Searching journal content for articles similar to Birney et al. 14 (5): 925.

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  1. ...: In this window In a new window Figure 1 Ensembl pipeline system overview: The RuleManager uses LSF to submit analysis jobs to the compute farm. When an individual job starts executing on a remote node, the Runner script fetches the job information from the database and recreates the Job object. This in turn...
  2. ...of the current Ensembl gene build is given in Figure 1 . View larger version: In this window In a new window Figure 1 Overview of Ensembl Gene Build. Most genes are predicted using the sequences of known proteins aligned to the using genewise (Targetted and Similarity builds). UTR sequences for these genes...
  3. ...become a truism that the body of data associated with s is large and ever increasing. It has also become evident that this plethora of data can make it difficult to access specific pieces of information, get a high-level overview of data, or examine data patterns. Ensembl is one of several systems...
  4. ...species-specific modeling with ensemble deep learning architectures to systematically optimize feature encoding schemes. Evaluated across six species, EnDeep4mC demonstrates commendable prediction performance and significantly outperforms current state-of-the-art predictors. Cross-species validation...
  5. ...integration to facilitate cell-specific inference of active gene regulation and upstream signaling pathways (USPs). NNet, along with its downstream analysis modules, are available as an R package that integrates seamlessly with the widely used Seurat pipeline.ResultsOverview of NNetWe begin by outlining...
  6. ...research into the role of sSNVs.ResultsOverview of SynMallSynMall is a -wide platform for sSNVs that provides comprehensive characterization and supports both biological and computational studies. As shown in Figure 1A, first, SynMall identifies all potential sSNVs on protein-coding transcripts...
  7. ...). Notable examples of Hi-C–based methods successfully applied to the study of chromatin structure changes during cellular processes are maximum entropy models. By generating ensembles of structures, these approaches are able to reproduce ensemble-level chromatin behavior and contact distributions...
  8. ...of the genetic architecture. (A) Overview of the analytical framework. Phenotypic and genomic data from four species (pig, chicken, horse, and maize) were used to estimate heritability and genetic variance components, and a -wide association study (GWAS) was conducted to identify significant quantitative trait...
  9. ...to this metric as the CAMUS score.ResultsOverview of CAMUSCAMUS aims to prioritize reference–method pairs and select the optimal one, ensuring the highest accuracy for a reference-based single-cell annotation task. CAMUS utilizes the single-cell expression profiles from the query data and the annotation results...
  10. ...-Mulia and Gilbert 2016b; Vouzas and Gilbert 2023). One limitation is the lack of methods enabling the simultaneous measurement of RT and gene expression from the same samples. Although multiple RT profiling methods exist at the ensemble population level (Marchal et al. 2018; Hulke et al. 2020; Rivera-Mulia et al...
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