| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_1620 |
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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 | 1458334 |
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| End bp | 1460982 |
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| Gene Length | 2649 bp |
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| Protein Length | 882 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 | DNA-directed DNA polymerase |
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| Protein accession | ACX91837 |
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| Protein GI | 261602234 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.0874595 |
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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 | ATGACTAAGC AACTTACCTT ATTTGATATT CCTTCATCTA AACCCGCTAA GAGTGAACAA
AATACTCAAC AATCGCAACA GAGTGCTCCC GTTGAGGAAA AAAAGGTAGT TAGGAGGGAA
TGGCTTGAAG AGGCTCAGGA AAATAAGATA TACTTCCTAT TGCAAGTAGA TTATGATGGT
AAGAAAGGTA AGGCTGTATG TAAGCTATTC GATAAAGAAA CTCAAAAGAT CTATGCCCTA
TATGATAATA CTGGACATAA GCCCTACTTT CTAGTAGATC TTGAACCTGA TAAAGTAGGT
AAAATACCTA AGATTGTTAG AGATCCATCT TTTGATCACA TAGAGACTGT GAGTAAGATA
GACCCGTATA CTTGGAATAA ATTCAAATTA ACTAAAATCG TTGTTAGAGA TCCCCTAGCA
GTGAGAAGAT TAAGGAATGA TGTTCCAAAA GCGTATGAGG CTCACATAAA ATATTTTAAC
AACTACATGT ATGACATAGG TCTAATCCCC GGTATGCCTT ATGTTGTTAA GAATGGGAAG
TTAGAAAGTG TCTATTTGTC TTTGGACGAG AAAGATGTTG AGGAGATTAA GAAAGCCTTC
GCTGATTCAG ATGAAATGAC TAGACAAATG GCAGTCGATT GGCTTCCCAT ATTTGAAACT
GAAATACCTA AAATAAAAAG GGTTGCGATA GATATTGAGG TATATACACC AGTTAAGGGT
AGAATCCCAG ACTCTCAGAA GGCTGAGTTT CCAATTATAA GTATAGCATT AGCGGGGAGT
GATGGATTAA AGAAGGTTCT TGTATTAAAT AGGAATGATG TCAATGAAGG GAGTGTAAAA
CTTGATGGAA TATCGGTTGA GAGATTTAAT ACAGAGTACG AACTGTTAGG GAGATTTTTT
GATATACTGT TAGAATATCC GATAGTTCTT ACATTCAATG GAGACGATTT TGATTTACCT
TACATTTACT TTAGGGCGTT AAAGTTAGGT TATTTTCCAG AGGAAATTCC CATAGATGTA
GCTGGTAAGG ATGAAGCCAA GTATCTAGCT GGTCTTCATA TAGACTTGTA CAAATTCTTC
TTTAATAAGG CAGTGAGGAA TTATGCATTT GAGGGAAAGT ATAATGAATA CAATTTAGAT
GCAGTTGCAA AGGCCTTATT AGGGACATCA AAAGTTAAGG TAGATACGCT AATATCTTTC
TTAGATGTAG AAAAATTAAT AGAATATAAC TTTAGGGATG CCGAAATCAC ACTTCAGCTT
ACTACATTTA ATAACGACCT AACTATGAAG TTAATTGTAT TGTTTTCTAG AATTTCTAGA
CTAGGAATTG AGGAATTAAC TCGGACAGAA ATATCTACTT GGGTAAAGAA TTTATATTAT
TGGGAACATA GAAAAAGAAA TTGGTTAATT CCTCTTAAGG AAGAAATCTT AGCGAAATCC
TCTAATATAA GAACTTCTGC TCTAATAAAG GGAAAAGGAT ATAAAGGCGC AGTAGTTATA
GACCCACCTG CTGGAATATT CTTTAACATA ACTGTTTTAG ATTTTGCATC ACTATATCCT
TCAATAATTA GAACGTGGAA TCTTAGTTAC GAGACTGTAG ACATTCAACA ATGTAAGAAG
CCCTATGAAG TAAAGGATGA GACAGGGGAG GTGCTACATA TAGTTTGCAT GGATAGGCCA
GGTATAACAG CAGTAATAAC TGGGTTACTA AGAGACTTCA GAGTAAAGAT ATACAAAAAG
AAAGCGAAGA ACCCTAATAA TAGTGAGGAA CAAAAACTAC TCTATGACGT AGTACAGAGA
GCAATGAAAG TATTCATAAA TGCTACTTAC GGTGTATTTG GAGCTGAAAC ATTTCCGTTA
TATGCGCCAG CTGTAGCGGA GAGTGTTACT GCACTGGGGA GATACGTTAT TACCAGTACC
GTAAAGAAAG CTAGGGAAGA AGGTTTAACT GTATTATACG GTGATACTGA TTCTTTATTC
CTCCTTAATC CTCCCAAGAA TAGTTTAGAA AATATTATAA AATGGGTTAA AACTACTTTC
AATTTAGATT TGGAAGTTGA TAAAACCTAC AAGTTTGTGG CTTTTTCTGG ATTGAAGAAG
AATTACTTTG GAGTATACCA AGACGGGAAG GTTGATATAA AGGGGATGTT AGTGAAGAAG
AGAAACACGC CGGAATTTGT AAAGAAGGTA TTTAACGAGG TAAAGGAGCT AATGATCTCC
ATAAACTCGC CAAACGATGT GAAGGAGATT AAAAGAAAAA TTGTAGACGT AGTTAAAGGA
TCATATGAAA AACTAAAAAA CAAAGGATAC AATCTGGACG AATTAGCGTT TAAAGTAATG
CTATCGAAGC CTTTAGATGC GTACAAAAAG AACACTCCCC AACACGTAAA GGCAGCTCTA
CAACTTAGAC CATTTGGAGT TAACGTATTA CCACGAGATA TAATATACTA TGTTAAGGTT
AGATCTAAAG ATGGAGTGAA ACCAGTACAA CTAGCTAAAG TTACTGAAAT AGACGCAGAG
AAATATTTAG AAGCGTTAAG AAGTACGTTT GAGCAAATCT TAAGGGCATT CGGAGTCTCT
TGGGATGAGA TAGCAGCCAC AATGTCGATA GATTCGTTCT TTTCATACCC AAGTAAAGGA
AATAGTTAA
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| Protein sequence | MTKQLTLFDI PSSKPAKSEQ NTQQSQQSAP VEEKKVVRRE WLEEAQENKI YFLLQVDYDG
KKGKAVCKLF DKETQKIYAL YDNTGHKPYF LVDLEPDKVG KIPKIVRDPS FDHIETVSKI
DPYTWNKFKL TKIVVRDPLA VRRLRNDVPK AYEAHIKYFN NYMYDIGLIP GMPYVVKNGK
LESVYLSLDE KDVEEIKKAF ADSDEMTRQM AVDWLPIFET EIPKIKRVAI DIEVYTPVKG
RIPDSQKAEF PIISIALAGS DGLKKVLVLN RNDVNEGSVK LDGISVERFN TEYELLGRFF
DILLEYPIVL TFNGDDFDLP YIYFRALKLG YFPEEIPIDV AGKDEAKYLA GLHIDLYKFF
FNKAVRNYAF EGKYNEYNLD AVAKALLGTS KVKVDTLISF LDVEKLIEYN FRDAEITLQL
TTFNNDLTMK LIVLFSRISR LGIEELTRTE ISTWVKNLYY WEHRKRNWLI PLKEEILAKS
SNIRTSALIK GKGYKGAVVI DPPAGIFFNI TVLDFASLYP SIIRTWNLSY ETVDIQQCKK
PYEVKDETGE VLHIVCMDRP GITAVITGLL RDFRVKIYKK KAKNPNNSEE QKLLYDVVQR
AMKVFINATY GVFGAETFPL YAPAVAESVT ALGRYVITST VKKAREEGLT VLYGDTDSLF
LLNPPKNSLE NIIKWVKTTF NLDLEVDKTY KFVAFSGLKK NYFGVYQDGK VDIKGMLVKK
RNTPEFVKKV FNEVKELMIS INSPNDVKEI KRKIVDVVKG SYEKLKNKGY NLDELAFKVM
LSKPLDAYKK NTPQHVKAAL QLRPFGVNVL PRDIIYYVKV RSKDGVKPVQ LAKVTEIDAE
KYLEALRSTF EQILRAFGVS WDEIAATMSI DSFFSYPSKG NS
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