| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_81171 |
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| Symbol | |
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| ID | 4851745 |
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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 | 2724606 |
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| End bp | 2727924 |
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| Gene Length | 3319 bp |
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| Protein Length | 997 aa |
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| Translation table | |
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| GC content | 43% |
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| IMG OID | 640393453 |
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| Product | predicted protein |
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| Protein accession | XP_001387089 |
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| Protein GI | 126275470 |
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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 | 0.150116 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.378562 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CCAGTTAAAG TATTCACCAG TAACAACAAC CCCTATTCGT GTAAGCCGTT AAGCGTTATA
GGTTCAGACT GGAGAAGATC TGATCTCCAA CTGTTGCAGA TATAATCGCA TTATCTGCAG
GATTCCAGAT AAGTAGTCGC ACTACGAAAA ATCCAAATTC CATACAGAAA TTAAACAATC
TACAGTATGA AGATGAAGAT TGGCTGGTTT CGAATACTTT CTCAATTGAC TCCCACTGTC
CACTACAATT CCTTCGCTAA ACCACATATG ACAATATAGA ATGAGTGGTT CAATTGTGCG
GGCTTTGAAC TGGGACTCGG GCTACGAGCA GCAGTTTCTT GCTGTGAATC CAATTGGAGA
CGAAGTCCTT CTCTACCAGA CTAATCATGA AGACCCAGGG ATCGAGTCCA ATGACTTGAT
CAAGTTGAAC AGCCGAACGG GGTTCGAAAA CATACAATGT TCGTCGTACT CGATGATTAA
CCGAGGGATA ACTGGAGTCG GTTCCATTTC CGGAAACATC TCTATCTTCG ACATCAATTC
TAACAACTCG TCGATTCTCA AATTGAGACC CAAACAGAAT CGTCCATGTA ATGCGATTTC
CTTCAACAGC AGTAACTTAA TAGTAGCAGG TTTTGACAAG GGCCGTCAGG ACAATTCGTT
GCAAATTTGG AACATCGAGC ATTACTCACG AAACAGTACT AATGAGCATA TAAAAAGACC
TGTGGCTACA TACTTACCCA ATGAGGCTAT CTTGCTGTCT ATATTCTATC CTGACAGAGA
AGGCAGTATA CTCTGTGGTT CATACAAATT TTTGCGTGAA ATAGACCTAC GTGTGGACCA
GCCGATTTTC CAGATGGCGA CAAAATGTAC GTTGGGTTTA GCAGTAGACC ATTTCCGAAC
CCATTTGTTT CTGTCGTTCA GTGAAGATGG TTCTTTAGCC ATTTGGGATA GACGGAAATT
GACATCGAAT ACGGCGGTTA AACCTAAAGG TCCTCTCACG TCAGGAAATG TCATCACCGA
AACTCCAGTA TTGCAATTCG TAAAATTACT CAATGATTCA ACTTCTCGAA AGAACCAGAA
TCCTTGTGTA CGATATTCTA CTATCAGAAA AGGTGAGTTT TCAGCTATAT TCAACGGAGA
TTTGATTAGA AGATGGAATA CAGGCATAGT TCCAGCAACC AGCTCAACCT CAATCTCGGA
GAAGAGTTCT AGGGAGAGTA ATCCTACTCT TGCCAGCTTG CAACAACAAT CGCAACAACT
ATACAAACCT ACTGATGAGT CTCTATTTGT GTCACTAGTA TTGGATGTAA AGACAGACTA
TGAACGTGTA GTTTCGTTTG ATTATTCGCC AGATATCACA TCTGCTACTT CAACTAATTT
CGTATGTATG CGCCAATCCG GTTCGGTGTT TAGAATGCCA GCTGTAGAAT GCATTGAGTC
CCTTGATTTC AACTCTCTTA ACGAGTTTAC AATCGCTGGA CCTGAGGGAA CATTGACCAA
GTTTTCGGAT CAGGAGGAAC TAGCTAAGGT GCGAGCAGAA GCTGCTGCTA TGGCTCAGAC
AGCATCGAAT CGTGGAAACT CCGTAGTTAA CAAACTCGCT GATCTAGGCA TTATTGACGA
AACAAGAAAG TACAGCGAGG CAGAGTTTTC CGAAGATATT GAGTCCACTG TAGATGATGA
AAGTGCCATT GCTCCTTATG AAGCTGATAA TGCCAATAGA TACAACTTTG GCGATCTTGA
AGTAGATATA CATTTAAACG ATATTCTTGA TGCATCGGCT GTTATACATA GCGACATCTG
CTCCACAATA AGAAAAAGAG CAATACTAGG CTATGGTGTC GATTGCGACA GAAACATTCG
CGTTTTGGAA GACTTGGACT CTCTCAACAG TCAACTTTTC TTGAGGAACA CCTGGAAGTG
GTTGGGGTTG GCTAAGAAGT CCTTGGAAAA GGGTACCATG ATCTCCGAAG GGATTGACTT
GGGGTATCAG GGAGTATTGG GAATCTGGGA AGGAGTAAAA GAAATGGATA ACCAGAAACG
GTCTGTGCCT GAAGCGGGTC TAATAACCGA TGGCTGGTTT TCCCATGCTG TCAAGTCTAT
TGTTTCATCT AAGGGAAAGA AGACAGCTGG TATCAATATC GCTAGTAACA GCGAAAAAAA
GGCGCAACGG AAACTTTGTT TAATTGTCTC TGGGTGGTAT TTGGCAGATA GTGAATTTGA
GGAGAAATTG AATATTTTGA TTTCTTTAGG ATACTCAGAA AAAGCTGCTG GTTGGGCAGT
TTTCCATGGC GATGTGCCTA AAGCTATTGA AATTCTTGCC AATGCGAAAA AGGAAAGATT
GCGATTGATG TCTACGGCTG TAGCTGGTTA TTTGGCATAC AAAGATTCCA ACGTTAATAG
TCCGTGGAAA GACCAATGCC GGAAGATGGC TTCAGAGTTG GACGATCCAT ATCTCAGAGC
CATTTTTGCG TTTATTGCAG ACAATGACTG GTGGGACGTG CTTGATGAAC ATTCGTTGCC
GTTGAGAGAA AGACTAGGTG TAGCCCTCAG GTTCCTTTCA GATAAGGACT TGAATGTTTA
CTTACACAGA ATCGCCGATA CTGTAGTCAA CAAAGGCGAA TTGGAAGGGC TCATTTTGAC
CGGAATTACA CCTCGAGGAA TCGACTTGTT GCAGAGCTAT GTAGATAGAA CCAGCGATGT
CCAGACTGCA GCATTGATTG CCGCGTTTGG GAGCCCCAGG TATTTCTCCG ACGAACGAGT
AAGGCATTGG ATTGATTGTT ACAGAAGCTT GTTGAACAGT TGGGGACTCT TTAGTGTACG
AGCCAAATTT GATGTAGCTC GTACTAAGCT TTCCAAGAAT GCCGCTGGCA CTTCGACCAT
TAAACCTTCG CCAAAGCAGG TTTACTTACA GTGCTCCAGA TGTAACAAGA ATTTATCAAA
ATCGAAGACA ACTAACTCCA ACAGTCTTCC TGGTTCGAAC CCTCAGGCAA TCATCAAACA
ATTCAACAAA ATGAACCACC ACAACAATAA TAGTAGCAAA CTGGCTACAA ATGACATTGC
TGCTTGTCCT CATTGTGGTG CTCCGCTTCC TCGTTGTTCT GTTTGTTTGC TTACCTTGGG
TACACCTCTT CCATTGGAGC CATCCGAGAA AATCCAGGAA GTCACATTGG CCAACAAAAT
CGAAAACAGA TTTAGAGAGT GGTTCAGTTT CTGCTCTAGC TGCAACCATG GCTGCCATGC
ACATCATGCT GAGGAGTGGT TTTCCAAGCA CTACGTTTGT CCTGTTCCGG ATTGTAATTG
TAGATGTAAC AGTAAATGA
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| Protein sequence | MSGSIVRALN WDSGYEQQFL AVNPIGDEVL LYQTNHEDPG IESNDLIKLN SRTGFENIQC
SSYSMINRGI TGVGSISGNI SIFDINSNNS SILKLRPKQN RPCNAISFNS SNLIVAGFDK
GRQDNSLQIW NIEHYSRNST NEHIKRPVAT YLPNEAILLS IFYPDREGSI LCGSYKFLRE
IDLRVDQPIF QMATKCTLGL AVDHFRTHLF LSFSEDGSLA IWDRRKLTSN TAVKPKGPLT
SGNVITETPV LQFVKLLNDS TSRKNQNPCV RYSTIRKGEF SAIFNGDLIR RWNTGIVPAT
SSTSISEKSS RESNPTLASL QQQSQQLYKP TDESLFVSLV LDVKTDYERV VSFDYSPDIT
SATSTNFVCM RQSGSVFRMP AVECIESLDF NSLNEFTIAG PEGTLTKFSD QEELAKTASN
LNKLADLGII DETRKYSEAE FSEDIESTVD DESAIAPYEA DNANRYNFGD LEVDIHLNDI
LDASAVIHSD ICSTIRKRAI LGYGVDCDRN IRVLEDLDSL NSQLFLRNTW KWLGLAKKSL
EKGTMISEGI DLGYQGVLGI WEGVKEMDNQ KRSVPEAGLI TDGWFSHAVK SIVSSKGKKT
AGINIASNSE KKAQRKLCLI VSGWYLADSE FEEKLNILIS LGYSEKAAGW AVFHGDVPKA
IEILANAKKE RLRLMSTAVA GYLAYKDSNV NSPWKDQCRK MASELDDPYL RAIFAFIADN
DWWDVLDEHS LPLRERLGVA LRFLSDKDLN VYLHRIADTV VNKGELEGLI LTGITPRGID
LLQSYVDRTS DVQTAALIAA FGSPRYFSDE RVRHWIDCYR SLLNSWGLFS VRAKFDVART
KLSKNAAGTS TIKPSPKQVY LQCSRCNKNL SKSKTTNSNS LPGSNPQAII KQFNKMNHHN
NNSSKLATND IAACPHCGAP LPRCSVCLLT LGTPLPLEPS EKIQEVTLAN KIENRFREWF
SFCSSCNHGC HAHHAEEWFS KHYVCPVPDC NCRCNSK
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