| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_69820 |
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| Symbol | |
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| ID | 4837492 |
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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_009042 |
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| Strand | - |
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| Start bp | 2570599 |
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| End bp | 2575017 |
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| Gene Length | 4419 bp |
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| Protein Length | 1340 aa |
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| Translation table | 12 |
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| GC content | 42% |
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| IMG OID | 640388807 |
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| Product | predicted protein |
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| Protein accession | XP_001383247 |
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| Protein GI | 150864435 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG5560] Ubiquitin C-terminal hydrolase |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | AGCAATCAAA CCGGCCGCCA CTGTCGTCAC GAGTCGCGAT TGTTGTATCC ACCAACTGGA
TTCCGTATCT GTCATCTCGT CCCTCGGTAG CGTTGGTTTT CTCGTCGCGC CCATCTCGTC
TTCACTCCAA TAGTTTAGCT ACTAAGCTGA ATCTACCAGA CTATTCTCAC TAGCAATTAT
ATACTGAGTC CATTAGATCG TTGCAGATTT CTAATTTATA TATTGCCAAT TTATCCTAAT
CTCCCCCCTT ACGTCGAATA CTCTCAGTCA ATCACAGTGC GATGTCAGAC GACACTCCTG
CTGCCACCGC ACTTTCGTCG TCGTCGTCGT CGGACTCAGT GAACCTCTCC ACCAACTCTC
CCTACAAGAT CCCCAACTCC ACTGATAACT TGAAGCTGGA CTCCGAGTCG CTCTTGGAAA
CTGAATTGAT GGAGAAGCGC CACTTGATAG AGGAATTGAT CCACAACAGC AATACAGGCA
AAGAGGGCGA CCCCTGGTAC CTAATCTCGA CAGAGTACCT CAACAACTTC CTCCACCTCC
CGGCAACATC TTTTGAAGAC CTCCAATCCA AACTTGGTCC CGTAGACAAC ACCTCCATTG
TAGACCAGAA TGGCATCTTG TACCCGGAAA ACAACGAACC AGTCGAAACA TACAACGTCT
CACCAGAAAT CTTCAACTAT CTTGCCGACT GGTTTGGCAC CAAAGGGCAG CCTGTGTGTA
GATGTCTTAT AATCAACCCC GAAACTGGTG CCAAAGAAGT CGAAAGATTT CCTCCTGTCT
TCCATATCCA CCAATTGGGC AAAAGACCCG TGCAGAACTC GTACTATACT CGCCACCATA
ACCATCCTAC TCATGCTACC AGCCATCCCA CAGCTGTATC TTTGTCTCGG ACTAAGACAT
TCACCGATTT GCTCGACTTG ATCCGGGTAT CGGTGTTGAA GTTGCCCAAA AGACCCATCG
ATAACTTCCG TATCTGGTTC ATCGAATCAA AAAACATAGC CGAATACACT TCTACTCTTA
CTATCAGTAA TCTCATCTTT GACATCGACA ACAAAAGTTT GGTCCATCTG GGCATCTTGA
AAGATACTCT CAAGAGCCAG GGCATTAAAT CCGACGCTTT CCATATCCTC GTAGAGGTGA
AGGATGCAAA GGCCAGCCAT GACCGCTTCC CAGTGAACAC ATACTTAAAC CAAATAGATG
TGGAACAGTA CGACTTCGAC AAGCTTAGTA GTAAGAGCAG CGGGCATTTG GGCTTAAGCA
ACTTAGGAAA TACATGTTAC ATGAATTCAG CTTTGCAATG CTTGTTACAT GTGGCAGAAG
TAAACTACTA TTTCTTGTAC AATCTATACA AACGAGAATT GAACTTTGAC AATCCTTTGG
GTAACCACGG AGATATAGCC AATGCTTTTG GAAACTTGCT TAAACAGGCT TTTGACCCTT
CCTCGTCAAA GGACTCTAGC ATCACACCCA GAGAATTCAA ATCCACCATA GGAAGGTACT
CGTCCATGTT TTCCGGCTAC ATGCAACAAG ATTCTCAAGA ATTTCTAAGC TGGCTCTTGG
ATGCTCTTCA TGAGGATCTC AACAGAATTC ATAAAAAGCC CTACTGCGAA AAGCCGGAGT
TGAAAGACGA AGAAATCAAC GATCCCAAAG CCATTATTAA ATTGTCTGAA ACTTGCTGGA
ACCAGCACAA GATGAGAAAT GATTCGGTGA TTACAGATTT GTTTACCGGC TTATATCAGT
CGACTTTGCT TTGTCCAGAT TGTTCAAAGA CCTCTATAAC ATTCGATCCG TTCAACGATT
TGACGTTACC ATTGCCAATA AGCAAGAAGT GGTATCACAC ATTCACTATT GTTGATTTGT
CGGATGGCGG CATCTTAAGA GGAACGAGAA TAATGAAGTT GGAAGTTGAG CTTAACAAGA
CGTCCAATTT CGACGATTTA TTGACTTATT TGAGTGATTT CTTAAAAGTC GAGACTACCC
ACTTGTTCCT CTACGAGATA TTTAGAAATT CATTCTACAG CGACTTTCAA TTGGATTACA
ACCGAAACAA GTTTATGCCC ATTAGTGACA TCGTGAGAGA TTCAGATGAA GTACATGTCT
ATTACGTCCC TTACAACCCA GAAACGGACA TTATAATTCC AGTTTACAAT ACAGTTGAGG
ATCCAGACAA GTCCTACAAA GTTACAGAAA CTTTTGGAAT CCCGTTGTTT GTGACATTGA
ACAAAGAAAG TGATGTATAC AGTTTTGGAA CAATCCGTCA AAAGCTTTTG GATAAGGTTT
CTATTCTTTC TAAACTTGAC TTGAACGAAG AATATAACAA AATCAAGAAT GACACAGAGA
GCTACGTCGA AAAGAAACAT TATGGACCTA AAGATTTTCC TTTACTTTGC AAGCAGGATG
ACAATGCAGT ATTGGTAGAA AAGCCTCCAA GTGATCATAC AATTGAAGGT GATGGACAAC
TTGACGAAGA AGACGAAGAT GGATACATAT CTGATATTTC TTTGGCCAAT CCTTTTATCA
GCGCAGATTT TGGTTTCACA ATTAAGTCTT TAAACGGATA TAGCCACAAA CCGCATGCAA
ACTTTCGTAA TAGATACAAC TTTGCTAGAA ATGCGCCCAA GACAGTCACG CCACCTCGTG
TGATAAATGT TCCACTTCAC AAGCCTACTT TCAATGAATT CAAGCCTTTG TCAGACCAAT
TGCCAGAACT TAAGAAAGAT TTCTATCATT ATCCAACGTA CGACAAGAAG TTCAACAAAG
AAATGGAGGA CTTGGCAGAA GAAGTGCAGA ATGATTTGAT AGCTAGTGCT AGTGATGATA
CATCCAAGTC CAACGATGAC TATGAATTTG TAATGCTTGA TGCTGAAGGA GGAGAAGAAG
CTACGAAGAA TGGCAGTGTC CAGCCACCAG CGCTACCTCC CAGAAATTTA ATTCCACAGA
TGAATCTGTC GGATGAAGAC ACAGAAGGGG AGCAGAATTT AGGAAGCTTA TTCGATTCCA
CATCTACTTT GCCAATTCCA CCTCCTTCTT CGGGTTATGC TGAATCGTTG AAACCATCCA
ATGAAAATTC TCCTACAAAT ACTCCATCAG AGGTTGAGCT TGGTAATCAT CCGGAGTTGA
TAACCAAGGA TACAATCTTA CTCTGTGATT GGGATTACCC GATTTTTGAA CAATGTTTTG
TCGAGAATCA AACTTGGGAG AATATTCCAG TACTTCCCAA CCCAGAATTG GAGAAGAATA
GAGCCAAAAT TGAAAGACAG AGAAAGTCTA AGATTTCACT ATATGACTGC TTGAAGAGTT
TCAGTACTCC AGAGATTCTC GGTGAACACG ATTTATGGTA TTGTCCTAGA TGTAAAGATC
ATAAACGCGC TACTAAAACC ATTCAAGTTT GGTCAACTGG TGATATATTA ACTATCCACT
TGAAGAGGTT CCATAGTGCC AGAGCTTTTA GTGACAAGAT TGAAATGGTT GTTGACTTCC
CTATAGAGGG ACTTGATATG AGTTCATACA TTGCTAATCC AGAAGCTGAG AATAGTCTTT
ATGACTTGAT TGCAGTGGAT AACCACTATG GTGGCTTAGG TGGTGGTCAC TATACTGCTT
CAGTTAAAAA CTTCCGTGAT GGAAATTGGT ACTATTTCAA CGATAGTCGC GTTACCAGTA
TCAACAATCC AGAAGAAGTT ATTACTAGTG CAGCCTACTT ATTATTCTAC CGCAAGAGGA
CTACAGATCC AGACGACTAC CTTGGCGGCG GAGACTTGAA TAATATGATA CGGAGCGGGC
ATGAGTTGTA CAAGAAGTCG TTAATCACCA AGAAAGCCAG CTATGATTTA GTACAACAGC
AGGTCGAAAA ATACACTAAA CACGAGGAAC AGATCAAGCG AGAAATGGAA TTAGATCGTG
AATTAGAAAA AAGGAAATTA CAGGAACTGG GGCTGATAGA AGCCCCAGAA AATGGAGAGG
AAACTGTCTA TGAGGATGGT GAAGCTGCTT CCCCCAACAA TTCCAAAAGT GCAGATAATG
AACCTGTAAG TGCAAGAAAG ACTAGATCAT TTACCAATAC CAAAGATTCG CCTAATGATT
CTGTCACAAC TTCTGCCAAG GCTAAGTTCA AGTTTGACAA CGACGAAGAC GACTACGACT
ACGAAGACGA CCTGGATAAC ATAAGAAAAC AGCGACTTCT TTCTAAGGAG AACAATAACA
ACAAGTTGGT GCAAATTAAA AGCAACGGCA AGCAAGAAGT GGCATCGTCG CCTATTGCCA
TGGAAGCAGA GTACGATAGT ATGGGCGAAG ACTGCTCAGT CTAACTGGTA CCATAATAAT
CCATACATTA TAAACTATAC GCATCATTCA TTACTATAGA TTGAATAGCA ATACATACAC
AATGACAGCT ATTTAGGTAG TTGCATTGAC ACAGACCAG
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| Protein sequence | MSDDTPAATA LSSSSSSDSV NLSTNSPYKI PNSTDNLKSD SESLLETELM EKRHLIEELI
HNSNTGKEGD PWYLISTEYL NNFLHLPATS FEDLQSKLGP VDNTSIVDQN GILYPENNEP
VETYNVSPEI FNYLADWFGT KGQPVCRCLI INPETGAKEV ERFPPVFHIH QLGKRPVQNS
YYTRHHNHPT HATSHPTAVS LSRTKTFTDL LDLIRVSVLK LPKRPIDNFR IWFIESKNIA
EYTSTLTISN LIFDIDNKSL VHSGILKDTL KSQGIKSDAF HILVEVKDAK ASHDRFPVNT
YLNQIDVEQY DFDKLSSKSS GHLGLSNLGN TCYMNSALQC LLHVAEVNYY FLYNLYKREL
NFDNPLGNHG DIANAFGNLL KQAFDPSSSK DSSITPREFK STIGRYSSMF SGYMQQDSQE
FLSWLLDALH EDLNRIHKKP YCEKPELKDE EINDPKAIIK LSETCWNQHK MRNDSVITDL
FTGLYQSTLL CPDCSKTSIT FDPFNDLTLP LPISKKWYHT FTIVDLSDGG ILRGTRIMKL
EVELNKTSNF DDLLTYLSDF LKVETTHLFL YEIFRNSFYS DFQLDYNRNK FMPISDIVRD
SDEVHVYYVP YNPETDIIIP VYNTVEDPDK SYKVTETFGI PLFVTLNKES DVYSFGTIRQ
KLLDKVSILS KLDLNEEYNK IKNDTESYVE KKHYGPKDFP LLCKQDDNAV LVEKPPSDHT
IEGDGQLDEE DEDGYISDIS LANPFISADF GFTIKSLNGY SHKPHANFRN RYNFARNAPK
TVTPPRVINV PLHKPTFNEF KPLSDQLPEL KKDFYHYPTY DKKFNKEMED LAEEVQNDLI
ASASDDTSKS NDDYEFVMLD AEGGEEATKN GSVQPPALPP RNLIPQMNSS DEDTEGEQNL
GSLFDSTSTL PIPPPSSGYA ESLKPSNENS PTNTPSEVEL GNHPELITKD TILLCDWDYP
IFEQCFVENQ TWENIPVLPN PELEKNRAKI ERQRKSKISL YDCLKSFSTP EILGEHDLWY
CPRCKDHKRA TKTIQVWSTG DILTIHLKRF HSARAFSDKI EMVVDFPIEG LDMSSYIANP
EAENSLYDLI AVDNHYGGLG GGHYTASVKN FRDGNWYYFN DSRVTSINNP EEVITSAAYL
LFYRKRTTDP DDYLGGGDLN NMIRSGHELY KKSLITKKAS YDLVQQQVEK YTKHEEQIKR
EMELDRELEK RKLQESGSIE APENGEETVY EDGEAASPNN SKSADNEPVS ARKTRSFTNT
KDSPNDSVTT SAKAKFKFDN DEDDYDYEDD SDNIRKQRLL SKENNNNKLV QIKSNGKQEV
ASSPIAMEAE YDSMGEDCSV
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