| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_28706 |
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| Symbol | |
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| ID | 4851463 |
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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_009068 |
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| Strand | - |
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| Start bp | 1875261 |
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| End bp | 1878158 |
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| Gene Length | 2898 bp |
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| Protein Length | 965 aa |
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| Translation table | |
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| GC content | 41% |
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| IMG OID | 640393171 |
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| Product | predicted protein |
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| Protein accession | XP_001387992 |
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| Protein GI | 126274591 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5409] EXS domain-containing protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 22 |
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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 | ATGAAATTTG GAGAGTCCCT TAACGAAGGG TTGGTTCCCG AATGGAAGGA CCAATACGTA
GACTATAAGG CTGGGAAGAA GATCATCAAG GCTGCTGGGA AGCTCAAGGA TCAGTACGAA
GATGAGTTGG CCAGTGAAAA TGAGCAAAAT GAGCAAAACG ACAGAACTCC ACTACTAAAC
CCCCAGATCG ACGAAGAAGA TCATCCCACA TATACTTTGG ACGAAGAGCC TGGTAACTCC
CTATCAGAAC ACGAAAGAGA GGCTCCTTCT GGAACATCAG CTGGAGCAGC AGAATCTGCT
AATACCTCGG TTTCATTCAG AAGGCCGTCA ATTTTTACCT ATCTGAGACC AGCAACGCTT
AAGTCAAAGG ATAAGAAGGA GGAGTTTGAG TTGGAGAAGC AGACTTTCCT CAACTGGCTC
GATGACCAGT TGCAGAAAGT AGACTCATTC TATATGGAGA AAGAACAGGA TACGTACGAG
CGTTTCTTGT TGATCCAAGA CCAGTTATAC CAGTTGAGAG ACCACAAGAC GTCGATTTTG
AAGGAAAAAA CAAGACACGG TGCCACTTTC CATAGGGCCG ACAATCCTGA CAAGCTTTAC
AAGAAAGTTA ATGATTTTGC ATTCCACACC AAATCGGCTA TCTCAGCCTT GAACCGTTTA
GAATTACCAT CGTTGCCTTC TGGAGTGTTT CTTGACAAGT TGAGATCTAA ACAGCGCAAT
AACGACATCG ATATGTCTAA CAAGATGGAA GAGTTCAATC CCAATGACGC TGAAAACAGA
ATTAGAAACG GAGTCACAGA CTTCAACTCT GAGTTCAACG ACGAGTCATC AATCGATTCA
GAAGCTACGG GACGTGACAT TCCCAATAGA CGGCAGCCTC AGACCGAGGC TCAAATTAGA
CAGTCTAAGC GTAGAGACTA CTCTACTAAA AAGCAGCATT TCGGTGTTCC CTATCTTTAT
GCCAGAAAGC AGCTCAAGGA TGCCATTTTG GAACATTATA GAGCGCTTTC CTTGTTGAAA
TCGTTCAAGA TCATGAACAG AACAGCATTC AGAAAGATCA CCAAGAAGTA CGACAAGACA
ATGAAGACCT CCAATCTTCT CAAGACATAC ATGAACAAAG TAGATAACGA GTCGTATTTT
CAGACTTCAG ACTTGCTTGA CAAGTTAACC AGCCATGTAG AGGAATTGTT TATAGCCTTT
TATGATCCTG AAACTACAGA CAGAAAGCAT TCTTTGGAAA AGTTGAAGAG CATCGCCTAC
GCAACAAACG ATATCAGACA GCCAACATAC TACCGGTCTT TGTTTTCGTC CGGTTTTATG
CTTGGATTTG GGTTTCCTTT GTTCGTACTT GCTATTTATA CTGCATTACG TAAAACTTTA
TCAGGAGAAT TCCCAGAAGG AAGATTTCTT CTCCAAATTT GGGGTGGATT CTTTTTGATA
ATTTTGGTCT TGTTGCTATT TGGAATAAAC TTGGCCGTAT TTGATCGCTT CAAAATCAAC
TATAAATTCA TTTTCGAGTT CGATATGTCG CGAGCCTTGA ATTACAAGCA ATTCTGGCTC
CTTCCGTCTT TTGGGTTTTT CCTATTATCT ATACTCATGT GGTTCAGTTT CCATGATTTC
TGGCCCGACA GGTTCGCAGG AAGAGACTGG CCATGGATAT TTTTTGCAGT ATCTATTGCT
ATATTCATTT GGCCCGGAGA TCAGTTCTAC GGATCTAGTA GGAAGTGGCT CCAGATTGCC
CTTTGGAGAT TACTTCTATC TGGGTTATAT CCTGTTGAAT TTAGAGACTT CTTCTTGGGG
GACATTCTAT GTTCTTTGAC ATATACAATG GGTAACATAT CATTCTTCTT TTGTCTTTAT
GCCCACCATT GGAGCGGAAT AGATGGAGAT TCTGATAGCA ATGTCTGTGG ATCGTCTAAA
TCCCGATTGA TGGGATTCTT CGCTACTCTT CCTAGTATTT GGAGATTCCT TCAATGTGTA
AGACGTTACA TGGACACTGG TGACTGGTTC CCACATCTCG CCAATATGTT GAAGTACGCT
GTTTCCGCCC TTTACTACTG TTTTTTGAGT GTCTACAGAA TTGATAGAAC CAGAGAAAAC
AAGGTAATAT TTATCATTTT TGCATTCATT AATTCAATCT ATTCTGCTAC GTGGGATGTT
GTTATGGATT GGTCGTTACT TCAAAGCGGT TCCAAGAACA AATATTTGAG AGATAATCTA
TTCTTTAAGC AACCAAGCTA TTACTACTTG GCAATTATCG CCGATGTCAT CTTAAGGTTC
CAGTGGGTAT TTTATGCATT TTTCAGTAAC CAGGTGCTGC AACTGGCTGT CACCAGTTTT
TGTATTGCTT GTGCCGAAAT TATCAGAAGA TTCATTTGGA TCTTCTTTAG AATGGAAAAT
GAACATTGTA CCAATGTTAT TCTTTTCAGG GCTTCCAAGG ACTCTCCTTT GCCATACAAC
GTATCAGCGA GAGTAGAGAA GGCTATCAAG AAATTGGTCG AGTTGAAATA CCAGACGCAA
AGCTTGGATC GTGATGAAGA CATTTTGCGC AGAATTCAAT TCGCTGACGA AGGTAGAACC
CCAGTCACTC ATTCGAATCT CTCATACACA ACTAGTTCTC GTGCAAACGT TGATGAAGAA
CGTGATGTTG CGATGAGTAG AGTCCCATCA GGAACTTCAT CCTTAGCTCA ATTGACGCGT
CGTAAATCGG CATTACTGTC TTTGAGTGAA GCTTTGAATA GAGCCCACAT TAAGGATTTC
CAAAGAAGGA AGACAGTGGT AGCAGTAGAA TATAGTGACG AAGAAGATGA CGATGATGTC
AACGACTTGG ATAGAACAAC TTCGTTCCCT AAGAGTAAGA AGACGTTACA ATCTGTTAAC
GAGGACGACG ATGAATAG
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| Protein sequence | MKFGESLNEG LVPEWKDQYV DYKAGKKIIK AAGKLKDQYE DELASENEQN EQNDRTPLLN
PQIDEEDHPT YTLDEEPGNS LSEHEREAPS GTSAGAAESA NTSVSFRRPS IFTYLRPATL
KSKDKKEEFE LEKQTFLNWL DDQLQKVDSF YMEKEQDTYE RFLLIQDQLY QLRDHKTSIL
KEKTRHGATF HRADNPDKLY KKVNDFAFHT KSAISALNRL ELPSLPSGVF LDKLRSKQRN
NDIDMSNKME EFNPNDAENR IRNGVTDFNS EFNDESSIDS EATGRDIPNR RQPQTEAQIR
QSKRRDYSTK KQHFGVPYLY ARKQLKDAIL EHYRALSLLK SFKIMNRTAF RKITKKYDKT
MKTSNLLKTY MNKVDNESYF QTSDLLDKLT SHVEELFIAF YDPETTDRKH SLEKLKSIAY
ATNDIRQPTY YRSLFSSGFM LGFGFPLFVL AIYTALRKTL SGEFPEGRFL LQIWGGFFLI
ILVLLLFGIN LAVFDRFKIN YKFIFEFDMS RALNYKQFWL LPSFGFFLLS ILMWFSFHDF
WPDRFAGRDW PWIFFAVSIA IFIWPGDQFY GSSRKWLQIA LWRLLLSGLY PVEFRDFFLG
DILCSLTYTM GNISFFFCLY AHHWSGIDGD SDSNVCGSSK SRLMGFFATL PSIWRFLQCV
RRYMDTGDWF PHLANMLKYA VSALYYCFLS VYRIDRTREN KVIFIIFAFI NSIYSATWDV
VMDWSLLQSG SKNKYLRDNL FFKQPSYYYL AIIADVILRF QWVFYAFFSN QVLQLAVTSF
CIACAEIIRR FIWIFFRMEN EHCTNVILFR ASKDSPLPYN VSARVEKAIK KLVELKYQTQ
SLDRDEDILR RIQFADEGRT PVTHSNLSYT TSSRANVDEE RDVAMSRVPS GTSSLAQLTR
RKSALLSLSE ALNRAHIKDF QRRKTVVAVE YSDEEDDDDV NDLDRTTSFP KSKKTLQSVN
EDDDE
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