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EBI DbfetchID CAG61120; SV 1; linear; genomic DNA; STD; FUN; 1959 BP. XX PA CR380956.2 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..1959 FT /organism="Candida glabrata" FT /chromosome="J" FT /strain="CBS 138" FT /mol_type="genomic DNA" FT CDS complement(CR380956.2:1030397..1032355) FT /locus_tag="CAGL0J10516g" FT /old_locus_tag="CAGL-IPF2839" FT /old_locus_tag="CAGL-CDS1260.1" FT /note="similar to uniprot|Q04089 Saccharomyces cerevisiae FT YDR440w DOT1" FT /db_xref="GOA:Q6FNM5" FT /db_xref="InterPro:IPR013110" FT /db_xref="UniProtKB/Swiss-Prot:Q6FNM5" FT /inference="similar to AA sequence:UniProtKB:Q04089" FT /func_characterised="identical sequence" FT /protein_id="CAG61120.1" FT /translation="MQEGLKLAERYNASLGSSQTYPIDNHHDKESSTDVATDDIMEKDL FT HSGKTISSQNSLDGSEASTPVHQLERPTIDVSERNDSRRKFRKKTSLDDLLDQASKFQP FT QYEYSFPTSFLRKRKAPQSNESDGEEEAKQNRTNKIVKQKKTKKNVKVTSKSKASVPIE FT EKHTINKQPKKTGTGGMKRGPKPGRKKKSQKNTKNSIKKESTNAINNHKMYEMDSASSR FT FAEHKNSTNSESANNSFIDWSLPKFSPPYQIFDIDNINSYSNFQGQIYSSASLTKHHNE FT IGSKTPFSRNRDGSKSPIDDGQGKLIGLRSILYPDYYEEYLMDYKKVNFRYDGMAEIGK FT IMEYVGRIYLPEKYQKEYKETVVDIYNTAYDNKDLALSISTVEKYNQFVGSIPKAEIVN FT HLAATKELPRSFLHDFLQIVYTRSIHPYASKLKQYKAFSNYVYGELLPGFLTDVYSKCG FT LSKNHLFMDLGSGVGNCVIQASLEFGCRESFGCEIMEAASELTEIQMREYSNRCKLFGF FT KQSKIDYSLRKSFINNEKVESLIPECDVLLVNNFLFDGKLNYEVTKLLQKTKVGCKIIS FT LKNIRASGYTLDTVNIESVLNRLEVKKYRLDNNSVSWTHNGGEYFISTVLDRIDESLLD FT PQKRDRRNTHRPAKYTR" XX SQ Sequence 1959 BP; 714 A; 345 C; 387 G; 513 T; 0 other; 1149001926 CRC32; atgcaggagg gtttaaaact ggcggaaaga tataatgcgt ctttagggtc ttctcagact 60 tatcccatcg acaaccacca tgacaaagag tcttcgacag atgttgctac ggatgatata 120 atggagaagg atttacattc cggaaagaca ataagcagtc agaatagttt ggatggctca 180 gaggcttcta caccagttca tcaacttgag aggcctacaa tagatgtgag cgaaagaaac 240 gatagccgga gaaaattcag gaaaaagacc tctcttgacg atctccttga ccaggcgtct 300 aaatttcagc ctcaatacga atatagcttt cccacctctt tccttcgtaa gagaaaagcg 360 ccccagagta atgagtctga tggagaagag gaagcaaaac aaaacaggac taataaaata 420 gtgaaacaga aaaagactaa aaaaaatgtc aaggtaacga gcaaatctaa ggcttctgtg 480 cctatagagg aaaaacacac tataaataaa caacctaaga agacaggaac tggtggtatg 540 aaaagaggcc caaaaccggg aagaaagaag aaatcacaga aaaatacaaa aaatagtatc 600 aagaaagagt caacgaatgc tattaacaat cacaaaatgt atgagatgga cagtgcatcc 660 agtagatttg cggagcataa aaactcaaca aactctgaat cagcaaacaa ttcgttcatt 720 gactggtctc ttcccaagtt tagtccacca tatcagatat ttgatattga caatatcaat 780 tcttatagta actttcaggg ccaaatttac agttctgctt ctcttaccaa acaccacaat 840 gaaataggat ctaaaactcc attctcaagg aatagagatg gttctaaatc tcctatagat 900 gatggtcagg gcaaattgat tggccttcgc agtattttgt accctgacta ctatgaagaa 960 tacttaatgg attataaaaa ggtcaacttt cgttatgacg gaatggctga aataggaaaa 1020 atcatggagt atgttggtag aatttatttg ccggaaaaat atcagaagga atataaagaa 1080 acggtagttg atatttataa caccgcttat gacaataaag acttagcctt gtcaatatca 1140 acagttgaga aatacaatca atttgtgggt agcataccga aagccgaaat agtaaatcat 1200 ttagcagcaa caaaggaact accaagatct ttcttacacg attttttgca aattgtttat 1260 acaagaagta ttcatccgta tgcttctaaa cttaagcaat acaaagcctt cagtaactac 1320 gtttacggcg aacttctacc tggttttttg actgacgttt attcaaagtg tggactatcc 1380 aaaaatcatc tttttatgga cctaggctct ggagttggta attgtgtaat tcaagcatct 1440 ctcgaatttg gatgcagaga aagttttggc tgtgaaatca tggaagctgc aagtgaacta 1500 accgaaattc agatgagaga gtattcaaac cgctgcaagc tatttggttt caaacaaagt 1560 aaaattgact actcactaag gaagagtttc attaataacg agaaagttga aagcctgata 1620 ccagaatgtg atgtgcttct ggtcaacaat tttttattcg atggaaaact aaattatgaa 1680 gttacaaagc tgttacagaa aactaaagtt ggatgtaaaa tcatctcact aaaaaacata 1740 cgggcgtctg gatacacatt agatactgtt aatattgagt cagtcttgaa tagactggag 1800 gtcaagaagt acaggcttga caacaacagc gtatcttgga cccataacgg tggtgagtat 1860 tttatttcaa cagttctaga ccgcattgat gaatcactgc ttgatcctca aaagagggac 1920 cgtagaaata ctcataggcc tgctaaatat acaaggtaa 1959 // |
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