Searching journal content for articles similar to Naval Sanchez et al..

Displaying results 1-10 of 5976
For checked items
  1. ...discovery: uTR, TRF, and vamos. Our findings indicate that MotifScope identified a greater number of motifs and reflected the actual repeat sequence more accurately than other tools. Additionally, we show potential applications of MotifScope in population genetics to explore population stratification due...
  2. ...transcriptomic data. Our23 results demonstrate that spRefine yields more robust cell- and spot-level represen-24 tations after denoising and imputation, substantially improving data integration.25 In addition, spRefine serves as a strong framework for model pre-training and26 the discovery of novel biological...
    OPEN ACCESS ARTICLEACCEPTED MANUSCRIPT
  3. ...‘predictor genes’ (those used to embed PCs) contribute to predict each response in the PC space. Repeating this for multiple response genes yields cell-specific coexpression networks (CSNs). C. Network Ensemble Construction: Collecting all CSNs form a network ensemble, which is a cell × response × predictor...
    OPEN ACCESS ARTICLEACCEPTED MANUSCRIPT
  4. ...with LLOKI-CAE, we use a conditional autoencoder to integrate data across ST technologies, using LLOKI-FP embeddings as input features for each cell. Our integration strategy combines three loss functions: (1) reconstruction loss to preserve accurate data representations; (2) triplet loss to enhance...
  5. ...step in this process is the prediction of a consensus sequence derived from long reads, providing a highly accurate reconstruction of the original template (e.g., circular RNA). This step requires in silico intervention and typically employs widely used tandem repeat detection tools for consensus...
  6. ...(see Supplemental Fig. S6 for matching quality comparisons on all 10x Genomics reference clusters). This result highlights geneCover's ability to enhance the resolution of spatial transcriptomics discovery, particularly in identifying highly refined spatial organizations, using a compact and minimally...
  7. ....g., combining information from whole-transcriptome platforms with lower spatial resolution with platforms that measure expression of a limited number of genes at high spatial resolution). Such integration could assist in two tasks: (1) predicting the expression of genes that are missing in the high resolution...
  8. ...to this work. Corresponding authors: tingkm@nju.edu.cn, zhangj_ai@nju.edu.cnAbstractSpatial transcriptomics are a collection of technologies that have enabled characterization of gene expression profiles and spatial information in tissue samples. Existing methods for clustering spatial transcriptomics data...
  9. ...those motifs that were detected by both HOMER and MEME-Suite were considered as true signals and used for the downstream analysis. We performed motif discovery in the 200-bp region around the center of the enhancers. For HOMER, the masked version of the s was used. We used 20,934 control sequences...
  10. ...RNA production from distal promoters. The discovery of the SV40 viral enhancer was a landmark event more than 40 years ago. The 72 bp DNA sequence encoding the SV40 enhancer increased the expression of a reporter gene by more than two orders of magnitude in a manner that was largely independent of its position...
For checked items

Preprint Server