| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_81668 |
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| Symbol | |
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| ID | 4837402 |
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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 | 1812055 |
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| End bp | 1815229 |
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| Gene Length | 3175 bp |
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| Protein Length | 995 aa |
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| Translation table | 12 |
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| GC content | 44% |
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| IMG OID | 640388717 |
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| Product | predicted protein |
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| Protein accession | XP_001383119 |
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| Protein GI | 150864344 |
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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 | 9 |
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| Plasmid unclonability p-value | 1 |
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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 | 18 |
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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 | TGTGAATCTT TTCCGTACTC TTGATTACTT TTATTGACTT TTTCTTTCTT CCATTCTTCC
ATTCTTCTTC CATTCTTCTA CATTAGCCCC AATTCCCTAG TCAACGAAGA TGGCTACGAA
CTTCCATCTC TACCACCCCT CGCTCAGACG CGATCGAGAA GAGTCGGCAA CCGGTGGAGA
CCTTAAGACT ACTCCGACGA ATACCTCTTC CAGCAACAAC AGCAACAGCA ACAGCACAAG
TCTATTTGGA AGCAGCCCAA AGCACACTCT GCATTCTCAT GCACATCATA GAGGATTCTC
GTTCGACAAG ATCAAGAGCA AGGTGAGTCG TCGCTCGCTG GAGCCAGAAG TGATACCAGG
TTCTCCAGAC AGAAGAAACT CTGCTTTTCC CATGATTGTG ATCTCAGAAT CAAATGAGAC
AAGTCGTAAC CAAAGTCAGA ACGAAAACCA AAACCAAATG AATGTCTCTG CAGCAAATAC
AAGACGTCTC AGAGCTCAGT CGCTTTCGCT CATCCACAGC CAGTCCCGGT CCCGTTCTGG
GTCCCGTTCC AGAAGTCTTG TTCCCAACGG AAACTCAACT TCTCGGAAAC AAACGAAGGA
ACTCGTGAAG TTAGAAACGG CTCACATAAT CCTGAAGAAA TTGGAATCGA TTTTGCTGGA
TCTCGGACTT CAGTCTCCTA TACCGTTGAA AGCTACCAAC AACACCTCCA GTGGCTCCAT
AGCTAAGTCG GTCAAGGTAT ACATCGCCAA CACAAACGAT TGCATCTTCT TAGCACCAGC
ATCTTCCGCC AGTTTCACCT ATGAAGACGT CGAGAACGGG GGTGCAATTC CACATGATGA
TGAAGACGAC GACGAAGGAA TGGATAGTCT CGTTGTAGAC TCTGGCAGAA GCAATAGCAA
CTTCACTTCC ATACGACGTG GATCCGTAAT CTCAGATGAT GAGTCTGCTG TAACGTCAGA
CGAGGAAGCG GTTCTGCCAG ACTTGGCTAC ACCCAGAAGA CTTAAGAAAA AAATGAGGTT
CTTCAACTCG CCCAACTATC TCTGCACCAA GATCGATTCA GACATGCCGA TCCCACACAC
TTTTGCTGTC GTAATCGAAC TCGAAAAGGA TTCCACTTCT GTGAGAGACG TAAAGTTCGA
TTTTCTGTCA GTCACGAATA TCTTGTGGCC ATCTGGAGAT CCTTATAGCC GAACCCATTC
AAAGGAGCGG TTCAAGATTG GCAGTATGGA GTGGTCTACA AGTCTCGGAG ATTCCGATTT
CTACATTAAC ACCAACAACT CGAACGATGT ACGCATCAAA AATATCACTC CTGATGATCT
CGCCAGAAGG ACAAGAGAAT ATAAACTCGT GAATATCCGC AATCTTGCTG ATGGAACAGA
CAACGCCAAC ACCAGTCGTA AAAACTCTAT CTCACTAGAC TTTAACGATC TGCCCTTAAA
TACTCATGGC AATAGCAATG GTCATAGCAG TAATAGCCAT GGAGGGAACA GTAATAGTAG
TGAAGTGTAC AAGGCTGGTC TTTATGTGTT TCTCTTGCCG ATTATCTTAC CTCAGCATAT
CCCTCCTACG ATCATCTCAA TCAACGGCAC GCTTTTGCAC ACATTGAGTA TCAACTTCAA
CAAGACAAGT GACATGCTCA ACAGAAAGGT CAAAGTCTGC TCCACGTACA ATTTGCCTAT
GGTGAGGACG CCTCCCTCAT TTGCTAATTC GATTGCTGAT AAGCCCATCT ACGTTAACCG
TGTATGGAAC GATTCGTTGC ATTACATCAT AACTTTTCCC AAAAAGTATG TGTCGTTGGG
ACTGGAACAT GTAGTCAATG TAAAACTTGT TCCGCTAGTC AAAGACGTTA TTATCAAGCG
CATCAAATTC AATGTTCTAG AGAGAATAAC ATATGTCTCT AAGAACTTGT CTAAGGAGTA
CGACTTTGAC AGTGATGATC CTTATTGTGT GAAAGCACAT TCATCGGACA ATAGAACTAG
AGAAAGAGTC GTTTCTCTTT GTGAGTTAAA GACAAAATCG AAACAGAACA GTATGATAGG
GGTTCCTGGA GATCCTTATA AGGAGGAAGT TGTCAAGTGT CCCGACAATA ACTTGTTGTT
TTCATGCTAT GAACCTGATG AGTATGAAAA CTTTAGACTA GAGGACTCGA ATACAAACAA
GCGTAAGGGA AAAGACAAGG AAGAGACACC TACGATGATT GCTTCACCTC TCGATATCAA
CATAGCTTTG CCTTTTTTAA CCACCAGAAT GGACAAGACC ATGATGACTA GTACAGAAGA
AGATCCAGCG CATCTTCATA GAAGTTCTGT TTCCAGAAAG GCTTCTATCA CTACTGAAAG
TTTGAACAGT ACTTCTGGCG GAGGCTCGCC TTCTTTCCAG CCTACTTCTC CCATAATAGG
GGCTTTGGAA ACAAACCTTT CCCATAGACA TAGCATGGAT TCGTACGATC CCGTTTCGTC
TGACTACATA AAACCAAACT CTTCAATGTA CTTGTCAGAT GACAACAGCG CGAAACTGAC
GCCTCCTGAA AACATTCAGA AAGGGTTTAC GTTGGTTTCA AAGGCTTTGT ATCCTGATTC
TAACTTCAGA CACATCCAGA TCAGCCACAG ATTGCAGGTA TGTTTCCGGA TTTCGAAGCC
AGATCCGAAG GACGGCTTCA AGATGCACCA TTACGAGGTT GTGGTCGATA CGCCTTTGAT
TCTCTTGAGT TCCAAGTGTA ATGAGGGATC AATCCAGTTG CCCAAGTATG ACGACCTAGA
AGGTGTTTTT TCTACTGTAG ATACCGAAAT CTCGTTCAGA ACACCCGACT TTGAAAGAAA
CGGAATTTCC ATCAAAAGGC TCGATGAAAA TAGCTCTGTT GAACCATTGC CTTCTTTTGA
AGAAGCCACT TCTTCACCTT CGTCGCCGAT TACCAGATCA ATATCCATAG GTGAAGATCC
ATTGAGCAGA ATTCCATCAA ATAACTTAAT CCCTCTGTCA AATCCGTACC CAGACGAGCC
GGCTCCAGCG TATGAACGTT CTCTGACAAC TTCTAACCAT GGAAGCCGTA ACAACAGCTT
TGTAGCTTCG TCAAATATTG ACGAAGTTGT CAACAGCGAT TCCAACAATA GTTCTTCTTC
TAGCTTGAGA AGGTCAACGT TGAGAAATTC GTTGCTGCAT TCCTTTGCTC CGTCT
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| Protein sequence | MATNFHLYHP SLRRDREESA TGGDLKTTPT NTSSSNNSNS NSTSLFGSSP KHTSHSHAHH
RGFSFDKIKS KVSRRSSEPE VIPGSPDRRN SAFPMIVISE SNETSRNQSQ NENQNQMNVS
AANTRRLRAH LVPNGNSTSR KQTKELVKLE TAHIISKKLE SILSDLGLQS PIPLKATNNT
SSGSIAKSVK VYIANTNDCI FLAPASSASF TYEDVENGGA IPHDDEDDDE GMDSLVVDSG
RSNSNFTSIR RGSVISDDES AVTSDEEAVS PDLATPRRLK KKMRFFNSPN YLCTKIDSDM
PIPHTFAVVI ELEKDSTSVR DVKFDFSSVT NILWPSGDPY SRTHSKERFK IGSMEWSTSL
GDSDFYINTN NSNDVRIKNI TPDDLARRTR EYKLVNIRNL ADGTDNANTS RKNSISLDFN
DSPLNTHGNS NGNSNSSEVY KAGLYVFLLP IILPQHIPPT IISINGTLLH TLSINFNKTS
DMLNRKVKVC STYNLPMVRT PPSFANSIAD KPIYVNRVWN DSLHYIITFP KKYVSLGSEH
VVNVKLVPLV KDVIIKRIKF NVLERITYVS KNLSKEYDFD SDDPYCVKAH SSDNRTRERV
VSLCELKTKS KQNSMIGVPG DPYKEEVVKC PDNNLLFSCY EPDEYENFRL EDSNTNKRKG
KDKEETPTMI ASPLDINIAL PFLTTRMDKT MMTSTEEDPA HLHRSSVSRK ASITTESLNS
TSGGGSPSFQ PTSPIIGALE TNLSHRHSMD SYDPVSSDYI KPNSSMYLSD DNSAKSTPPE
NIQKGFTLVS KALYPDSNFR HIQISHRLQV CFRISKPDPK DGFKMHHYEV VVDTPLILLS
SKCNEGSIQL PKYDDLEGVF STVDTEISFR TPDFERNGIS IKRLDENSSV EPLPSFEEAT
SSPSSPITRS ISIGEDPLSR IPSNNLIPSS NPYPDEPAPA YERSSTTSNH GSRNNSFVAS
SNIDEVVNSD SNNSSSSSLR RSTLRNSLSH SFAPS
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