTGTAAC TAACGCAACC TTGTTCCTAC AATCACAGTA TCCGGTACAG
TTTCTACAGA ACAATGTAAC CCTTGGGAAC GTCCCAGCCG GCTATCCTAT ACCAGTAACA
GTACTAGCAA ACGTTTATCC TAACGTAACA AATACCGGTG TTTACTACAT AACCGCAAAA
GTGATGTATT ACGATGGTGT GATACAATAT GTAAAGGTCC CAATATATAT AGAGTCACTA
AATCAAGTTT CGGTAGAGGG TATATGGGGT TCTTTATCTA ATCCAATACT GGTAGCTCCG
GGTGAGAACA ATGTACCACT AACGCTAGTG ATAAAGAATC TTGGTGAAAA CCTACTATCA
AACGTAAGCC TAATATTGCA ATCTCATTAT CCGATACAAT TCCTCCAGCA AAACGCCTCC
GTTGGTTTCG TTCCCGCTGG TAGCTACAAT TACGTAACAG TGACGGCCAA CGTGTTTCCA
AATGCAACTC CAGGAGTATA CTACATACCA GCAACCCTAG TGGCTTATGG TGGATTTAAG
GAAAACATAA TGATAACTGT TGATATCCTA GGATATGTTA CAATACAAGC TCAAAGCTTG
TGGGGAGAAG TAACATCCCC AATAACGGTC TCCTCAGGTG AGACTGATGT ACCTTTAACG
GTTTTACTCA AAAACACTGG TGACGTTAAT ATTCTTAATG CTACCCTAGT TTTCCAGAAC
GTAGAGTATC CATTAATCTT CCATCAGGCC ACTGCACAAA TCGGTATTGT ACCAGCTGGT
CAAGAGAATT ATGCAACAGT TACTGTAAGT GTGTTTCCAA ATGCAACTCC AGGAGTATAC
TACATACCAG CAACTCTATA TTACTTCAAT CATCAAACCA CAATAACAGT TCCAATAACA
ATTTATTCAC CTAATATTTC AGTAAATTTA GTAACTATTC CACCTCAAGT ATTTCCTAGC
TATTATGATG TTAGATTATT GGTAATTTTA ACAAACTTTG GAGGTGGTAT AGCGGAAAAC
GCTAACGTGA GCATTCAATC ACCATTCCAA GTTATATCTT CTAATCCACT ACACTTAGGA
GCACTACCAG TGGGAGTCCC CATCAATGCC ACATTTCTTA TTAATGTTCC AAATAATACA
GTGCCTAAAA TCTACATTGT AAACATTACT ATTAACTATG ATGGTGGAAA AGAAACGTAT
CAATATCCAT TACAGATATA TCCCAAGGCT AATCTGATAG TAGTAGGAGT TTCTTATCCT
TCACTAAGTG CAGGAGACAG CAACGTGCCA ATTACAATAA CTCTTAAAAA CGCTGGAAAT
TCGACAGCTA AGAACGTTAT AGTTAGGCTA GGAACTTCCA ATCTAATATA TCCTCATGTG
AGTTCATCAA ACCCATTGCA AGCATTAACA GCATCTGAGG TATTCGCTGG AGATATTGCA
CCCGGACAAG CAATAAATGT AACTTTTGTA GTCGATGTAA GTGGTGGAGC GTCTGCTGGA
ACTTACCCAT TAGCAATTGC TTTGATATGG AATCAAACTG GTGCACTATT TCCATTTGAG
CAGTCTGATA CATTCTACGT AACAATATCT CCTCCATTCT ATGAACAGTT CTTTAAATCA
CCTATTGGCA TAATAACAAT TATAGTAATA ATAGTTATAA TTATAGTGAT TGCTGCCGTA
CTCCTAAGAG TAAGAAATAA AAGAAGATAA
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| Protein sequence | MKKSLIILLF VILSPITYLT LPLSSQSTPI QGYATSSELI TPGEIEVPIT FHLINLGQTL
TEVTITPADT YPFYLYPYNN GTELTHIPLW NQGQTVNVTY LFDIASTAKT GTYTDVVVVQ
GITTSGTQVT YDVLVPVVIA GYVNFSASSV WGTTSNPMVV GPGENNIPLT IILQNLGNSL
VTNITLELNS QFPVGFLQNN ATISAIPAGY YGEVTVMTSV YPNATEGLYY IKLNVIYYHN
ATTTVLVPID IGSSNQVSLE DAWGTPSDPM VAAPGETLLP LTIYVKNLGE NLLSNVMLIL
QSHYPIQFLQ NYTMIGFVPA GGYNYVTVVA NVYKNVTPGV YYVPITLVAY DGGFMQTFEM
PVYVLGYVNF SASSVWGTTS NPMVVGPGEN NIPLTIILQN SGIVTVTNAT LFLQSQYPVQ
FLQNNVTLGN VPAGYPIPVT VLANVYPNVT NTGVYYITAK VMYYDGVIQY VKVPIYIESL
NQVSVEGIWG SLSNPILVAP GENNVPLTLV IKNLGENLLS NVSLILQSHY PIQFLQQNAS
VGFVPAGSYN YVTVTANVFP NATPGVYYIP ATLVAYGGFK ENIMITVDIL GYVTIQAQSL
WGEVTSPITV SSGETDVPLT VLLKNTGDVN ILNATLVFQN VEYPLIFHQA TAQIGIVPAG
QENYATVTVS VFPNATPGVY YIPATLYYFN HQTTITVPIT IYSPNISVNL VTIPPQVFPS
YYDVRLLVIL TNFGGGIAEN ANVSIQSPFQ VISSNPLHLG ALPVGVPINA TFLINVPNNT
VPKIYIVNIT INYDGGKETY QYPLQIYPKA NLIVVGVSYP SLSAGDSNVP ITITLKNAGN
STAKNVIVRL GTSNLIYPHV SSSNPLQALT ASEVFAGDIA PGQAINVTFV VDVSGGASAG
TYPLAIALIW NQTGALFPFE QSDTFYVTIS PPFYEQFFKS PIGIITIIVI IVIIIVIAAV
LLRVRNKRR
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