Searching journal content for articles similar to Deeds et al. 15 (3): 393.

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  1. ...such as rhodopsin, the phylogenetic relationships between the prokaryotic 7TM proteins and eukaryotic GPCR proteins cannot be inferred unambiguously from sequence similarity alone (Strotmann et al. 2011). However, by referencing protein structures, a previous study has provided evidence that eukaryotic GPCR may...
  2. ...similarity between the two Rhamphochromis individuals is expected as they belong to the same species and might have exhibited structural changes independently of the other cichlids. This is consistent with the SNP-based Lake Malawi cichlid phylogeny in which the pelagic group that contains the Rhamphochromis...
  3. ...pans.ResultsOverviewPanstripe accepts a phylogeny produced using standard pipelines and a corresponding gene presence/absence matrix as produced by most pan inference tools (Page et al. 2015; Lees et al. 2018; Tonkin-Hill et al. 2020). The length of each branch in the phylogeny is then compared...
  4. ...as structural variants (SVs) (Rieseberg 2001). Species-specific sequences resulting from the insertion, deletion, or localized divergence of sequence appear as unaligned regions when s are analyzed. The true origin of unaligned regions is more difficult to infer than rearrangements or syntenic regions (Weisman...
  5. ...-based dependencies among prokaryotic genes, analyze the obtained set of epistatic interactions, and identify patterns in the evolution of prokaryotic s.ResultsPGCE inferenceWe first set out to detect pairs of genes for which the presence of one gene in the promotes the gain of the other gene (though not necessarily...
  6. ...on concatenated gene sequences)—or comparable collections of genomically similar individuals—should be described as species depends on the degree of clustering one requires before making such designation. No one’s model of prokaryotic evolution would predict gene sequence data that lack all structure, so without...
  7. ...-quality genomic data, phylogenomic methods, and phylogeny-aware statistical inference, our study aimed to shed light on the nuanced consequences of the interplay between defense systems and MGEs on bacterial evolution across timescales.ResultsAssociation between defense systems and MGE abundance is MGE and taxon...
  8. ...intestinal- and detoxification-related modules as components of the primary response layer to diverse microbiota. This further supports the general structure of our interactome as the module labels were inferred independently from the cross-species interactions. Furthermore, overlaying the number...
  9. ...-read, short-read, and Hi-C DNA sequencing, alongside gene annotation and RNA sequencing. Comparative genomic analyses reveal significant variation in gene content and structure across Blastocystis. Notably, three strains from herbivorous tortoises, phylogenetically distant from human subtypes, have markedly...
  10. ...sources of error in quantifying gene depth, a second algorithm is needed to infer which genes are actually present in a specific strain's , a step that we call gene content estimation. Because this strain is never directly observed in isolation—indeed, it is only a hypothesis—we refer to it as an inferred...
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