| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_65933 |
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| Symbol | |
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| ID | 4840379 |
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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_009046 |
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| Strand | - |
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| Start bp | 840220 |
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| End bp | 844716 |
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| Gene Length | 4497 bp |
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| Protein Length | 1468 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640391694 |
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| Product | predicted protein |
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| Protein accession | XP_001385859 |
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| Protein GI | 150866310 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.70896 |
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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 | 6 |
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| Fosmid unclonability p-value | 0.0114479 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TAGTTTTGAA AAGCATATTT GCATTTTACA GTATTATACC AATTGAGATT CAAGTAACAT
ATTAAAAGCA TGATACAACG ACTGCAAAAC CCCAATGACT CTCCTACGTT CAGCAATTCT
CTCCTGTTGC GAGTAGATGG TGCAATTGGT GCAATGTCTC TTTCTCCTAA TGGAAGAGAC
GCTGTTTTGG CAGGTAGACG AGGTCTCTTC ATTATAGACC TCGATGATCC TTTTACAACT
CCTAGATGGC TCCATCACAT CACTTCCTGG GAAGTGGCAG ATGTCCAGTG GTCTCCACAT
CATTTTTCTA AGCCATCTTG GTGCATATCT ACTTCGAACC AAAAGGCATT ACTTTGGGAT
TTGGCTAGAC CGTCCAACAA TTCCATTCTA AATGTTCTCC ACCATCATGC CAGAGCTATT
ACTGACATCA ACTTCCATCC TTCAGACCCT GAGATTTTGG CTACTTGTTC AATCGACACT
TTCATCCTAA GCTGGGATAT GCGGACTCCT CGTAAACCAG TCCAGAAATG GGCTGAATGG
AGAGCTGGAG CTACGCAAGT CAAATGGAAC CACGAGAATC CATACGAAAT TGCGTCTAGT
CACGACAATT GCTTCTATGT GTGGGATTCA CGGAAAGGGG CATTGCCTAT CATAAAGGTT
AACAAAGCCC ACAATGGTAA GATCAATGGA TTGGACTTCA GCAATGGGGC TTCCAACATC
ATTACTTGTT CTAACGACAA CACAGTTAAA TTCTGGAATT TGAACAGCAA TGAAGCACGA
GAGACTATCA AAGATTTCGA CTACTTTGCT GTTGACGATA ATGATGCCCC AGTTTTGAGA
CCTAGCGTAG TAATAGAAAC GGACTTTCCC GTGGCTAGAG CTAGAGCTTT GCCATTTGGA
AAGGATAAAG CTTGTGGTAT AATGCCTCTA AGAGCAGGTG GTGATGCCAT TCAGATTGTC
AACTATGACG AAGAATATAA AGAAGCCTTG AAGACTGATG AAACACAGAT ATCGTCAATT
AATCCAGTAT ACACTTTCAA GGGCCACAAT GGAGCAATGA AAGACTTTCT ATGGAGGACC
AAGCACCAGA ATTATGAAGG TTTTGAGTCA AAGAACAAAT GGAAAGAATT CCAGTTGGTC
ACATGGTCGT CGCAAGACTA TGATTTGAAA TTATGGCCAG CCGACGAGGA GTTGTACAAA
AAGGTTAATT ACAATCCGTC CTACCAGAAG TTCCTTGATG CGTTTAACCC TGAAGCTCTG
GATTCAGATG AAAGTACCCG CCCTCTTTCA CCATCTATCG GAGAAGGTGA AAATGTATAC
AATTACGAGA CGTATTGTTT AGAACCACCA GTTACTATAG TTGATTTGAA ACGAAGAAAC
AATGGCGATG TGCTTTCTTC GCTTACATTA TATGAGATAG TTGAGAAGCA TAAACAAAAT
GGCCATGACG TTTTAAAATT GAACCATCTT GATTGGATCT CCGGTGTTCG TATGGGCCGT
GCTGGACACG CCGCGGGCAG AAAGGACAGT TCCATGGAAG TGGATGATGG TCCTTCCAAT
CTTGGAGAAG AAGTAAGTAT TGTTGGCCAC AAGTTCCCTA AGGCAAGATT TGAAAAGATT
TCGGTATCGA CAGGAGAGAT TGTCTTGAGT TTACGTGGAC CCGTTCCAAT ATCGAATATT
CCGGATGCTG AGAAGGATAA CGAGAATAAT GACGAGATTA ACAGTAGTAT TGTGAATGAT
AAGGACTCAA CAACCAAAGA TGTTGAGAGA TCAATGCAAC CAACAAGTGT AGTTAGTTCT
GATGCAGTTG ATACTGAAGT TTCCAAGAAT AACCCTATCT CTATTTCGTC GGTTAGCGAA
GATTCACCTG AACAACAGTT GGTTTTTATC AGAATTCAAA TTAAATTTCC AAAGAACTAC
CCATTCTTGG ATGATATTGA CTTGGACGAA ACTGTTACCA CAAAGAAGCT CACGAGACTA
CAAAAGCACA ACCTAGTTAA ATTCGAAATT GAAGGAACAC ACGAGCTTAC AACCGAAATA
AAACGTGAGA TGTTGAAGAA CTTGAACGAA ATAGCCCATT TTTATACAAA CAAGTATAAC
AAGTTTTGTC TTGAGCCATG TTTGAGATAT CTACTTGGTG ACAAAATTGA ATTGAATGAC
GAATTAATGA TGGAGACTGG TGGCGACAAG AACGAGAATT TGGATGGTGA AGGCTATATC
CAAGAAGTTG GAAACGAGGG ATGGGCCGAC GATTTAATAA ACCAACAACC TGGTGGCGAT
ATGGGATACG ATTCATCTGG TGAAGATGAC GAGGTGTATG CGGACTTGAT ACCAGCAGTG
AATGATGATA TGATTAACAG TACCCAGTCA TTGAAACCTG ATTCAACACA GGCAAAGGAT
GGAAAGACTG ACGAATTTAA CAATGCGTCG GCAGGAACAA CATTCTTTGA TTCTACTCCA
GTTCCAAAGG GGTGTGGAGC AATATGGTCC CCAACAGGTC AGTTGGTATG TTTTTTCATA
CCAAAGGAAA ATGAAGAAGA GGAAAACAAC TCCCTACAAA AGTTCAACAT TTTCAAATTC
ACAGACGGCG GTTTCAGTAT AAATACTCAC AACAGCCACC ACCATGGTCA CCATCACCAT
AAGATATCTG GAGACTTTGA TACAGAGGTT TCAGATGAAG GCAGTTATAG CAGTGATTCT
GAATCACGAG TTGCGAACTC CGATGATCCC GATTCCGATT CAGACACTTC TTCTTCAGGG
GATAGCTTTG CAAATGACTG GGACGAAATA CTTCAGGATG ATGCTCCGTC AAGATCACGT
ATTCCTGGAC TTTTCAAGAC ATCTGTTGGT TTAGGAAACA GATACATTGG GAACAGAGAT
AAGTCGATTA ATAGATTCAC TAGTCATGGT GGTACAACTT CCAACTATAA GTCTTCAGTT
CCTGGAGAAA GCAGAAAAAA GAGAAGTAGG AATTCGAAAA AAAGTAAGAA CATCGTTGGA
ATATTTGATT TTAGACATTT GCTACCTGAC AAGTACGAAC TAGCTTGCGA ATACAGAGTA
CTTGGGGATT CACCGGAGAA TCTTGCTAGA TATAACAGTG AAGTAGCCTT GAAGTATTGC
TTGAAGGATA TCAGCGATGT TTGGAGAATT CTTGAAATGA TATTGGTCAA GGAAGTCAGA
ATGTCAAACC TAGATTCTGG TTATCCATCT CAGATGGACC CGATTTCACA GCGGCAAGCG
AAAGCAATGA ATCAATTCTT ATTGAACTCA GAATTCATGA AGAAGAATCC AAATAAGCAC
ACAAGTTTCT ATTGGGGTAC TCACCCATTT GGATATTCCT GGTTAATAGA CGAGATCTTT
AAGTATTTTG AGATCAGAGG AAACATCCAG ATGCTATCTA TGATGTCTTG TATTTTGTAC
GAGAATCCAA GCAATCTCAG AAAGAACTCT AGCGACCTAT TCAATATACC GATCCATACT
CCGTATCAAG CTTTACCTCC ACCACCTTCA TTAATTGCTA TGAAGAAATT TAATGAAAGC
AATCTGCAAG AGATATTCAG CCAATCCCAC GAACTCAGCT ATTCATTCCA CAATTCTCCA
AGTGCTGATG GAAGAGCGGA ATTAACCCAC AGAAATTCGA ACATATCGGT CTTCAGAAGA
GACCAGGGGC TGACTAGTGG CAATATATAT GCCAAGTCAT TAACATCATC TATGGATGCA
GCAAGTATCA AAGACGACTC CCCTGAGAGA TTTTCGTACT TCAAGAATAA TATCCAGCCA
AGTTTTAATT CGTTCACTCT ACTGAATGAA TTCAGCTCAG AGTTGGTGAA TTCGAATAGA
TTCAATAGTC CCAAGCAAAG AATTGCAAAG GCTAAGACCA TTGGCCAACT TTCGGAAAGT
AGAAGAATAA AACCTGTCCA GCCTACATCC AAGCGACAAA CAACAAAAGC AACAGGAAAG
AATAAACTTC GACCACCACC AGTGGTTACA ATCCAGAATA CGGAAAACCT TGATCTCTTT
AGTGACGACT ACACTCCGTC TTTATTGCAT GGACAGGACC AAGAGAAAAT CAAACTATAC
AGAGAGCAGT ATGCTGATAT GCTTTACGTC TGGGGTTTGC CTGTCAATAG AATCAAAATC
TTGAAATTTA ATTATCCAGA CATAGACAAG AAATTGGAAA TGGGGTATGT TTCGCCTTTT
GATGTTCACA AATGTCTGAT AGGGTTGAGA AACAAGACTA GACAAAACCC TAACCAAGAG
TTTCACAATT TTGTTTCTTC GATAACCACA GCCAAATCAA ATGCATGGAA TACTTCTAAG
AGAAATCCAT TGAAACATTG CAATTTATGC GGTCTAATTG TGTCGAAATC ATTGGTAGTC
TGTACAAACT GTGAACATGT ATTGCACAGT AGTTGTGCAG CTGAATGGTG GTCCACCAAT
GAAAACACGG AATGTCCTAG TGGTTGTGGT TGTAACTGTT TGCAACACAC GATCTAA
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| Protein sequence | MIQRSQNPND SPTFSNSLSL RVDGAIGAMS LSPNGRDAVL AGRRGLFIID LDDPFTTPRW
LHHITSWEVA DVQWSPHHFS KPSWCISTSN QKALLWDLAR PSNNSILNVL HHHARAITDI
NFHPSDPEIL ATCSIDTFIL SWDMRTPRKP VQKWAEWRAG ATQVKWNHEN PYEIASSHDN
CFYVWDSRKG ALPIIKVNKA HNGKINGLDF SNGASNIITC SNDNTVKFWN LNSNEARETI
KDFDYFAVDD NDAPVLRPSV VIETDFPVAR ARALPFGKDK ACGIMPLRAG GDAIQIVNYD
EEYKEALKTD ETQISSINPV YTFKGHNGAM KDFLWRTKHQ NYEGFESKNK WKEFQLVTWS
SQDYDLKLWP ADEELYKKVN YNPSYQKFLD AFNPEASDSD ESTRPLSPSI GEGENVYNYE
TYCLEPPVTI VDLKRRNNGD VLSSLTLYEI VEKHKQNGHD VLKLNHLDWI SGVRMGRAGH
AAGRKDSSME VDDGPSNLGE EVSIVGHKFP KARFEKISVS TGEIVLSLRG PVPISNIPDA
EKDNENNDEI NSSIVNDKDS TTKDVERSMQ PTSVVSSDAN NPISISSVSE DSPEQQLVFI
RIQIKFPKNY PFLDDIDLDE TVTTKKLTRL QKHNLVKFEI EGTHELTTEI KREMLKNLNE
IAHFYTNKYN KFCLEPCLRY LLGDKIELND ELMMETGGDK NENLDGEGYI QEVGNEGWAD
DLINQQPGGD MGYDSSGEDD EVYADLIPAV NDDMINSTQS LKPDSTQAKD GKTDEFNNAS
AGTTFFDSTP VPKGCGAIWS PTGQLVCFFI PKENEEEENN SLQKFNIFKF TDGGFSINTH
NSHHHGHHHH KISGDFDTEV SDEGSYSSDS ESRVANSDDP DSDSDTSSSG DSFANDWDEI
LQDDAPSRSR IPGLFKTSVG LGNRYIGNRD KSINRFTSHG GTTSNYKSSV PGESRKKRSR
NSKKSKNIVG IFDFRHLLPD KYELACEYRV LGDSPENLAR YNSEVALKYC LKDISDVWRI
LEMILVKEVR MSNLDSGYPS QMDPISQRQA KAMNQFLLNS EFMKKNPNKH TSFYWGTHPF
GYSWLIDEIF KYFEIRGNIQ MLSMMSCILY ENPSNLRKNS SDLFNIPIHT PYQALPPPPS
LIAMKKFNES NSQEIFSQSH ELSYSFHNSP SADGRAELTH RNSNISVFRR DQGSTSGNIY
AKSLTSSMDA ASIKDDSPER FSYFKNNIQP SFNSFTLSNE FSSELVNSNR FNSPKQRIAK
AKTIGQLSES RRIKPVQPTS KRQTTKATGK NKLRPPPVVT IQNTENLDLF SDDYTPSLLH
GQDQEKIKLY REQYADMLYV WGLPVNRIKI LKFNYPDIDK KLEMGYVSPF DVHKCSIGLR
NKTRQNPNQE FHNFVSSITT AKSNAWNTSK RNPLKHCNLC GLIVSKSLVV CTNCEHVLHS
SCAAEWWSTN ENTECPSGCG CNCLQHTI
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