Searching journal content for articles similar to Williams et al. 17 (12): 1707.

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  1. ...are needed in order to properly capture the genetic composition of populations. Here, we explore deep learning techniques, namely, variational autoencoders (VAEs), to process genomic data from a population perspective. We show the power of VAEs for a variety of tasks relating to the interpretation...
  2. ...† equal contribution 9 * Corresponding authors: S.L. (lutz0006@umn.edu); F.W.A. (falbert@umn.edu) 10 11 Running title: Mapping of genetic variation with CRI-SPA-Map 12 ABSTRACT 13 Genetic variation within species shapes phenotypes, but identifying the specific genes and 14 variants that cause phenotypic...
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  3. ...variation to gene regulation in human brain. Nat Genet 57: 369–378. doi:10.1038/s41588-024-02057-2 ↵Daily J. 2016. Parasail: SIMD C library for global, semi-global, and local pairwise sequence alignments. BMC Bioinformatics 17: 81. doi:10.1186/s12859-016-0930-z ↵De Coster W, Hoijer I, Bruggeman I, D'Hert S...
  4. ...for functional variations in genes while preserving wild-type functions and can thus diversify functional adaptations in tumors.As FIEs were identified using functional families with PDB structures, they represent a subset of the total possible FIEs that could be identified given increased structural coverage...
  5. ...is well established that miRNAs can repress the expression of their targets, at both the RNA and the protein level (Baek et al. 2008; Selbach et al. 2008). However, alternative functions for miRNAs have also been proposed, including buffering of gene expression variation (noise) (Hornstein and Shomron...
  6. ...annotation databases offer limited functional insights for sSNVs. Here, we present SynMall, a comprehensive resource designed to decipher the functional impact of synonymous variation. SynMall catalogs 25 million potential human sSNVs and integrates evolutionary and population information of sSNVs from 45...
  7. ...in a microbial community, but they often fall short in characterizing variation in gene content between strains (Plaza Oñate et al. 2019). As a result, it is challenging to study the functional consequences of strain-level variation in the gut microbiome.The most common way to study microbial gene content...
  8. ...of microRNA expression analyses is reflected by the existence of thousands of sRNA-seq studies in which matched total RNA-seq data are often unavailable. The lack of paired sequencing experiments limits the analysis of microRNA–gene regulatory networks. Here, we explore whether protein-coding gene...
  9. ...moderate and low impact, respectively, and the remaining 6.4% were rated high impact (Fig. 4B). Our results thus suggest that improved gene coverage facilitates detection of functionally relevant variation.We identified 17,446 LoF variants using T2T-CHM13, an increase from GRCh37 and GRCh38 (Table 1...
  10. ...to abnormal gene expression, instability, and structural variation in multiple diseases, including cancer. However, mechanistic links between RT, large-scale 3D architecture, and transcriptional regulation remain poorly understood. A major limitation is that current approaches require the separate profiling...
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