| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_84931 |
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| Symbol | |
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| ID | 4840420 |
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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_009046 |
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| Strand | - |
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| Start bp | 1343010 |
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| End bp | 1347191 |
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| Gene Length | 4182 bp |
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| Protein Length | 1049 aa |
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| Translation table | 12 |
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| GC content | 40% |
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| IMG OID | 640391735 |
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| Product | predicted protein |
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| Protein accession | XP_001385952 |
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| Protein GI | 150866375 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1026] Predicted Zn-dependent peptidases, insulinase-like |
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| TIGRFAM ID | |
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| 
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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 | 14 |
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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 | CAAAGTCAAA GGCCAGATTT GATTCGTCAC TTGTGAACTT GTGAACAGAC TTCGCTTACA
GGAGCATTTC ACTGGAAAAA ATTGATTGTC GTTTGATTTC TCAAAAGAAT TTGAATCGGA
ATTTTTCACT TGAAAACTGC TCAAGATTGT TTGCTCAACC GTGAGTCTTG TTAATTGATA
TTACTATTTG TCCGTTTGAC TTTTGAAGTT GTTCCCATTC CTGAATTTGT TGAGATATTG
AGACTATAAT CGCTATATTG CTTCTTTCTA GATCATAGAC TATAGAATCA TAAAGTACAT
TGTTTTTTAG ATTTTTCAGA ACCCTCAGCA TGACAGGCAA GTCCCATTTT GTCAAGCAGA
CTTCGTTTGA AGTCGACTAT TCGCCCACGG AGATCACTAA ATGGCGCTCT TCCAGAACTG
GATTGCAACT CACGTATATC AACCAGCCCT CGCCTATTGT CAATGGTTAC TTCGCTGTGG
CTACAGAAAT CGACAACAAT ACTGGAAGTC CCCATACTTT GGAACACTTG GTCTTTATGG
GCTCTCGCAA ATACCCCTAC AAGGGGTTGT TGGATACACT TGGAAGTCGT TTGTACTCAA
CTACCAACGC CTGGACTTCC GTAGATCAGA CTGTCTATAC CCTTACCACT GCTGGCTGGC
AGGGTTTCAA GACTCTTTTG CCAATCTACT TGGATCACTT GCTCAGCCCT ACTATCACCG
AAGAAGCCTG TCTTACTGAA GTGTACCACA TCGATGGTGA TGGTAAGCAG AAAGGAGTTG
TTTTCTCAGA AATGCAAGGC ATTGAGAATC AGCTGTGGTT CATCACCTAT CAGAAGATGC
AAGAGACTTT GTTTTCTGAG AGCTCTGGTT ATTCTTCTGA AACTGGGGGC TTGACCACAG
AATTGCCTAC TCTTACAAGA GAAACGATCA AAAAGTTCCA CGATAGTTCA TATAGACCCG
ACAACTTGTG CGTAATCATC ACAGGCTCCA TAGACGAAAA TGAGCTTGTA GACATCATGA
CTCAGTTCGA TAATGAATTG GCTCCCTTAC CCGATACTCC CAACAAGAGA CCATTTGTGG
ACTCTAAACA TGATCCGCCA TTGTCAGAAA CAATTATTAA AGAAATCGAA TTTCCAGATG
AAGACGAATC CATGGGAGAG CTCTTGATCT CGTGGATTGG CCCAGATGGA AATGATACCT
TACAAAGTGT AGCTATAGAC ATGATCGCCT ACTATTTTAC TGATAGTCCG ATCTCGTTGC
TTAACAAACA TATGGTAGAA ATCGAAGATC CTCTTGCTAC TGACATCGAT TATTCCCCAG
ATAGTTTTGT AAGAACCATC ATCAACTTCA CCTTAGGTGG AGTTCCTGCT AATCGATTGC
AAGAGGCTGA TTCCAAGCTA AAGGAGTTGA TCTTGAGTCA AGTCAAACCA GAAAATTTTG
ACTTGTCGTA CATGAGAGAA ATTGTGCAAC AGCAGAAGTT AAAGTACATC TCCAGAGCTG
AAAAGAACTC GTCTACATTC TCTACCATTG CTACCTTAGA ATTCTTATAT GGTAATGTAG
ACGGCTCTGA CTTGAAGAAG TGGACCAAGG ACTTGCACGA ATATGAGGTT ATCTACAACT
GGACGACTGA ACAGTGGTGC AATTTGATTT CTGAACAGTT TGTTGAGAAC CACTCTGCTT
CCATTCTCGG TAAACCATCC TCTGCCTTAA ATGATGAGTA CAAAAAACGA AACAAGAAGT
TGAGAAAAGA CATCATTGCT AAGTATGGGG AAGAAGGCTT GAAGAAGTTG GGGAAAGAAT
TGGAAAGAGC TCAGAAAAAG AATGACATTC CTATTCCAGA CGAGTTGTTG CTCAAGTATG
AGAAACCAGA CCCTTCAAAG ATCGATTTCA TTGAGACTAC TTCGTACAAA GCTGGGTTTA
CGGAAGGAAT GTTTAATCCT AAGACAAACA ACTATGTAGA TGATGACTTC AGTGAAGCTT
TGAAGAGGGA CACTCCAAAG GATAGCTTCC CTTTGTTTTT CCATTTTGAA GACTTCAAGT
CTCAATTCAC TACGATTAAC TTGGTCTTGT CTTCTACTAA GATCTCTCCT CATCTCTTGA
AGTATACTTC AATTGTAGAA GAACTTTTTT CGTTATCCAT TCAGCTTCCA GATGGAACAT
ATACCCCATA CGACAAGGTG ATTTCAGAAA TCAACAACGA CTTGTTGGAA TTTCAATTGG
ATAACGGCTA TGAAAACCAA TTCCTTGAAC TCTTAGGAAT CAGAATTAAA TTTGAGTCAG
CCAAGTACAA GAAAGCTATT CAGTGGTTGC TAAATGTGAC CAAGTATGTC GTATTCGAAG
AATCCAGAGT CAAGATCATT GTAGAGAAAA TTATCAACTC ATTGCCAGAC AAAAAAAGAA
ACAGTGAGTT GATGATGTAC TCGTCCCAAC ATAGACATAT GTATAACGAG GAATCTTTGA
GAAAGTCTCA AGATTCTATC CACACTGAAA CCTTCTACAG GAACTTATTA GAAATGATTG
AGGGAGGTAA TTTTAGTAGT ATACAAAGCG ACTTGGAAGC TTACATTAAG CAATTGTTTA
CTTTGGATAA TATGAAGGTA TTTGTCTTGG GAAATGTCAA GAATTTGGAT GGACCAGTTT
CATCGTGGTC TGATTTTGTT GAGAAATATG AACAGCCCCA AAATTCACCA GATCCCTTTC
ACAAGTTGCC AAGATCGTAC CAGTTCAAAT CCCAGCTAGG CCACATCTGT GCTAAGAATG
CCTTCCTTGT TCTTAGTCCA ATTGCTGATT CCACTCACTT GATTACATCT ACTCCTATTC
CTAACGACTA CTTGGATGAA GATATTTTCA AAATTGCTCT TGCTAGCGAA GTCTTGAATG
TTGTTGAGGG TCCTTTGTGG AAGGGTATCA GAGGAGCTGG TTTGGCTTAT GGTGCCTCTG
TGAAGAGGGA TATAGAAACT GGTTTGTTAA GCTTCACTGT TTATAGAGGT GCTGATGCTA
AGAAATCTTG GGAAGTTGCG AAGTCCATAG TAGATGATTA TGCTCTGGGA AAGGTCGAAG
TCGATGCTAT CACAATAGAA AATTCTATTG CTTCCATTGT GAATGAGTTG GCCAATGGTG
AGAGTAACAA TTACTATGCT GCTACTAGTA AGATCAGTGA TAATTTGTTC AAAAAACGTG
GTCCAGCTTA CATTAAGCTC TTTTTGCTGA AGTTGAACGC CTTAACTAAG GATGACGTAG
TTTATGCCAT TGAAAAGTAT TTCAAGCCCA TGTTCGATTC AGAGCTGTCT TTGGTTTTCT
CCAGCATCCC TTCTGAGAAA GAAGAGGAAA TGGAGAAATA TTTCACCGAA CTTGGCTACA
GAGTTCACAT TGAGGTTATA GACGCAGAAC CAGTAGAGGT CGAAGATGAT CTGGAGGATC
TGGAATCTGG CTCCTCTGAA GAAACCAATT CAGAGGATAC AAGCGACGAA GATCAATAAT
ACAGTTGGAA CTGATGTCCA ACTCTACAAT TGTACATACA GATATATAGA TTTTTCTATT
AATGTTATTT GTATTTCTGG AAGCTTCGTA TTACAAAGGC TATATGAATG TTCTTAAAAG
GTTTTTCTGA TCAGGAATGA TAGAGAAGAA CAAGGTATTA CTTGTTGCTT CACTTACTGA
ATATGCAAAA TGAAGGCAAG CATCGGATAA ATGTTGTCTT CTAGGATTGT TTCACGTCTA
CGACCGTGCT AACCTAGTCC TAACTATTGT TGAAACTTAG CCTTGATTTC ATCTGGCAAT
GGAACTCCAA CATCGTTGTT GGCAGGTTGA GCGTCACCAT TCTTTTGCTC TTCTTTAGTG
TCTTCTTTAG TGTCTACTTT AGTGTCTTCT TTGGTGCCTT CCTCTTTAGT CCCTTCTTTA
GTTTCTTCTT TAGTCCCTTC TGGTTTTTCT TCTTCCTTGT CTTCCGGAAG TGGAGGGTGT
CCCTCACGGT TTTCCAGGAT CAATTTTCCA TTTTCATCGA TTAAACCCTG TTGAGCAAGC
TTGTTCTTGT TCTTATTGAA TTCGTATTCC TTTTGGTTAT CCGCTAACTG CTGCATACGG
TTCTCGGTAT CAATATCCTT TAATATTTGA TGGATTTTCT TGATGTAAGA AAGCACGGTA
GCATCGCTAT CCTTTGAATC CTTTTTCAAC AACTCAGTGA AC
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| Protein sequence | MTGKSHFVKQ TSFEVDYSPT EITKWRSSRT GLQLTYINQP SPIVNGYFAV ATEIDNNTGS
PHTLEHLVFM GSRKYPYKGL LDTLGSRLYS TTNAWTSVDQ TVYTLTTAGW QGFKTLLPIY
LDHLLSPTIT EEACLTEVYH IDGDGKQKGV VFSEMQGIEN QSWFITYQKM QETLFSESSG
YSSETGGLTT ELPTLTRETI KKFHDSSYRP DNLCVIITGS IDENELVDIM TQFDNELAPL
PDTPNKRPFV DSKHDPPLSE TIIKEIEFPD EDESMGELLI SWIGPDGNDT LQSVAIDMIA
YYFTDSPISL LNKHMVEIED PLATDIDYSP DSFVRTIINF TLGGVPANRL QEADSKLKEL
ILSQVKPENF DLSYMREIVQ QQKLKYISRA EKNSSTFSTI ATLEFLYGNV DGSDLKKWTK
DLHEYEVIYN WTTEQWCNLI SEQFVENHSA SILGKPSSAL NDEYKKRNKK LRKDIIAKYG
EEGLKKLGKE LERAQKKNDI PIPDELLLKY EKPDPSKIDF IETTSYKAGF TEGMFNPKTN
NYVDDDFSEA LKRDTPKDSF PLFFHFEDFK SQFTTINLVL SSTKISPHLL KYTSIVEELF
SLSIQLPDGT YTPYDKVISE INNDLLEFQL DNGYENQFLE LLGIRIKFES AKYKKAIQWL
LNVTKYVVFE ESRVKIIVEK IINSLPDKKR NSELMMYSSQ HRHMYNEESL RKSQDSIHTE
TFYRNLLEMI EGGNFSSIQS DLEAYIKQLF TLDNMKVFVL GNVKNLDGPV SSWSDFVEKY
EQPQNSPDPF HKLPRSYQFK SQLGHICAKN AFLVLSPIAD STHLITSTPI PNDYLDEDIF
KIALASEVLN VVEGPLWKGI RGAGLAYGAS VKRDIETGLL SFTVYRGADA KKSWEVAKSI
VDDYASGKVE VDAITIENSI ASIVNELANG ESNNYYAATS KISDNLFKKR GPAYIKLFLS
KLNALTKDDV VYAIEKYFKP MFDSESSLVF SSIPSEKEEE MEKYFTELGY RVHIEVIDAE
PVEVEDDSED SESGSSEETN SEDTSDEDQ
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