| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_67901 |
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| Symbol | |
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| ID | 4839303 |
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| Type | CDS |
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| Is gene spliced | No |
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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_009045 |
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| Strand | - |
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| Start bp | 1195558 |
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| End bp | 1200104 |
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| Gene Length | 4547 bp |
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| Protein Length | 1257 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640390618 |
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| Product | predicted protein |
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| Protein accession | XP_001385236 |
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| Protein GI | 150865853 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.29004 |
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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 | 0.614914 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTCGCTACAT TCTCCTTTTC GTTTTACCCC TGCGCCGCGC CCACCCTAGC TAGAATACTG
TCTCGTTAGG TTCGTGTCGT TTTTTTTTTC GTTTTTCATC ACCTTCACCA CGAGTTCACC
CACGAACTTT TCCGTTGGCC CTTATACGTT TCACCCTTGG ACTTAGCCAG GCTACTACGA
CCTCTTTCGT TTTCGTTAGC CTCATAACTG CTAAAGTACC GTTACCAATA AACTATACGT
GGTGTCTCGC TACGCACTTC ACAGTATACC CTCGCTATTA ATAGCACGAG GTCCAAAACT
ATCAACACTG AAAGACTCAC CCTTAGGAGC CTGATAGCTT CTCAACTTAC TTCTCTACAA
GTACTACGTC TGTTTTCTGA ACCGACAACA CATAATATCC GTTCACTCCA CTATCTGCTG
ACACGATTTA CCCACTAGTG ACACTTTTCA GCAGTGACAC TTGTTCCCAC TACTACAGCT
ACCACAATAG TAAACAGTGC AGAATATTTT CAATAGTACT GACACTATTA GTTCCACAAA
CAATACTAAT AGATTACAGT AACGCTTTAC TATTAAATTA GTATCCAACA AAAGAGCAAC
TTCTAATTTG TTAGATTTTA GTATTTATTA TCAGATCTAG TCGCAATGTT CCCTCAGACA
GTATACTACT CACGACCAAT GGACCTGGTC CAGTACCAGA ACAAACACTA TCCGCACGTT
CAACTCCACC CCCATCAGGT TTTGAACCAA CAGCAGCAGC CGTCGCAGCC TCCATTGACA
CCTCTTGATC TCACCTACTC CCAGTCTATG CTTCCCTCTA ATTTGTTGAT GGGTTCACCC
TACTTTGCCC TGCCAGCTTC TATGCATTTC CCACCACAGG CACAACAACA TGCAGTGTAT
CAGATGGTTC CTCCACTGCC AGTGATGGCT TCACCAAGAC AGAACCACCG TACCTTTAGT
CACAGTAGCC ATCACAGCAA TAGCCATAAC CATAACCACC ATAGTCAACA CGGCTCACCA
TACTTGACCC ATCTCAACAA CACAACGTCT TCCAATTCGT CCAACTCGTT ATTAAATCAC
AACTTGGACC AGTTGAATCT TCTGAGAACA GTCATCCTCA AGAATCTTGA TCCAAACTTG
ACTCTTAATG ATCTCTTGAA CGAAGTCGAA TATGGGCCCA TCGAGTATTG TAAGATGTTC
ACGAAGGCTA CTTCGAAGTC GATACTTGCG CGTGACCCCA GTTATCCCAA GGAGGTCAAA
GTCTGTTACA TATCGTTCAT CAACTCCAAG ATCTCAATCT TGTTCCACCT CAGGTATTTG
AAGAATGCGT CACAGATGTC GGCTCTTAAG GCCAAGTTAA ATGACTCGAA GCATTTGCGT
ATTCAGCTCA ACGATACGGC CTCAGTGAGT CCGATCGGCT CGGCAACCAA CACATTGGTA
CCTACGACAA ACAACCAGGA CTTCATCAAG TTGAAGACTT TGAACTACAT CTTGGAGTTT
AACGCTACGC GTTGTTTGCT CATAAAGTTC ACCATTAAGA TAAAACCTGA GATTGCGGAT
GTGCCTGAGA ATCTGCGTAT CGAACACATC AAGTTGTTTA TAAATAACCA GTGTTTGAAG
TTTGGCGATG TGGAGGACTT TATAATCGAC TTAAATACTC AGATAGAGCA AAATTCGCAG
CTGGATAAGA AATCTGAAGT CACGGTGGAT TCTGATGACT CTGCTTTGGC CGCACCGCCT
TTGAGGACTT CTGAAACTGA AGAAGCAGCC AAGGAAGAGG AAGATCCAGA CTCTAAGGAA
CTCAAAGAAT CTGAAGAACA AATTGAAGAT GAGAAGGATT CAACAAATCA AGCGACACCA
TCTGAATCTG ATGTGCGTTT TCCAGGGTCT GTAATAGTTC ATTTCACATC GATAGATGCT
GCCATCAAGA CATACGAAAG TTACTTGCGC CGTATCCAGC ATGATATTCA AAGGTTGATC
AACAACAAAG AAGGCACTAC GAAGAAGAGA ACTTCTCGTG ATGTCAATGA AGTCAACCTC
AGATACGACA TCAAGTTCAG CAACGTCTCG TTTCACCAAG ATAGATGTGA CAGAACTCCA
GTAGAACCTG CAAGCAATCT TCAAAAGAAG AAGTCCAAGC CTTCTGTGGG TGGAGCAGGT
GTGACCAAAC TGCATATTCA ACAGTTCACC AACATTCCTG AGGAAGATGT AGACCCTCTT
GACACTGCCA GCGACATCTT AGCAGGAAGC GGATCTGCTT CCAAATCAGA TTGTACAGCA
CCAGCACACC AGAACTTGAT GGATTCTTTA AGTCCTACGT CTTCTCTTGT AGACGATCCT
TCGTTATCCA TCAGTTCTGG CGAGTCTCCG ATTCCTATGA GCAAGCAGCC AGTTGTAGGT
CATCGAGACG AAGTGGATGT AGCTGATGAT GACGATCTGC TTGACCACGA CGTGTTGAAC
AGTTCTAACT ACTCTACTTC GGTCATGAGT CAAAATAGTG GATACTCTCC TTACCCCAGA
TATCAGGCTC TTCAAACATA TTTCCCTGCC ATGATGCCTA TCATGCCTAC CACCAGCCAT
CCCGGTATGT CCAATCCTGT CGGTCCCTCA TCTGGTTCTG CTACGGGATC TAATTACCAA
ATGAACCCAG ATCCGTTCAA CGTTGGTAAT AGAACTATTT ATTTGGGTAA CTTGCATCCC
AACACTACTA TTGAAGAAAT CGCCAACAAC GTCAGAGCAG GTGGTCTAGT TGAATCAATC
AATTACCATC AGGAGAAGAA GGTTTGCTTC ATCACTTTCG TGGATCCAGG GATTGCTCTC
AAGTTCTACT TGAATCATCA GGTGTTGCAC CAGTTGATTA TCCATGGTTA TGATATTACT
GTTGGCTGGG CTAAGCAACA CAGTGGACCT GTGAGCAGAG AAGTCTCTCT TGCTGTTACT
GCTGGTGCCT CCAGAAATGT GTACATTGGC ATCAAGTTGA TCAGAGAGCC TAATCCTGAT
GGCTCTACTC CAGTAAAACC TAGATTACCA GCTGAAGATG AATTGCGTGA AGACTTCTCC
AAGTTTGGGG AATTGGAACA AATCAACTTT TACCATAACA AAGACTGCGG TTTCTTGAAC
TTCCTTCACA TAATCGATGC TATCAAGTTA GTGGAAATAT TTGAGAATGA TGCTAAGATT
GCCATTAGCA AACTTCGTAA GTTGCTCAGG CACGAGAAGA CTGAAGATGT TGATATCTTC
TACAACAAGT ACAAGCCATT CAAAATCAGT TTCGCTAAGG ACAGATGTGG AAACCAACCT
AAATTTAGCT TCAAGAAGAA GATGAGTGGA ACAGGTTCTA CTTACAAACA ATACCAACAG
AATAGGAACA AACTGATCCC TAAGAATAAG AAGGACAAGT TTGGTGATGA GGTTTACGAT
GACGAAGACT ATGACGAAGA AACCAGAATG AATGAAACTG ATGCGTTCAT GGCTGAAACA
ATCAGTGAAG AAGCTGCAAT GGTCTTTGGA ATCATCAGCA ATTCGGAAAA GCAAGAGAAT
GAAGAAGAAA AGGCTGAAGT TGCTGAAGAT CTTGAAAAAA ATGGAGATTC TGCAGAAGCT
GAAATTTTCC CTGCAGTTGA GGAATCAAAG GACGGCAAAA ATCCAGCAGT TGATAACATT
TTGGGAATCA GTGAAGCAAC TGAGCCCGAA GATAATGGGG ATGAAGAACT TGACGAAGAT
GAAGAAGACG AGGATGATGT TTCCATCATT ATTGGTTCAG ATGAAACTAC TTCCACTACT
GCTCACAATA GCAATAAGGA ATACAAGAAG CGTAGCAATT CAGCTAACGG AAACCATCAA
CAGAGCAACG GTCGTTTCCA ACAAAGAGTT TACCACAACA GGTATAACAA TTCTGATTTG
TCTATTCATA TGAAAAAGTC GTCTAGAAAC TCGTCCAACG TGTCTTTGAA TTCTAACTAC
GGCAAGTACT CGCATCCTCC TTCGGTCCAA CACCACCAGG GTTTCAAGTT TGCTTCATCT
CCATATATGC AGCAACAGGT GTATTACTAC CCTCAATCAG GTAGAAATGG CAGCGTGTCG
GCAGTTAGAC CAGCTCCAGT GTATGCACCA AGCTACAATG GAAATTTCTA TCCAGGCCAG
GCTATTCCAG CACCTCCACA GCAATTCTAT CAACCAGCAC CTCAACAGCG TTATAATCCG
GCATCGTCAG TTGCTCCACC AGTGCACAAG GGAGGGATGT ATTCAACTTC AGGCTCGCAA
GTGATGGCTC AGTATTTGGC CAAATCTCAG CATGACAATT TAATCTACGC GGCCAACATT
CTTGCCAATG AGGTTGATGT GGATGAGGAC TCCGAGTACG ACCAGTATGT TTACTCCAGC
AGACACGCTA GTGTCAGCTC CAACAAGTCG AAGAGATGAA CACACTATTT TTTTAGGGAC
TGTGATTTTC AAAAGAAGTT TTAGTTACAA ATGTATCCAT ATCAAAAGGT ATTTGAGTTT
TATAGAGGGT ATTATTATTC TTTTATTGTT ATTATGATTA CTACTTT
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| Protein sequence | MFPQTVYYSR PMDSVQYQNK HYPHVQLHPH QVLNQQQQPS QPPLTPLDLT YSQSMLPSNL
LMGSPYFASP ASMHFPPQAQ QHAVYQMVPP SPVMASPRQN HRTFSHSSHH SNSHNHNHHS
QHGSPYLTHL NNTTSSNSSN SLLNHNLDQL NLSRTVILKN LDPNLTLNDL LNEVEYGPIE
YCKMFTKATS KSILARDPSY PKEVKVCYIS FINSKISILF HLRYLKNASQ MSALKAKLND
SKHLRIQLND TASVSPIGSA TNTLVPTTNN QDFIKLKTLN YILEFNATRC LLIKFTIKIK
PEIADVPENS RIEHIKLFIN NQCLKFGDVE DFIIDLNTQI EQNSQSDKKS EVTVDSDDSA
LAAPPLRTSE TEEAAKEEED PDSKELKESE EQIEDEKDST NQATPSESDV RFPGSVIVHF
TSIDAAIKTY ESYLRRIQHD IQRLINNKEG TTKKRTSRDV NEVNLRYDIK FSNVSFHQDR
CDRTPVEPAS NLQKKKSKPS VGGAGVTKSH IQQFTNIPEE DVDPLDTASD ILAGSGSASK
SDCTAPAHQN LMDSLSPTSS LVDDPSLSIS SGESPIPMSK QPVVGHRDEV DVADDDDSLD
HDVLNSSNYS TSVMSQNSGY SPYPRYQALQ TYFPAMMPIM PTTSHPGMSN PVGPSSGSAT
GSNYQMNPDP FNVGNRTIYL GNLHPNTTIE EIANNVRAGG LVESINYHQE KKVCFITFVD
PGIALKFYLN HQVLHQLIIH GYDITVGWAK QHSGPVSREV SLAVTAGASR NVYIGIKLIR
EPNPDGSTPV KPRLPAEDEL REDFSKFGEL EQINFYHNKD CGFLNFLHII DAIKLVEIFE
NDAKIAISKL RKLLRHEKTE DVDIFYNKYK PFKISFAKDR CGNQPKFSFK KKMSGTGSTY
KQYQQNRNKS IPKNKKDKFG DEVYDDEDYD EETRMNETDA FMAETISEEA AMVFGIISNS
EKQENEEEKA EVAEDLEKNG DSAEAEIFPA VEESKDGKNP AVDNILGISE ATEPEDNGDE
ELDEDEEDED DVSIIIGSDE TTSTTAHNSN KEYKKRSNSA NGNHQQSNGR FQQRVYHNRY
NNSDLSIHMK KSSRNSSNVS LNSNYGKYSH PPSVQHHQGF KFASSPYMQQ QVYYYPQSGR
NGSVSAVRPA PVYAPSYNGN FYPGQAIPAP PQQFYQPAPQ QRYNPASSVA PPVHKGGMYS
TSGSQVMAQY LAKSQHDNLI YAANILANEV DVDEDSEYDQ YVYSSRHASV SSNKSKR
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