Searching journal content for articles similar to Basu et al. 15 (1): 67.

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  1. ...), a metric of VSG diversity based on the relative frequencies of each phylotype in a or transcriptome. Typically, the VSG repertoire is characterized manually using sequence similarity searches. However, this is time-consuming and requires technical expertise to detect sequence identification errors inherent...
  2. ...for identification of novel trait-associated loci via imputation of genotype-correlated gene expression levels into GWAS data sets (Gamazon et al. 2015; Gusev et al. 2016). Such approaches, usually referred to as transcriptome-wide association studies (TWASs), enable assignments of potentially disease...
  3. ...and sequencebased alignments (Managadze et al. 2011) have indicated that RNA secondary structures are depleted in lncRNAs (Ulitsky and Bartel 2013). The low sequence conservation of most lncRNAs, while complicating identification of CRSs, does not preclude their existence, such as in telomerase RNA (structurally...
  4. ...,B ). The resulting hybridization pattern provides a “SNP signature” that has been exploited by several algorithms to predict SNPs from resequencing array data ( Patil et al. 2001 ; Hinds et al. 2005 ; Clark et al. 2007 ). However, where multiple SNPs or insertion/deletion (indel) polymorphisms are closely adjacent...
  5. ...mirtron biogenesis. These features contrast in many respects with canonical miRNAs and highlighted that mirtrons are not simply short miRNA hairpins, nor are they specifically defined solely by searching for intronic hairpins. For comparison, we checked the ability of the miRscan III algorithm (Ruby et al...
  6. ...+ constructs initial GRNs using coexpression-based algorithms such as GENIE3 or GRNBoost2 (which are also baselines) and then refines the network by integrating motif enrichment to enforce biologically informed constraints. However, instead of inferring regulatory directionality directly from data, it relies...
  7. ..., colored de Bruijn graphs from short-read data for all samples, align long-read–derived haplotypes and multiple reference data sources to restore graph connectivity information, and call variants using graph path-finding algorithms and a model for simultaneous alignment and recombination. We validate...
  8. ...propose a novel probabilistic method. This method restricts the search space for candidate gene sets by using knowledge about molecular pathways and explicitly incorporates information about within-data set heterogeneity. Our approach extends the well-established multipoint genetic linkage model...
  9. ...by searching for single nucleotide polymorphic positions in BAC clones from different libraries mapped to LCR22-2 and LCR22-4. This method distinguishes single nucleotide polymorphisms from paralogous sequence variants and complex polymorphic positions. Sites of shared polymorphism are considered potential...
  10. ..., we were interested in examining how the splice site motifs have changed through vertebrate evolution and how these changes affected the length of the flanking introns. In order to achieve that goal, we reconstructed the ancestral motifs of both 39 and 59ss using a maximum-likelihood based algorithm...
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