Searching journal content for articles similar to May and Adams 7 (11): 1041.

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  1. ...; Bochtler and Fernandes 2021). 6mA studies in eukaryotes are complicated by varying abundance and divergent functions across species. In protists, green algae, and basal fungi, 6mA is abundant, enriched at the ApT dinucleotide, and associated with genes, all of which are consistent with its role...
  2. ...from siRNAs in mice and flies, but is a common feature of most siRNAs in plants and fungi (Cogoni and Macino 1999; Dalmay et al. 2000; Mourrain et al. 2000; Smardon et al. 2000; Sijen et al. 2001; Volpe et al. 2002; Aoki et al. 2007; Pak and Fire 2007; Gent et al. 2009, 2010; Gu et al. 2009; Han et al...
  3. ...the thylacine in our data is relatively low. The remaining assigned reads corresponded to human (7%), mouse (5%), undetermined fungi (4%), other eukaryotes (1%), and zebrafish (8%) and other related fish species (4%). These findings were consistent with those obtained for untrimmed skeletal muscle reads (Fig. 3...
  4. ...remains largely unknown. Here, we use Saccharomyces yeasts, fungi with constitutive biparental mtDNA inheritance, to investigate the resolution of mtDNA heteroplasmy in a variety of hybrid genotypes. We previously designed 11 crosses along a gradient of parental evolutionary divergence using...
  5. ...to be associated with changes in the oral microbiome independent of caries, as EBV positive subjects were broadly distributed through ordination space in the PCA analysis. The role of viruses and fungi in dental caries is likely to be of significance; however, the amount of research examining these relationships...
  6. ...between fungi and man. The future of fungal genomics The growing number of complete fungal s provides an unprecedented opportunity to study the biology and evolution of an entire eukaryotic kingdom. However, sequence is only the tip of the iceberg for fungal genomics. The availability of sequence has...
  7. ...eukaryotes. Altogether, 215 domains are identified as strongly promiscuous. The fraction of promiscuous domains in animals is shown to be significantly greater than that in fungi or plants. Evolutionary reconstructions indicate that domain promiscuity is a volatile, relatively fast-changing feature...
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