Searching journal content for articles similar to Ciernik et al. 36 (3): 630.

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  1. .... 2022). CAMUS continues to select the best annotation method, confirming its robustness and generalizability in the scATAC-seq setting (Supplemental Fig. S7E).CAMUS score helps predict the accuracy of cell type annotationsAlthough CAMUS facilitates the reference and method selection, users may not know...
  2. ...MSA against competing methods by integrating two additional mouse brain data sets from FF and FFPE samples. stMSA demonstrated robust accuracy in identifying spatial domains across both preservation protocols (Supplemental Fig. S9) and achieved the highest overall integration scores, highlighting its enhanced...
  3. ...for predicting gene expression (ScPGE) from discrete candidate CREs (cCREs). ScPGE assembles DNA sequences, transcription factor (TF) binding scores, and epigenomic tracks from discrete cCREs into three-dimensional tensors, and then models the relationships between cCREs and genes by combining convolutional...
  4. ...indirect or secondary effects. Compared with RNAi or CRISPR knockout, degrons can thus reveal more immediate transcriptional dependencies on the TF of interest.In practice, combining depletion strategies with the precise transcriptional readouts discussed in this section provides a robust framework...
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  5. ...] in Table 1). In addition to R2 scores, SIID also consistently outperforms other benchmarked methods on four other correlation metrics (Supplemental Methods D.2; Supplemental Table S5; Li et al. 2022). Additionally, SIID shows robust performance in the presence of noise in the spatial mapping matrix...
  6. ...focused on proliferation, whereas those associated with decreased gene expression included factors related to maturation and cardiac function, validating the immature state driven by GSK3i (Fig. 1C,D; Supplemental Table S2). Next, we identified TFs that may drive the alterations in cCRE activity and gene...
  7. ...proteotranscriptomics assembly (PTA) workflow (Levin and Butter 2022) for high-confidence annotation of protein-coding genes in 12 nematode species. Including a novel machine-learning implementation to score transcript fragmentation, which is a well-known issue of transcriptome assemblies (Treangen and Salzberg 2011...
  8. ...the highest F1- and F0.5-scores on the species level for the three mock communities, indicating the robustness of the findings. We attribute this improvement to using syncmers instead of minimizers, applying several iterative filter steps, and applying our EM algorithm for read classification refinement...
  9. ...). Identifying genetic variants that drive canine phenotypic variation will further define gene functions.Genetic association studies typically require an initial and robust characterization of a phenotype, a practice that ultimately limits the scope of potential findings to only those that can be recognized...
  10. ...and robustness in various analytical contexts.Extensive benchmark testing on simulation data confirms DigNet efficiencyTo evaluate the performance of DigNet in network generation, we develop a simulation scheme for benchmarking gene expression profiles with single-cell GRNs. The rationale for employing simulated...
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