| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_31787 |
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| Symbol | APE2.1 |
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| ID | 4838808 |
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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_009044 |
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| Strand | + |
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| Start bp | 1692628 |
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| End bp | 1695240 |
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| Gene Length | 2613 bp |
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| Protein Length | 870 aa |
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| Translation table | 12 |
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| GC content | 38% |
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| IMG OID | 640390123 |
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| Product | alanine/arginine aminopeptidase |
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| Protein accession | XP_001384279 |
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| Protein GI | 150865173 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0308] Aminopeptidase N |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 19 |
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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 | ATGACTAAAT CAGGTACGAT AAACGATTTG CAACTACCAG AACATGTGCG TCCCAGCTCT
TATACGCTTC AGCTCAAGGT AGATGTCGAG AAGCAAATAT ACGACGGCTC TGTACTCATT
AAAATCTTCA TTTATGAGGA TTGCGATTTC ATTGTTCTCA ATAGCAGCAA CCTAGAAGTC
CAGGGGGCCA GACTTGGCAA TAAACCAATT AGTTGGTCTG TTGATAGGGA GTTTTTAAGG
TTCGATTCGA AGTTCACAAA GAATGAATTG GTTGAGTTAT CTATTGAGTT TGCTGGTAAG
TTTAACGATC ACATAGCTGG CTTATATCAG TCTTCCTACA CAATTGAGGA GGAAAACGAA
GAGAAAACAC GATATGTGGC AGCTACACAT TTTGAACCAA TCGATTGCCG AACAGTCTTT
CCGTGCTTTG ATCAACCTGA CATGCGAGCC GAGTTCGAGA TCATTTTGAT AGTTAAAAGT
GAATTGACGG CTTTGTCAAA TATGGAAGTA GAGAAGGAAA TCGCACTTGA AAATGGCTTT
AAACAAGTTG TCTTTAAACG CTCACCACCA ATGCCAACGT ATTTGGTGGG CTTGCTAATC
GGACAATTTG ATTATGTAGA ATCCAAACTT CTGAGAATTC CAATAAGAGT ATGGTCGGAT
CCCGGAAAAA TTAACAAGGC ATTATATGCA CTTGAACTTG CTGAAGCTGC CCTAGAATTT
TATGAAAAGC AGTTCAAAAT CAACTATCCA CTACCAAAAT TGGACTTCGT AGCCATTCCA
GATTTTCCCA AACTAGGCAT GGAAAACTTT GGCTTGATTT TCTTTAAGGA AGAAACCATT
TTGGTAGACA GGGATACTAC CTCTACCAAC AATAAGTACG AGGTTGCTGC AACTATTTTC
CATGAAGTTT CTCATCAATG GTTTGGAAAT CTTGTGACAT TGAAATTCTG GGATAGCCTT
TGGCTCAAGG AAGGATTCGC CGATTGGATG TCTTGGTATG CTATTGATAG CCTTTATCCC
GAATGGAAGC CGTTTCAAAA TTATCTCGTC TATGACTTGC AAAATTCATT AACAGCAGAT
GCTCTCAGTA CGACACATTC AGTAGAGATG CCAATTGCGT CATTGGAGGA TATCAAACAA
GGGTACGATA GTATTTCATA CGCCAAAGGC TGTTCATTAA TAGTGATGGT TGCAAAATGG
CTTGGAGTGG ATATTTTTAT GGAAGGCGTT GTAAAATATT TGTCTACATT CAGTTGGAAA
GCTACCACCG CACTGGATTT ATGGTCATGT TTATACGATG TCAGCGGAAT AGATGTTGGA
TCTGCAATGG AGGTTTGGAT AAAACAAGCT GGTTTTCCGA AGGTTACTGT TGAGGAATTG
GATGATAACA AGATAAAGAT TTCCCAAAGG AGGTTCATAT CTAATCCGAC TGTAACTGAA
TATGATGACT ATTTATTTCC AATCTTTGTA AATATCAGGA CTACAAAAGA ACCAAGTTAT
CAAATTTTAC TCAAATCAAA GGAAGAGATA TTTGAATTAG AGCTTGAGGA TGACTTTTTC
AAAGTTAATA GTGACCAAGT TGGGTTTTAT CGAACTGCGT ACAGTGAAGA GAGGTGGACC
AAACTAGGTT TAGCTGGAGT TCAAGGAAAG CTATCCGTCG AAGACAGAAT TGGTTTACTT
GCCGATTGTG CAAAATTGGC GGAATCCGGT TATATACTGA CTATTTGCTT TTTTGAGCTA
CTTAAGCAAT GGAGTTGCGA AAAAGACGCA TACGTTTGGG ATGAAGCAAT TAATGACTTA
TTTGATATTC AGGATGTATT CATATTTGAC AATGGGAATA TATTTGAAGG CATCAATCAA
TTTATGAGAA ATCTAATTGG GAATCATATT CAGGCTAGTC TTGAAATCAG CCAAAAAGAT
TCTTATGAAT TGAATAATTT CAAGAAAACA ATCTTTTCTG CTGGCTATAG TAATGGCGAT
CCACTTGTTA TCAAATACTG TAGAGAAAAA TTTGCTTCAT TTACACACGA CGGAAACACA
GTTAATGCTG ACCAAAGAGG TGTCATTTTC AAGTGTGTTG CTAAATACGG AGGGCAAGAA
GAGTATGAAA GATTGATGGA GATCTATGAG GAAGCAGATG ATGACGACAT TGCAGATGAT
GCGTTGGTTT CATTAGGTCG ATTTCCAAAG CCTGACATAT TGCAGAACTT CTTGCAATTT
GTTCTAGATC TGCTAAATGA GCAGGATGTA TTGTTTGCAT TATCTGCTTT GAAAAATCAT
TCTACAGGTA TCACAACTCT TTGGAGATTT TTGCGGAATG ATTGGGAATC GATTGCTGAA
AAGCTCGGAT ATGGTTCAGA AACACATATC AAAGTCGTCA ACGCATGCTT GTTAAGATTA
GCTACAAGGG ATCAAAAAGA CGAAATTGAG AGTTTCTTTG CTGATAAGGG CGAGGTTTTT
GAGAAGACCG TTCGTCTGGC GTTAGAACGA ATTGACTTGA AAGTGCAGTG GGTCGAAAGA
GATGGTTCTA AGTTAAGGGA ATGGTTCAAA ACCAACTTGC ATTATTCCGA TGGTATTGTG
TCCAAAGTGG AAGGATTGTC AATAGACAAG TAG
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| Protein sequence | MTKSGTINDL QLPEHVRPSS YTLQLKVDVE KQIYDGSVLI KIFIYEDCDF IVLNSSNLEV
QGARLGNKPI SWSVDREFLR FDSKFTKNEL VELSIEFAGK FNDHIAGLYQ SSYTIEEENE
EKTRYVAATH FEPIDCRTVF PCFDQPDMRA EFEIILIVKS ELTALSNMEV EKEIALENGF
KQVVFKRSPP MPTYLVGLLI GQFDYVESKL SRIPIRVWSD PGKINKALYA LELAEAALEF
YEKQFKINYP LPKLDFVAIP DFPKLGMENF GLIFFKEETI LVDRDTTSTN NKYEVAATIF
HEVSHQWFGN LVTLKFWDSL WLKEGFADWM SWYAIDSLYP EWKPFQNYLV YDLQNSLTAD
ALSTTHSVEM PIASLEDIKQ GYDSISYAKG CSLIVMVAKW LGVDIFMEGV VKYLSTFSWK
ATTASDLWSC LYDVSGIDVG SAMEVWIKQA GFPKVTVEEL DDNKIKISQR RFISNPTVTE
YDDYLFPIFV NIRTTKEPSY QILLKSKEEI FELELEDDFF KVNSDQVGFY RTAYSEERWT
KLGLAGVQGK LSVEDRIGLL ADCAKLAESG YISTICFFEL LKQWSCEKDA YVWDEAINDL
FDIQDVFIFD NGNIFEGINQ FMRNLIGNHI QASLEISQKD SYELNNFKKT IFSAGYSNGD
PLVIKYCREK FASFTHDGNT VNADQRGVIF KCVAKYGGQE EYERLMEIYE EADDDDIADD
ALVSLGRFPK PDILQNFLQF VLDSLNEQDV LFALSALKNH STGITTLWRF LRNDWESIAE
KLGYGSETHI KVVNACLLRL ATRDQKDEIE SFFADKGEVF EKTVRSALER IDLKVQWVER
DGSKLREWFK TNLHYSDGIV SKVEGLSIDK
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