| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_58795 |
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| Symbol | |
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| ID | 4838910 |
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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_009044 |
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| Strand | + |
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| Start bp | 627998 |
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| End bp | 632281 |
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| Gene Length | 4284 bp |
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| Protein Length | 1408 aa |
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| Translation table | 12 |
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| GC content | 40% |
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| IMG OID | 640390225 |
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| Product | predicted protein |
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| Protein accession | XP_001384087 |
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| Protein GI | 150865037 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | 0.658129 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGAAATA TTCTGAGCCA ACCGTTCAAA GTAAGCCATC AGAGAGTTAA CATTGATGTA
GATATGCTGC GGAATCGTAT TGATGGTTTC ACGGAATTAA CTCTAGTTCC ATTTACCAAC
ACTTTAAAAG TAGTGAGATT AGATTGTAGA GAAATGAAGA TCACCAGAGT CACCATCAAC
AACATGAAGC CATGCAATTA CATACATAAC GACATTTTGT ACATCAATGA TGGCAAGTAC
TTCGACGAAG AAATCGTACT GGCCTATGAT GTCAACTTGT TTGACTTGTA TTCAGATGAA
GTGTCTATTC ATCAACATCA TATGATCAAG CACAAGCTAG GGTATATCTT TGGGGAGAGC
AATTACGATC CCAGAGATCC CCATGCCGAT GTATTCTCAA CTATTGTCAA TACTGAGGAG
CTTTCAGTGA TGCTTCCTGA TAATTTGCGA CTTGAATTGA CGGACATCAA CTCGATCCAT
ACTCCTGGGA GCCAACCGGG AACACTTACT CCTTTGCATT TGAAACTGAA AGCCACAAAC
AGCGACATTT ATACACCTAT ACAGCTTCGG ATCGAGTACG AGCTTGTGAA TCCCAAGAAT
GGAGTCAACT TTGTCTCTGA TAGTATAGAG AAGCGTAACT GGCACTCGTA CACAACTAAT
AACACGTACA ATCTTTCGAC TTCGTCATGG GTTCCTTGCA TAGACAATTT ATGGGACAGA
AGTACGTGGT CTCTTGAAGT AATCATCCCC AGAACAGTGC GAGATATAGG GAATCCTCGT
ATCATAGGCT CAGAAGAAGC TATGCGAGGG TCGCGCAACC AGAAGAAGAA ACGTAGACTA
AATAGAAACG ATGATTCAGA CATCGAGGAC GATGAAGACA ACGAAGATGA TGATAACGAA
AACCATGATC TAGTGGTTTG CTCAGGAGAT TTCAACAATG TTAAGGAAAC ACCGCATTCG
ATCGATTTGT CAAAGAAAGT AGTCTCATGG TCCATCTTTA ATCCTGTTTG TGCACATCAT
GTAGGCTGGG CTCTCGGATG TTTTGAGAAC TTTGTCATTT CCGAGTCGAC AGAGTCAAGA
GAAGTAGACG ACGAGATCAA AGAGAACTTT GAAGATATAG ACAAGGATGG AACCAGTTCT
CCTATAACCA TTTACTGCCT TCCCGGTCAG ATTGAACAGG CTAGAAACAC TTGTATTTTC
ACTATGAGAG CTATGGACTT TTTTCTGAAG GAATTTGGTT CTTTCCCGTT TAGTTCCTAC
GGAATAGTTT TTGTTCAGGA CAGTGTAGTC GACACCAACA ACTTTGCTGG TTTATCGATA
TTTTCAGATT CCATTTTGTA TCCTTCTGAT ATCATAGAGC CCATGTTTAC CAGCACGGAG
GTGATTCTTG AAGCCATTTC CAGTCAGTGG TCGGGAATCA GCATCACTCC TCAAACAGTT
AACGACATCT GGTGCACCAT AGGTATAGCA AAGTTCATGG TCTTTCAGTA CTTGAAGGAT
TTGATGGGAA CCAACGAATA CAGATTCAAG ATCAAGAAGA TGATGAATAG AATTGTTGAA
GAAGATAGAG GAAAGAAACC ATTGGGATAC CATTATTTCA GATTTCCTGT CTCTGACTCA
GATTTAGACT TCATCAAGTT AAAGGCTCCG ATTGTGTTGT TCATTTTGGA TAAGCGTATG
ACCAAGACCG ACAAATCATT TGGTTTATCA AGAGTGTTGC CCAAGTTGTT TCTTCAGGCG
ATGTCTGGAG ATCTTCAGAA CGGTACCCTT TCTACGCAGC ATTTTCAGTA TGTTTGTGAG
AAAGTCAATA GAAACAAACT AGAAAACTTC TTTAAGCAAT GGGTCTATGG AGTCGGAGCT
CCAATTTTTA ATATCACGCA AAGATTTAAC AAGAAGCGTG GAGTAATCGA AATGAGCATT
CGTCAAATTC AACATCAAGT TACTAGGAAA AGTGGAACAA ACGCTGAATC GTTTATAAAC
GATTCCATAG CATATTTGGA AGACGAGCCT ACTTTTCCAG TTCAGTCTAT TTTCACTGGA
CCTATGACTA TCAGAGTGCA TGAAGCTGAT GGGACTCCTT ATGAGCATAT AGTAGATTTA
AAAGAGGGAA ACACAAAGCT TGATGTTCAA TACAATTCAA AATTTAGACG TATGAAGAAG
AATCGTGATG AAACAAGTGA AAATGCAGTG ACTTTCAGCA GACTTGGAGA TGTTTTAGAA
TCAGAAAAGG AGATGGAAGA ATGGAACTTG GCTGACTGGG CAAAAGTGGA TGATGATCCT
ATGAATATAG AAGCGTTTGA GTGGATCAGA GTGGATGTAG ATTTCGAGTG GATTGCGAGA
TTTGATGTCA AACAACCTGA CTACATGTTT GGTTCACAAT TACAACATGA CAGAGACGTT
GAAGCCCAAT TTGACGCCGT CCGCTACTTG GGAAACATAG AAAAACCTTC TACGATCCAC
TGCACTGCAC TAACTCGTAC GGTAGTTGAT GAAAGGTATT ACTATGGGGT AAGGATTGCT
GCTGCTGAGG CATTGGCAAA CTTCTCCAAT TCTGTGACAA ACTTCATTGG TGTTCCTTAC
TTGGTCAAAA TTTATAGAGA GCTCTACTGT TTTCCAGGCA GTTCCATTCC TTTGAGTAAT
GATTTCAACG ACTTTGGTAG ATTCTTTTTA CAGAAAGAAA TCCCTAAGCA ATTGTGTAAA
ATTAGAGATA GTGATGATGA GGTTCCCGTT GTCATCAGAA ATTTGATACT CAATTTGATC
AAATTCAATG ACAATACCAA CAACAATTTC CAGGACAGTT TCTACATATC AGAATTGGTT
CAATCATTGA CAACTTGTGC TGTTAATTCC AGTTTTCCCA ATTCGCCGAA GGATATATTT
CCAAAGTCGC ATCCTCACGG GAGCCTGGAG AAGAAGAAGT TTGTTGCCAA TGTGATTACT
GAAATCAATA GACTTCAGAA GTTAGACGAA TGGATACCTT CGTATCATAA TGTAGTTTCG
GTGACTTGTT TGACTCAGAA AATTCGTTTG GCATTACATG GGCATTTAGA TCTTTCGTTC
GAAGACTTGT TATACTTCAC TGTTGAAAAG TTTCCAATTC AGATAAGAGT GGAAGCTTTC
CGTGGTCTTT TTGTGCTTGG TGGTTTGAAG AATAGACATA TCTTGAACTA TTTCTTGAAG
GCATGCCTCT TGGATGTTCG ATCAGCTGCT TACAGAGAGC TACTCATTTC GGCTCTAATT
GATTCGATAT GTGTCGCTGC TGTCAGTGGC ACTCCTTCTA CGTTAGACGA TCCCGAGTTC
AAGCCATTTG AAAAATTAAG CGAATCTAAA ACTGGGGCCA GTACAGCATT GGCCAATATG
ATTATTGTTG AAGATGGATC ACACAATGAG ATGGACGAAA AAAGAGATGT GTTTGCGAGA
GCCACTGTAA GTGGAGCTAT TGATATATTG AGAAGAGATT ATTCCATTGG AAAAGGCTTA
AAGCGTACTA TATGGGAGCT ACTTCATACG TCCTTATTGA GCATCCGTGA GAAGCGTAAC
TTGTTTTTGA TTTGTCAGAT CTTGTACAAA GAGATAGATC TGTTCGTAGT TAAGATTCCT
ATTCCGAATG TTCCTTTGAA TGAATTGACG AAAAAGATCG TTACGAAGAA CTTGGGCAAC
GGAAAGGTTG TATTTAAGAG ACAGGGTAGA TTCAAGATTC AGTTGGCATC ACAGAAACTT
CTTATTGAAA AGCCTAAGGC CAAGGAACCT AAAGTTTCTC ACAAGAAGCC TGTCGACAGA
ACAGTGAACG AGGTAGCCCT TAATCCTGAT GAGTCAAAGG AACCTAAATT GAAGTTGAAC
CTTAGTATCA AGCCAAGCGC TCCTCCGGCA GCTCCACCTC CAACGGAATC TCCTACTAAG
AAACAAAAGA AGCAAGCTCC AGCACCTAAA AAGCATATTC CGGTTGTATC TATTGGAACG
CACAATTCGA GAAAATTCGA ATTGTCGTTC AAGTTCCAAG ATCACAGTTT GCCAGAGTTG
AAGCCAGTGT CTGGAATTTC AGTGAAGGTA GGTAGAAGTC AAGTGTCTGT AGACGGAGGC
AAAGTAAAGT TCAACTTTAA GGGTGCTTTC AAATCGAGGT TCAGAGATTT GATGGCCAAG
CCAGTGGAAC CAGCACCACC ACAAAAGCCC AAACCCACAT TACCAGCGGT GACTACCGTA
GAGCCTAATG CACGGTATGT TAAGATTTTA ACCAAAGAGA AGAAAGTTTT GATATCGTCT
ACGCCTTTTG AAGTTTCAAA GGAG
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| Protein sequence | MRNISSQPFK VSHQRVNIDV DMSRNRIDGF TELTLVPFTN TLKVVRLDCR EMKITRVTIN
NMKPCNYIHN DILYINDGKY FDEEIVSAYD VNLFDLYSDE VSIHQHHMIK HKLGYIFGES
NYDPRDPHAD VFSTIVNTEE LSVMLPDNLR LELTDINSIH TPGSQPGTLT PLHLKSKATN
SDIYTPIQLR IEYELVNPKN GVNFVSDSIE KRNWHSYTTN NTYNLSTSSW VPCIDNLWDR
STWSLEVIIP RTVRDIGNPR IIGSEEAMRG SRNQKKKRRL NRNDDSDIED DEDNEDDDNE
NHDLVVCSGD FNNVKETPHS IDLSKKVVSW SIFNPVCAHH VGWALGCFEN FVISESTESR
EVDDEIKENF EDIDKDGTSS PITIYCLPGQ IEQARNTCIF TMRAMDFFSK EFGSFPFSSY
GIVFVQDSVV DTNNFAGLSI FSDSILYPSD IIEPMFTSTE VILEAISSQW SGISITPQTV
NDIWCTIGIA KFMVFQYLKD LMGTNEYRFK IKKMMNRIVE EDRGKKPLGY HYFRFPVSDS
DLDFIKLKAP IVLFILDKRM TKTDKSFGLS RVLPKLFLQA MSGDLQNGTL STQHFQYVCE
KVNRNKLENF FKQWVYGVGA PIFNITQRFN KKRGVIEMSI RQIQHQVTRK SGTNAESFIN
DSIAYLEDEP TFPVQSIFTG PMTIRVHEAD GTPYEHIVDL KEGNTKLDVQ YNSKFRRMKK
NRDETSENAV TFSRLGDVLE SEKEMEEWNL ADWAKVDDDP MNIEAFEWIR VDVDFEWIAR
FDVKQPDYMF GSQLQHDRDV EAQFDAVRYL GNIEKPSTIH CTALTRTVVD ERYYYGVRIA
AAEALANFSN SVTNFIGVPY LVKIYRELYC FPGSSIPLSN DFNDFGRFFL QKEIPKQLCK
IRDSDDEVPV VIRNLILNLI KFNDNTNNNF QDSFYISELV QSLTTCAVNS SFPNSPKDIF
PKSHPHGSSE KKKFVANVIT EINRLQKLDE WIPSYHNVVS VTCLTQKIRL ALHGHLDLSF
EDLLYFTVEK FPIQIRVEAF RGLFVLGGLK NRHILNYFLK ACLLDVRSAA YRELLISALI
DSICVAAVSG TPSTLDDPEF KPFEKLSESK TGASTALANM IIVEDGSHNE MDEKRDVFAR
ATVSGAIDIL RRDYSIGKGL KRTIWELLHT SLLSIREKRN LFLICQILYK EIDSFVVKIP
IPNVPLNELT KKIVTKNLGN GKVVFKRQGR FKIQLASQKL LIEKPKAKEP KVSHKKPVDR
TVNEVALNPD ESKEPKLKLN LSIKPSAPPA APPPTESPTK KQKKQAPAPK KHIPVVSIGT
HNSRKFELSF KFQDHSLPEL KPVSGISVKV GRSQVSVDGG KVKFNFKGAF KSRFRDLMAK
PPNARYVKIL TKEKKVLISS TPFEVSKE
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