| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_33358 |
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| Symbol | |
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| ID | 4840528 |
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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_009047 |
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| Strand | - |
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| Start bp | 407631 |
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| End bp | 412271 |
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| Gene Length | 4641 bp |
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| Protein Length | 1546 aa |
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| Translation table | 12 |
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| GC content | 42% |
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| IMG OID | 640391843 |
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| Product | predicted protein |
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| Protein accession | XP_001386280 |
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| Protein GI | 150866621 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1752] Predicted esterase of the alpha-beta hydrolase superfamily |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.176236 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGGACT CCACAGAAGC TCTTAACTCT ATAGCGTTCG CTGTGGATAC GACTTTGTCG
CTGATTCTAC CGTCTTCTTT GGCTCCTCCA TCTGCTCCGC CAGCAACGTC TCTGTTTTTA
AAGTCCATCT GGTACGCATT CTGGTGGTTA TGGCTGATGG TAGTTTTCAA GATCATGAAT
ATTATATTGC TTTATATTCC CAGCAAGATC ATGAATGCGC TTTCAATCAA CTTCGAGATT
ACATTGAACC TTCTGTCGAT TCTTGTCGCA CTCCTGGCTA TCATTACTGT CTGTTTTCTT
GTGGTAAGAT ACAAATATCT CACTGGTTAT TCCAAAGACA CGAGTGACCG GAAAACAAAA
GGCAAAGTCA ACCCATCAGC ATCCAACATC AACTTGAAGA ACCAGAGCCT AGACTATGTA
GACCAGAAGA AGGGCCACCG TAGAACGACA AACTATTTGG ACGAGTTCCT CTCTGCCATC
AAAGTTTTTG GCTACTTGGA AAAGTCGGTC TTCCACGAAT TAACCAAAAA TATGACAACC
CAAAAGTTGT CACATGACGA GATCCTCTAC CTTGATGAAA AGCTTGGATT CTCCATCGTT
GTAGAAGGAG TAATGCAGGT TTATACTAGA ATCACCGAGA ACTCCAATGT AAGCGGCGGC
TTTGATCCGG ACGACGACAA CGAGCTCAAC TACGAAAAGG ACGATGTGCT AATAATCGGA
AATCAACGCT ACCAGTTACT AAATGAAGTC AAAAGTGGTG CTCCCTTGAG TTCTTTGGTA
AGTGTTCTAG ACTTGTTGAA ACCGGTAGAT AGTGAAGATT CAACTTCAGA TATGCTTCAT
TCATTTAATA TTTCTGACGA TGACAACATC TCCAAGATTC CAGAGATCTC ACCCATCTCT
CTTCCATTTC AAGGAATTCA TGCCGGCGCG AAAGATGATT CAGTGCCTCC TTCTCCCATC
ATCAGGCCTT CTAAAACGAA GCAGCTCTAT CCAGAAATAG TTGCCAGACC CAAAAGTCGG
CCGCACAAAG AACACACCGG CCATCATCTT CATCATGTTC ACCATTCAGG TGCCACCATT
GCAATCATAC CGTATCTGGC TTTTCAGAGG GTACAATCCA AGTATCCGAA AGCCACCTCT
CACATCGTCA CCATGGTTCT AGCCAGATTG TACAAGGTTA CATTCAACAC TATTCACGAC
TATTTGGGTC TAACCAAAGA GATCATGGAG AGTGAGGTAA AATTGAACAC TACTAGTAGT
GTCAGGGGTG CTAACTTGCC AGGATACTTA TTTGATGGTC TTCTTGATAA GATATATGGT
GCCAACGGAA TTAATGAAGC AAGCCTTTCC AGAAAGTCAG ACTTCCAAAG AGCACTGTCT
GTAAATCTCA ACAAACAGAA GACTACTTTA TGCGACGCTA AGTCTTCGAG GTATGTTCTT
CTAGATTCCC GGTTGAAATC GACTCACCCA GGAGACTTGT TGTCGTCTGT GCCATTGTCT
AGAAGATCAG ACTATTACCA AACACACAGC CATCCTCTTT CTGCAGACGA TCCTTTAGTT
AGGTCTGCAT TCCCAAGTTC AAAGACATTA TCATCACTTT CATCACCAAC TTCCAACTTA
AAGAGAGCCA GTTCAAACCT AAAATTTGAG AATATTCGTG ACAGATCATT CTCTGACGAC
CGTGAAGAAA CGGAAGAAAC GTCGCTCAGA ATAGCTGTTG TCGAGAGCAT CTTCAAAATT
TTGGGTATTA GCGAGAAGAG CACAGCGATG AGGAATCTTT CCAGTTTCAA TTCAGGAAGG
TCTTCTGTTT CTTCTTCAAT TGTAGGCTTG TCCAACCTTA TGAGCGCCGA TGACAAATTC
GATACCAATG CAGCACGGGT AAGGTTTGAT TCGTATAATG GATTCTCTTC CACAGCCACT
TCAATCAGTA GAAGCTCCAC ACCCATCAAA TTTTACAATA CCATTAACCA AAACCAATTG
CACAACCATC ACATGGGTGA CTCTGTCAGT GGGATCAACA TCTCCACATT AAGTAGACAA
CATCAAGCAA ACCGAAACTC TTCTCCAACA GAGTTCAACT TTGCCAACGT CAAGAGTGAC
TTCGCCAAAT GTTTGGAAAT CAAATCATAT GGTCCAAATA CGACTATCGT AGAACAGGGA
TCGTTTAATT CCGGCTTGTA TTATGTCATT GATGGCTCAT TGGATGTGTT GTATCGTCCA
AGTAACCATG GTGAACCCAG TTCAAACCGT GAAGACAATT TGAAAAAGCT CTATTCAGTG
AAGAGTGGAG GTGTAGCTGG CTATTTATCC TCTGTTGTAG GCTTTAGATC GCTAGTGACA
ATAAGAACTT CTAAGAAAAG AGGAGTTATC GTTGCACATA TATCCAAGTC AGACTACTCC
AAGCTAATGG ATAGGTACTA TTTCTTGCAA TTGCCAGTTG CTACCAAGTT GAAGAAGTTG
TTATCACCAC AGATTCTAAC CATTGACTAC GCCTTAGAAT GGTGTCATAT TCCTGCTGGA
GGCGTCTTGT GCTCACAGGG GGATTTAGCC AATGGATTTC ATATAGTACT TAGTGGCAGA
TTCAGAGTGG TCAGAAACAA GAGTGACAGG TATCAAGGTA ACACTTCAGA TGATGATATT
CTTGGATTTT CTGATACTTC TATGGATTGT AGCCCCAGTA GTGACATAAA TAACGAGGAC
CTTGAGGTGT TGGGTGAATA TGGCCATGGT GAATCTATTG GAGAAGTTGA GGTATTGACA
GCTTCTAGAA GAACCAACTC ATTGATTGCA GTTAGGGATT CAGAGACAGC CAGAATTCCT
AGAACTCTTT TTGAGATGCT TTCATTGCTG AATCCTTCCA TTATGGTGAA GGTTTCCAGA
ATTGTAGCCA GTAAAGTTGT TTATAAGGAT GTGCTTGACC AGTCGTCTCG CAATTCTACA
CTCATTCCAT CTTCCACAGC CTCTCATATC TCCAATGACT ACAAAACAAT TACAATATTG
CCTACAGTAA GTGGCCTACC AGTCAGAGAG TTTGCTGATA AGTTGGTTTC TGCATTGAAA
GCGATTGGCA GGAATGTCAT TGCTTTGGAT CAGGCTTCTA CATTGACCCA CCTAGGCAGA
CATGCCTTTG ATGAGCGTTT GGCACAGTTG AAATTGTCTG GTTACTTTGC CTATTTAGAA
GAAGAGTATG AAACCATCGT CTATATCTGT GATACGCCCT TGAAGTCAAA CTGGACTTCC
ACGTGTATTT CTCAGGGAGA TTGTATCTTG TTACTTGCCG ATGCAGAGGA CGATGTAGTA
GCCACTGGTA TTGGGGACTA CGAGCGCTTG TTAATTAACT TGAAAACGAT GGCTAGGACG
GATTTGTGCT TGCTTCACCC AGAGAAATAC GTTGAGCCTG GCTCCACAAG TATCTGGTTG
AAGAATCGAA TTTGGGTCCA AGGTCACCAT CATATTGAAA TGGAAATCAT CCGTAAAAAA
GACGAAAATT CTGTGAAAAA GAGACCAAAT ATTATCAGTG AATTGGCGTC TAAGATAGGG
AGCAAGACGA ATCCCAGTAT TAAGTCTACT CTTGAAGATG TGAGACTTAA AGCAATTTCT
TCCTTTGTGA AGTTGAACAC TAGTTTTGTA CATTCTGATA GATATAAGGC TGTGCAACCA
CATAAAAACG ATTTTCTTCG TTTGGCTAGA ATTCTCTCCA ATGAAGCTGT TGGATTGGTT
CTTGGTGGCG GTGGATCTCG TGGAATATCC CATGTTGGTA TAGTGACCGC ATTAGAAAGA
CATGGCATCC CTGTGGATTT GATAGGCGGA ACTTCTATAG GTTCCCTTGT AGGTGGGCTC
TATGCCAAAG ACTACAACAT AGTGTCAATC TATGGTAGAG CAAAAAAGTT TTCTAAAAGA
GTTGCTTCGT TGTGGAGGTC TGTATTCGAT TTAACATATC CAGTAACGTC ATACATCACT
GGGTACGAGT TCAACAGAGG AATTTGGAAA ATCTTTGGGT TTACGGAAAT TGAAGATTTC
TGGATCAGAT ATTTTTGTAA CACTACCAAC ATCACCAACT CTACAATGGA TATCCATGAA
AGTGGTTATC TGTGGAGATT CATTAGAGCA TCGATGTCGT TAGCGGGTCT TTTACCTCCA
ATTGCCTTTC AAGGTTGCAT GCTATTGGAT GGCGGTTACT TGGATAACTT GCCTGTCAGT
GAGATGAAGA AGAAAGGTGC CAAATACATC ATTGCGGTTG ATGTAGGCTC TGCTGATGAC
AGAACACCCA TGAATTATGG TGATACATTG TCTGGATTCT GGGTGTTATT CAATCGTTGG
AACCCATTTT CTAAGCATCC TAATGTTCCC AACATGATGG ATATTCAAAT GAGATTGGCC
TATGTAGCAA GTGTCAACGC ATTAGAGGCT GCGAAAAAGA CCAATGGGGT GATTTACTTG
AGACCTCCTA TTGATAACTA CGCCACGTTG GATTTTGCCA AATTCGACGA GATTTACCAT
GTCGGCTTAA ATTACGCAGA CAAACTCTTT TCTAGCTGGT CTAAGAATGG CAAACTTCCA
GCAATAGCAG GCATGGTGGA TAAGGCGAAG ATCAAAAGTG GAGATGACAA GAAAGTGTTA
TACAGACGGA ACTCTATCTG A
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| Protein sequence | MKDSTEALNS IAFAVDTTLS SILPSSLAPP SAPPATSSFL KSIWYAFWWL WSMVVFKIMN
IILLYIPSKI MNALSINFEI TLNLSSILVA LSAIITVCFL VVRYKYLTGY SKDTSDRKTK
GKVNPSASNI NLKNQSLDYV DQKKGHRRTT NYLDEFLSAI KVFGYLEKSV FHELTKNMTT
QKLSHDEILY LDEKLGFSIV VEGVMQVYTR ITENSNVSGG FDPDDDNELN YEKDDVLIIG
NQRYQLLNEV KSGAPLSSLV SVLDLLKPVD SEDSTSDMLH SFNISDDDNI SKIPEISPIS
LPFQGIHAGA KDDSVPPSPI IRPSKTKQLY PEIVARPKSR PHKEHTGHHL HHVHHSGATI
AIIPYSAFQR VQSKYPKATS HIVTMVLARL YKVTFNTIHD YLGLTKEIME SEVKLNTTSS
VRGANLPGYL FDGLLDKIYG ANGINEASLS RKSDFQRASS VNLNKQKTTL CDAKSSRYVL
LDSRLKSTHP GDLLSSVPLS RRSDYYQTHS HPLSADDPLV RSAFPSSKTL SSLSSPTSNL
KRASSNLKFE NIRDRSFSDD REETEETSLR IAVVESIFKI LGISEKSTAM RNLSSFNSGR
SSVSSSIVGL SNLMSADDKF DTNAARVRFD SYNGFSSTAT SISRSSTPIK FYNTINQNQL
HNHHMGDSVS GINISTLSRQ HQANRNSSPT EFNFANVKSD FAKCLEIKSY GPNTTIVEQG
SFNSGLYYVI DGSLDVLYRP SNHGEPSSNR EDNLKKLYSV KSGGVAGYLS SVVGFRSLVT
IRTSKKRGVI VAHISKSDYS KLMDRYYFLQ LPVATKLKKL LSPQILTIDY ALEWCHIPAG
GVLCSQGDLA NGFHIVLSGR FRVVRNKSDR YQGNTSDDDI LGFSDTSMDC SPSSDINNED
LEVLGEYGHG ESIGEVEVLT ASRRTNSLIA VRDSETARIP RTLFEMLSLS NPSIMVKVSR
IVASKVVYKD VLDQSSRNST LIPSSTASHI SNDYKTITIL PTVSGLPVRE FADKLVSALK
AIGRNVIALD QASTLTHLGR HAFDERLAQL KLSGYFAYLE EEYETIVYIC DTPLKSNWTS
TCISQGDCIL LLADAEDDVV ATGIGDYERL LINLKTMART DLCLLHPEKY VEPGSTSIWL
KNRIWVQGHH HIEMEIIRKK DENSVKKRPN IISELASKIG SKTNPSIKST LEDVRLKAIS
SFVKLNTSFV HSDRYKAVQP HKNDFLRLAR ILSNEAVGLV LGGGGSRGIS HVGIVTALER
HGIPVDLIGG TSIGSLVGGL YAKDYNIVSI YGRAKKFSKR VASLWRSVFD LTYPVTSYIT
GYEFNRGIWK IFGFTEIEDF WIRYFCNTTN ITNSTMDIHE SGYSWRFIRA SMSLAGLLPP
IAFQGCMLLD GGYLDNLPVS EMKKKGAKYI IAVDVGSADD RTPMNYGDTL SGFWVLFNRW
NPFSKHPNVP NMMDIQMRLA YVASVNALEA AKKTNGVIYL RPPIDNYATL DFAKFDEIYH
VGLNYADKLF SSWSKNGKLP AIAGMVDKAK IKSGDDKKVL YRRNSI
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