| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_73961 |
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| Symbol | |
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| ID | 4841059 |
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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_009048 |
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| Strand | - |
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| Start bp | 347377 |
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| End bp | 351627 |
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| Gene Length | 4251 bp |
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| Protein Length | 1325 aa |
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| Translation table | 12 |
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| GC content | 38% |
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| IMG OID | 640392374 |
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| Product | predicted protein |
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| Protein accession | XP_001386654 |
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| Protein GI | 150866904 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.828275 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.279842 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TGCAATATTC GATTGACAAT TCCTACTATA CATCTCGTTT GCACCAATTG CTTTGCTGTC
AAGGAGTTTT CCACAGTCTC CCTTACCATT TTTTTACTTA AAGGTAGAAA ATTCCAGGAG
TGTTTCTCGA TAACTTCACC AATTTCTCCG ATACAAGAAG ACAGTCCTTC GGAAGCAAAT
AGACAAGTCA GACAAAGTCA GGATGTCGCA CTACATGGAC GAAATTGCTC CTGATGTCAT
ATCGCCCCAT GATACAAAGC CTACTGTAGA CCAGCCTTTG AAGCACTTAG ATACTGTTAT
TGCTTTATAT GATTTCCCAG GTACCCAACC TTCGCATTTG CCATTAAACC TTGGTGACAC
CATCTATGTT TTGTCAAAAT CCGACACGGG CTGGTGGGAC GGTGTTCTTG TGGGCCAGAC
AGGAGAATTG CAGAGAGGCT GGTTTCCTCA TCACTACGTG AGATCTGTAA ACTACGTGCA
ACCCGTTTTA AACAAGTTGA AAAGCAATAA GGAGTTGGAC TCCATTACCG CAAGCAACAC
TGCGGCCAAT GTTTTGATTC CATCTTTTAC CAATCTCTTA CAGAAGAACT TGATCGACTC
GGAAAAGAAC ACTCCAGCCA ACAGCACGAG AAAGAACTCG GTGGTCAGTT TTGCCAGCTC
TGAAACAAGC ATACCTTCAG ACTCCAAAGG CAGTCTGCTT CCTAAGCATC ATCTGGAGGC
ATCTACTCAA TTTCTGCAAC ACCAACCGAC ATCGATTTCT CATACTTTAA CGTCAGCAGA
CTTCAACAAC GATAATATAA TCTTCACAGA CGTTGAAGAA GCTGAGCAAA TGATTTTAGA
ATACAAAGAG AAAAACAAGA AGAATTTAAC ATGGATTCCG AGAAATACTA CAAGTGGTGA
CTTTGTTTTT TACTGTGAAC AATTGAATAT TTATTGTCAA ACAATGCCCA TGGTTCCTTT
TGAGCTTACT GACGTGACTG CTGAAGTTGA AATGCCCAGC AAAGAAGCTT TAACAGATAA
ATTTGATGTT CAAGTGTATG GCACACGGTC ATCTTCAGGC GACATTGGTT CTCGGGCCAA
TTCTGCAGGT ACTTTTGATC CTTTGAAAAG AGACTCTAAT GCATCCTCGG TTACCCAAAG
CTCGGGGGCT TCTTCGTATC ATCATTTCAC CAAGCCTTTC TTTTCTATGG ACAATCTTTT
TTACAAACAT CCCTCGGATT TGACTCGTTG GAGTGAACTC AGAGAGCAGT ATAACTACCT
CTTGGATTTA TCATCGAAAT CGCTCAAAGA CCATAATAAG CAACTATTTA GTACACACTT
TTCGAGATTA AATAAGGTCA TGTCCATAAT ATTGGCCACT TCTAGATTAA ATCAAGATGA
TTTCTTCGGC ACGAAGTACG AAAGATCAAT TAGGAGAAAA TTGAAGAGAA TCGCAGGGGC
ATTTGCTCAG TTGTACATTA ACGGTATTCT TCATTTAAGT GTGATGCACC ATTCGCAATC
TACATCAGAA GCTCAATTAT TTAGTTTCGA CATCTTCAAA TTAAATAAGT CCACAAGTAA
AGCCGGAAGT GAAGCGTTTT CTGCTCACTC CTCCGTGTCT ACCATCCGTC AAAATTCTAA
TGAGAGTACA GTGCCTGCTT CAACTGGAGT TAATCACGAC CAGCAAGAAA TGAGTTATCT
TCTGCAATTA GAAAATGATA TTGAAACATT GAGATCCAAT GTCAATTCGT TGGTGAAGAT
ATTTATGAAA TTATCTGAAG ACAAAGTCGT GAAAAGATCA GACTATGATT CGTCAGATGC
ATCCGAAGAT GACGGTCAAG ACCGTTATGA CATTTTACCC CAAACATATC CCAGGTTTAT
TGTTGATGAA TTCAATGGAG GAAATTGGTG CAACCCTTTC TTCACTACCA ACAACCCTGT
CTTGAATGTC AGTGGGGATG ATTTGAAGAA CAGATACCAT TCGAAAGTTA TAATTGACCA
CCTGACATAC GAATCTGTTT ATCAATTGCT GGAAGAAATG ATTAAATTGA GTAAGGAAAC
ACTAGAGTAT CTTAAACCGC AAGCACAGAA GCTTTATTAC AATGATGTAT TGAAGAACGA
AAGAAATACT CAGATTTTGA GATTGATATA CAAGTACTTA TATCATGGAA GCTCAATGGT
AGATCTTATT GAGTCATTTG ATTTTACTGT CTTTTGTTTG ATCAATAGAA GCTCTTCTGG
CGAGGAAGCA GACCCTGAAG GAGTGAGAAA TCAACTAAAT GATGAAAACA ACCAAAAGGA
TGAATCAAGA TCAACAAATA CGTCGAATTT GACATTTGAT TACCCTGTTG TTCTTGACTT
CTTTCAATTG AAGCAAGAAT TCCACAACTT AATTTTGAGG ATAATCATGT CAACACAGTC
TTTGACCTTG GATGACCCGG AAGTATTTAA GGCCTTGCGA GATGAGGATC CTTTGTTCTA
TAACAGAGAT ATTTTGAAAT TGCAAACAGA AAAGGCTGCT CTCTTGTTAA CTAATATATT
GGCCGATCAA GTCAATCCTA ACAAGGGAGA TTCAATTTCC TTAAATCCAG ATACGCTTAT
GTCTACTTAT TTAACTGAAG GAATCAAGTT CTTTGATGTG CTTTTGGGCA CTATTCAGCA
ATTGATTGAT GAACGTGAAA CTATATTGAA TTACGCAACA AGGGTTATGC ATGATGACTT
CAATGTTCAG TTGTTGGTGA TTGAAAGAAA CAACACGTTG TTATCAGAGA AGTCAGAGGA
TCATTCCTAC TATAGTGGTG GTCACAAGAA GTCAAGTGAC TTACCATGGT ATTTGGAAGG
AGATGAGGAA TTTGATTTAC TATTAGATTT GAAGGGTAAT ATCAAGGGAG GAACAAAGGA
GGCTTTGATT GCCCACTTAA CTCATCATGA TTTATTTGAT AGTAATTTCA ATGCCGCATT
TTTGTTGATG TTTGCATCAA TAATGCCACT TTCAGAATTT GTTGGATTGT TGATTCACCG
TTTCAACTTG GAGGCTCCCG AGGGATTAAG TTACGAAGAA TATAACACTT GGATCACAAA
GAAGCAAAAC CCAATCAGAT TGAGAGTCAT GAATATCATG AAACTTTTAG TTGAAAAACA
TTGGTCAAAG TCATACTACA ATGAGAGTTT GTTGAAGAGA TGGATTGCAT TTGCTCAATC
TCCTGCAGTA CAATCGTACT CGATTGGTAA GCAATTGACA GGTTACTTGA TTAGAATCTT
GAATGGAGAA CTCATCTATA TTGAAAGGGA GCCAGTTATT CCGAACACTA AACCACCTGC
TTCATTGACA AAGGGATCAT CCTTGAAGAA ACTCAAGTTA TTGGATATTG ACTATATTGA
GTTGGCAAGG CAGTTGACGT TGAGAGAATT CAGATTGTAT TCAAAGATCA CTAAGTTCAC
GTGTTTAGCA AAAGTTTGGG GTAAGAAGTC GGGATTAAAT GAACGTTTTG AAAACATCAC
TGCATTCATC AAAGCTTCCA ATCAGTTGAC TAACTATGTG GCATATATGA TTTTAAGAAA
GACCGATGCT AAAAAGAGAA TTCAGGTTAT CAGATACTTT GTTCAAGTAG CAGAAAAGTG
CCGTCAATAT AACAACTTTT CGAGTATGAC AGCAATTATT TCTGCGTTGT ATTCTTCTTC
TATTCATAGA TTGAAGAAAA CGTGGAAGTA TGTCAGTGCT GATACCTTGT CGCACTTGCA
AAGTATGAAC AAATTAATGA ACTCTTCCAG AAATTTCAAT GAATATAGAG ACGTTTTGAA
GTTTATTGGG TCTGAACCTT GTGTTCCATT TTTTGGTGTT TTCTTAACCG ATTTGACATT
TGTGTACCAT GGAAATCCGG ATTATTTGAT GAATCGTACC AGAATGATCA ACTTTGCTAA
GAGAGCCAAG ACATGTGAAA TCGTTACGGG TATCGACAGA TTTAAGACAA CAGGGTACAA
CTTCCAGACG GTTCCTGAAA TACAGAAATA CTTGGATTCG TGGTTTGACA AATGTCCTAC
CATCGAAGAA CAATATCAAT TGTCGCTTAA TTTGGAACCA AGAGAAGGAC AACCATCTCA
ACATTCTCAA AGTACATCTT CGGCCGTTTC CGGAAGAGAT CTTCCGCTGT TTAGAAACTC
GAAGATGTCG TCTACAATTA CGAATCTTGC ACTCAAGTAG AGATACTCGA GGTATTTACT
TCTGATAATA TATAAGATTG TATATAATGA AATACAGTAG AGAATAGGTC A
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| Protein sequence | MSHYMDEIAP DVISPHDTKP TVDQPLKHLD TVIALYDFPG TQPSHLPLNL GDTIYVLSKS
DTGWWDGVLV GQTGELQRGW FPHHYVRSVN YVQPVLNKLK SNKELDSITA SNTAANVLIP
SFTNLLQKNL IDSEKNTPAN STRKNSVVSF ASSETSIPSD SKGSSLPKHH SEASTQFSQH
QPTSISHTLT SADFNNDNII FTDVEEAEQM ILEYKEKNKK NLTWIPRNTT SGDFVFYCEQ
LNIYCQTMPM VPFELTDVTA EVEMPSKEAL TDKFDVQVYG TRSSSGDIGS RANSAGTFDP
LKRDSNASSV TQSSGASSYH HFTKPFFSMD NLFYKHPSDL TRWSELREQY NYLLDLSSKS
LKDHNKQLFS THFSRLNKVM SIILATSRLN QDDFFGTKYE RSIRRKLKRI AGAFAQLYIN
GILHLSVMHH SQSTSEAQLF SFDIFKLNKS TSKAGSEAFS AHSSVSTIRQ NSNESTVPAS
TGVNHDQQEM SYLSQLENDI ETLRSNVNSL VKIFMKLSED KVVKRSDYDS SDASEDDGQD
RYDILPQTYP RFIVDEFNGG NWCNPFFTTN NPVLNVSGDD LKNRYHSKVI IDHSTYESVY
QLSEEMIKLS KETLEYLKPQ AQKLYYNDVL KNERNTQILR LIYKYLYHGS SMVDLIESFD
FTVFCLINRS SSGEEADPEG VRNQLNDENN QKDESRSTNT SNLTFDYPVV LDFFQLKQEF
HNLILRIIMS TQSLTLDDPE VFKALRDEDP LFYNRDILKL QTEKAALLLT NILADQVNPN
KGDSISLNPD TLMSTYLTEG IKFFDVLLGT IQQLIDERET ILNYATRVMH DDFNVQLLVI
ERNNTLLSEK SEDHSYYSGG HKKSSDLPWY LEGDEEFDLL LDLKGNIKGG TKEALIAHLT
HHDLFDSNFN AAFLLMFASI MPLSEFVGLL IHRFNLEAPE GLSYEEYNTW ITKKQNPIRL
RVMNIMKLLV EKHWSKSYYN ESLLKRWIAF AQSPAVQSYS IGKQLTGYLI RILNGELIYI
EREPVIPNTK PPASLTKGSS LKKLKLLDID YIELARQLTL REFRLYSKIT KFTCLAKVWG
KKSGLNERFE NITAFIKASN QLTNYVAYMI LRKTDAKKRI QVIRYFVQVA EKCRQYNNFS
SMTAIISALY SSSIHRLKKT WKYVSADTLS HLQSMNKLMN SSRNFNEYRD VLKFIGSEPC
VPFFGVFLTD LTFVYHGNPD YLMNRTRMIN FAKRAKTCEI VTGIDRFKTT GYNFQTVPEI
QKYLDSWFDK CPTIEEQYQL SLNLEPREGQ PSQHSQSTSS AVSGRDLPSF RNSKMSSTIT
NLALK
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