Searching journal content for articles similar to Park et al. 24 (6): 930.

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  1. ...components. Specifically, a given single-cell sample is often associated with different technical batch effects and phenotypic conditions, which we term ‘guided variables.’ ALPINE jointly optimizes for the decomposition of an input data set into guided and unguided components and includes a built...
  2. ...Hydra have highlighted the role of E cells and processes such as apoptosis and autophagy for this nonsenescent phenotype (Sun et al. 2020; Tomczyk et al. 2020). A number of fundamental studies and resources have been published in recent years that examine Hydra from a molecular perspective...
  3. ...quantitative trait loci (e/sQTL) are large contributors to phenotypic variability. Achieving sufficient statistical power for e/sQTL mapping requires large cohorts with both genotypes and molecular phenotypes, and so, the genomic variation is often called from short-read alignments, which are unable...
  4. ...: Congenital anomalies, developmental delay (Ohba et al. 2014) BCL2: M: Immune defects driving to premature death (Xiang et al. 2011) 29 11 genes Deleted No deleterious phenotype reported in heterozygous mutant mice CHORDC1 Putative deregulation M: Weight loss, premature death (Di Savino et al. 2015; Dickinson...
  5. ..., multivariate phenotypic data, which here has revealed a clearer picture of how signaling regulates cell morphology in breast cancer.The interoperability of this approach is obvious, with any number of continuous variables measured with gene expression able to be correlated with module eigengenes using WGCNA...
  6. ...attention as a regulated mechanism of PDE-dependent phenotypic diversification, other sources of somatic variability such as inefficient IES excision could contribute to the emergence of genetic novelties (Catania et al. 2013) or underlie adaptive phenotypic plasticity (Noto and Mochizuki 2017, 2018). DNA...
  7. ...drive the expression of alternative isoforms with different posttranscriptional regulation or even encode alternative protein isoforms (Carlson et al. 1983; Cheung et al. 2008; Fournier et al. 2012; Arribere and Gilbert 2013; Pelechano et al. 2013; Gupta et al. 2014; Lycette et al. 2016).To improve...
  8. ...the relationship between the input (genotype) and 76 output (predictive phenotype) because of their “black box” nature (Novakovsky et al. 2023). 77 For genomics researchers, interpretative information, which is often lacking, can be more 78 valuable than predictions themselves because it can provide new insights...
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  9. ..., variably, and inversely expressed. Some cells have global biases toward specific miRNAs originating from either end of the hairpin precursor, suggesting the presence of unknown regulatory cofactors. We find that microRNAs generally increase variation and covariation of their targets at the RNA level...
  10. ...with TF expression levels and the chromatin accessibility of target genes, these GRNs drive the emergence of diverse cellular phenotypes through complex regulatory mechanisms. Motivated by such established principles of gene expression, we proposed PRISM-GRN, a probabilistic Bayesian model...
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