| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_80286 |
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| Symbol | ARP8 |
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| ID | 4851000 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Scheffersomyces stipitis CBS 6054 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_009068 |
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| Strand | - |
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| Start bp | 676651 |
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| End bp | 680267 |
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| Gene Length | 3617 bp |
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| Protein Length | 835 aa |
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| Translation table | |
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| GC content | 42% |
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| IMG OID | 640392708 |
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| Product | actin-related protein |
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| Protein accession | XP_001387769 |
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| Protein GI | 126273961 |
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| COG category | [Z] Cytoskeleton |
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| COG ID | [COG5277] Actin and related proteins |
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| TIGRFAM ID | |
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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 | 7 |
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| Fosmid unclonability p-value | 0.0163475 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TAGAGACTTC CGTTGATCAT CTCTTATCTT TCTATCGGCG AAAGTTGATA CTTCAAATTG
ATTCTTACTT TGACTTTTCA GATTGATTTT CCATATTGAA TTTTATTTTC GACTTTTCAG
ATTGAACTTT TCACTTATTT TCAATCTTCA AACGACCACC AAAGCCTGAA AAACAACATG
TCGTCTCCTG CCAGCGACAA TACTATAGCG ACTGCCGACG ATGACATCCA CATTGATGAA
GACGAAAACG TCGAAAAGCC TACTAGTTCT AGATCTTCTA AATCCAAAGC TTCTTCCAAT
GGCTCGTCCA GTAAGAGACA GAAGCCAGGA CCGTCAGTGG GAAAGAAGCC TACGGCCGAA
GTCCTCCAGC GCAGAAAAGA AGGCAGAATA AAGGCTGCAG CCACAATTGC ACAGAACTTG
AAAAAGACTG GGATTGGCAG ATTTGAGGAA CAGAACGGGT TTGCCTTCAC TTCTGTAAAG
CCCGTACCCT TGCTCAACCA GAAGAACTAC TTTACAGAAT ACTTGAGAAG AGACGATCAA
GTCTCGTTTG TAAGAAATAG AAGAGCCGAA CTTAACCAGA GACAAAATGC CACACTGAAG
AAAGCAAATG GCGCCAACAC AGAAACCCAG AGCACTGATC CACAGAACTT TGACGATTTC
GACTTGAACA ACATCGAAGC CGAAATGAAT AGGAAGAAGG CAGAATTGTT AGCTGATGAA
GATGACGACG ATGAAGATGA AGAAAATGAA ACAGAAGAAG CACAGGAAGA GAAGGCAAAG
ATCGGCCATG ATGTCATTGT TATCCACCCT GGCTCCTCCT ATATACGGAT AGGAAGAGCC
ACCGAAGCCG TGCCAGAGAC AATTCCTGCC GTTATTGCTG TGCCCAATAG TGTGCATCAC
GAGCCTAAAC CTCCAACGCC ACTCAGAACT GTAGGTAATG ACGGAGAAGC ATACTTCAAC
GATACATTTG ATGAGATCAA AAATGTAGTC ACCAAGAACT TCAAAGCCAG AATGAGGTAC
TATAAAAGAA GGGTTTTGCC TAACTCCAGG GAAACGGCTG CTAACTACAA TAAGAAACAG
GAATCAGAAC GTATTCCCGA CCACAATGAT CCATACAAGA AAGAATGGTT AGACATCAAC
AGTGCTGAGT ATAGCTCTAA AAAGTTCTTC GTAGGAGAAG AGGCTCTTAA ACTTCCACTC
AACCCCAAGA AGTTTGAGAA GTTTAAACTC AGATACCCCA TCATCAATGG TAACTTCAAC
ATCTATTCTG AAGACTATAA CTCACCACAA GAAATCTTGG GTGACCTTGC CAGCATCTTG
TTGGAGTCGT TAGATCAACT TGAAATTAGG AATCTTCTGC AGTTGAAGGC TATTCTCGTC
ATACCTGATT TCTACGACAA ACAATACGTG GAAGCCTGGG TAGACACCTT GTTCAAGTTT
GTAGGTTTTG GTAGAGTAGG CATTATTCAG GAGGCCGTCG CAGCCACCTT TGGTGCTGGT
GCTACATGCG CATGTGTAGT AGACGTTGGT GCTCATACGA CTACCATCAG TTGTGTGGAC
GAAGGCATGA TCATCAATGA TTCACGAGTC TTGTTGAACT ACGGAGGTGA CCAGATCACC
GAATGTTTCA TAAAGTTGTT GTTGGAAAAC TCTTTCCCGT ACAAGGAAAT TGACTTAGGC
AGTAGAGTTG ATGACTGGGA ATTGGCTCAG ACATTGAAAC ACAATTTTGT TACTTTTCAG
GATGCTGATA TCGCTGTGCA GTTGTACAAT TTCTACAAGC GTAAGCCGTT TGAAACGACG
GAAAAATTCG ACTTCAAGGT CTTTGACGAA GTAATGTTGG CTCCCTTGGG ACTTTTTTAT
CCTGAATTCT TCCAAATTGG TGATGTGCCA CCTTCCATTC CTTCGTTAGC CTCGTCTACA
AAGCCAGACC ACGAAGATTT TGGCGAAAAG AGGCTCTTCA GACCTTCTAC AGATCAATAC
ACTGGCAAAC TAGATAACCC AATTTCTCGT TCTCAGAATA ACTTACGAAC TAGATTGTCG
TTTGCTGATA TGAACGAGGA AGACTTGTTG GTCAGGCTCA ACGAACTGAA GGGGACAACT
GGAGAACAAG ATCCAGTAGA AGAGTTCTCC GGAGAATCTA ATTTAAGAAG AGTACCCTTG
GAGAAGGCTA TCATTGAGTC TATCACCAAT GCCGGTTTGT CTACGGACTT AAACAAAATC
AAAAAGCTCT ATGACAACTT GTTGATTGTA GGTGGGGGAT TCGCCAAGAT TTCTGGTTAT
GATCTTATTC TTTCGGACCG TATCAATATC TGGAGACCCA AGTTCTTATC CAGCAGTTCA
CTCGACAAGA TTTTGGAGTA TGTCAATACC GAAACCAAAA AAACTGAAGA AAAGAAAAAG
GCATTGATCC ACGAGTTGAA ACTTAAGAAA CAAGAAAACC CAGAACAGAA TCTAGATGAA
GTGCAACTCA CAGAGGAAGA GTTTGAACAG ATCGAGCAAA AGTCCGAGCT CAAGTTGGAC
TTGGACTATG TAGATTCTAT CTACGATCAA GGATCATTGT TGCCTGTCAA TGTGTTACCA
CCTCCCAGAG AGTTTGATCC AGACATGTTG ACTTGGAAAG GTGGAAGCGT CTATGCTCGT
TTGAAGGTGG TTAATGAGAT GTGGATCACC TCCAGCGAAT GGGATATGCT TGAAACGAGA
TGTTTGTACT ACAAGAGTTT GTTCAATTAC TAGATGGTTA ATGGTTTACC AGACGGTTCA
TTGTCCAGAA TCTTTCAATT TGCCATTAGT TAATTGTTTA ATTGTCTTAG AGTCCTTTAT
TTGAAAAGTA TTTAAAGATT AATTATATGT ATTATTATCC CAAAGTAATT GTATACTTAT
ATATGTTTAC CATAAGGTAC CAAGCCTTGA ATGCAAAAGT GATAAAAAAG TTTTGATAAG
TTAAATGCAA AGACATTGCT ATTCTTTTCT CAGGAGAACG AATAGGCTAG CATGGAGAAT
AGAATTTAGT AGTCAAGCGA CATTTTTGGC TTTTTTGGAG CACTCAAAGT AGCTCCAGCC
AACACCGGAG TCAGTTGACG GGAGAATTTC AAATTTGTTC CGTTGATCAG ACCGATTGCT
GGACTAGTAG TCTTCAAGGA CAAGTTGATG GGGCTTACAC TGTTGGAGCG AGTTTCTTCT
ACAGACAATC CTTTAGACTT GAGTGTCGAC TTCTTGTGCT TGGACAAGTT CATGATGTTT
GACTTCAGCT TGATTTCATT GTCAAAGTCC CAAAGTGTCT TTTTCCATTG TGAGAGCTGC
GAATGCAACT CAAAGAGTTT GACAAGTGCC TTCTTGTTGG CATCAGTAGA CTTTGCAGGT
GTGGCGTTCT TGAGTTTCTG GTAGAGTGTC TCATACTCCT TGTACTTGAA CTTGAACTTC
ATGGCAAGAT TAGTGTAATA GTCCATTCTT TTTGAAGTTG AAATGGTAGA AGATGGAGGC
AATGGGACCG AATCGTTAGA TCTGATACGT GGAGTGTTAC GCAAGACAGA ACTGGTAGAA
TTGTTGCTGC TGGAGCTGAT ATTAGATGTT ACAGTAGAGC CAGATATGTT TCCGGACGAA
TCGTCTTCGA TTTCTTC
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| Protein sequence | MSSPASDNTI ATADDDIHID EDENVEKPTS SRSSKSKASS NGSSSKRQKP GPSVGKKPTA
EVLQRRKEGR IKAAATIAQN LKKTGIGRFE EQNGFAFTSV KPVPLLNQKN YFTEYLRRDD
QVSFVRNRRA ELNQRQNATL KKANGANTET QSTDPQNFDD FDLNNIEAEM NRKKAELLAD
EDDDDEDEEN ETEEAQEEKA KIGHDVIVIH PGSSYIRIGR ATEAVPETIP AVIAVPNSVH
HEPKPPTPLR TVGNDGEAYF NDTFDEIKNV VTKNFKARMR YYKRRVLPNS RETAANYNKK
QESERIPDHN DPYKKEWLDI NSAEYSSKKF FVGEEALKLP LNPKKFEKFK LRYPIINGNF
NIYSEDYNSP QEILGDLASI LLESLDQLEI RNLLQLKAIL VIPDFYDKQY VEAWVDTLFK
FVGFGRVGII QEAVAATFGA GATCACVVDV GAHTTTISCV DEGMIINDSR VLLNYGGDQI
TECFIKLLLE NSFPYKEIDL GSRVDDWELA QTLKHNFVTF QDADIAVQLY NFYKRKPFET
TEKFDFKVFD EVMLAPLGLF YPEFFQIDHE DFGEKRLFRP STDQYTGKLD NPISRSQNNL
RTRLSFADMN EEDLLVRLNE LKGTTGEQDP VEEFSGESNL RRVPLEKAII ESITNAGLST
DLNKIKKLYD NLLIVGGGFA KISGYDLILS DRINIWRPKF LSSSSLDKIL EYVNTETKKT
EEKKKALIHE LKLKKQENPE QNLDEVQLTE EEFEQIEQKS ELKLDLDYVD SIYDQGSLLP
VNVLPPPREF DPDMLTWKGG SVYARLKVVN EMWITSSEWD MLETRCLYYK SLFNY
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