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- W2267993617 abstract "The translational and post-translational modification machineries of Paracoccidioides brasiliensis were assessed by means of comparative analyses of PbAESTs (P. brasiliensis assembled expressed sequence tags) with sequences deposited on different databases. Of the 79 sequences corresponding to cytosolic ribosomal proteins, we were able to find 78 in the P. brasiliensis transcriptome. Nineteen of the 27 Saccharomyces cerevisiae genes related to translation initiation were also found. All eukaryotic elongation factors were detected in P. brasiliensis transcriptome, with eEF1A as one of the most expressed genes. Translation termination is performed, in eukaryotes, by factors 1 and 3 (eRF1, eRF3). In P. brasiliensis transcriptome it was possible to identify eRF3, but not eRF1. Sixteen PbAESTs showing aminoacyl-tRNA synthetase-predicted activities were found in our analyses, but no cysteinyl-, leucyl-, asparagyl- and arginyl-tRNA synthetases were detected. Among the mitochondrial ribosomal proteins, we have found 20 and 18 orthologs to S. cerevisiae large and small ribosomal subunit proteins, respectively. We have also found three PbAESTs similar to Neurospora crassa mitochondrial ribosomal genes, with no similarity with S. cerevisiae genes. Although orthologs to S. cerevisiae mitochondrial EF-Tu, EF-G and RF1 have been found in P. brasiliensis transcriptome, no sequences corresponding to functional EF-Ts were detected. In addition, 64 and 28 PbAESTs associated to protein modification and degradation, respectively, were found. These results suggest that these machineries are well conserved in P. brasiliensis, when compared to other organisms." @default.
- W2267993617 created "2016-06-24" @default.
- W2267993617 creator A5026398495 @default.
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- W2267993617 creator A5057928508 @default.
- W2267993617 creator A5066248208 @default.
- W2267993617 creator A5087680709 @default.
- W2267993617 date "2005-06-30" @default.
- W2267993617 modified "2023-09-23" @default.
- W2267993617 title "Paracoccidioides brasiliensis translation and protein fate machineries revealed by functional genome analysis." @default.
- W2267993617 cites W1484657101 @default.
- W2267993617 cites W1518473490 @default.
- W2267993617 cites W1533818248 @default.
- W2267993617 cites W1555106203 @default.
- W2267993617 cites W1560901632 @default.
- W2267993617 cites W1574839099 @default.
- W2267993617 cites W158285355 @default.
- W2267993617 cites W1625216564 @default.
- W2267993617 cites W1654447069 @default.
- W2267993617 cites W1921046052 @default.
- W2267993617 cites W1927074275 @default.
- W2267993617 cites W1975400919 @default.
- W2267993617 cites W1978885095 @default.
- W2267993617 cites W1979408355 @default.
- W2267993617 cites W1980512756 @default.
- W2267993617 cites W1980697291 @default.
- W2267993617 cites W1985818080 @default.
- W2267993617 cites W1986908018 @default.
- W2267993617 cites W1990447388 @default.
- W2267993617 cites W1992004901 @default.
- W2267993617 cites W1992042749 @default.
- W2267993617 cites W1992087561 @default.
- W2267993617 cites W2006211612 @default.
- W2267993617 cites W2008775082 @default.
- W2267993617 cites W2009770591 @default.
- W2267993617 cites W2015036156 @default.
- W2267993617 cites W2016219819 @default.
- W2267993617 cites W2018256370 @default.
- W2267993617 cites W2022175724 @default.
- W2267993617 cites W2025362583 @default.
- W2267993617 cites W2025905237 @default.
- W2267993617 cites W2027298044 @default.
- W2267993617 cites W2028438332 @default.
- W2267993617 cites W2030949689 @default.
- W2267993617 cites W2031317609 @default.
- W2267993617 cites W2034152322 @default.
- W2267993617 cites W2043629142 @default.
- W2267993617 cites W2044796416 @default.
- W2267993617 cites W2045134556 @default.
- W2267993617 cites W2049883153 @default.
- W2267993617 cites W2051152566 @default.
- W2267993617 cites W2056817403 @default.
- W2267993617 cites W2072920353 @default.
- W2267993617 cites W2079051847 @default.
- W2267993617 cites W2084393761 @default.
- W2267993617 cites W2085741440 @default.
- W2267993617 cites W2085749295 @default.
- W2267993617 cites W2087136112 @default.
- W2267993617 cites W2093744637 @default.
- W2267993617 cites W2096913845 @default.
- W2267993617 cites W2097654784 @default.
- W2267993617 cites W2101036822 @default.
- W2267993617 cites W2105006635 @default.
- W2267993617 cites W2105889496 @default.
- W2267993617 cites W2112612892 @default.
- W2267993617 cites W2114610100 @default.
- W2267993617 cites W2116864406 @default.
- W2267993617 cites W2119388326 @default.
- W2267993617 cites W2121781216 @default.
- W2267993617 cites W2127136746 @default.
- W2267993617 cites W2132928249 @default.
- W2267993617 cites W2132933678 @default.
- W2267993617 cites W2134278790 @default.
- W2267993617 cites W2135490873 @default.
- W2267993617 cites W2136744511 @default.
- W2267993617 cites W2139530620 @default.
- W2267993617 cites W2140885472 @default.
- W2267993617 cites W2142437744 @default.
- W2267993617 cites W2146174590 @default.
- W2267993617 cites W2146516445 @default.
- W2267993617 cites W2149474486 @default.
- W2267993617 cites W2151710549 @default.
- W2267993617 cites W2154916254 @default.
- W2267993617 cites W2166987747 @default.
- W2267993617 cites W2168387851 @default.
- W2267993617 cites W2168623385 @default.
- W2267993617 cites W2173689381 @default.
- W2267993617 cites W2178503716 @default.
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- W2267993617 hasPublicationYear "2005" @default.
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