| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_83286 |
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| Symbol | |
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| ID | 4838589 |
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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_009044 |
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| Strand | - |
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| Start bp | 314112 |
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| End bp | 317462 |
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| Gene Length | 3351 bp |
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| Protein Length | 806 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640389904 |
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| Product | predicted protein |
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| Protein accession | XP_001384359 |
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| Protein GI | 150865228 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.0929879 |
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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 | AACACATCCA CCACCAAGCC CATTCCGCAG TAGAAGAGGC ACTACGTAGG AGAGCGCATA
GTAGCATACT GTGTTAGTTG TTTTGTACAT CTCCCGTTGT GTAGTCTTCG TTCGCGTGTT
TTCGTTTACT GTTGTTAACT CTGATCTCCA GTGTCTTCTA GTTTGAGACC ACAAGAAACC
AAAGAGTACA CAAGAGGAGA ATAAAGAACT GTATTCAAAT TAAGAGAAAT CTAATCTGCC
GAAGCAATAA ACAGAAGTCA TCATAGCAAC ATAGCTATTC GTCTCAAACA AGTTTCCGTC
ATCTAGACCA TCTATTAGAC AAAATTACAA AATTACAAAA TCACTCTGTT ATTTTGACAT
TCTGGTACAT TATAGACTAA GAGTATAGAG CTTACAGTAC ACTCATAGTG AATCATTAAC
ACCAGCTTCA GATTCGTATT CAAATCACTT TCATTTTCAA AGCTTTCATC TTGTCATTTT
CTAATTACAT TACTTTGCCA CATTTATCTC CTTGCAATGA GCGACGTCTA CAAGCGAACA
GAAGTGATTG GCCGAGGCAA GTTCGGGATC GTTTACAAGG GCTACAACAA ACAGACCAAA
CAGGTGGTTG CCATCAAGGT TCTAAACTTG GACACGGAGG AAGATGAAGT CAGCGATGTC
CAACAGGAAA TCAAGTTTCT TTCGGAGCTC AAGAATGTTC CAAATGTTAC TCAATATTAC
GGATCGTTTT TAAACGATAC CAAGCTCTGG ATCATCATGG ATTACTGCGC AGGAGGATCT
TTGCGAACGA TTCTTAAATC AGGAGTGTTC GAGGAAAAGT ATATAGGTGT AATCGTAAGA
GAGTTGCTTC TAGCACTAAG TGCCGTTCAC AAGTTGGGGG TTATCCACCG GGACTTGAAG
GCAGCCAACG TGTTGATCAC CAAAGAAGGA AGTGTGTTGT TGTGTGACTT TGGTGTCGCT
GCTAAGATCA CTTCCAATGC CTTAAAAAGA ACCACCATGG CAGGAACGCC GTACTGGATG
GCACCAGAAG TTATCAGAAA GGGTGATACG TATAATAGTA AGGCCGATAT CTGGTCGTTG
GGAATCACCA TCTACGAAAT CGCTACGGGT AATCCTCCTT ACTGTGACAA GGATGCCAAC
TGGGCAATGC AAATGATCTC TAAACTGACT CCTCCTAGAT TGGAGGGCAG AGAGTACTCC
GTTGCGTTGA AAGAATGTAT TGCATTATGC TTGGACGAAA ATCCCGACGA GAGGCCCTCG
GCCGATGACT TGTTGAAGTG TAAGTTGGTC AGAGCGTATA AGAACCATCC CAAGATGATT
CTTAAAGAAC TCATTTCTCA CTACTTAGTG TGGAGGGATC ACAACTCTTC GCGAGATACC
GTGTATGTCC ACATAGAAGA TGAACAGCAA GAGGAAGAAG AAGCAAACCA GAGAAATAAC
GAATCCATGA CCCAGAACTC CAATCAGATA CAGGTCAAGT GGGACTTTGA TTCCTTGAGC
AGCAAGGAGT ACATCATAGA AAACGATATA GAATTCGAAA GGGAAGAAGA CAACTTCCAC
TACCATGATG AAGAGAGTGG GGACATCTAT ACGCTTCCAA CATTGCAAGT CAACACTCTC
CAGGGCCAGG GTCGTAGCAC TAACATTAAC AATACTACCA TGAACCGTAC CCCACCAACA
GGAACCCTCA CTAATAATGG AAGAAACACC AATAATCACA ACACTAGCAA TAATTTGGAG
ATACCCAAGT CGTTGCAGCT GCTTTTTGAA GACGCCGATG ATGGAGAAAA AGACCTTCCT
ATGCTTCCTA CTCCCAATGT AGCTTCTTTT TCTGATCAGA GAGTCGATTC GCCAACTATT
GAAATTCCAG ATATGGATAA TTTGGGAAAT TTCAGTACTG CCACTTTGTC TACAGCTTCA
TCCAACCACC CTCCATTGAA CAAGCCTCCT ACGTTATATC ATTCACAATC TGCTTCTGGT
TCATTAGAGT CGCGATTCGC TTCCATGAAC TCTGCGATTA ATAGACCCAG AAAGAAAACT
ATTTCTAACA CCCTTGGAAA TGGCTCTAAT ATGTCTAGCA TGACAAGCAT GTCAAGTATG
AATGGTTCAT TTCTGAGTCA CGGACAGTCT TCACAGCAGC AGCAACCGCA GGCTCAACAG
AATCCACAAC AAGTTCCACA ACAGACTCAA CATCCTACGC CTCATACTCC CCCATACTCT
AGTAGCAATG GCAACTTGAA GACACCTTCC CCAAAGCCGC CTTCTACTGC TGTGCTAATG
AGTTCTGCTG GACTTTCTGC GTCCAGCGGA TCACCTTCCA AATCCATGAA AGCTTTACAT
TCTAACTCTA ATCCTCTTCT ACAACCTATC AACTTCAAAT TGCCCAATGA GGCTGGTAAC
AACGAAAATG TTCCAGGCTT GGTCCGGACG AATCTGACCA GTATCCAGCC CATTCATTCA
CAGTCCAGTA GCAGCTCTAT ACCATCTACA ACTTCTACAG CGGCCACCTC TATAAGTTCA
GTTGGGTCTA AGTCCAAAAT GGGAAGACCT TTGCATATTC AAATGCCAAC GCCGTCTAAC
ATGGTAAACC AGTTGTCGGC CTTAACTAAC GATGGCTTTA GCAATCAGGA TACAGATAAC
GTAAACCAGT TTGGTATCAA TCCAGCACAG GCAGCACCTT TAACCATGAC TCCAGTCACT
GAAAAGGATA CACCATTTGC TCCTCCTCAT GTATTTTCAG AAAATGAAGG TGAGGCAACT
TCTGAATCTG GACACCAAAG GCAGTTGTCT CGTGACAGAG CGGAAACGAA TCCACAGCGA
CTTGCTGGAT TGCTGGCACA GAAAAAGGCC AGCATTTCCG GAAACGCCTC CGTTTCTGGA
CAAGTCAGTG GTCCTGGTTC CAACAATTCT GGATCTGTTA CTGGTGCCAA CTCTAGTATT
TCTAATGTAT CTACAAACAA CACTAGCACC AACAATAACC CAGCTTTAAC TGGCGCTGGT
GGAGTGAACT TATTCTTTCC CAGAACGAAT TCCATTAGCA ATTCGTCACC AGGCGGTCTT
GGTACTCCAG TCACCGCCAC TGCTTCTGGA AAATTTCCTA CGATTCCTCA GATTAATAGC
GAGTTCTTTT CGGACTCTTC ATCCAAGCAG AAGTTGATCA CCGAGTTGGA TTCCATGATC
AAGTTATTCA CCCAGGGTTT GGAAGCGTTG GAGGATCACA TACAGACAAC TCCTGTTGGG
ATACTCTAAA AAAAAGATGT GTATTACGTC AGGTGGATAT TCTTTTGAAA GTACTCATAG
AGAGGGAATT CATACATGGT AAATAGTAAT ATATCTAACA TCTTTTATGT A
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| Protein sequence | MSDVYKRTEV IGRGKFGIVY KGYNKQTKQV VAIKVLNLDT EEDEVSDVQQ EIKFLSELKN
VPNVTQYYGS FLNDTKLWII MDYCAGGSLR TILKSGVFEE KYIGVIVREL LLALSAVHKL
GVIHRDLKAA NVLITKEGSV LLCDFGVAAK ITSNALKRTT MAGTPYWMAP EVIRKGDTYN
SKADIWSLGI TIYEIATGNP PYCDKDANWA MQMISKSTPP RLEGREYSVA LKECIALCLD
ENPDERPSAD DLLKCKLVRA YKNHPKMILK ELISHYLVWR DHNSSRDTVY VHIEDEQQEE
EEANQRNNES MTQNSNQIQV KWDFDSLSSK EYIIENDIEF EREEDNFHYH DEESGDIYTL
PTLQVNTLQG QGRSTNINNT TMNRTLTNNG RNTNNHNTSN NLEIPKSLQS LFEDADDGEK
DLPMLPTPNV ASFSDQRVDS PTIEIPDMDN LGNFSTATLS TASSNHPPLN KPPTLYHSQS
ASGSLESRFA SMNSAINRPR KKTISNTLGN GSNMSSMTSI SNGNLKTPSP KPPSTAVLMS
SAGLSASSGS PSKSMKALHS NSNPLLQPIN FKLPNEAGNN ENVPGLVRTN STSIQPIHSQ
SSSSSIPSTT STAATSISSV GSKSKMGRPL HIQMPTPSNM VNQLSALTND GFSNQDTDNV
NQFGINPAQA APLTMTPVTE KDTPFAPPHV FSENEGEATS ESGHQRQFIS NVSTNNTSTN
NNPALTGAGG VNLFFPRTNS ISNSSPGVTA TASGKFPTIP QINSEFFSDS SSKQKLITEL
DSMIKLFTQG LEALEDHIQT TPVGIL
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