| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_89638 |
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| Symbol | FET3.1 |
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| ID | 4839146 |
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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_009045 |
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| Strand | - |
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| Start bp | 131794 |
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| End bp | 136960 |
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| Gene Length | 5167 bp |
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| Protein Length | 626 aa |
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| Translation table | 12 |
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| GC content | 42% |
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| IMG OID | 640390461 |
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| Product | Multicopper oxidase |
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| Protein accession | XP_001385046 |
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| Protein GI | 126137045 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG2132] Putative multicopper oxidases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.951464 |
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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 | 16 |
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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 | ATCCAGATTA ATTTTTGTTT TGTTCGAATC TAGTTCCTAG TCCGTACCTT ATCGTTCGTA
GATCTAGACA ATCACTTCAT CTCTCACACA AAGAAAAATA CCTCCCTTGA CGTATTTTTC
AAATCTGAAC CGGTCCACTG TGTGCGAGTG AAGCCTATTT TAGCCATTTT TGCCATACCT
AGTTGCAGCT TGACAGATTA GTACATTTAA GCTAGTGAAC CATTTGCAAT CATGAAGTTG
ACTTCGTTTT TGCTCTTTTC CTTCATCACA TCGCTCGTAT GTGCCGAAAC CCATACCTGG
TGGTTCGAGA CCGGCTGGGT CGATGCCAAC CCCGATGGTA CCTTTGAAAG AAAGATGATT
GGGTTCAACA ACTCGTGGCC CTTGCCTACT TTGAGAGTCA AGAAGGGCGA CAGAATCCAA
TTGTACTTGA TCAACGGCTT CGAAACCGAG AACACCACTT TGCACTTCCA CGGCTTATTC
CAAGAAGGTT CCAACCAGAT GGATGGACCT GAATACGTTA CTCAATGTCC AATCCCTGCT
GGCCAAACCT ACTTGTATAA CTTCACAGTG ACTCAGGTAG GTACTTTCTG GTACCATTCG
CATACCCAAG GTCAGTACGG TGACGGTATG AGAGGTGTGT TCATCATCGA GGATGATGAC
TTCCCCTACA AGGATGACTA CGACGAAGAA GTCGTCTTAA CTCTTAGTGA GCACTACCAC
GACACTGCTA CTGTCTTGGT TCCAAGTTTC TTATCGAGAT TCAACCCTAC TGGTGCTGAA
CCTATTCCTC AGAACACGTT GTTCAACGAA TCCAGAAACG TCACATGGCA AGTAGAGCCC
AACAAGACCT ACTTGGTGAG AATTATTAAC ATGGGTGGTT TTGTATCGCA GTACCTCTAC
ATGGAAGACC ATGAATTCAC CATCGTAGAA GTAGATGGTA TCTATGTCGA GAAGAACACC
ACTGACTTGT TATATATCAC TGTTGCCCAA CGTTACACTG TGTTGATCAC TACAAAGAAC
GACACATCAA GAAACTACGC TTTCATGAAC AAGATTGATG ACGACATGTT GGATGTAATT
CCATCCGATT TGATTTTGAA TTCTACCAAC TACATCGTCT ACAACCAGAC GGCTTTCGAA
GAAGAAGCTC CTTCTGAGTA CTTCCTCGAC TCTATCGATG ACTACTTTGA TGACTTCTAT
TTGAGACCAT TGAACAACGC TACCTTGTTG GACGACCCAG ACTACACCGT TACTGTCGAT
GTGGTTATGG ACAACTTGGG TAACGGTGTC AACTACGCTT TCTTCAACAA CATCACTTAC
ACTGCTCCTA AGACTCCTAC TTTGGCCACT GTGTTCGCTG CTGGTGACGA CAACACTAAC
CCAATCGTAT ACGGTACCAA CACCAATGCT TTTGTGTTGC AGAAGGATGA CATTGTCGAC
ATTGTTTTGA ATAACCAGGA CACTGGTAAA CATCCCTTCC ATTTGCACGG TCATGTTTTC
CAATTGATTG AGAGACACGA AGAAATTCCA GACACCGAAT CACCTGTTGC TTTCAACATC
TCTGATCACG CTGAATGGCC AGAGCACCCA ATGTCTCGTG ATGTTGTCTA TGTTAGACCT
CAATCGTACA TTGTGATGAG ATTCAAGGCA GACAACCCTG GTGTTTGGTA CTTCCATTGT
CATATTGAGT GGCATTTGGA TCAAGGTTTG GCTTTAACTT TGATTGAAGA CCCTCAAGGT
ATTGTTTCTG ACAGTAGACA AGCTTTGACT GATGACTTCA AAGATGCCTG TTCTGCCCAT
GGAATCCCTC TTGATGCCAA TGCTGCTGGT AACTCTGTGG ACATGCTCGA CTTGAGTGGT
GAAAACGTCC AGCACAAACC ATTGCCAAGT GGATTCACTG CCAGAGGTAT TGTAGCATTG
GTCTTCTCTG TTATCGCTGC TTTCTTAGGT TTGGCCGCTA TTGCCGTTTA CGGTATGGCT
GACATCAAGG ACGTCGAAGA AAGAGTCGCT AGAGGCTTGG ACGTCGACAT CGATGATGAC
GATGACCAAG AAGAAGAATC CAGTTCTTCT GGTGAACATA CTAAGTAAGT AACTAGCAGA
CATGCAAGTC GTGTCTGATT GCTTAGTTTG TTTTTATTTG CTCTTCGGAG TTTGCCTGTT
TTATCAACTG TTAGAGGGCT CTCTTCTTTT TCTCTGATTT CTGGTACTGT TTCCAAAGTC
TGACTATGTG TTTTTTGCTG GGTCATGAAG AATATGTGTG TGTGTGAGGA TAAAGCGTTG
ATATGAGAAA AATCGCTTTG TTCTCTTGAA TTAACCCTTA CGATAATCAT TTGTCAGATT
TCTGGTGTAC AGCATCTGGA TATTGGTGGA AAGAGGAGGA CTCTTTACCA TCCCCAAACC
CAATTCTATG CTTAGAAATG TCGGTGCTAC CGGCACCGCT CCTAATGTCT AATATTTCGA
TCTCGATCAT TATTTCTTTT ACCGGTATAT CTACCTTATT TTATTAATTT GTTAAGTGAC
AATGATGGCT CGGCTGGCTG TGCACTATGA GTGCAGCAAG GTTGTTGAAA CCTCTTTCTC
TGTGGCTTCC GTAAACAGAG TGGGTATCCT GGACCCTTAT CCATTCTTCA GAGAAAGAAT
TCACCCACCC CTGCACCTCT ATTGTATAGC TCTATACATT CCCAACTTCC CAACCCAACC
CAACCCCTTT TTTATATTAT TATATTTACT ACCCCTAGTT ACGAAGTGTA TGCGTACTTA
TTAAAAGGAT ATCGTAGATT TGGTACTTTT TGCACCCAAA TTCTGTATAT ACTACTTCCA
TAATAAAGAC GACTGAGGTG AGAAAAAATC GGACTAAACT CCCTGGAATG ACGTTAAGGG
TTGAAATTTT CGATTTACAT CTCTCTGTAG ACACTATAAC TCTTATGTAC ACCTTTCATA
AGAAACTTAC GATGTCTTTA ATAGCTCAAG TACTTTTGCC CTGAAAGCAC ATTCTGTAAA
TGCCTACTGT ACATTAAGTT TAGGAAATTC GCACCCGGAA AGCTCAGACT ATTTCATAAA
TTTCCACCGA GTTTGTTCTG TCCACAATCT TCAGTCTTCT TCTCCATTAA AGATCAATTC
TCAACCATGT TCGAGGCAGT GTACATAGCA GACAAGAACA ACACCTTGAT CTACGAGTAT
CTCATCACCC TCACGTCGCC GACCTTCAAG TCATTGACGA ATATCATACG AACAAATCAA
AACACCACTG TTACGCATCA CGATGCAGAC CACACCTCGA ACACTAGTAG CCATGCCAAG
GCAGATTCTC TCATGCCAAT CAATGACGAC TTCTTTGTTG TTCACGAAAA CACTTCGAGC
GTCATCATTT ACATTCTCTG TTCTACAGCC ACTACTCCCA ACCCTATGGT TCCATTCATA
TTCATCCAAC GGTTGATAGA GGTGATGTCA GACTACTTTG GCACGCCGCT AGCCTTAACC
AAGATTGATG CCAACAACGA TACTCTCACG CTTCTCCTCA ACGAGATGAT CGACAACGGA
ATTCCAAACG TCACCGACTT CAACAAGCTT CGTGATCTCA TACCATTCAA GAGCTTCTTG
TCCAAAATTC TTAGTACCAG TTCAGATATC TCAGCTGCCA CCAACAAGTC TCTCAATTCC
TTGACAAACT CTCAGAGAGC AAAGCCCTCA TCAGCAACAC TACAAGACCA ATCACTTAGC
GCCATACCTT GGAGGAGATC TAACGTAAAA TACACCAATA ACGAAATGTA TGTAGACATC
GTAGAAACCA TCAATGTCAT CTTGAAGCCA ACAAACAAGG GCGTCAGCTC TAAAAGCGCC
CTTCTTTCAA GTACCCCAGC CAACCACTTC GACTCGGCAT TCTACTCGAG TTCATCGTTG
AAAACCTCGG CTACCCAACT CGTACCTATC GTTGGAAGCA TCGAGGGAAG AGTCGACTTC
ATTTCTCATC TCACAGGCAT TCCCCTTTTA CAATTGGTTT TGGCAACAGC AGGCTCAAAG
ATTAATTTGC CTAGCTTCCA CCAATGTATT AAGATCGACA AATGGTTGGA TAATCCGGGA
ACTTTGTCAT TTATTCCTCC AGATGGAAAA TCAACTTTGA TGAACTATCT GATAGACCTA
AGCTCATTTT CTAACAGAAA GGACCAACTA AGCATGTTGG GATTAATAGA TGTAGATTTC
CAGACTGGAC TCGGCGTGAA CCAGAACGAG TTCGAGATCC GATTGTACAT CAAGAATCTC
AAGTCAGTGA CCAAAATCGA AAACTTATCT ATAGAAATTG TTTGCGAAGA TAACAGTGAA
GATGATAATA ACGTCGACGC TGACCCCACG AGCTTAGACA GCAACAGAAT AACAAACATT
AAACCAGGCA GAATAACCCA CGGAGATTTC TCCTATAAAG GTAAAGGTAT ATCTGAATGG
AACTTGCGTA CCATCTCATC TAACATTCAG CCCATGTTGC ACGGAACAAT TATGACTACT
TCCTTGGACG ATTCTGGATC TAATTCAGAT GTGTTTAACG ATTCCGAACA ACATGATCTT
ATAGAAGGTA TTACTGGCAA TGGTGATGAC AAGAATAAGG TTTCAAAATC TATTTTACCA
ACTAAACCTC TTCATTTGAA ATTATCTTAT TCTCATAAGG GAGCAATAGC CAGCGGTATC
AAGGTAGACA GCTTGAAAAT TGTCAGCGCA AAGGGACTCG GTGAAACAGT TAAACCATAC
AAGGGCGTGA AGTACATCAC CCAGACAGGA AATTTCATTG TCCGATCATA GAAAACTGGT
CAATAAAGAG AGGCTTCAGG ACAGAAAACA TCTTACAAAC TAAAGTATTG TATAAATATC
AAGCATTCTA TAGAAAAGTT TCAAATGTTC ATTTCTACAC ATTAGTAATT CGTAACATCA
ATTCATAGAT ATACAACCTA CAGCTGCAAC AATGTCTGTG CCTCTTCGTT CGAAGAAACA
ACAGGATCGC TGGACCGTCC TAGATGACAA AATAGTTAAT AATACTGTTT TACTATACAA
GACTTTATAA CAACTAAAAA GACTATTCGG TTTTCTTACT CTTCTTCAAC TTCTCCTTCT
GTGCCTTTTT GACCAAGACG TTGCCAATGA AGGTGGCTAC ACCCAAGCCA GCAACCAACA
ACAATAA
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| Protein sequence | MKLTSFLLFS FITSLVCAET HTWWFETGWV DANPDGTFER KMIGFNNSWP LPTLRVKKGD
RIQLYLINGF ETENTTLHFH GLFQEGSNQM DGPEYVTQCP IPAGQTYLYN FTVTQVGTFW
YHSHTQGQYG DGMRGVFIIE DDDFPYKDDY DEEVVLTLSE HYHDTATVLV PSFLSRFNPT
GAEPIPQNTL FNESRNVTWQ VEPNKTYLVR IINMGGFVSQ YLYMEDHEFT IVEVDGIYVE
KNTTDLLYIT VAQRYTVLIT TKNDTSRNYA FMNKIDDDML DVIPSDLILN STNYIVYNQT
AFEEEAPSEY FLDSIDDYFD DFYLRPLNNA TLLDDPDYTV TVDVVMDNLG NGVNYAFFNN
ITYTAPKTPT LATVFAAGDD NTNPIVYGTN TNAFVLQKDD IVDIVLNNQD TGKHPFHLHG
HVFQLIERHE EIPDTESPVA FNISDHAEWP EHPMSRDVVY VRPQSYIVMR FKADNPGVWY
FHCHIEWHLD QGLALTLIED PQGIVSDSRQ ALTDDFKDAC SAHGIPLDAN AAGNSVDMLD
LSGENVQHKP LPSGFTARGI VALVFSVIAA FLGLAAIAVY GMADIKDVEE RVARGLDVDI
DDDDDQEEES NVANEGGYTQ ASNQQQ
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