| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_76656 |
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| Symbol | |
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| ID | 4837822 |
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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_009043 |
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| Strand | + |
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| Start bp | 1772864 |
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| End bp | 1779072 |
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| Gene Length | 6209 bp |
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| Protein Length | 1462 aa |
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| Translation table | 12 |
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| GC content | 42% |
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| IMG OID | 640389137 |
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| Product | predicted protein |
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| Protein accession | XP_001383624 |
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| Protein GI | 150864689 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.623228 |
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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 | 13 |
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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 | CCATCGCCAT GTCCAAGGAT CCGCGTGGAT CTGCCTATGG CACCTATTCT ATAAATAATT
CAAGCTCCAA TGCCATAATC AGCAATTCCA CAAACAATTC TAACAATAGT TCCACCAATA
ATATGAACAG TAGTACCAAT CTTAACAATA CAAATACATA TACAAGTCGT ACTGGCAACG
CGTATCCGGA AAGTAATAGA AGATCTGTCA GTTACGATGC CAAACGAATC CGTCTTCCTT
ATGATTCTGC TAATGGGTCT AGACTGAGTT TCCAATCCGA TGGAATCATT GATTCTCACT
CAACTTTTAA TCTCAATTCG ACCAGCAGCC CCAGGACCAA CCGTATCTCC CTGGATGGTG
TCATCTATGC TCCGAAATCA AGTTCACTAG ATCCCGGAAC TCGTTCCAGA CCTCCTCAGG
AGAGAGACCT CTCGCTGTTG CCGTACCCGC AAACTGACTT TTTCTCCTTT GAGCCTCCCT
CAGTGATCAC AACCAGGGAT ATTAGCCATG ATAGCAACAA CTCTAACAAT ACCAAAAGCA
ATACCAACAA TTCCAATAAT TCCAACAATA GCTATAATTC TAATAATTCT AGCAGCACTT
ACAATTCCAA CAATGCTACG TACAATTCCA GTAGAAGCAG CAGTGGTAAC ACAAGGATGT
CCACAGGAAA TCAGATTACA GATTCAATAG TGCCTCCTCC ATCGCTAGCT ATCGATAACA
ATATCAATCC AAGCTTTTCC TTTTCAGAGC AAGACGATTC TATGCAAGAC TTTTTGGTTT
CTCCCATAAA AAGTGACACT CTCTCATACC CTACACTTCG TGGCGATGTA ATGGTAAGTC
CTGTAGTAGA ATCTCCTGAG ATTCCCTCAG CTGCGATGTC GCCTTCTCCT CCCAAATCTC
TCACAAACAG CCTTGGTTCC AATGCCATAG GTCTGATTAT TGGTGGATAC AATTATAGCA
AGGATTCACT AGAACTTTCG GCTAAAAGGG AACAGTCGTT TGCTGATAGT ATTCCCAAGA
TTAGTATCAG CTCGTCCAAC TTAAAGGAAA CCGTAGATAT AAACTCTATA CCCGAGGAAC
AGCCCATTAC AACTTCTATG CCTGTAAATA ACCAGATGGC TAGCAGCTAC GACGTAGACC
ACAACAGACA GGGATCTGGA TCTTCAACGA TTTCTAACAA CTCAACCATC TCAGCAACAA
CACCTGCTTC TGAAAAGGCT AACAAAGATA TGCGTTTCGT GAGATACGCC ATGAGTACAC
AATCGACTCT AGTGAATTCA TACAATAACA AGTGGCTGAT GCCAAACGTG TTGAGATGGT
TAGAACAGAA TAGCTTCAAT CAGTCTTGGA AAGAAACGTT CCGCAGAAAC GAAATATCAG
GCAATAGATT CCTTGAGTTA GAGAACTTCG ACAAAAATTC CATGATCTGG AAACAGTTCT
CCAAGTACCT TGTACTAGAC GATAACAACA ACTCAGTGGA CAGGTTTATA GATCTTTTGC
GGAAGGAAAA CTTTCAGTCA GAACAGGAAG ATAGTATAGT ATCGCCATTG TACTCTACGA
GAAAAATCTC CAATGAGTCC AATTCTCCGG TTTTACTCAC CCACGCCGCA AAGTCAGAAA
ACAGGAAATC CACACCGATT TTCTATAAGC ACAAATCGAC GGCATCTATA TCTTCGTCAA
ATTCATCTTC TTCTCTCAAC AACGTCAGTC TGAGCAAACA GAGGCCAGTT TCATATGTGG
ATCCTGCCAG TTTTCCTAAC ACTAGTTCAC ATCTGTTCTT CAGAAAACAC CATCGGTCTT
CGTCCATCGA GAGTCCTACC TTCAAGGAAT CGATCAGTGC TCCTGCCAGT TCTATCATTC
CTAACTCAGC TGGGTTGCCG ATCAACAATA AGCGAAACAG CACTAAAACT ACTTCCGTTT
CCTTAAACGA TGAGTATCTT AATGGGAAAT CCAAACAAGG AAAGACAAAA TACACTTCAA
CAGCTACCAA AGGAGATCCT TCGAGAAGGA GTGGTATTTT CAGCACTCTA CGGAAAATCG
GTGGTGAGAA AGCAGCGGAA ATCGTAAAAC AGGTCCACTC CTCTTCCAGC TCTTCGAAGA
TCAGTCCAAT CTCAACGAAA AAGGCATCTT TCCTGACAAT GGCTACTTAT TCTTCACCAG
ATGCATTCAA CACGCGATCA AAAGTGGATG AAGTGCCACA TACATTGTTT GGCAGACATT
CGAGTGAGAC TTTAGATCCA AATCCTGATT ATCTCGATTT AAAGAATGGC CAGGAAGCGA
GAAGGCTATC AAGATCTAGT TATCAAAGTG TTCCCGAGGA CGAACTTGTA TACGCTCGCA
ACGAAGAGAA ATCTGTAACT CCGATCATTG AAATTGTTGA ACCTGATGCA GAAGAGTACA
TTGACAATTA TGATGAAAGA TACCTTCCTC GAGCAAACCC TTCTACTGCA TCCCCGGTCA
ACACCATATT GGTCAGTAAG GATAATGTGT CTTTTGTGCC TGTTTCAATC ACAGAAGCAG
ATACGATAGA TATTCATTTC ATCAAGGAGA CATTGGTAAA AACTTTGGGG TTGATAAATA
TCGGACTAAT CACGTTTCAC ATGACGGAAT TTCACTCGAA AGAAGGTATC TCTCTTCCAG
ATGACATCCT TTTGAGAATT GTAAAGAAAG AAAAGAACAT CAAGTTGTTG GTTAGACAGG
AACTAGGATC ACCATCTGGT ACTGCTACAT TCTCGACAAA CTCGTCTGAT TCGAAATCGT
TTGAATGGAA AGGTGATAAC AACGACGAGC AAGGTTATCC TGCGACTCCT CAGTATTTAT
TGGGCAATTC CAAAGATTCT AAGGTCGATT ATTGGAACTT CAAGGAAAGT ACTTCGAACG
ATAGACTCTC TAAAATTAAT GAAGTGCCCT CTGGCAGAAC TCCTTCTGAT GGAAATGACC
AGTCAAAGAA ACAACTCGCG AACCAACACT TTCCATTGAG ATTGCCTTTC CCAGTTCACA
AGAAATCTTC TGAAAAGCTA AATTCAGGTT CCAAAACTCC ATCTCTTGTT ATTAATACCA
AGCATTTGAA CGAAGTTAAA CAGTCAGTAT CTCCATCTTC AGCTCAGTCA AATAACTCGT
TTAGAGTCAT AAGGAAGGAA GGAAGAGAAA TCGATTTTGA CAAAAGGAGA AAGTCGCCAT
ACGAATCTAA GGCTCCCAAG CTTATTCCCA ATATTTACTC CTCGTCTGTT TCAGATTCTT
TGAGATCTCC TGTCTCCGCA ACGACTGTTC TAACGTTGAA AGACGAAATT CCGCTTGTTA
ACAGAGGCTC CAATGCGAGC ACGTTGTCTC AAGTTCGCAA CAATAACGAT GCCGCTCAGC
ATGCTTTGAA TCTGCTTCCA GAAGAGCTGA AGGAAGATGT TTCTGATCTG AGCAGGGAAG
CTAATGCCAA TCAGGGAGGT ATAATAGCGA AGAGAGCAGC TCCCCCACCT CCACTTTCGA
ATAAGCTGAG TATTCGTCGT GCGAACTCCG TCCTCAAGAG ATCGCTCAAG AGCAGACTGA
CCTCAGTGTC ACTGGTATCT CGAGAATCTA CTTCTAGTCG ATCTCTGAGT GAAAGAGTCT
CTCTCAAACA TGGCAATAGT CGGGGGTCTG GAGGAAGACT GTCTATTGGA TCGAAGAATT
CAGACATGTT TAAAGAGAAT GAAATATCTT TCGACGAAGC TCCCTCGTTT GATTACAGGG
CCATTGCAGA GCCAACCCTG GACAGCGATG ATGATTTCTT TGTGAAGTCT GTAAGAAACG
ACAGCAGAGA TAGCACTCTT GAGGGAGACA GGGATGATGA AGAAGATGAT GACGACGACG
ATGATGACGA GTTTTTCATG CGACCAATCA ACAGGAAACA AGATAAGCTC CAGAGAGTAA
CGTTAACAGA CACCACTTCG ATTCATACGA TGAACGTTAG ACCTCCTGTT GATGAACTTT
ACAGCAACTT AGAGAAGTAT TTCCCTAATA CCAATCTCGA TCAACCTATT ATAGATGATA
CACCAGTATC TCCACTTCCA AAAGAAGCGA TTGCTACAAC TGCATCTGCC CCAGTAAGGA
AGCCTACGAT TTCTAGAACA TTTTCCAATG CCAATATGTC ACCAGTTAAC CCTACAATTG
ATTCGGGCGA CGAAATCTTT TATGGTGACC AAACTCACAA ACTCAGTCGT CGTAGAATGA
AAACAATTCG TGTTGTGGCC AATGAAGCTC GGAAAAAGTA TCTCGAGAGA CAGAAGAACT
CACCACCATC CACATTTTCT GTGGTAACCA GAGCCTCCAG TAATGGCAGT GGGTTGGCCA
GGTCCAATAC AAAGATGTGG GGCCAGAAAG TTGTAGAAGT GACGTCCACT GAGATTGAAA
AGGGTTTTGT AAGTAAACTT AGAAACAACA AGAACGGCCA GTTTGAAGAG TTTGCATGGA
TCAAAGGTGA ACTCATTGGC CGAGGTTCAT TTGGGGCAGT CTATCTTGGT TTAAATGTCA
CAACAGGTGA AATGCTTGCT GTGAAGCAAG TGGTTGTTTC ACCGGAATAC AGAGATTCTA
GCAAATCTGG AGGAATCGAA GCCTTGCACA AGGAGGTGGA AACTATGAAG GATTTAGACC
ATGTAAACAT CGTCCAATAT TTGGGCTACG AGCAGAAGGG CCATATCTAT AGTTTGTTTT
TGGAGTATGT TACTGGTGGA TCGATAGCTT CGTGTATGAA GTCGTTTGGT AAGTTTGAAG
AACCTCTCAT TAGATTTATC TCCAAGCAGG TTTTGCTAGG ATTGGAGTAC TTGCACTCCA
ATGGAATCTT GCATCGTGAT CTCAAAGCAG ATAATTTGCT TTTGGAGCTC GATGGTACTT
GTAAGATTTC TGACTTTGGC ATTTCGAAGA GATCAACCGA TATTTATGCT AACAATGCTG
AAATGTCGAT GCAGGGGACG GTCTTTTGGA TGGCTCCAGA AGTCATTGAC AGCATTGTGG
AAGACAAGAA GCAAGGATAT TCTGCTAAGA TTGATATTTG GTCTCTTGGT TGTGTAGTAT
TGGAGATGTT TGCCGGGAAG AGGCCCTGGT CCAATGAAGC TGTTGTCAGT GCAATCTACA
AGATTGGTAA GACCAAATTG GCACCTCCTA TTCCGGATGA AATAGCCCAT TTGATATCAC
CAGAAGCCAA ACACTTTATC AATAGTTGTT TCATAATTAA TCCTGAAGAG AGACCTACGG
CCAAACAGCT TCTAGCCCAT CCATTCACCA GAGTCGGGTC TAACTTCAAC TTTGAGAACA
CCAAGTTGGC GAGGGCCATC AAGTTCAACT CGCGAAGAAG CTTCACTCAT GATAGGTAGT
GCTACGATGT CGTGATGAAA TTGAAAATTG TAATATGAAG CTACGAATGT ATCATTAATA
AAATTATGTA CTATTTACAG AGGATGTTGT AGTATGTATG GGATGTAGTT GTATGAAGTG
TGTGCCTAGT TGACTTTCAA CTCGTTAATC ATCAACACAG TCTGGAATGG TTCTACAGGG
AAGGTCTTGA GTCTTCTGCA TCTTTGCTTC TTTCTGTATA CTTCGTAGTA AGGTTCTCTG
GTGATCTCCA CTACACTAGC TTTGAGTTGG TAGAGGTCTT GAGGTATTCC TTCGTCGTTG
TTGTATGTGA AATCAGGTGA ACCTAAGGTT GTGACGTTGT CGAGAACCAA CAGATCTCCT
ACCTGGGCGT TCGCCAATTT GAAAGGCAAG TAAACTTTGT CTCCCTTGGT CACCAAATAT
GGCATATTGT GGAGTTTGAA TACAGCATAG AGGTGCTTGG AGCCGTTCGA GTTTAACTTC
AAAGGAGTCA AGTCTGGTCT GGTCGAGGTA GCAAGAGTAC GAGCAGACAC TCTGGAAGAC
TGGAGCAAGG ATCTCAACAT TGTATGTGAA TATAAAGTGA AATGTGATGA AATTATGAGA
ATGTTGAAAA GATATTAACT ATTGATTGAA ACTCACTTGG AACGATATAT TTGGTATAGT
AGACTCCAGA CGGGTTGTAC AGCCTTCTTA GGTATTATAG CAAGAACGAT GTTGTGATAA
AAGGAAACAG TAAAACTTGA ATATATGTAG AATTCAGTAA TTCAACTATC AGCAATAGCA
GTATTAGTAT ATGATGATTT CAATTATCAA ATTCAATGAA ATCATAAAGC TGAGCAGCAG
TCTTATAAGC TACAGAATAA CCACTCTAT
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| Protein sequence | MSKDPRGSAY GTYSINNSSS NAIISNSTNN SNNSSTNNMN SSTNLNNTNT YTSRTGNAYP
ESNRRSVSYD AKRIRLPYDS ANGSRSSFQS DGIIDSHSTF NLNSTSSPRT NRISSDGVIY
APKSSSLDPG TRSRPPQERD LSSMSTGNQI TDSIVPPPSL AIDNNINPSF SFSEQDDSMQ
DFLVSPIKSD TLSYPTLRGD VMVSPVVESP EIPSAAMSPS PPKSLTNSLG SNAIGSIIGG
YNYSKDSLEL SAKREQSSYD VDHNRQGSGS STISNNSTIS ATTPASEKAN KDMRFVRYAM
STQSTLVNSY NNKWSMPNVL RWLEQNSFNQ SWKETFRRNE ISGNRFLELE NFDKNSMIWK
QFSKYLVLDD NNNSVDRFID LLRKENFHIV SPLYSTRKIS NESNSPVLLT HAAKSENRKS
TPIFYKHKST ASISSSNSSS SLNNRPVSYV DPASFPNTSS HSFFRKHHRS SSIESPTFKE
SISAPASSII PNSAGRSGIF STLRKIGGEK AAEIVKQEAR RLSRSSYQSV PEDELVYARN
EEKSVTPIIE IVEPDAEEYI DNYDERYLPR ANPSTASPVN TILVSKDNVS FVPVSITEAD
TIDIHFIKET LVKTLGLINI GLITFHMTEF HSKEGISLPD DILLRIVKKE KNIKLLVRQE
LGSPSGTATF STNSSDSKSF EWKGDNNDEQ GYPATPQYLL GNSKDSKVDY WNFKESTSND
RLSKINEVPS GRTPSDGNDQ SKKQLANQHF PLRLPFPVHK KSSEKLNSGS KTPSLVINTK
HLNEVKQSVS PSSAQSNNSF RVIRKEGREI DFDKRRKSPY ESKAPKLIPN IYSSSVSDSL
RSPVSATTVL TLKDEIPLVN RGSNASTLSQ GGIIAKRAAP PPPLSNKSSI RRANSVLKRS
LKSRSTSVVS LKHGNSRGSG GRSSIGSKNS DIDDDFFVKS VRNDSRDSTL EGDRDDEEDD
DDDDDDEFFM RPINRKQDKL QRVTLTDTTS IHTMNVRPPV DELYSNLEKY FPNTNLDQPI
IDDTPVSPLP KEAIATTASA PVRKPTISRT FSNANMSPVN PTIDSGDEIF YGDQTHKLSR
RRMKTIRVVA NEARKKYLER QKNSPPSTFS VVTRASSNGS GLARSNTKMW GQKVVEVTST
EIEKGFVSKL RNNKNGQFEE FAWIKGELIG RGSFGAVYLG LNVTTGEMLA VKQVVVSPEY
RDSSKSGGIE ALHKEVETMK DLDHVNIVQY LGYEQKGHIY SLFLEYVTGG SIASCMKSFG
KFEEPLIRFI SKQVLLGLEY LHSNGILHRD LKADNLLLEL DGTCKISDFG ISKRSTDIYA
NNAEMSMQGT VFWMAPEVID SIVEDKKQGY SAKIDIWSLG CVVLEMFAGK RPWSNEAVVS
AIYKIGKTKL APPIPDEIAH LISPEAKHFI NSCFIINPEE RPTAKQLLAH PFTRVGSNFN
FENTKLARAI KFNSRRSFTH DR
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