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EBI DbfetchID CAG58258; SV 1; linear; genomic DNA; STD; FUN; 1863 BP. XX PA CR380949.1 XX DE Candida glabrata hypothetical protein XX OS Candida glabrata OC Eukaryota; Fungi; Dikarya; Ascomycota; Saccharomycotina; Saccharomycetes; OC Saccharomycetales; Saccharomycetaceae; Nakaseomyces; OC mitosporic Nakaseomyces. OX NCBI_TaxID=5478; XX FH Key Location/Qualifiers FH FT source 1..1863 FT /organism="Candida glabrata" FT /chromosome="C" FT /strain="CBS 138" FT /mol_type="genomic DNA" FT CDS complement(CR380949.1:399734..401596) FT /locus_tag="CAGL0C04048g" FT /old_locus_tag="CAGL-IPF915" FT /old_locus_tag="CAGL-CDS1405.1" FT /note="similar to uniprot|P40549 Saccharomyces cerevisiae FT YIL014w MNT3 or uniprot|P53059 Saccharomyces cerevisiae FT YGL257c MNT2 or uniprot|P39106 Saccharomyces cerevisiae FT YER001w MNN1" FT /db_xref="InterPro:IPR002345" FT /db_xref="UniProtKB/TrEMBL:Q8NJS8" FT /inference="similar to AA sequence:UniProtKB:P40549" FT /protein_id="CAG58258.1" FT /translation="MNRRTKSLLRRYILAIIVILSLTFVFYSNTLTTVVSTVNVADTQD FT YTSGLKHASPVSPFSYVNNYLLNSEKTRSSTVKKLLPFLNKPKDGLVDWNSSSKYQKCL FT LLVKSMYKAHPHWSNRDIMTAYDNESVEDLNLQLAGERIKIYKQCFLDNDIEPIEFFKR FT LSIPDVDAYDFQKRMFYFFRDITASNTDYFHPAIKNVKSGEVVSKPKTKLTPQEYNANI FT IGNWRKLSRGKGIVLTVSQSDVPLLRQQFRVWKELGNKLPIQVVHKGTEINAELEQKIK FT EYAIEMEQDVYVVDLSPVIDPDFAENSIQNFHNKWYAAIFNTFEELILIDADAIPYVPA FT EDFLKSKSYKKTGLRLWRDRDITHERTLHFCVEMAPYFEPTLEEHNLIGTTLSYRLTDS FT GLKDAKDSEGRALYEFFQKMYLHHVDSGLVVIDKKDKIHSLIMSEILHSHTRFGRCTYG FT DKELFMLGAYMVGESYTLEAQSAAIIGTVGYEKEFSRHYICATQMGHSDEDNRLLWSNG FT GLRTCKFDCAEEDFNKDEEYYKKRYQNVDNLKAVYSSRLNIDGFIIPDTTVNKWLQLSE FT CRQYMYCAHVDDNREKDKGTLVRLTDEEKQKVNRISEFWNSAKI" XX SQ Sequence 1863 BP; 605 A; 351 C; 417 G; 490 T; 0 other; 1635767074 CRC32; atgaatcgca ggactaagag tctgctgaga aggtacattt tagcgattat agtgatcttg 60 tcactgacgt ttgtcttcta cagcaatact ctcacaactg ttgtaagtac tgtgaatgtg 120 gccgataccc aagattacac ttccggattg aagcacgctt ctccagtttc gcctttcagc 180 tatgtgaaca actatcttct gaactcagag aagacccgtt ctagcaccgt gaagaaactg 240 ctgccatttc tgaataagcc aaaggatggt cttgtcgatt ggaacagcag ttccaagtat 300 caaaagtgtc tactgttggt gaagagcatg tataaggcac accctcattg gagtaaccgt 360 gatatcatga ctgcatatga taacgaaagt gtagaagatc tgaatctaca actagcggga 420 gaaaggataa aaatctacaa gcagtgcttc ctggataacg acattgaacc tatagaattt 480 ttcaaaagac tgagtatacc tgacgttgac gcatatgatt ttcaaaagag gatgttctat 540 ttcttcagag atatcactgc tagcaacacc gactacttcc acccagccat aaagaacgtg 600 aaaagtggtg aggttgtctc caaacctaag accaagctaa cacctcaaga atataacgca 660 aacatcattg ggaattggcg taagctatcc cgcgggaaag gtatcgtttt aactgtaagc 720 caatcggatg tccctctttt acgtcaacag ttcagagttt ggaaggaact cggtaacaaa 780 ttgcctattc aggttgtgca caaaggtaca gaaattaatg ccgagttgga gcaaaagatc 840 aaagaatatg ctatagagat ggagcaagat gtttatgtgg ttgatttgag cccagttatc 900 gatccagatt ttgctgaaaa ctctatccag aactttcata acaagtggta cgctgccatc 960 ttcaatactt tcgaagaatt aattctgata gatgccgatg ctatcccata cgtgcctgct 1020 gaagatttcc tgaaatcaaa gtcatacaaa aagacgggtt tgagattatg gagagacagg 1080 gatattacac atgaacgtac gttacacttc tgtgtagaga tggcaccata ctttgaacca 1140 actcttgaag aacacaatct cataggcaca accttgagct acagactaac agattcgggg 1200 ctcaaggatg ctaaggattc tgaagggaga gccctgtatg agtttttcca gaagatgtat 1260 ctgcaccatg ttgacagtgg tctggtggtt attgacaaga aagacaagat acacagttta 1320 atcatgtccg agatcttgca tagtcatacc aggttcggaa gatgcactta cggtgataaa 1380 gagcttttca tgcttggtgc atatatggtt ggcgagagtt acacgttaga agctcagagt 1440 gcagcgatta taggtaccgt tggctacgag aaggagttct ctaggcatta catatgcgca 1500 acacaaatgg gacacagtga cgaagacaat agacttctgt ggtctaatgg tggtctaaga 1560 acttgtaaat ttgactgtgc agaggaagat tttaataagg atgaagaata ctacaaaaaa 1620 agatatcaga acgtagacaa tctaaaggcc gtctactctt ctaggttaaa catagatggt 1680 ttcattattc ctgatacaac agtaaacaag tggctacaac taagtgaatg taggcagtat 1740 atgtattgcg cccacgttga cgataataga gagaaagata aggggactct tgtcagattg 1800 accgacgagg aaaagcaaaa agtgaacaga atctctgaat tttggaactc agcaaaaatt 1860 tga 1863 // |
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