| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_84956 |
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| Symbol | NAF2.2 |
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| ID | 4840179 |
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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 | 1106780 |
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| End bp | 1109900 |
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| Gene Length | 3121 bp |
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| Protein Length | 821 aa |
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| Translation table | 12 |
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| GC content | 44% |
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| IMG OID | 640391494 |
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| Product | Zn_clus Fungal Zn(2)-Cys(6) binuclear cluster domain |
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| Protein accession | XP_001385566 |
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| Protein GI | 150866088 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | CAACCTGGTC TATCTGGCCG GCTCTATTCC TGTATTCATG CTCTTTATTG CTCTAGTCTA
AACCATTTTG TCCTTTTCAG ATTTCGTGAT AATTTGAATG AGGTGTAAAA ATAATTTATC
TTGCTTCTGA CATCTCCAAT TTGCATTTCT TAGCAATAGT CAAGTCTTCG TCTCACAAAT
TTCCCGCCTA CAGTTTAGTG CCTGCGTTGA CAGACTTGGT CCGAAAAAAT TATTACTTCA
TAAATTCCGG TTTAAATAGT CAAAAGAGCC GCTGCCCGCT TTCTTTACAT TCTAATACTA
GGGGCACAGA GCTCAATTCT CTAATTCTTT TCCACAAATA GCGATGGTCT CTCCGATACT
GTCGCAGTCA AGTACGACGC CCCTCGCTCA AGAGGCTTTG TCCAATAGTC CCGATAGCAT
CAATAGCGAA GATAGCAACG AAAACCCAGT TCAGCGGAAC GAGCTAGAAA ACGCTTCAGC
GAACTCTACT TCCAGCATAA CTCAAAGTAG CCTCGCAGCT GCTGCGGCCG AGAAACATCT
CATCCGTAGA CGAAAACACA AAAATTCCAA ACTCGGCTGT CCCAACTGTA AAAAGAGAAG
AGTCAAGTGT ACCGAAAACC TTCCGGCATG CTCCAACTGT ATCAAACATA AAGTCAAGTG
TGGTTACTTG GACTACACGG AAGAGCAGCT CAATGAACTC CGACAAGCCA AACTAGCCCA
GGACTTTGAT GAACTAACTA CTTCGGTGAG CGGCCATGAA CGCGATGCCG ATGGAGCAAG
CTCGTCGTAT TCTTCGACTA CGTCCTCCGC CCACGGCTCA ATGTCCGGCG CTGCTTCACA
GAACGTCAAG AAATCTAAAC CGAAGACGAA ATCACTTTCG GCTCCTAATA AGGCAACAAC
GGTCGTAGTT CCAAAGAAGG CTGCGTCGTT CGCAACGCCT TCCATTCCTC ACTCAGGCAC
CGGGTCGGGC GCAGGGTCCA TAAATGCTCC AGAGTCCGTT GTGACAGGCA CTGGATTTGA
AGGCAACGAG TTCGAGTACT CGGCCGATTC TCTCAATAGC ATGTTTAATT TCCAGCAGCA
GTCCATCACC CAGAACTTCG ACAATTTGTT GAACAACTCC ATTAACGACG AGGTGCCCAT
TATCTATCCC GTCTACTCCA TCAATAATAA TAATATTAAC GGCATTAACT TTGGCAGTAA
CGACGACTCT AATAACAATA ACGTTAACAA CTTCAACAAT GTCGGTGTCA ACATTAATAA
CATGAACAAC ATAAATAACA ACATTAATGG TAATAATAGT TCGTTCCTCA GAGATGGGTA
TGCGGACAAC ATGATGATGG TAGATCCTAC GGCCGTTGAC TTCTCTAATT CGGCCTCTTC
GTTCACTATG TCAGAGAACT CGATCGACTT CTCAAACCCA GCAGCCTTGA ATCCCGACAG
CTATGTAGCA TTTTCCAACG TATCGACTAT ACCTCCATCA CGAGTAACTC CAGCTCCGTA
CGCCTCAGCT TTGCCAAATG CAATCAGGTC GAATACTACA TTCACTGTTA TTAATGGAGA
GCAAATCGAC TACCAAGAGA AGCTCTTGGA GGTCGTTGGG ATCTTGGGTC CGTCTATCGA
TAACGGAACT TGCCCATTGC CGCAGATCCG CCACTTGTAC TACGTGTGGT TGAACTCGTT
TATATATAGA TCGTATACAT CCGAGATGAT GTTCAGTTGC TTGATCAATT TAACGACAAA
CTACCTCATC ACAAACTGTT TCATCAACTC CGACTCGTAC AAGAAACATT TGCCTCCTCA
AGGCTCTTCT ACGACTTCGT CTGAATTGCC GTGGGATGAA TCCCACCAAT CGCAGTTTGG
CGACAAGCTA TCGGTGCTAG TAGACAAGAC GAAAGCCAAG AACGTAGCCA TAGTCAAGTC
TATCAAGCAC TACGCTAGAG TTATCAAGGA CATGCGTTAC TTCTTGAACA AGAATGAGGA
CCCAGATTTG TGCTCAAGTG TCTCGTACAT TCTTAGTTTG ATGTCAATCT ACGATCCAGA
GGCTACACTT AATAGTTCCA ACTGTTTCAG AGACGGACTT TTCAGCATTT TGTCGTACAA
CATCAACTTG ACGTTGAAAC GTAAAGGCGA CATAGGTATA ATCATTACAA CGCATCTCAA
GTTGATGAAG AACATCGCCA GATCGGTGTA CTTGCCGGGA TATGATCCAG CTCTTTTAAT
TGAATTCCAG TCTGTCTTGA ACAACTTTAG TGAGTTGATC AGACCAGTCA TCAACAGAGT
CAAAAATTAC GTACTCAGCA ATAACCTAGC TCCTGTTGAG AAGTTGCGAT TTGTTGAGGA
GAAACTTGTT GATTTGATCG ACTTCACCGA CGACTGTATC AACAAGTATA TTCCTGCTAT
ATACGACAAT TTTTCAGACA TCGACAAACA GCAGGAGTTG TTGTTTGACA TGATCTACAG
GTGGGTCAGA TTCTTTCCTT CGCGGCTAAC AGTGATCACG CCTGCCTCCG ATCCGTTGGA
AAAGGTGCTC TATTTGTTCT ACAAGGTGTT GAAGAAGTCA CTCTATGCCA TTTTTCCCCA
AGTCAAGTTC TTCTTCTTGC GTGACTTCGA CAGTCCGCTC ATGTTAGATG TCTTTGTAGT
GATCAAGGAT GTAGACATAT TCTTCGAATA CTTGGAACAC CCAAAAACGA ACGTGTTGCC
TTGGGAGTTG TATGGCCAAA TTTTGCCTGA GTTGAAGAAC ATGTCGTCGT ACTTGATCAG
ATTGGTCACG TTTTTGCAGA TTCGTGTTGG TTTGTTGTAC AGGTATGTGG TGTATGAACA
AGTAGCAAAG GAAAAGTTCC CTATCAAAGA TTCCCGCGCC TGGAGAGATT CAATCACCGA
TATTGAGGGA ACGAGACAAG AGTTCAATAA GGTCATTGGA CTCAAGGAAG TGCCGATTAA
GTCGTTTCTT AAGACCTACA TCAAGGTAGA GAACTATCCA AGGCTTCTCC AGAATGGCGA
AGATCCATCC ACTCAGGGCC ACGAATGTAT TGAAGCAGAA GTAGATTTCC TGACGCTTCA
GCAGAGTGGT CTTTTGAGAG ACGATTTCAA CATCATGGCA GCTATGATGA AAGGTAGTTA
G
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| Protein sequence | MVSPISSQSS TTPLAQEALS NSPDSINSED SNENPVQRNE LENASANSTS SITQSSLAAA
AAEKHLIRRR KHKNSKLGCP NCKKRRVKCT ENLPACSNCI KHKVKCGYLD YTEEQLNELR
QAKLAQDFDE LTTSNVKKSK PKTKSLSAPN KATTVVVPKK AASFATPSIP HSGTGSGAGS
INAPESVVTG TGFEGNEFDN DDSNNNNVNN FNNVGVNINN MNNINNNING NNSSFLRDGY
ADNMMMVDPT AVDFSNSASS FTMSENSIDF SNPAALNPDS YVAFSNVSTI PPSRVTPAPY
ASALPNAIRS NTTFTVINGE QIDYQEKLLE VVGILGPSID NGTCPLPQIR HLYYVWLNSF
IYRSYTSEMM FSCLINLTTN YLITNCFINS DSYKKHLPPQ GSSTTSSELP WDESHQSQFG
DKLSHYARVI KDMRYFLNKN EDPDLCSSVS YILSLMSIYD PEATLNSSNC FRDGLFSILS
YNINLTLKRK GDIGIIITTH LKLMKNIARS VYLPGYDPAL LIEFQSVLNN FSELIRPVIN
RVKNYVLSNN LAPVEKLRFV EEKLVDLIDF TDDCINKYIP AIYDNFSDID KQQELLFDMI
YRWVRFFPSR LTVITPASDP LEKVLYLFYK VLKKSLYAIF PQVKFFFLRD FDSPLMLDVF
VVIKDVDIFF EYLEHPKTNV LPWELYGQIL PELKNMSSYL IRLVTFLQIR VGLLYRYVVY
EQVAKEKFPI KDSRAWRDSI TDIEGTRQEF NKVIGLKEVP IKSFLKTYIK VENYPRLLQN
GEDPSTQGHE CIEAEVDFST LQQSGLLRDD FNIMAAMMKG S
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