| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_76263 |
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| Symbol | |
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| ID | 4837489 |
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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_009042 |
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| Strand | + |
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| Start bp | 704440 |
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| End bp | 708849 |
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| Gene Length | 4410 bp |
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| Protein Length | 1275 aa |
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| Translation table | 12 |
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| GC content | 42% |
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| IMG OID | 640388804 |
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| Product | predicted protein |
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| Protein accession | XP_001382375 |
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| Protein GI | 150863781 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase |
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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 | 0.30057 |
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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 | 19 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CACTTTTTGT TCACATATTA TTGATAGAGT CAGCTTCAGC TCTGGAGCCA TTGAACAGTT
CACCTTGAGA TAGTCTTTGA CGAGCACAAT TGCTAATCGT CACGCCCTTC GTTTATTGGT
TAATTTACCA CTGCAACTAT CCTTGTTTTG AAAGTTCCGT ATTAATATTG GTAATTTTTC
ACTGTCTTTG ACACAGTTCC ATACTTTTGT TCCTACTGTA GCTGCCACGT TAACAGTACG
TTCATTCTGA AAGTCAACAG AACCGTAGTG GACAACGTAT CACAAAAGAG ATACATCTAT
ACCATTCAAG AGTATCATTC GTCAGATATT CCACCATATC TATCATAGTT TCATTGTCAT
AGCTATTGAT ATATCTATTC CCACAATCCA ATCGTCATAT CCATATATTC GCTATGTCAC
ACTCCAGAAC AGACTCCATA ACGTCCTCTA TAGCCTCGAC TTCCCACAAC CATCCTCAGA
AGATTGGACC TTGGAAGTTG GGAAAGACAC TTGGAAGAGG AGCCACCGGC CGTGTACTTT
TGGCTACTCA CCAGACTACG GGCCAGAAGG CTGCCGTGAA AGTTGTTTCC AAGTCAGAGT
TGCACGATGA AGACCAGCCT GTCAGAAAGA ACTCTGACGA CGCTGGTCTT CCATACGGAA
TTGAACGTGA AATCATCATC ATGAAGTTGT TAACCCATCC CAACGTGTTA CGTTTGTACG
ATGTATGGGA AACTTCAAAG GCTCTCTACT TAGTTCTAGA ATATGTTGAA GGTGGAGAGT
TGTTTGACTT ACTTGTGGAA AGAGGTCCTC TCCAGGAAGT TGAAGCCATC AAATACTTCC
GTCAGATCAT ATTAGGTACA GCCTACTGCC ATGCGTTAGG GATTTGTCAT CGTGATTTGA
AACCTGAAAA CTTGCTTTTG GACGCAGCTT TGAATGTGAA ATTGGCCGAT TTTGGTATGG
CCGCTCTTGA GAGCAACGGT AAGTTGTTGG AGACGTCTTG TGGATCACCT CACTATGCAG
CTCCAGAGAT TGTTTCTGGC TTAAAGTACC ATGGTGCTGC TTCTGATGTG TGGTCTTGTG
GGGTTATCTT GTTTGCATTG TTAACAGGAA GACTCCCATT TGACGATGAA AACATCAGAA
ACTTGTTGCT CAAAGTCCAA GCTGGTAATT TCGACATGCC TGACGAAATC AGTCCTGAAG
CTCAGGACTT GATTGGAAGA ATGTTGACAG TGGATCCTAT CAAAAGAATC CCCACCGAAA
AAGTCTTGAA CCATGCCCTT TTGACCAAGT ACCCCATTCC TAACGAAGAT TTGATCTCTG
TCAAGTCGTT ACCTCATCCA GAAACAGCCT ACAAGTCGTT GGGTTCTGCC AAAAACATCG
ACAAACAGAT TTTGTCAAAT TTGTCCATCT TGTGGCACGA CAGACCACAG CAGGAAATCA
TCAATTGCTT GTTGAAAAAT GGGCCAAACC CCGAAAAGAC CTTCTACGCC TTGTTATTGA
GATATAGACA CAACCTGGAC GATGCCAGCT CTGGCTCGCC TAAGAAATCC GCTTCTTTTA
ACGCCAAAAG AGGAATGGTT CGTAACAGTT CCTTCAGAAA CACCCCTAAA AAGGGTCAAG
GGATCAGTGT GTCAAGGCCA ACGTCTTTCC AGTACAGAAA CAATAATAGA AACTCGGTTT
TGACCACTAA TGGAAAGATA CTGGCATCCT CCAGTGTGAA CAACTCTCCA CATAAGAGAT
TCTCGTACGG GTATTCTCCT TCTAGATCTC CTAGAAAGTA CAACCAACAG GAGGGTCGTA
TTCCTGCTGT ACCAAAGAAC ATCTACAACG AAATTGTGGC AGCACAGAGA GAGGGAGCCC
AAAGAGAACT GTCCTACAGC TCCATGCCTC CTTCTTTGCC CTCTAAAGAT AGTTATCTAG
TCAACAAACC ACACCAACTT CAACCACAAT CTCAATCTCA ACCTCACCCT CAAGGAAAAG
AGATACCAGT TGTTGATGAG GTCAGCGACT TGATTCCATC AGCCAAGATC TCCCCTAACA
AAAGAAGTTC AATGGTGAAT AGAAGCGCTT CTAAGAGAAT GTCCAAGAGA AAATCTATGA
GAGCCTCCAT GACTTCTGGA CTCAAGAGAA ACTCAATCAC AATGAAGTTG TTGTCGACAT
ACGCCAAGTT ATCTGGCGAT TCCGAATGGG AATACGTAGA TAAGCAAGCC AAGAGAACTT
CTGCCACGTT TGCAACTCTC TGTGACAAAA TCTTCAATCA GGAAGAATAC AACCCCGAAG
ACGAGTTGTT AATAGACGAA GAGGAAAAGC AAGCAAAGGA GTATGAGAGG TTGATGGAAA
TCGAAAGAAA GAAGCACGAG GCTGAGTTGA AGGCTAGAAA GGAGTTAGAG AAGAAGAGAA
AGAGACAAAA GAGAAAGTCC TTGTTGAGTT CGAAGAAGCT CAGCATTTTG ATCAGAGACG
ATAATGCTGC TAACAACAGC GAGATCGATA TCGTGGACAA TCTGTCTGAC ATTCGTCCTA
CCAAGAGGCA GTCCAAGAAC TTATCTGCTT TACGTTCGCT ATCTGAGGGA GCCAATGAAG
ATAGCGACGA CTTAACTTAC AAAGAGCTTG AAGAATTGAA GAGAAGATCG GTAACACAAC
CTACTCAGAG AAGAAAACAG ACACCTATTC TCACCAGAAG ACCAGTGTCT AGGTTAGATC
CGTTGTGGCA GGCGTATGAG AACGATGAGC TTGACAGAGC CCAGAGCACC TTGGAAGCAG
AGTGGAGAGA ATCTAACTTG AAGAAGTCTG CGCTGAAGAA GAACAGAGAG TCGATGGTTC
ATAAGAACAG AAGAGAATCT GTTATTTCTG TCATTGAGGA TTCGAGAAAA TGGGAACAGA
AGCAAGAATT TGAATTACCT GAACCAGATA AGGACACTAC AGACTTGAGC GAAGAATACA
TGTCTGAAAT CCGCAAGTCC AAGTTGTTGA ATTCCCAATT GAACTTGAAA GGCAACCTTA
AATCTAGGGA AGACTCTGGT CCAAAGACTT TGATTGGCAA TGTAAAGATT CCAAATGTTA
CTAGAAAGTC GAGAAACTTC ACCAACTCCA ACAAGAGATT GTCAGTGTTG TCGATGTATT
CAACTAAAGA GTCTTATCAT GACTTGAAGT CGTTTGTAAA TAACGAGGAA GATGAGTACA
GTTCTAAGAA AACCACTTTG AGGACTTCCT TTGCTGATCG TTTGGACAAG GCTGGATTGG
GAGAAGCTGA TGAGGACGAT CACGATTTCG ATCAAGGTTC CATCATGGAT TTCGACGAAC
ATTTGTCTAA TAAGAGATAC TCTTATCACG ACAGTAAGAG ACTCTCCAAG ATGGGCGAAA
CTGGCGCCAG ACCAACATCC AAGATTCCCA ACTTACCAAC GGAAAACGAC TATGACGACA
CGTTTGTAAC AAAGGATGAT CAAGTTCACA GAAGTAGCCG TCGTTACTCA AATAAGAGCA
GTAAACCTCT TTCTGAGGAT GATACTGAGA ATGAGGTGGA TGTGTTTGAC AAAATCAAGT
TGCCGGAAGG TAAGTCCAGT AAGTCTTCCA TTGACATGCT TGCAGAAGAG TCTCAACAGA
GCCAAAACCA GAAGCCTGCT CATATTGTCA AGCCAATGGT CCCTAGTGCT GAATCAATGT
TGATCCCTGA TGTGAAAAAT CTTCCTGATG ATTCACAAAC TCAAACGTAT CCAAGAGTAC
GTCCTTCTAA GATTGACAAA CAAACCGATA CGATTCCACC AACTCCTCCA ATGCACAAAA
ACAGGAATTC AAAGAAGCCT TTGGAAGATT CCACCAACAA GCCGGATGTT CAGCAAAAGA
GAAATAGATC CATTTTCAGA AAATTGTCCT GGGGTTCCAA GAAAGTGTTG GAGAATGATC
AATTGCCTAC TCCAGGCGAC TCTAGAGTTG CCTCTGCCGC AGAAAAAGAA AAGCCTAGAT
CCAGCTCTTT CTTTAGATGG TTCTCATCGT CCTCCTCTTC TTCTGATTCT CCTAAGGATT
CAGATCTCAA AAGATTCAAG ACTATCTTGC CAAAGCAGGA AATGGATACT GCTTTATTTG
CCTTGTTAAA CTCCTGGTCA AACTTTGGTT TGAAGAACTT GAGAAATGAT CAAGTTGGTT
ATAACATCAC TGGTGCTATT TCCAGTAACA ACTCGTTTAA CTTGAAGAGC TGTAAGTTCA
GAATCAAGAT CAACGCAAGA GAATTTAACC AGAAATCGGA AATTGTCTGT GCTAGAGTCA
AAGGATCTAG GAATACTACG GAAACCTTGT TCAAAGAAAT CGAAAAGGTC TTGCGTAAGG
AAGGTGTCAT GGACGAATAG AGTGACATTT GTATATTAAT AACTTTATAA ACAATAAGTA
AATTGTAAAA TCGGAATGCT TTAAAAACGT
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| Protein sequence | MSHSRTDSIT SSIASTSHNH PQKIGPWKLG KTLGRGATGR VLLATHQTTG QKAAVKVVSK
SELHDEDQPV RKNSDDAGLP YGIEREIIIM KLLTHPNVLR LYDVWETSKA LYLVLEYVEG
GELFDLLVER GPLQEVEAIK YFRQIILGTA YCHALGICHR DLKPENLLLD AALNVKLADF
GMAALESNGK LLETSCGSPH YAAPEIVSGL KYHGAASDVW SCGVILFALL TGRLPFDDEN
IRNLLLKVQA GNFDMPDEIS PEAQDLIGRM LTVDPIKRIP TEKVLNHALL TKYPIPNEDL
ISVKSLPHPE TAYKSLGSAK NIDKQILSNL SILWHDRPQQ EIINCLLKNG PNPEKTFYAL
LLRYRHNSDD ASSGSPKKSA SFNAKRGMVR NSSFRNTPKK GQGISVSRPT SFQYRNNNRN
SVLTTNGKIS ASSSVNNSPH KRFSYGYSPS RSPRKYNQQE GRIPAVPKNI YNEIVAAQRE
GAQRESSYSS MPPSLPSKDR KEIPVVDEVS DLIPSAKISP NKRSSMVNRS ASKRMSKRKS
MRASMTSGLK RNSITMKLLS TYAKLSGDSE WEYVDKQAKR TSATFATLCD KIFNQEEYNP
EDELLIDEEE KQAKEYERLM EIERKKHEAE LKARKELEKK RKRQKRKSLL SSKKLSILIR
DDNAANNSEI DIVDNSSDIR PTKRQSKNLS ALRSLSEGAN EDSDDLTYKE LEELKRRSVT
QPTQRRKQTP ILTRRPVSRL DPLWQAYEND ELDRAQSTLE AEWRESNLKK SASKKNRESM
VHKNRRESVI SVIEDSRKWE QKQEFELPEP DKDTTDLSEE YMSEIRKSKL LNSQLNLKGN
LKSREDSGPK TLIGNVKIPN VTRKSRNFTN SNKRLSVLSM YSTKESYHDL KSFVNNEEDE
YSSKKTTLRT SFADRLDKAG LGEADEDDHD FDQGSIMDFD EHLSNKRYSY HDSKRLSKMG
ETGARPTSKI PNLPTENDYD DTFVTKDDQV HRSSRRYSNK SSKPLSEDDT ENEVDVFDKI
KLPEEESQQS QNQKPAHIVK PMVPSAESML IPDVKNLPDD SQTQTYPRVR PSKIDKQTDT
IPPTPPMHKN RNSKKPLEDS TNKPDVQQKR NRSIFRKLSW GSKKVLENDQ LPTPGDSRVA
SAAEKEKPRS SSFFRWFSSS SSSSDSPKDS DLKRFKTILP KQEMDTALFA LLNSWSNFGL
KNLRNDQVGY NITGAISSNN SFNLKSCKFR IKINAREFNQ KSEIVCARVK GSRNTTETLF
KEIEKVLRKE GVMDE
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